for AC Power System The FLASHTRAB Advantage SYSTEMTRAB N, FLASHTRAB+CTRL, FLASHTRAB Interference Filter Mounting Rail Modules 32-35

Transcription

1 PH NIX CONTACT

2 Contents Overview of Catalogs Surge Voltage Protection Concept TRABTECH 2-3 Program Overview Phoenix Surge Voltage Protection TRABTECH 4-9 Surge Protection Devices Introduction for AC Power System The FLASHTRAB Advantage SYSTEMTRAB N, FLASHTRAB+CTRL, FLASHTRAB TVSS Protection VALVETRAB Accessories Device Protection Feed-Through Terminal Block, Marking Material, Wiring Bridges Mounting Rail Modules, Adapters Page Interference Filter Mounting Rail Modules Surge Protection Devices Introduction for Measurement and Control Signals Choice of Selection Mounting Rail Modules Two-Part Pluggable MCR-PLUGTRAB SURGETRAB, PIPETRAB, BOXTRAB, INTERFACETRAB Modular Terminal Block TERMITRAB LSA-PLUS Modules COMTRAB Accessories Zack Strip, Reference Potential Terminal Block Surge Protection Devices Introduction for Data Networks and Industrial Bus Systems Table, Overview of Designs Ethernet DATATRAB, COAXTRAB System Specific Applications DATA-PLUGTRAB V.24 / RS232 DATATRAB, DATA-PLUGTRAB V.11 / RS422 DATATRAB, DATA-PLUGTRAB RS485, Profibus DATA-MODUTRAB, DATA-PLUGTRAB, DATATRAB INTERBUS DATATRAB, DATA-PLUGTRAB TTY DATATRAB, DATA-MODUTRAB 95 Surge Protection Devices Introduction for High Frequency Coaxial Cable Systems Wireless Data and Mobile Phone COAXTRAB, RF-TRAB Video Surveillance System COAXTRAB Cable, Satellite Systemand Broadband Modems COAXTRAB 104 Surge Protection Devices Introduction for Telecommunication Systems ISDN and T1 Interfaces DATATRAB, COMTRAB, MCR-PLUGTRAB Analog Phone Lines WESTERNTRAB, DATATRAB, MODUTRAB Testers Introduction CHECKMASTER, Test Adapter Examples for Installation MCR Technology Information Technology Specific Information Installation Instructions, Explanation of Terms Warranty 130 General Technical Information Register Phoenix Contact 1

3 The Complete Range at a Glance _ma 14. l.,021111b. Ai CLIPLINE Modular Terminal Blocks Marking and Mounting Materials Tools PLUSCON Industrial Plug Connectors COMBICON Printed CircuitBoard Connection Systems and Electronic Housings..., Mai. ei., _ TRABTECH Surge Voltage Protection.r,.a_Aran" INTERFACE Signal Level Matching AUTOMATION Automation Technology Search and find with a system The complete catalog consists of 6 parts with all the Phoenix Contact products in 2000 pages. From the modular terminal block to mounting material and tools and through to the complete PC-aided project planning and marking system, everything that you need for perfect control cabinet wiring can be found in the CLIPLINE catalog. The PLUSCON catalog documents industrial connectors for data, signal and power cables. The product portfolio also contains connectors for optical fibers and pneumatic lines. The COMBICON catalog provides industrial electricians with the complete range of PCB terminal blocks and plug connectors for printed circuit boards. Electronic housings, plug-in card blocks and DIN socket strips make this catalog a standard for every development department. Professional surge voltage protection can be found in the TRABTECH catalog. Structured according to surge voltage protection for power supply units, data interfaces and Measurement and Control applications, Phoenix Contact provides one of the most comprehensive programs on the market. The INTERFACE catalog includes not only interfaces for binary, serial and analog signals, but also power supply units, PLC system cabling and electronic load relays. Starting with the serial sensor/actuator box and going through to visualization software, the AUTOMATION catalog provides everything that makes automation technology from Phoenix Contact stand out. As an alternative to the printed copy, the complete catalog is also available on CD-ROM in German and in English. ebusiness Solutions from Phoenix Contact Phoenix Contact is online at The Website has been consistantly developed to form an information platform. Services such as Webbased training, product information services with documentation database, newsletter and download services are already a matter of course. An ideal complement to the established business processes are the Phoenix Contact ebusiness solutions. With EDI and electronic catalogs we provide the support for our customers to optimize their business processes through Internet. Our ebusiness team will be pleased to help you with any questions. [email protected]. 2 Phoenix Contact

4 Surge Voltage Protection TRABTECH The Problem... Transistors are the heart of all microprocessor-based technologies. These subminiature ON/OFF switches are the center of a sophisticated nuclear submarine control system as well as simple household appliances. The density of transistor population on integrated circuits has increased at an unimaginable rate. There are many advantages to transistors, such as faster data acquisition, real time control, and fully automated processes. Unfortunately, a trade-off to the increased performance and efficiency is the susceptibility of these semiconductor devices to voltage and current fluctuations or transients. A best case result can be unreliable equipment readings and operation, with periodic failures. A worst case result can be a completely destroyed plant automation system. Figures published by electronic insurance companies show that the occurrence of damage to sensitive electronic equipment due to surge voltage is rapidly increasing every year. Listed in the below table is a sampling of electronic equipment and applications typically effected by transient voltage. When you add all the costs associated with equipment failure including ; downtime, labor costs, lost productivity, and in some industries regulatory non-compliance, the preventative expense of a properly networked surge protection systems seems negligible. The Solution... Installing surge protection devices to protect your investment and increase your reliability is the answer. With over 20 years experience and as a leader in the surge protection industry, Phoenix Contact provides one of the most comprehensive line of protection solutions available on the market. From Power line to data line Phoenix Contact offers surge protection solutions to a wide variety of industries. Telecommunication Industrial Residential Commercial and Institutional - Rectified DC power - Coaxial antenna lines - Broadband multiplexed telephone lines - Security Systems - Power supplies - Process Control and Factory Automation - SCADA - Motor Control Centers (MCCs) - Remote Terminal Units (RTUs) - Telemetry - PLC and DCS systems - Data Centers - Security and Fire alarm systems - Appliances - Coffee makers - Television set - Home PC - DVD players - Satellite dishes - Stereos and home entertainment - Broadband modems and Internet connections - Data centers - Fire alarm systems - Security Systems - Heating, Ventilation, and Air Conditioning Controls (HVAC) - Building automation - Exterior lighting - Call centers - Cable and Closed Circuit TV (CATV and CCTV) - PCs and peripherals Phoenix Contact 3

5 Combination lightning arrestors and TVSS systems SYSTEMTRAB SYS N... page 14 Power supply Combination lightning arrestors and TVSS Lightning arrestor systems systems SYSTEMTRAB SYS FT... page 16 SYSTEMTRAB SYS N... Lightning arrestor components page 17 FLT-PLUS CTRL... FLT-PLUS... page 18 page 19 Device protection Device protection Device protection/filtering Accessories page 22 MAINS-PLUGTRAB PT... page 30 EM-DUO... page 34 FILTRAB NEF... page 32 MNT-NEMA page 31 SFP TVSS... page 35 Terminal block multi-stage voltage protection Protection module abd accessoires Protective equipment Protective equipment for TERMITRAB page 50 COMTRAB CTM..JCT... page 62 for Ethernet page 80 RS-232 interfaces page 84 Information technology Surge protection device for wireless data, signal, mobile phone system and radio Surge protection device for communication page 98 videa surveillance Surge protection device for cable TV (CATV), satelite systems Protective equipment for page 102 and broadband modems page 104 telecommunications systems page Phoenix Contact

6 Combination lightning arrestors and TVSS systems Lightning arrestor components TVSS protection for three phase application TVSS components FLT 35-VALVE... page 20 ELT... page 22 VAL-MS page 24 VAL-MS... page 26 Pluggable surge protection device-hybrid design MCR-PLUGTRAB PT... Low profile hybrid circuit protection page 40 SURGETRAB Measurement, control and regulation technology design page 46 PIPETRAB BOXTRAB Fiel mounted surge protection device-hybrid page 47 page 47 Surge protection devices for Process Interfaces pluggable TT-Pl... page 48 Protective equipment for RS-422 interfaces Protective equipment for Protective equipment page 86 RS 485 interfaces, Profibus page 88 for Interbus Protective equipment for page 92 TTY interfaces page 95 Tester CHECKMASTER Testers Test adapter page 114 CM-PA... page 115 Phoenix Contact 5

7 The Comprehensive Concept for Transient Voltage Surge Suppression: TRABTECH What causes power surges and why are they dangerous? Power surges are transient voltages or currents that exceed the electrical limits of a system or piece of equipment. Lightning discharge or such man-made interferences as inductive load switching and power grid switching often cause these surges. Lightning can cause power surges in several ways. In some cases, lightning may directly hit a plant. More common, however, nearby lightning strikes induce transient conditions onto electrical circuits which can damage electronic equipment. In addition to lightning, facilities often experience large transients when inductive loads are switched. If unprotected, this can lead to equipment interruption and eventual damage resulting in costly downtime and repairs. In order to prevent power surges from destroying electrical and electronic systems, all the interfaces at risk, such as signal inputs and power supplies must be connected to surge protection devices. Different surge protection components and approaches are used depending on the application. What is the best way to protect my application? The best way to properly approach a surge protection system, is to first review the possible interfaces that will be susceptible. Remember that there are many "backdoors" which surges typically use to enter an electronic system. These should also be addressed. s of circuits that are typically vulnerable from transient voltage include: AC and DC Power Supplies Measurement and Control Signals (I/O) Data Networks and Industrial Bus Systems Telemetry and telephone interfaces Antenna lines. You can think of the system or device to be protected as being in a protection zone, see illustration. At all the intersections surge protection devices should be installed to match the nominal data of the particular type of circuit or interface to be protected. Therefore, making it impossible for transient voltage to enter the system. 6 Phoenix Contact

8 AC Power Supply page 10 Measurement and Control Systems Data and telecommunication page 36 Interfaces page 74 Power systems protection can be accomplished in two or three stages depending on the installation and the expected source of transient surge. The surge protection devices for the individual stages differ in the level of surge arresting capacity and the protection level (clamping voltage) they belong to. A conventional three-stage concept would include the following: Stage: Installation : Protection : 1 Main service FLASHTRAB 2 Subdistribution VALVETRAB 3 Device MAINSprotection PLUGTRAB Stage 1 and 2 can many times be combined in one protection system combining lightning arresting capability with switching voltage protection. Unfortunately effective surge protection does not stop at protection of your power lines. Measurement and control signals also need to be considered, as they are additional pathways for transients to travel into sensitive electronic equipment. The choice of surge protection device depends on the type of signal processing, such as two, three, or four-conductor technology, the maximum signal voltage, and the transmission frequency. The basic surge protection circuit is a hybrid one containing fast acting silicon avalanche diode technology coordinated with a high current handling gas discharge tube or metal oxide varistor technology. The benefit of a hybrid circuit approach provides surge current handling capacity of up to 20 ka with very accurate voltage limiting to extremely low values and short response times. Data and telecommunication circuits are also a common pathway from which transients can enter your sensitive electronics. These surge protection devices typically utilize a coordinated hybrid circuit consisting of fast-reacting suppressor diodes and high capacity gas-filled tubes. Careful attention must be made so as to minimize attenuation on the circuit to prevent interference on the high speed switching signals. In addition to the electrical parameters, it is best to match the surge protection device to the interface type of the application. Therefore, a wide variety of termination interface and packaging is available. Phoenix Contact 7

9 How Surge Voltages Occur in Power and Data Lines The Causes Surge voltages are often caused by switching operations and during electrostatic discharge. Damage due to electromagnetic interference in electrical and electronic systems via lightning discharge is also common. The coupling of surge voltages from one system to another can be classified as galvanic, inductive or capacitive. The different types of coupling are explained here using the example of a lightning discharge to a facility. Galvanic Coupling Surge voltages couple directly from the interference source to the susceptible equipment using common impedances. High lightning current values cause a surge voltage at the ground impedance, which in turn couples into the connected lines via the common ground connection. A surge voltage also occurs along lines carrying lightning current and due to the fast rise time of the current this surge voltage can mainly be traced back to the inductive component according to ohms law : U L=L di/dt. Inductive (Magnetic) Coupling Inductive coupling into a conductor occurs because of the effects of the magnetic field created by adjacent surge current carrying conductors. This is similar to the effect that occurs in a transformer. When a surge occurs on a conductor, there is a high change in current versus change in time (di/dt). At the same time, a correspondingly high magnetic field is built up around this conductor (like the primary winding function of a transformer). In other conductors such as signal and data lines run in close proximity to a power conductor, this magnetic field induces surge voltage. The effect is many times damaged equipment with no direct influence from the source of the surge Capacitive Coupling The capacitive coupling effect occurs because of the electric field created between two points with a high voltage potential difference. An example of capacitive coupling is when lightning strikes a lightning protection system on a facility and a high electromagnetic force is generated at this point [1]. The result is then an electric field created between [1] and other points with a lower voltage potential such as a conductor from the power supply or signal lines within the building [2]. The voltage between [1] and [2] strives to equalize and there is a charge transfer. This leads to either an increase in voltage or to a surge voltage in the conductor effected [2] and the equipment connected to it. 8 Phoenix Contact

10 s of Damage Caused By Surges How much damage will a power surge cause? That depends on the kind of equipment and / or components it reaches. Damage to electronic circuits isn't always immediately destructive in nature. Dissipative and disruptive damages are also costly and often more frequent effects from surge events. Destructive Damage Destructive damage is the easiest to troubleshoot ; lightning strikes... equipment stops working. When you troubleshoot the equipment you immediately see signs of a power surge. Printed circuit board traces or components are burnt. Other examples of destructive damage include melted wire insulation and metallic parts that are deformed. You may even see smoke. It is obvious that too much energy got to your equipment and exceeded the physical and electrical breakdown level of the components. Disruptive Damage The disruptive event often occurs when a transient voltage is induced onto a signal or data line. The digital input is expecting to see a set voltage level or data stream and a transient spike confuses this process. The results are confused logic, lost files, data stream disruption and / or corruption, and ultimately system lock-up. Disruptive effects are common place to most computer users, but are generally blamed on software or hardware problems. A disruptive event that occurs during a manufacturing process can be quite costly as an entire batch or process may be lost when the "lock up" occurs. Dissipative Damage Dissipative damage can also be called the "silent killer" of electronic devices. As low energy transients strike microprocessor components the tiny semiconductor junctions are pitted away slowly until eventual damage occurs. Troubleshooting electronics that suffer from dissipative damage can be difficult as little or no physical damage is visible, yet the components will cease to function. Dissipative effects are the cumulative result of electronic stress usually caused by internally generated, lower energy, but constantly present transient events. Industrial electrical equipment stressed by surge voltage Electronics stressed by surge voltage Conductor stressed by surge voltage

11 Surge Protection Devices for AC Power Systems Lightning Current Arrestor: First Protection Stage When lightning is the concern, the first stage of protection should be a FLASHTRAB device or system. The FLASHTRAB technology uses a patented arc chopping spark gap to arrest the high energy of lightning events, while extinguishing the line follow-current. This approach deals directly with the high energy of even a direct flash to the building or service wiring while maintaining system uptime by the selfextinguishing follow current feature. FLASHTRABs can be installed on the load side or line side of the main-service disconnect. However, they should always be the first step in a proper protection network. A second protection stage should then be implemented to address utility switching events. Combination Lightning Current Arrestor /TVSS: First and Second Protection Stage For installations where transient voltage from utility and other sources are a concern, the combination lightning arrestor and TVSS systems should be implemented. These systems incorporate the FLASHTRAB lightning arrestor with a coordinated MOV second stage to address the low energy switching events. In most cases this eliminates the need for downstream distribution panel protection. These combination systems can be purchased in indoor / outdoor enclosures as well as kits for installation into user supplied cabinets and enclosure systems. 10 Phoenix Contact

12 TVSS (Transient Voltage Surge Suppressor) Second Protection Stage VALVETRABs are high-powered MOV protection designed to provide the second stage in a protection network. Their modular DIN rail mount package make them ideal for OEM and End User installations. When designing a lightning and surge protection system, VALVETRABs are installed at the sub-distribution panels or into single and three-phase power distribution circuits. For installations where lightning is not a concern, the VALVETRAB products are sufficient for the first stage of the protection network. ICI 'rl Device Protection _,J Third Protection Stage The final protection stage for an AC power distribution network (p should be directly before the critical equipment. These devices are typically connected in series with the single phase power feeding the equipment power supply. In an industrial application, this means a hard-wired DIN rail mount device that connects in series with equipment. For office or residential equipment, this means an outlet socket that a typical NEMA style plug can adapt to. In addition to protection from transient voltages, this is the point of installation where filtering from high frequency noise is an additional benefit Phoenix contact 11

13 The FLASHTRAB Advantage Combining Lightning Arresting and TVSS Technology High Surge Current Handling and Low Protection Level While the FLASHTRAB technology is robust enough to handle 50 ka of long duration test waveform (10/350[ts), the control circuit provides low voltage protection level as low as 900 Volts, even at such high currents. Other technology (parallel MOV and SAD) sacrifices protection voltage (clamping voltage) at high discharge currents. Lifetime Testing Because FLASHTRAB technology was designed specifically to handle the long duration lightning impulse events, the lifetime testing has proven it to be many times more robust than TVSS designs based on parallel MOV and SAD technologies. In fact, independent laboratory testing of the units with lightning impulse testing proved the units capable of handling over 7000 events before testing was stopped with no visible failures evident. Technology Breakthrough The FLASHTRAB + CTRL components use a lightning arresting technique referred to as arc chopping to arrest lightning surge currents while self-extinguishing followcurrent. The addition of the control circuit allows protection levels as low as 900 volts independent of surge current level. This combination makes the FLASHTRAB + CTRL devices very unique technology in the surge protection marketplace. Insulation Arc Transfer Plate (typical both sides) Ignition Electrode Arc Horns Ignition due to trigger voltage. z; Bridging of arc arresting distance between the electrodes. (s) Arc is driven outwards. ij Sprayed over crash plate from electrode tips. Arc is distributed moves across the arc transfer plates. l7i Arc transfer plates feed the arc in between the eraser plates. Between the eraser plates single arcs are created and the reverse voltage brakes and extinguishes the following current. Superior Energy Handling Traditional TVSS solutions used for lightning protection often make use of multiple stacks of electronic grade silicon components (MOV and / or SAD) to increase their robustness against lightning strikes. The result is often theoretical ratings of surge current in the hundreds of thousands of amps. The problem with this approach is the components used in this way were never designed to handle the energy of the typical lightning event. FLASHTRAB technology is designed to handle the high currents AND long duration events typical of a lightning strike. The following diagrams show the dramatic difference in testing standards. The 10/350g.s test contains an estimated 10 times the charge of an 8/20!ts test which is used to evaluate MOV performance.this comparison is in acc. to IEEE C Table A.2. 8/20µs Test 10/350µs Test gym. n.i 12 Phoenix Contact

14 Proven Technology and Experience Phoenix Contact FLASHTRAB technology has been successfully used to protect electrical and electronic equipment in over 1 million installations throughout the world. Phoenix Contact has been successfully solving surge and lightning problems for industrial, commercial, telecommunication, and residential customers for over 20 years. FLASHTRAB FLT+CTRL The systems and components based on the FLASHTRAB + CTRL and intended for industrial applications. The 50 ka follow current extinguishing capability make these products well suited for any industrial service entrance application. Tested to the Only Lightning Protection Test Waveform FLASHTRAB technology can handle up to 50 ka / mode of surge current based on the only standardized lightning test waveform (IEC 61024). MOV and SAD technologies are NOT designed to address the energy of a direct lightning discharge event. Lightning Protection with Pluggable Transient Voltage Surge Suppression (TVSS) For installations where transient surge voltage from utility and other sources are a concern, the FLASHTRAB systems are available with additional TVSS protection eliminating the need for downstream distribution panel protection. As an added feature, the TVSS protection modules can be hot-swapped in the unlikely case of a failure. Simple and Cost Effective While MOV arrays, Selenium-Enhanced Suppression, and Diode Arrays sound impressive, FLASHTRAB technology has been proven an effective solution worldwide typically for much less cost. FLASHTRAB FLT 35 CTRL These systems and components are ideal for light industrial and residential 120 VAC applications where lightning is a major concern. The 5 ka follow current extinguishing capability make these systems ideal for applications such as : RTUs, Telemetry Cabinets, Wireless Base Stations and Residential applications.

15 SYSTEMTRAB FLASHTRAB+CTRL Combination Lightning Arrestor and TVSS Systems applications. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114 E h mg Common Applications: Water / Wastewater Treatment Facilities Pumping and lift stations in Gas pipeline compressor and gate stations (400 m m) Mobile phone / radio base stations Petrochemical facilities SYS N4... Commercial buildings Data Centers Telecommunication Rectifiers N/GND L1 %'c Fr ti ^ For Industrial End Use Applications Combination lightning arrestor and TVSS (Transient Voltage Surge Suppressor). Complete coordinated hybrid surge protection system. Discharges 50 ka lightning discharge current as tested by the only lightning protection test standard IEC 61024, 10/35011s waveform (500 ka, 8/20us equivalent IEEE C , Table A.2) Revolutionary Arc Chopping Spark Gap Technology. Discharges complete lightning surge currents while extinguishing up to 50 ka of line follow current. Residual voltage as low as 900 volts during full surge current discharge. Systems include 200 ka IC surge rated fusing with disconnect Removable (Hot Swap) TVSS modules allow quick and easy verification testing and replacement. Local and remote diagnostics NEMA 4 enclosures for installation indoor and outdoor. NEMA 4X stainless steel enclosures for installation in corrosive environments. UL 1449, 2nd Edition. 6D52 Ten year no-nonsense warranty including free replacement of any failed components. General Descriptions: FLASH-VALVE... This series of products combines the FLASHTRAB lightning arrestor with the VALVETRAB TVSS module in an integrated ready to install enclosure system. These systems come complete with series 200 ka IC fuse and disconnect. NEMA 4 versions are integrated into a watertight enclosure for outdoor or indoor applications. NEMA 4X versions are integrated into a watertight and corrosion resistant 316 Stainless Steel enclosure system for outdoor or indoor corrosive environment SYSTEMTRAB, 3 phase, High Leg DELTA connected incl. FLT-PLUS CTRL 0.9/I + VAL-MS 230 SYSTEMTRAB, 3 phase, Ungrounded DELTA connected (3W+G) incl. FLT-PLUS CTRL 2.5/I + VAL-MS 500 Technical data IEC categorynde requirement class/en type: Category and : Protection Modes: Technology - (Functional Description): Connection: Mounting: Nominal line voltage U N : Max. Cont. Operating Voltage : MCOV AC peak value Lightning (-GND): test current I, n, p (10/350)(ts1) charge: Measured limiting voltage at 50 ka (8120)µs (Clamping voltage data) (1EC (mm] Connection data Features Rem. ind. contact Phoenix Contact AC Category C3 Combination Wave (20 kv, 10 ka)- L-GND Category B3/C1 Combination Wave (6 kv, 3 ka)- L-GND UL 1449 SVR (6 kv, 500 A)- L-GND Follow (Power) current Interrupt Capability: Series connecded fuse: Response time ta : Leakage current: Temperature range: Degree of protection in acc. with IEC 529/ EN : Approvals: Based on test standards : t ) Description rigid solid flexible stranded SYSTEMTRAB, 3 phase, WYE connected incl. FLT-PLUS CTRL 1.5/1 + VAL-MS 400 SYSTEMTRAB, 3 phase, WYE connected incl. FLT-PLUS CTRL 0.9/I + VAL-MS 230 SYSTEMTRAB, Split single Phase, connected incl. FLT-PLUS CTRL 0.9/I + VAL-MS 230 AWG Similar to charge of 10 times higher 8/20µs current per IEEE C Table A.2 Power System 480/277 V AC SYS N4 FT+CT-VAL 480/ /120 V AC SYS N4 FT+CT-VAL 208/ /120 V AC SYS N4 FT+CT-VAL 240/ V AC SYS N4 FT+CT-VAL 208/ V AC SYS N4 FT+CT-VAL 480 DELTA 208//120 v AC // 240/120 V AC // 240 V AC I/B/Tl /ll/c/t2 Service Entrance-Lightning Arrestor / TVSS all modes (assumes N-GND Bond at service entrance hybrid-current limiting Arc Gap/MOV Screw clamp terminal block (no special tools needed) Wall mount < 240 V 275 V 50 ka per mode/100 ka total 25 As per mode/50 As total s0.8kv s 1 kv s900v 800 V 50 ka 200 kaic (included) s25ns 3 ma (Version with indicator) - 40 C to + 85 C NEMA 4/IP66 Article no. P UL 1449 ed. 2 6D52 On the basis of IEC EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1

16 E o m p SYS N4X... SYS N4X/I... N/GND L1 F- 1 no. Pkt. Article no. 1 Article no. SYS N4/I FT+CT-VAL 480/ SYS N4X FT+CT-VAL 480/ SYS N4X/1 FT+CT-VAL 480/ SYS N4/1 FT+CT-VAL 208/ SYS N4X FT+CT-VAL 208/ SYS N4X/l FT+CT-VAL 208/ SYS N4/I FT+CT-VAL 240/ SYS N4X FT+CT-VAL 240/ SYS N4X/1 FT+CT-VAL 240/ SYS N4/1 FT+CT-VAL 240HL SYS N4X FT+CT-VAL 208/ SYS N4X/l FT+CT-VAL 240HL SYS N4/1 FT+CT-VAL 480 DELTA SYS N4X FT+CT-VAL 480 DELTA SYS N4X/l FT+CT-VAL 480 DELTA /277 V AC 1B'T1 ;II/C/T2 Service Entrance-Lightning Arrestor /TVSS all modes (assumes N-GND Bond at service entrance hybrid-current limiting Arc Gap/MOV Screw clamp terminal block (no special tools needed) Wall mount 277 V 305 V 50 ka per mode/100 ka total 25 As per mode/50 As total s1.5kv s 1.5 kv s 1.4 kv 1.2 kv 50 ka 200 kaic (included) s25ns 3 ma (Version with indicator) - 40 C to + 85 C NEMA 4/IP66 UL 1449 ed. 2 6D52 On the basis of IEC , EN UL 1449 ed.2. ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS V AC I/B/Tl /ll/c/ Service Entrance-Lightning Arrestor / TVSS all modes (assumes N-GND Bond at service entrance hybrid-current limiting Arc Gap/MOV Screw clamp terminal block (no special tools needed) Wall mount 480 V (UL) 480 V (UL) 50 ka per mode/100 ka total 25 As per mode/50 As total s2kv s 2.2 kv s 2 kv 1.8 kv 5 ka 200 kaic (included) s 25 ns 5 ma (Version with indicator) - 40 C to + 85 C NEMA 4 / IP 66 UL 1449 ed. 2 6D52 On the basis of IEC EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 Phoenix Contact 15

17 SYSTEMTRAB FLASHTRAB+CTRL Combination Lightning Arrestor and TVSS Systems For Industrial OEM and Panel Mount Applications General Descriptions: FLASH-VALVE... This series of products combines the FLASHTRAB+CTRL lightning arrestor with the VALVETRAB TVSS module in an integrated ready to install DIN rail mount system. The rail assembly kits come complete with everything needed to install into your own enclosure or control cabinet. Dry contacts are available for connection to remote indication such as warning lights, audio alarms, auto-dialers, and PLC inputs. Common applications include installation into MCCs, pump control panels, and power distribution gear. SYS... SYS... Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114 (IECI rigid flexible [mm'] solid stranded AWG Connection data Rem. ind. contact (IEC) rigid flexible [mm 2] solid stranded AWG Connection data Rem. ind. contact Description Power System Article no. Article no. SYSTEMTRAB, 3 phase. WYE connected incl. FLT-PLUS CTRL 1.5/I + VAL-MS /277 V AC SYS FT+CT-VAL 480/ SYSTEMTRAB, 3 phase, WYE connected incl. FLT-PLUS CTRL 0.9/I + VAL-MS 230 SYSTEMTRAB, Split single Phase, connected incl. FLT-PLUS CTRL 0.9/I + VAL-MS /120 V AC 240/120 V AC SYS FT+CT-VAL 208/ SYS FT+CT-VAL SYSTEMTRAB, 3 phase, High Leg DELTA connected incl. FLT-PLUS CTRL 0.9/I + VAL-MS 230 SYSTEMTRAB, 3 phase, Ungrounded DELTA connected (3W+G) incl. FLT-PLUS CTRL 2.5/I + VAL-MS 500 Technical data IEC categorynde requirement class/en type: Category and : Protection Modes: Technology - (Functional Description): Connection: Mounting: Nominal line voltage U N : Max. Cont. Operating Voltage : MCOV 240 V AC 480 V AC AC AC peak value (-GND): Lightning test current l <,p (10/350)hs') charge: Measured limiting voltage at 50 ka (8/20)us (Clamping voltage data) Category C3 Combination Wave (20 kv, 10 ka)- L-GND Category B3/C1 Combination Wave (6 kv. 3 ka)- L-GND UL 1449 SVR (6 kv, 500 A). L-GND Follow (Power) current Interrupt Capability' Series connected fuse: Response time ta : Leakage current: Temperature range: Degree of protection in ace. with IEC 529/ EN : Insulation housing: Inflammability class in ace. with UL 94: Thread: Torque, Approvals: Based on test standards : 1 ) Similar to charge of 10 times higher 8/20µs current per IEEE C Table A.2 SYS FT+CT-VAL 208/ /120 V AC // 240/120 V AC I/ 240V AC Service Entrance-Lightning Arrestor / TVSS all modes (assumes N-GND Bond at service entrance hybrid-current limiting Arc Gap/MOV Screw clamp terminal block (no special tools needed) Panel/DIN rail included <240 V 275 V 50 ka per mode/100 ka total 25 As per mode/50 As total s1kv s 900 V 800 V 50 ka 200 kaic (included) s25ns 3 ma - 40 `C to + 85 'C PBT/PA-F VO M6 8 Nm UR 1449 ed.2 On the basis of IEC , EN UL 1449 ed.2, ANSI IEEE C62.1. ANSI IEEE C62.45, NEMA LS-1 SYS FT+CT-VAL 480 DELTA /277 V AC 480 V AC I/B/T1 /II/C/T2 Service Entrance-Lightning Arrestor / TVSS all modes (assumes N-GND Bond at service entrance hybrid-current limiting Arc Gap/MOV Screw clamp terminal block (no special tools needed) Panel/DIN rail included 277 V 480 V (UL) 305 V 480 V (UL) 50 ka per mode/100 ka total 50 ka per mode/100 ka total 25 As per mode/50 As total 25 As per mode/50 As total s1.5kv s2.2kv s1.4kv s2kv 1.2 kv 1.8 kv 50 ka 5 ka 200 kaic (included) 200 kaic (included) s25ns s25ns 3 ma 5 ma -40 'C to+85 'C PBT/PA-F VO M6 8 Nm UR 1449 ed.2 UR 1449 ed.2 On the basis of IEC EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 16 Phoenix Contact

18 SYSTEMTRAB FLASHTRAB+CTRL Lightning Arrestor Systems it For Industrial End Use Applications Features Revolutionary Arc Chopping Spark Gap Technology. Discharges complete lightning surge currents while extinguishing up to 50 ka of follow current. Discharges 50 ka lightning discharge current as tested by the only lightning protection test standard IEC 61024, 10/350its waveform (500 ka, 8/2(:1ts equivalent IEEE C , Table A.2) Residual voltage below 900 volts during full surge current discharge. Systems include 200 ka IC surge rated fusing with disconnect UL Listed for installation as Lightning Arrestor or TVSS. Lightning Arrestor Standard - C62.1. TVSS standard - UL 1449, 2nd Edition. 6D52 NEMA 4 enclosures for installation indoor and outdoor. Ten year no-nonsense warranty including free replacement of any failed components. General Descriptions: FLT+CTRL... These enclosure systems are designed to N/GND L1 L2 L3 (IEC rigid flexible [mm [ solid stranded AWG Connection data SYS FT+CT 1.5 3PH N/GND L1 L2 L3 (IEC1 rigid flexible [mm l solid stranded AWG Connection data Description Power System SYSTEMTRAB, including WYE V AC block. FLT-PLUS CTRL 1.5/I, WYE 208/120 V AC 3 phase High Leg DELTA 240 V AC SYSTEMTRAB, including FLT-PLUS CTRL 1.5/I, 240/120 V AC Split single Phase SYSTEMTRAB, rail assem- WYE 480/277 V AC bly kit, FLT-PLUS CTRL 1.5/I, WYE V AC 3 phase High Leg DELTA 240 V AC Technical data IEC categorynde requirement class/en type: Category and : Protection Modes: Technology - (Functional Description): Connection: Mounting: Nominal line voltage U N : Max. Cont. Operating Voltage : MCOV AC AC Lightning test current lop peak value (-GND): (10/350) us 1 ) charge: Measured limiting voltage at 50 ka (8/20)µs (Clamping voltage data) Category C3 Combination Wave (20 kv, 10 ka)- L-GND Category B3/C1 Combination Wave (6 kv, 3 ka)- L-GND UL 1449 SVR (6 kv, 500 A)- L-GND Follow (Power) current Interrupt Capability: Series connected fuse: Response time ta : Leakage current: Temperature range: Degree of protection in acc. with IEC 529/ EN Insulation housing: Inflammability class in acc. with UL 94: Thread: Torque: Approvals: Based on test standards: function as a lightning arrestor when downstream TVSS solutions are already installed. The FLT+CTRL enclosure can be installed on either the line side or load side of the main service disconnect. The purpose is to arrest even direct lightning strikes to the structure or electrical service. Remnant voltage is typically less than 900 Volts. 208/120 V AC // 240/120 V AC // 240 V AC // 480/277V AC I/B/T1 Service Entrance-Lightning Arrestor all modes (assumes N-GND Bond at service entrance Current limiting Arc Gap Screw clamp terminal block (no special tools needed) Wall mount <240V 385 V 50 ka per mode/100 ka total 25 As per mode/50 As total s0.8kv s 1.5 kv s1.4kv s1.4kv 50 ka 200 kaic (included) s25 ns 3 ma -40 C to+85 C NEMA 4/IP 66/ Article no. SYS N4 FT+CT 1.5 3PH SYS N4 FT+CT 1.5 3PH SYS N4 FT+CT 1.5 3PH SYS N4 FT+CT 1.5 SPLIT UL 1449 ed.2 6D52 On the basis of IEC EN UL 1449 ed.2. ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 Applications that also require protection against switching transients should install a FLASH-VALVE assembly shown on the previous pages. Article no. SYS FT+CT 1.5 3PH SYS FT+CT 1.5 3PH SYS FT+CT 1.5 3PH /120 V AC // 240/120 V AC // 240 V 'AC // 480/277 V AC I/B/T1 Service Entrance-Lightning Arrestor all modes (assumes N-GND Bond at service entrance Current limiting Arc Gap Screw clamp terminal block (no special tools needed) Panel/DIN rail included <240V 385 V 50 ka per mode/100 ka total 25 As per mode/50 As total s0.8kv s 1.5 kv s 1.4 kv s 1.4 kv 50 ka 200 kaic (included) s 25 ns 3 ma - 40 C to + 85 C PBT/PA-F VO M6 8Nm UR 1449 ed.2 On the basis of IEC , EN UL 1449 ed.2. ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 t ) Similar to charge of 10 times higher 8/20µs current per IEEE C Table A.2 Phoenix Contact 17

19 FLASHTRAB + CTRL Lightning Arrestor Components For Industrial OEM and DIN Rail Mount Applications Features: Revolutionary Arc Chopping Spark Gap Technology. Discharges complete lightning surge currents while extinguishing up to 50 ka of follow current. Discharges 50 ka lightning discharge current as tested by the only lightning protection test standard IEC 61024, /3501ts waveform (500 ka, 8/20)ts equivalent IEEE C , Table A.2) Low residual voltage during full surge current discharge. Residual voltage dependent on version selected (0.9, 1.5, or 2.5 kv) E DIN rail mount components allow flexibility in user designed configurations UL Recognized for installation as Lightning )lec1 Arrestor or TVSS. Lightning Arrestor rigid flexible (mm Standard - C62.1. TVSS l standard - solid stranded Connection data UL 1449, 2nd Edition. 6D Ten year no-nonsense warranty including free replacement of any failed components. Description General Descriptions: FLT+CTRL... These individual DIN rail mount components allow users to take advantage of the FLASHTRAB+CTRL lightning arresting features in their custom designed configuration. Bridging and accessories are shown on page 28. The FLASHTRAB + CTRL lightning arrestor components are to be used when downstream TVSS solutions are all ready installed. The FLT+CTRL components can be installed on either the line side or load side of the main service disconnect. The purpose is to arrest even direct lightning strikes to the structure or electrical service. Remnant voltage is as low as 900Volts. The FLT+CTRL.../1 version includes a LED indication for the unlikely event of a failure to the ignition electronics. Consult factory for application assistance in configuring your own lightning arrestor system FLASHTRAB, 1 pos. FLASHTRAB, as above, however with control lamp Wiring bridge, single phase Marking labels, unprinted and printed Marker pen Universal end holder, for setting the end of an FLT group, 9.5 mm wide Technical data IEC categorynde requirement class/en type: Category and : Technology - (Functional Description): Connection: Mounting : Nominal line voltage U N : Max. Cont. Operating Voltage : MCOV Lightning test current l imp (10/350)ps r ) AWG 6-1 AC AC peak value: charge: Measured limiting voltage at 50 ka (8/20)Irs (Clamping voltage data) Category C3 Combination Wave (20 kv, 10 ka) Category B3/C1 Combination Wave (6 kv, 3 ka) UL 1449 SVR (6 kv, 500 A) Follow (Power) current Interrupt Capability: Series connected fuse: Response time l a : Leakage current/with indicator: Temperature range: Degree of protection in acc. with IEC 529/ EN : Insulation housing: Inflammability class in acc. with UL 94: Thread: Torque: Approvals: Based on test standards : 1 ) Similar to charge of 10 times higher 8/20 us current per IEEE C Table A.2 FLTPLUS CTRL... 1-pos. lightning arrester Housing width 35 (2 div.) L/N(~) 0 t ~I 0 Protection level Article no. Pea. [kv] 0. 9 FLT-PLUS CTRL FLT-PLUS CTRL FLT-PLUS CTRL FLT-PLUS CTRL-0.9/ FLT-PLUS CTRL-1.5/I FLT-PLUS CTRL-2.5/ MPB... (order data. see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) CLIPFIX ; 0.9/I 1.5 ; 1.5/1 2.5 ; 2.5/I I/B/T1 I/B/ I/B/T1 Service Entrance-Lightning Arrestor Current limiting Arc Gap Screw clamp terminal block (no special tools needed) Panel/DIN rail included 230 V V 330 V 50/60 Hz 50 ka 25 As s 0.8 kv 400 V 480 V (UL) s 1.5 kv s 1.4 kv s 1.4 kv 50 ka/400 V 250 A s 1 us s0.1 ma/s2.5ma 440 V 50/60 Hz 50 ka 25 As s 0.8 kv s 2.5 kv s 2.3 kv s 2.3 kv 50 ka/400 V 250 A s 1 its s0.1 ma/s3ma -40 C to + 85 C PBT/PA-F Vo M6 440 V 50/60 Hz 50 ka 25 As s 0.8 kv s3kv s 2.5 kv s 2.5 kv 5 ka/480 V (UL) 250 A s1 us s0.1 ma/s3ma 8 Nm Mils and On the basis of IEC , EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 18 Phoenix Contact

20 FLASHTRAB-PLUS Lightning Arrestor Components For Industrial OEM and DIN Rail Mount Applications Features: Revolutionary Arc Chopping Spark Gap Technology. Discharges complete lightning surge currents while extinguishing up to 50 ka of follow current. Discharges 50 ka lightning discharge current as tested by the only lightning protection test standard IEC 61024, 10/350(ts waveform (500 ka, 8/20[ts equivalent IEEE C , Table A.2) DIN rail mount components allow flexibility in user designed configurations UL Recognized for installation as Lightning Arrestor or TVSS. Lightning Arrestor Standard - C62.1. TVSS standard - UL 1449, 2nd Edition. 6D52 Ten year no-nonsense warranty including free replacement of any failed components. General Descriptions: FLT-PLUS The FLT-PLUS components are similar to the FLT+CTRL except without any ignition circuit. This means the spark over voltage is approximately 4 kv. When used with downstream TVSS components it should be assured that at least 10meters of cabling distance exists to properly coordinate the first and second stage of protection. These individual DIN rail mount components allows users to take advantage of the FLASHTRAB-PLUS lightning arresting features in their custom designed configuration. Bridging and accessories are shown on page 28. The FLASHTRAB-PLUS components can be installed on either the line side or load side of the main service disconnect. The purpose is to arrest even direct lightning strikes to the structure or electrical service. Consult factory for application assistance in configuring your own lightning arrestor system N (IEC [mm ] Connection data Description FLASHTRAB, 1 pos. o r J71 0 rigid solid flexible stranded Wiring bridge, single phase Marking labels, unprinted and printed Marker pen Universal end holder, for setting the end of an FLT group, 9.5 mm wide Technical data IEC categorynde requirement class/en type : Category and : Technology - (Functional Description): Connection: Mounting: Nominal line voltage U N : Max. Cont. Operating Voltage : MCOV Lightning test current limp (10/350)ps t ) AWG 6-1 AC AC peak value: charge/e: Measured limiting voltage at 50 ka (8/20)gs (Clamping voltage data) Category C3 Combination Wave (20 kv, 10 ka)- L-GND/L-L Category B3/C1 Combination Wave (6 kv, 3 ka)- L-GND/L-L UL 1449 SVR (6 kv, 500 A)- L-GND/L-L Follow (Power) current Interrupt Capability: Series connected fuse: Response time ta: Leakage current: Temperature range: Degree of protection in acc. with IEC 529/ EN Insulation housing: Inflammability class in acc. with UL 94: Thread: Torque: Approvals: Based on test standards: I ) Similar to charge of 10 times higher 8/20 its current per IEEE C Table A.2 FLT PLUS 1-pos. lightning arrester Housing width 35 (2 div.) P Article no. FLT-PLUS MPB... (order data, see page 29) ZBN 18 (order data. see page 29) M-PEN (order data, see page 29) CLIPFIX I/B/T1 Service Entrance-Lightning Arrestor Current limiting Arc Gap Screw clamp terminal block (no special Panel/DIN rail included 400 V 440 V 50/60 Hz 50 ka 25 As/625 kj/52 s 0.8 kv 3.5 kv 3.5kV 4 kv 50 ka/400 V 250 A s100ns s1 ua -40 C to + 85 C PBT/PA-F Vo M6 8 Nm UR 1449 ed.2 On the basis of IEC , EN UL 1449 ed.2, ANSI IEEE C62.1. ANSI IEEE C NEMA LS-1 Phoenix Contact 19

21 POWERSET FLASHTRAB 35+CTRL Combination Lightning Arrestor and TVSS Systems For 120 VAC Single Phase Light Industrial OEM and Panel Mount Applications Features Combination lightning arrestor and TVSS (Transient Voltage Surge Suppressor) for 120 VAC light industrial applications. Complete coordinated hybrid surge protection system. Discharges 35 ka lightning discharge current as tested by the only lightning protection test standard IEC 61024, 10/35011s waveform (Similar to charge of 10 times higher 8/20 ms current per IEEE C Table A.2) Encapsulated self-extinguishing spark gap arrests the lightning current, while extinguishing up to 5 ka of line follow current without exhausting. Residual voltage as low as 900 volts during full surge current discharge. General Description FLT35-VALVE... This series of products combines the FLT35+CTRL lightning arrestor with the VALVETRAB TVSS module in an integrated ready to install DIN rail mount system. The two versions on this page are for 120 VAC single phase power systems. For systems where the N-GND bond is some distance away from the installation, a special version is available with extra N-GND protection The rail assembly kits come complete with everything needed to install into your own enclosure or control cabinet. Dry contacts are available for connection to remote indication such as warning lights, audio alarms, auto-dialers, and PLC inputs. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114 Common Applications: RTU and Telemetry cabinet installations. Telecommunication rectifiers. OEM power quality equipment. Residential and commercial facilities with 120 VAC service. Mobile phone / Radio base stations. POWERSET, 120 V AC Single Phase (2W+G), N-GND Bond Arrester combination FTL 35 CTRL-0.9/1 + VAL-MS 230/FM Wiring bridge, single phase Marking labels, unprinted and printed Marker pen Universal end holder, for setting the end of an FLT group, 9.5 mm wide Technical data IEC categorynde requirement class/en type: Category and : Protection Modes: Technology - (Functional Description): Connection: Mounting: Nominal line voltage U N : Max. Cont. Operating Voltage : MCOV Lightning test current I,,,, P (10/350)µs) AC AC peak value: charge: Measured limiting voltage at 35 ka (8/20)µs (Clamping voltage data) Category C3 Combination Wave (20 kv, 10 ka)- L-GND/L-N Category B3/C1 Combination Wave (6 kv, 3 ka)- L-GND/L-N UL 1449 SVR (6 kv. 500 A)- L-GND/L-N Follow (Power) current Interrupt Capability: Series connected fuse: Response time ta : Leakage current: Temperature range: Degree of protection in acc. with IEC 529/ EN : Insulation housing: Inflammability class in acc. with UL 94: Thread: Torque: (IEC7 [mm l Connection data FLT... Approvals: Based on test standards: rigid solid flexible stranded Removable (Hot Swap) TVSS modules VAL-MS allow quick and easy verification testing Rem. ind. contact and replacement. Description Local and remote system diagnostics DIN rail assemblies make installation into user equipment fast and easy. FTL 35 CTRL-0.9/I + VAL-MS 230/FM + FLT 50 NUPE CTRL-1.5 UL 14492nd, Edition. 6D52 Ten year no-nonsense warranty AWG 20-2 POWERSET, 120 V AC Single Phase (2W+G), Protection N-GND Arrester combination Similar to charge of 10 times higher 8/20 us current per IEEE C Table A.2 POWERSET... GND L1 L1' Article no. POWERSET I-IV1+1-50/FM POWERSET 1-11/1+0-50/FM MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) CLIPFI( POWERSET I. 11/1+1-50/FM POWERSET I-I1/1+0-50/FM I/B/T7 li/c/t2 Service Entrance-Lightning Arrestor / TVSS all modes N-GND seperated all modes N-GND Bond Hybrid-current limiting Arc Gap Screw clamp terminal block (no special tools needed) Panel/DIN rail included 120 V (UL) 120 V (UL) 260 V 260 V 50 ka total/35 ka per phase 35 ka per phase 25 As/17.5 As 17.5 As s1.5kv/s 0.9 kv s2.5kv/s1kv s0.9kv s1kv 2.5 kv/s 0.8 kv s 0.8 kv s2.5kv/s 0.7 kv 50.7 kv 5 ka (500 A N-GND) 5 ka max. 125 A max. 125 A 2 ) s 1µs/s 25 ns s 25 ns s20(ia s2.5ma -40 C to + 85 C PBT/PA-F VO M5 4,5 Nm On the basis of IEC , EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 2 ) Depends to the kind of connection between L and L' 20 Phoenix Contact

22 POWERSET FLASHTRAB 35+CTRL Combination Lightning Arrestor and TVSS Systems For 120 VAC Split-Single and Three Phase Light Industrial OEM and Panel Mount Applications General Description FLT35-VALVE... This series of products combines the FLT35+CTRL lightning arrestor with the VALVETRAB TVSS module in an integrated ready to install DIN rail mount system. The two versions on this page are for 120 VAC split-single, and three-phase power systems. For systems where the N-GND bond is some distance away from the installation, a special version is available with extra N-GND protection The rail assembly kits come complete with everything needed to install into your own enclosure or control cabinet. Dry contacts are available for connection to remote indication such as warning lights, audio alarms, auto-dialers, and PLC inputs. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114 (IEC) rigid flexible [mm 22 ) solid stranded AWG Connection data FLT VAL-MS Rem. ind. contact Description POWERSET, 120/240 Split Single Phase (3W+G). Protection N-GND ; Arrester combination FTL 35 CTRL-0.9/1 + VAL-MS 230/FM + FLT 100 N/PE CTRL-1.5 POWERSET, 120/240 Split Single Phase (3W+G), N-GND Bond Arrester combination FTL 35 CTRL-0.9/1 + VAL-MS 230/FM POWERSET, 120/208 V AC 3 phase WYE (4W+G), Protection N-GND : Arrester combination FTL 35 CTRL-0.9/1 + VAL-MS 230/FM + FLT 100 N/PE CTRL-1.5 POWERSET, 120/208 V AC 3 phase WYE (4W+G), N-GND Bond Arrester combination FTL 35 CTRL-0.9/1 + VAL-MS 230/FM Wiring bridge, single phase Marking labels, unprinted and printed Marker pen Universal end holder, for setting the end of an FLT group, 9.5 mm wide Technical data IEC categorynde requirement class/en type: Category and : Technology - (Functional Description). Connection: Mounting: Nominal line voltage U N : Max. Cont. Operating Voltage : MCOV Lightning test current l imp (10/350)14s1 ) AC AC peak value (-GND): charge/energy: Measured limiting voltage at 35 ka (8/20)us (Clamping voltage data) L-GND/L-N Category C3 Combination Wave (20 kv, 10 ka)- L-GND/L-N Category B3/C1 Combination Wave (6 kv, 3 ka)- L-GND/L-N UL 1449 SVR (6 kv, 500 A)- L-GND/L-N Follow (Power) current Interrupt Capability: Series connected fuse: Response time t a : Leakage current: Temperature range: Degree of protection in acc. with IEC 529/ EN : Insulation housing: Inflammability class in acc. with UL 94: Thread: Torque: Approvals: Based on test standards: 1-) Similar to charge of 10 times higher 8/20 irs current per IEEE C Table A.2 POWERSET... GND L1 L3 L1 L2 L3' Article no. POWERSET I-II/ /FM Pr6. POWERSET I-11/ /FM POWERSET I-IU /FM POWERSET I-IV /FM MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) CLIPFIX J / J J3+0-10O... I/B/ T1 I/B/ T1 I/B/ T1 I/B/ T1 Service Entrance-Lightning Arrestor /TVSS Hybrid-current limiting Arc Gap Screw clamp terminal block (no special tools needed) Panel/DIN rail included 120 V (UL) 260 V 100 ka total/35 ka per phase 50 As/17.5 As s1.5kv/so.9kv so.9kv s1.5kv/so.9kv so.9kv s2.5kv/s1 kv s1 kv s2.5kv/s1 kv s1 kv s2.5kv/so.8kv so.8kv s2.5kv/so.bkv so.8kv s2.5kv/so.7kv so.7kv s2.5kv/so.7kv so.7kv 5 ka (100 A N-GND) max. 125 A 2 ) 1 its 25 ns 1 us 25 ns s20ia s2.5ma s20[a s2.5ma -40 C to + 85 C PBT/PA-F VO M 5 / M 6 (FLT 100) 4,5 Nm / 8 Nm (FLT 100) On the basis of IEC : , pr EN E DIN VDE 0675 part 6 : /Al : /A2 : UL 1449 ed.2, IEEE C62.1, IEEE C62.41, NEMA LS-1 2 ) Depends to the kind of connection between L and L' Phoenix Contact 21

23 FLASHTRAB 35 CTRL Lightning Arrestor Components For 120 VAC Light Industrial OEM and DIN Rail Mount Applications Features Lightning arrestor for 120 VAC light industrial applications. Discharges 35 ka lightning discharge current as tested by the only lightning protection test standard IEC 61024, 10/350µs waveform (350 ka, 8/20~ts equivalent IEEE C , Table A.2) Encapsulated self-extinguishing spark gap arrests the lightning current, while extinguishing up to 5 ka of follow current without exhausting. Residual voltage as low as 900 volts during full surge current discharge. DIN rail mount components allow flexibility in user designed configurations UL 1449, 2nd Edition. 6D52 Ten year no-nonsense warranty. /? (IEC) [mmz2] Connection data rigid solid flexible stranded r AWG 20-2 FLT 35/3... and FLT 35/ Encapsulated and triggered installation block for 4/5-wire networks Housing width FLT 35/3... : 52.5 (3 div.) / FLT 35/ : 70 (4 div.) General Description FLT 35/3... Article Description Protection no Ype. These lightning arrestors can be used in level three phase 120/208 VAC systems as the FLASHTRAB Installation block, 3xFLT wire system 0.9 kv FLT first stage of protection 35/3 CTRL One DIN rail mount xFLT FLT 50 N/PE 5-wire system 0.9 kv FLT 35/3+1 CTRL-0.9/ housing contains the lightning arrestor circuit FLASHTRAB, 0.9 kv ~ for a three-phase system. 1-channel FLT 35/ These versions are for installations where a N-GND bond occurs some distance away from the installation and can therefore be vulnerable to differences in potential. FLT 35 CTRL... These individual lightning arrestors can be used for custom configurations to protect 120VAC systems. Bridging and accessories are shown on page 28. FLT 50 N/PE and FLT These lightning arrestors are to be used as the N-GND protection in applications where a N-GND bond is not close to the equipment being protected. Consult factory for application assistance in configuring your own lightning arrestor system FLASHTRAB, 1-channel N/PE spark gap with control lamp with control lamp lim p : 50 ka 1.5 kv I, mp : 100 ka 1.5 kv I;mp : 50 ka 4.0 kv Limp : 100 ka 4.0 kv Wiring bridge, single phase Marking labels, unprinted and printed Marker pen Snap-on end bracket, for setting the end of an FLT group, 9.5 mm wide Technical data IEC categorynde requirement class/en type: Category and : Protection Modes: Technology - (Functional Description): Connection: Mounting: Nominal line voltage U N : AC Max. Cont. Operating Voltage : MCOV') FLT... AC Lightning test current limp (10/350)ps peak value (-GND): charge: Nominal surge current (8/20)µs per mode/per phase Measured limiting voltage at I (8/20)µs Follow (Power) current Interrupt Capability : IEC Series connected fuse: Response time ta : Leakage current: Temperature range: Degree of protection in acc. with IEC 529/ EN : Insulation housing: Inflammability class in acc. with UL 94: Thread: Torque: Approvals: Based on test standards: I) Similar to charge of 10 times higher 8/20 ps current per IEEE C Table A kv I 0.9 kv 1.5 kv UL MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) CLIPFIX FLT 35/3 CTRL-0.9/1 FLT 35/ CTRL I/B/T1 IIB/T1 Service Entrance-Lightning Arrestor all modes N-GND Bond all modes N-GND seperated Hybrid-current limiting Arc Gap Screw clamp terminal block (no special tools needed) Panel/DIN rail included 120V+10%(UL) 120V+10%(UL) 260 V (IEC) 260 V (IEC) 100 ka total/35 ka per phase 50 ka total/35 ka per phase 50 As 25 As /35 ka s0.9kv s0.9kv 5 ka/120 V 5 ka/120 V 125 A 125 A sips s 3x2.5 ma N sips s 20 pa/3x2.5 ma - 40 C to + 85 C PA 6.6-FR VO M5 4.5 Nm K Nl IEC : , pr EN , E DIN VDE 0675 part 6 : /Al : /A2 : , UL 1449 ed.2, IEEE C62.1. IEEE C62.41, NEMA LS-1 22 Phoenix Contact

24 FLT... CTRL... FLT 35/3 and FLT 35/3+1 FLT 50 N/PE and FLT channel encapsulated and triggered lightning arresters Housing width FLT 35.../FLT :17.5 (1 div.) / FLT :35 (2 Encapsulated installation block for 4/5-wire networks Housing width FLT 35/3L52.5 (3 div.) / FLT 35/3+1 :70 (4 div.) 1-channel encapsulated lightning arresters Housing width FLT :17.5 (1 div.) / FLT 100..:35 (2 div.) L1 L2 L L n L/N(4--) / \ 1 0 r- ) \ / \ / D O O N L J Article no. I Article no. Pkt. Article no., Pkt FLT 35 CTRL FLT 35 CTRL FLT 35 CTRL FLT 35 CTRL-1.5/t FLT 50 WPE CTRL FLT 100 WPE CTRL MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) CLIPFIX FLT 35/ FLT 35/ MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) CLIPFIX FLT 50 WPE FLT MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) CLIPFIX FLT 35.. :0.9 FLT 35.. :1.5 FLT 50 WPE... FLT 100 WPE... 11B'T1 IIB/T7 I/B/Ti I/B/T1 Service Entrance-Lightning Arrestor one channel arrester Hybrid-current limiting Arc Gap Screw clamp terminal block (no special tools needed) DIN rail mount 120V+10%(UL) 120V+10%(UL) 230 V(N-PE) 230 V(N-PE) 260 V (IEC) 440 V (IEC) 260 V (IEC) 260 V (IEC) 35 ka 35 ka 50 ka 100 ka 17.5As 17.5 As 25 As 50 As 35 ka 35 ka 50 ka 100 ka s0.9kv s1.5kv s1.5kv s1.5kv 3 ka/260 V 1.5 ka/440 V/ 500 A/260 V 100 A/260 V 3 ka/260 V 5 ka/120 V 5 ka/120 V 125A 125A 125A 125A 1 us s 1 (is s 1 is a 1 as s 0.5 ma ; 2.5 ma (.../I) s 20 IrA s 20 (IA -40 C to+85 C PA 6.6-FR VO M5 4.5 Nm IKfU) FLT 35/3 FLT 35/3+1 I/B/T1 I/B/T1 Service Entrance-Lightning Arrestor one channel arrester Hybrid-current limiting Arc Gap Screw clamp terminal block (no special tools needed) DIN rail mount 120V + 10 % (UL) 120V + 10 % (UL) 440 V (IEC) 440 V (IEC) 100 ka 50 ka 50 As 25 As - s 4kV - s 4kV 1.5 ka/440 V/ 1.5 ka/440 V/ 3 ka/260 V 3 ka/260 V A 125 A s100ns s100ns 3x10uA 10µA - 40 C to + 85 C PA VO M5 4.5 Nm IK ca IEC : , pr EN , E DIN VDE 0675 part 6 : /Al : /A2 : , UL 1449 ed.2, IEEE C62.1, IEEE C NEMA LS-1 FLT 50 N/PE FLT I/B/T1 I/BlT1 Service Entrance-Lightning Arrestor one channel arrester for N-PE Hybrid-current limiting Arc Gap Screw clamp terminal block (no special tools needed) DIN rail mount 230 V(N-PE) 230 V(N-PE) 260 V (IEC) 260 V (IEC) 50 ka 100 ka 25 As 50 As 50 ka 100 ka s4kv s4kv 500 A/260 V 350 A/260 V s100ns alo0ns 10 1iA 10 ua - 40 C to + 85 C PA 6.6-FR VO M5 M6 4.5 Nm 8 Nm IK 0Al 1KE Phoenix Contact 23

25 VALVETRAB TVSS Protection for Three- Phase Applications Features Modular DIN rail mount TVSS (Transient Voltage Surge Suppression). Provides end-user and OEM power installations with increased system uptime and reliability. High surge current capacity protects electrical systems and equipment from switching and indirect lightning transients. Diagnostic monitoring of protection status with local and remote failure indication. Provides users with maximum protection reliability. Removable (Hot Swap) TVSS modules allow quick and easy verification testing and replacement. Modular design provides flexibility to meet voltage and grounding configurations for worldwide applications. National and international certifications including : UL nd edition, CE, IEC, VDE, and CSA. Allows one TVSS supplier for global applications. Five year no-nonsense warranty including free replacement plugs. In the unlikely event of a plug failure, replacement at no additional component cost. General Description: VAL-MS 230/ This version is for European and other International 230/400 VAC three phase applications making it the ideal product for OEMs wanting to sell their equipment outside the U.S. The configuration is appropriate for installation on IEC defined TT and TN power supplies. VAL-MS.../ UD These versions are appropriate for popular U.S. three phase voltage systems. The special hybrid circuit means insures that there can be no leakage current to ground. These products are designed to address both normal mode (line-to-line) and common mode (line-to-ground) protection insuring maximum system reliability and uptime. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114 Common Applications Power distribution panels Motor load and control centers Power distribution equipment Control panels Power quality equipment Junction boxes feeding sensitive three phase loads CNC machines Semiconductor fabrication equipment Machine tool equipment Robotics Motor drives ,5 Note: The contact position in the adjacent circuit diagrams shows undisturbed operating mode with the connector plugged in. Description VALVETRAB, surge voltage arrester combination, 4-channel, for mounting on 1_r, as above, however with remote indicator contact as PDT (N/C-N/O contact) VALVETRAB, Header for mounting on Lr, with remote indicator contact VALVETRAB, Replacement plug. can be plugged into the header Wiring bridge, single phase Marking labels, unprinted and printed Marker pen Technical data IEC categorynde requirement class/en type: Category and : Protection Modes: Technology - (Functional Description): Connection: Mounting: Nominal line voltage U N : Max. Cont. Operating Voltage : MCOV Voltage U N 120 V AC 120/240 V AC 230 V AC 320 V AC 120 V AC 230 V AC 230 VA C AC AC Maximum surge current (8/20)ps per mode Measured limiting voltage at 20 ka (8/20)us (Clamping voltage data) -L-N/L-GND/N-GND Category C3 Combination Wave (20 kv. 10 ka)-l-n/l-gnd/n-gnd Category B3/C1 Combination Wave (6 kv, 3 ka)-l-n/l-gnd/n-gnd UL 1449 SVR (6 kv, 500 A)-L-N/L-GND/N-GND Measured limiting voltage at 5 ka : L-N/L-GND/N-GND Series connected fuse: Response time ta : Leakage current: Temperature range: Degree of protection in acc. with IEC 529/ EN : Insulation housing: Inflammability class in acc. with UL 94: Remote indic. contact:pdt Thread: Torque: Approvals: (IECI rigid flexible [mm'] solid stranded AWG Connection data Remote ind. contact: Connection data : Based on test standards : Max. perm operating current Imax AC (U/1nd.) Max. perm operating current Imax DC (Wind.) VAL-MS 230/3+1-FM 4-channel surge voltage arrester combination in the 3+1 circuit Housing width 70 (4 div.) 12 j' 14 FM --- (~1 A o 11 A LI L2 L3 Article no. VAL-MS 230/3+1-FM VAL-MS/3+1-BE/FM VAL-MS 230 ST F-MS 12 ST MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) II/C! T2 Service Entrance and Distribution Panel (L-L), L-N, L-GND, N-GND Hybrid - MOV / Gas Discharge Tube (N-GND) - '3+1 circuit" Screw clamp terminal block (no special tools needed) DIN rail 230 V/400 V 275 V (L-N)/ 260 V (N-PE) 40 ka/120 ka total (L-N) s 1.4 kv/s 1.6 kv/s 0.4 kv s 1.1 kv/s 1.3 kv/s 1 kv s 0.85 kv/s 1.2 kvls 1 kv s 0.8 kv/s 1 kv/s 1 kv s 1.1 kv/s 1.2 kv/s 150 V 125 A s 25 ns (L-N) s 1!IA - 40 C to + 80 C PBT/PA VO 0.75 A (250 V)/3 A (125 V) 2 A (30 V) M5/M2 4.5 Nm/0.25 Nm UL 1449, 2nd edition On the basis of IEC EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 24 Phoenix Contact

26 VAL-MS 120/3+1/FM-UD 4-channel surge voltage arrester combination in the 3+1 circuit 120/208 V AC 3 phase WYE Connected (4W+G) Housing width 70 (4 div.) VAL-MS 320/3+1/FM-UD 4-channel surge voltage arrester combination in the 3+1 circuit 277/480 V AC 3 phase WYE Connected (4W+G) Housing width 70 (4 div.) VAL-MS 120/240/ UD 4-channel surge voltage arrester combination in the 3+1 circuit 3 Phase 240 V AC High Leg DELTA Connected (4W+G) Housing width 70 (4 div.) L1 L2 L3 LI L2 L3 _ Q 1 0 1b ` b FM Y Y io ib \ 10 Q b 12 FM _Y 11 FM 14 & ' 12 Article no. Article no. Pkt. Article no. ' PcS. VAL-MS 120/3+1/FM-UD VAL-MS 120/240-HL/3+1/FM-UD VAL-MS 320/3+1/FM-UD VAL-MS 120-UD ST F-MS 12 ST MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) II ic!t2 Service Entrance and Distribution Panel (L-L), L-N, L-GND, N-GND Hybrid - MOV / Gas Discharge Tube (N-GND) - "3+1 circuit" Screw clamp terminal block (no special tools needed) DIN rail 120 V/208 V 150 V (L-N)/ 260 V (N-PE) 40 ka/120 ka total (L-N) s 0.85 kv/ kv/5 0.4 kv <_ 0.65 kv/5 0.8 kv/5 1 kv s 0.55 kv/s 0.7 kv/s 1 kv s 0.5 kv/s 1 kv/s 1 kv 50.7 kv/5 0.8 kv/ kv 125 A s 25 ns (L-N) s1 (IA -40 C to + 80 'C PBT/PA VO 0.75 A (250 V)/3 A (125 V) 2A(30V) M5M2 4.5 Nm/0.25 Nm UL 1449, 2nd edition On the basis of IEC , EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 VAL-MS 320-UD ST F-MS 12 ST MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) II/C/T2 Service Entrance and Distribution Panel L-L. L-N, L-GND, N-GND Hybrid - MOV / Gas Discharge Tube (N-GND) - "3+1 circuit" Screw clamp terminal block (no special tools needed) DIN rail V/ V 335 V (L-N)/ 260 V (N-PE) 40 ka/120 ka total (L-N) s 1.6 kv/s 1.75 kv/5 0.4 kv s 1.3 kv/5 1.5 kv/5 1 kv <_ 1.1 kv/5 1.3 kv/a 1 kv s 1 kv/5 1 kv/5 1 kv s 1.25 kv/ kv/ kv 125 A s 25 ns (L-N) 51µA -40 C to+80 C PBT/PA VO 0.75 A (250 V)/3 A (125 V) 2 A (30 V) M 5/M Nm/0.25 Nm UL nd edition On the basis of IEC , EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 VAL-MS 120-UD ST VAL-MS 230-UD ST F-MS 12 ST MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) II/C/T2 Service Entrance and Distribution Panel L-L, L-N, L-GND, N-GND Hybrid - MOV / Gas Discharge Tube (N-GND) - "3+1 circuit' Screw clamp terminal block (no special tools needed) DIN rail 240 V High Leg DELTA 150 V (275 V HL)/ 260 V (N-PE) 40 ka/120 ka total (L-N) kv (1.4 kv HL)/s 1.05 kv/5 0.4 kv s 0.65 kv (1.1 kv NW/5 0.8 kv/5 1 kv s 0.55 kv (0.85 kv HL)/s 0.7 kv/5 1 kv s 0.5 kv (0.8 kv HL)/5 1. kv/5 1 kv s 0.7 kv (1.1 kv HL)/5 0.8 kv/ kv 125 A s 25 ns (L-N) s1 na - 40 'C to + 80 C PBT/PA VO 0.75 A (250 V)/3 A (125 V) 2 A (30 V) M 5/M Nm/0.25 Nm UL nd edition On the basis of IEC , EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 Phoenix Contact 25

27 VALVETRAB TVSS Components For DIN Rail Mount and Control Cabinet Applications Features Modular DIN rail mount TVSS (Transient Voltage Surge Suppression). Provides end-user and OEM power installations with increased system uptime and reliability. Individual suppression components allow user to customize protection system for any TVSS application. High surge current capacity protects electrical systems and equipment from switching and indirect lightning transients. Diagnostic monitoring of protection status with local and remote failure indication. Provides users with maximum protection reliability. Removable (Hot Swap) TVSS modules allow quick and easy verification testing and replacement. Modular design provides flexibility to meet voltage and grounding configurations for worldwide applications. National and international certifications including : UL nd edition, CE, IEC, VDE, and CSA. Allows one TVSS supplier for global applications. Five year no-nonsense warranty including free replacement plugs. In the unlikely event of a plug failure, replacement at no additional component cost. General Description VAL-MS... The VAL-MS... consist of a plug and base part number. The plug is available in a variety of nominal voltages to meet most national and international power system voltages. All plugs include failure indication, and the base element with /FM includes dry contacts for wiring to external annunciators. F-MS This high-powered gas discharge tube is most commonly used as a protection element between Neutral connections and the ground of the power supply. This provides protection to ground without leakage current. VAL-MS...NF This special VALVETRAB configuration includes a hybrid circuit consisting of MOV and Gas Discharge tube. The applications for this product typically involve protection of power supplies where no leakage current is allowed to ground. NOTE: Please consult Phoenix Contact Technical Services for assistance in configuring your protection system. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114 Surge voltage arrester with N-PE residual current spark gap as 3+1 circuit Is is2, = Partial surge currents along cable and varistors 53. r s4 VALVETRAB i 59 = Residual surge current along N-PE-spark gap F-MS 12 A sa = ~sl + is2 + i s3 + ls (IEC1 rigid flexible [mml solid stranded AWG Connection data Remote ind. contact: Connection data : Note: The contact position in the circuit diagrams on the right is with the connector plugged in and undisturbed operating mode. Description VALVETRAB, Header without coding, for mounting on u, without remote indicator contact with remote indicator contact as PDT (N/C-N/O) contact) VALVETRAB/ F-MS, Header and plug, for mounting on 1_2., Remote indicator contact Voltage U N with remote indicator contact without remote indicator contact VALVETRAB plug, 60 V AC can be plugged into the 120 V AC header 230 V AC 230 V AC 277 V AC 400 V AC 500 V AC for VAL-MS for VAL-MS Wiring bridge, single phase Marking labels, unprinted and printed Marker pen Technical data IEC categorynde requirement class/en type: Category and : Protection Modes: Technology - (Functional Description): Connection: Mounting: Nominal line voltage UN : AC Max. Cont. Operating Voltage : MCOV AC/DC Maximum surge current per mode Measured limiting voltage at 20 ka (8/20)ps (Clamping voltage data) Residual voltage at 5 ka: Series connected fuse: Response time t a : Leakage current: Category C3 Combination Wave (20 kv, 10 ka) Category BC/C13 Combination Wave (6 kv. 3 ka) UL 1449 SVR (6 kv, 500 A) Temperature range: Degree of protection in acc. with IEC 529/ EN : Insulation housing: Inflammability class in acc. with UL 94: Remote indic. contact :PDT Max. perm. operating voltage u,,,ax Max. perm operating current I,,,. AC (52/Ind.) Max. perm operating current l,,,a DC (52/Ind.) Thread: Torque: Approvals: Based on test standards: with remote indicator contact without remote indicator contact 26 Phoenix Contact

28 VAL-MS... F-MS 12 VAL-MS VF Mains surge voltage protection, pluggable Housing width 17.5 (1 div.) N-PE residual current discharger. pluggable Housing width 17.5 (1 div.) Mains surge voltage protection, pluggable Housing width 17.5 (1 div.) UN(LI 0 Remotet2 0 indic contactl Header 0 1 (UN) N ()0 0 Remote 12 ) indic. 11 ) 1 Header contact 14 1 (N) UN(110 0 (UN) Remote 12 O indic. 11 O Header contact 14 I Article no. Pkt. Article no. Pc$, Article no. Pca. VAL-MS-BE VAL-MS-BE/FM VAL-MS 230/FM VAL-MS 230 VAL-MS 60 ST VAL-MS 120 ST VAL-MS 230 ST VAL-MS 230 IT ST VAL-MS 320 ST VAL-MS 400 ST VAL-MS 500 ST F-MS 12/FM F-MS F-MS 12 ST VAL-MS 230VF/FM VAL-MS 230VF VAL-MS 350VF/FM VAL-MS 350VF VAL-MS 230VF ST VAL-MS 350VF ST MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) VAL VAL VAL IIICIT2 II/C/T2 IIIC/T2 Service Entrance and Distribution Panel Depends on Configuration - Each unit protects one mode Hybrid - MOV or Gas Discharge Tube Screw clamp terminal block (no special tools needed) DIN rail 60 V 120V 230 V 100 V/75 V 200 V/150 V 350 V/275 V 40 ka 40 ka 40 ka s 500 V(15 ka) s800v s1.35kv s 400 V s650v s1.15kv 300 V s 550 V s 950 V V 700V 300 V 550 V 1 kv 125 A 125 A 125 A s25ns s25ns s25ns s0.3ma s0.3ma s0.3ma '. MPB... (order data, see page 29) ZBN 18 (order data, see page 29) M-PEN (order data, see page 29) VAL IT VAL VAL VAL II/C/ T2 II/C/ T2 II /C/ T2 II /C/ T2 Service Entrance and Distribution Panel Depends on Configuration - Each unit protects one mode 230 V 500 V/385 V 40 ka s 1.9 kv s 1.45 kv s 1.3 kv 1 kv s 1.35 kv 125 A s25ns Hybrid - MOV or Gas Discharge Tube Screw clamp terminal block (no special tools needed) DIN rail 277 V 420 V/335 V 40 ka s 1.6 kv s1.1kv s 1.3 kv 900V s1.2kv 125 A s25ns s0.3ma F-MS 12 II/C/T2 400 V 500 V 230 V (N-PE) 585 V/440 V 895 V/600 V /260 V 40 ka 30 ka 40 ka s 2.2 kv s 2.8 kv(15 ka) s400v s 1.8 kv s 2.5 kv(15 ka) s 1 kv s 1.4 kv s2.2kv(15ka( s 1 kv 1.2 kv 2kV 1kV s1.5kv s2.3kv s150v 125 A 125 A - 1 ) s25ns s25ns s100ns s0.3ma s0.25ma s1!ia MPB... (order data, see page 29) ZBN 18 (order data, see page 29) NI-PEN (order data, see page 29) - - VAL-MS 230VF ST VAL-MS 350VF ST II/C/T2 IIIC/T2 Service Entrance and Distribution Panel Depends on Configuration - Each unit protects one mode Hybrid - MOV or Gas Discharge Tube Screw clamp terminal block (no special tools needed) DIN rail 230 V AC /260 V AC 20 ka u650v(10ka) s1 kv s1 kv 1 kv s 550 V 63 A s100ns 230 V AC 350 V/350 V AC 20 ka s 1.2 kv(l O ka) s 1.2 kv s 0.95 kv 1.2 kv s 1 kv 125 A s100ns s 1!IA s 0.25 ma s 1/A -40 C C - 40 C C -40 C C PA PA PA / PC VO VO VO 250 V AC/125 V DC 250 V AC/125 V DC 250 V AC/125 V DC 1A/lA 1A/1A 1 A/lA 0.2 A/30 ma 0.2A/30mA 0.2 A/30 ma M5/M2 M5/M2 M5/M2 4.5 Nm/0.25 Nm 4.5 Nm/0.25 Nm 4.5 Nm/0.25 Nm UL 1449, 2nd edition UL 1449, 2nd edition UL 1449, 2nd edition On the basis of!ec , EN UL 1449 ed.2, ANSI IEEE C62.1, ANSI IEEE C62.45, NEMA LS-1 ') N/PE arresters do not require extra fusing. Phoenix Contact 27

29 Accessories General Descriptions DK-BIC 35 This product is useful when designing surge protection systems with Phoenix Contact's modular VALVETRAB and FLASHTRAB components. It is a feedthrough block in the same footprint as the VALVETRAB and FLT35 series of products. Therefore, you can use it to bus connections and power back and forth across the DIN rail. ZBN The marking labels can be ordered with standard symbols or as a blank strip to be custom marked with either a pen or by a Computer Marking System (CMS). These marking strips are useful for the FLASHTRAB, VALVETRAB, and PLUGTRAB series of surge protective devices. MPB... The MPB bridge bars can be used for bridging VALVETRAB and FLASHTRABs together as well as to other DIN rail mount devices such as circuit breakers and terminal blocks. Description Color DK-BIC-35 Feed-through terminal block Housing width 17.5 (1 div.) Article no. Feed-through terminal block DK-BIC Marking labels, unprinted, 5-section, for individual labeling with marker pen M-PEN or CMS system Printed horizontally with L1, L2. L3, N, , b. 4 Marker pen, for labeling marking labels, Marking wipe and water-proof, light-resisting to a limited extent MPB wiring bridge, to bridge one phase or the equipotential gray 2 pos. connections, for single-phase wiring of gray 3 pos. m.c.b.s. gray 4 pos. gray 6 pos. blue 7 pos. blue 8 pos. gray 8 pos. gray 9 pos. gray 12 pos. gray 57 pos. Pcs Pkt MPB wiring bridge, to bridge two phases 4 pos. MPB wiring bridge, to bridge three phases MPB wiring bridge, to bridge four phases or L1. L2. L3, N 6 pos. 9 pos. 8 pos. 12 pos. Flexible wiring bridge, 200 mm 16 mm 2 o, cable lug on one side, 400 mm in a choice of three lengths 600 mm Technical data Rated voltage Up Nominal current I N : Lightning test current 'a m (10/350)ss Charge / Specific energy Temperature range: Degree of protection in acc. with IEC 60529/ EN : Insulation housing: Inflammability class in acc. with UL 94: Connection data : Thread / Torque: Approvals: Test standards: = can be labeled with CMS peak value: rigid/flexible / AWG 500 V DC/AC 125 A/30 "C 100 ka/50 As 2.5 MJ/51 40 C to+80 C PA-F VO mm 2/ mm 2/20-2 M5/4.5 Nm On the basis of IEC : UL 1059, UL 486E 28 Phoenix Contact

30 ZBN 18 MPB F... and MPB Marking labels TRABTECH wiring bridge Article no. Pkt. Article no. Pcs Pk ZBN 18 : SO/CMS ZBN 18 : UNPRINTED ZBN 18. LGS :L1-N,- ZBN 18.LGS :GROUND X-PEN MPB 18/1-2 Imar : 125 A MPB18/ A MPB18/ A MPB18/ A MPB BU 125A MPB 18/1-8 BU 125 A MPB18/ A MPB 18/ A MPB18/ A MPB 18/ A MPB 18/2-4 Imail 80 A MPB 18/3-6 Imail 80 A MPB 18/ A MPB 18/4-8 I max i80a MPB 18/ A MPB F20Dx16/1GS Imp : 125 A MPB F400x16/1GS 125A MPB F600x16/1GS 125A ,5 MPB 18/ MPB 18/3-6

31 MAINS-PLUGTRAB Device Protection For DIN Rail Mount and Control Cabinet Installations. Features: Modular DIN rail mount TVSS (Transient Voltage Surge Suppression). Provides end-user and OEM power installations with increased system uptime and reliability. Removable (Hot Swap) TVSS modules allow quick and easy verification testing and replacement. Series connected providing easy installation with low ground-impedance connection. Integrated DIN rail grounding foot provides low impedance ground connection and optimum surge protection performance. 24, 60, 120 and 230 V AC plugs available for national and international voltage applications. 48 V DC versions for special telecommunication rectifier applications. 10 ka (8/20µs) surge current rating for protection against switching and indirect lightning transients. Diagnostic monitoring of protection status with local and remote failure indication. Provides users with maximum protection reliability. National and international certifications including : UL nd edition, CE, IEC, VDE, and CSA. Allows one TVSS supplier for global applications. Five year no-nonsense warranty including free replacement plugs. In the unlikely event of a plug failure, replacement at no additional component cost. General Description PT 2-PE/S... This product is for protection of single phase power supplies in industrial applications. The DIN rail mount feature makes it ideal for control cabinet applications. The pluggable surge protection element allows hot-swap capability in the unlikely event of a plug failure. PT 2+1-S-48DC This product is ideal for protection of 48 V DC power supply and rectifiers such as found in telecommunication applications. The SAD (Silicon Avalanche Diode) circuit provides very low clamping voltage. Peak pulse power 8/20 is = 60 kw. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114 Common Applications: PLC and DCS power supplies Telecommunication rectifiers RTU and Telemetry cabinets Control cabinets A Dimensional drawing PT 90 (IEC1 rigid flexible [mml solid stranded AWG Connection data Description MAINS-PLUGTRAB, consisting of a plug and header MAINS-PLUGTRAB plug, MAINS-PLUGTRAB header with universal foot for mounting on C~ or it Zack strip, while Technical data IEC category/vde requirement class/en type: Category and Protection Modes Technology - (Functional Description) Connection Voltage U N 120 V AC 230 V AC 48 V DC 24 V AC 60 V AC 120 V AC 230 V AC Mounting Nominal line voltage UN : AC/DC Max. Cont. Operating Voltage : MCOV: Maximum Continuous Line Current I N - UL 1449, 2nd edition): Maximum surge current (Single Impulse -8/20µs) : per mode Measured limiting voltage L-N/L(N)-GND Category B3/C1 Combination Wave (6 kv, 3 ka)- L-N/L(N)-GND UL 1449 SVR (6 kv, 500 A)- L-N/L(N)-GND Series connected fuse: Leakage current [µa ]/ operating current [ ma]: Temperature range: Degree of protection in acc. with IEC 529/ EN : Insulation housing: Inflammability class in acc. with UL 94: Thread: Torque: Approvals: Test standards : 48 V DC PT 2-PE/S-... Surge voltage protection for single-phase power supplies Housing width 17.5 (1 div.) IN unprotected PT 2-PE/S-120AC PT 2-PE/S-230AC PT 2-PE/S- 24AC-ST PT 2-PE/S- 60AC-ST PT 2-PENS-120AC-ST PT 2-PEIS-230AC-ST PT-BE/FM ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29)...24AC...60AC...120AC...230AC III! D%T3 III/D/ T3 Ill, D/ T3 III :D T3 Point of Use - Hard Wired Single Phase L-N, L-GND, N-GND Hybrid - MOV / Gas Discharge Tube Screw clamp terminal block (no special tools needed) DIN rail 24 V/34 V 60 V/85 V 120 V/ 230 V1 34V AC 100VAC 150VAC 253VAC 20A 20A 20A 20A 2kA 6.5kA 10kA 10kA 180/s 550 V c 400/c 700 V s 620/c 850 V c 1100 /s 1500 V c 450/s 700 V s 6OO/s 850 V s 1.1 /s 1.5 kv 150 V1600 V 300 V/700 V 500 V/900 V 1 kv/1.5 kv 20 A 20 A 20 A 20 A s l/v 1.5 s 1/s 1.5 s 1/s 1.5 c l/ C to + 85 C PA Vo M3 Article no. 0.8 Nm UL nd edition. UL Class 1. Div 2 Hazardous areas only for V Version IEC : , pr EN E DIN VDE 0675 part 6 : /Al : /A2 : UL 1449 ed.2. NEMA LS-1 protected 30 Phoenix Contact

32 MAINTRAB Device Outlet Protection PT 2+1-S-48DC Surge voltage protection for single-phase DC power supplies Housing width 17.5 (1 div.) For Equipment with NEMA Style AC plugs Features: Diagnostic monitoring of protection status with visual and audio indication. Provides users with maximum protection reliability. Outlet protects all equipment connected to it. Save money by installing a simple power strip and protect all outlets on the power strip. Five year no-nonsense warranty including free replacement plugs. In the unlikely event of a plug failure, replacement at no additional component cost. MNT-1/A NEMA Device protection attachment plug General Description MNT-1/A NEMA The MAINTRAB outlet protection provides surge protection for AC powered equipment from internal sources of transients. The hybrid circuit provides protection in both normal mode (line-to-neutral) and common mode (line-to-ground). IN OUT unprotected protected PT 2+1-S-48DC Article no PM. PT 2+1-S-48DC-ST PT-BE/FM ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) Ill D/T3 Point of Use - Hard Wired Single Phase L-N, L-GND, N-GND Hybrid - MOV / Gas Discharge Tube Screw clamp terminal block (no special tools needed) DIN rail 48 DC 60 V DC 26 A 500 A a 120/s 120 V 10 Description Surge voltage protection, Attachment plug with optical and acoustic signalling for plugging into a socket, for device protection Technical data IEC category/vde requirement class/en type: Nominal line voltage UN : color Max. Cont. Operating Voltage : MCOV Maximum Continuous Line Current IN - UL 1449, 2nd edition): Nominal discharge surge current I, (8/20) Ns: Maximum surge current (Single Impulse -8/20ps) : black black per mode Measured limiting voltage L-N/L(N)-GND Category B3/C1 Combination Wave (6 kv, 3 ka)- L-N/L(N)-GND UL 1449 SVR (6 kv, 500 A)- L-N/L(N)-GND Series connected fuse: Leakage current/ operating current: Temperature range: Degree of protection in ace. with IEC 529/ EN : Version: Approvals: Test standards: MNT-1/A NEMA MNT-1/A NEMA2/A MNT-1/A NEMA III / D /T3 125 V AC 175 V AC 15 A/30 `C 1.5 ka 5 ka s 800 V/s 1.5 kv s 800 V/s 1.5 kv 600 V/1 kv 15 A 11AA/s 6 ma -20 C to+75"c USA Article no MNT-1/A NEMA2/A I/D/T3 230 V AC 280 V AC 15 A/30 `C t.5 ka 5 ka s1.2kv/s 1.5 kv 1.1 kv/s 1.5 kv 1 kv/1.5 kv 15A s 1pA/<_ 6 ma -20 C to+75 C USA UL pending Surge voltage protection in ace. with DIN VDE (draft 11.97) based on IEC (9.97) UL 1449 ed.2, NEMA LS V 25 A <_ 10 /s `C to + 85 C PA Vo M3 0.8Nm UL in process IEC : E DIN VDE 0675 part 6 : /Al : /A2: NEMA LS-1 Phoenix Contact 31

33 NEF Filters Device Protection / Filtering 79 Lie Fit Housing width 25 NEF 1-1 Interference filter 3 Features Provides additional protection against high frequency interference providing additional equipment reliability and EMC compliance. National and international certifications including : UL 1283, CE, IEC, and VDE. Allows one supplier for global applications. Modular DIN rail mount package provides quick and easy installation into control cabinets and OEM applications. No additional mounting accessories required. (IEC rigid flexible [mm ] solid stranded AWG General Description: The NEF filters are low pass filters for single phase power supplies up to 240 VAC. The additional filtering provides EMC compliance for many CE requirements. Used with the MAINS-PLUGTRAB provides protection against transient voltage and high frequency noise. Connection data Description Interference filter, with universal foot for mounting on v or 1 r Zack strip, 10-section, white Technical data Category and Protection Modes Technology - (Functional Description) Connection Mounting Nominalline voltage U N : Max. Cont. Operating Voltage : MCOV Maximum Continuous Line Current I N - UL 1449, 2nd edition): Series connected use: Leakage current: Input attenuation (50 0): Inductance per path: Temperature range: Degree of protection in acc. with IEC 529/ EN : Inflammability class in acc. with UL 94: Thread: Torque: Approvals: Test standards : symmetrical curve (50 0) 0 asymmetrical curve (50 4) Nominal current [Al L-N / L-GND I N unprotected protected 1 NEF ZB 6 (order data, see page 71) Point of Use - Hard Wired Single Phase L-N, L-GND, N-GND Hybrid - MOV / Gas Discharge Tube Screw clamp terminal block (no special tools needed) DIN rail 230/240 V AC 264 V AC 1A 1A s0.5ma u65db/_45db(1mhz) 10 mh - 25 C to + 85 C (HPF) V2-V0 M3 0.8Nm %-1283 Article no. O1 OUT EN : 1994/DIN EN NDE 0565 part 3-1 : UL 1414, UL 1283, NEMA LS-1 ee. 60 4O en book 1M Hz OM,OOM Frequency Characteristic attenuation curve 32 Phoenix Contact

34 Housing width 25 NEF 1-3 Interference filter Housing width 40 NEF 1-10 Interference filter 3 OL OUT IN 0 o OL OUT 2 4 unprotected protected 2 4 unprotected protected Article no. Article no. NEF NEF ZB 6 (order data, see page 71) ZB 6 (order data, see page 71) Point of Use - Hard Wired Single Phase L-N. L-GND. N-GND Hybrid - MOV / Gas Discharge Tube Screw clamp terminal block (no special tools needed) DIN rail 230/240 V AC 264 V AC 3A 3A <_ 0.5 ma a55db/e35db(1 MHz) 2.7 mh - 25 C to + 85 C (HPF) V2-VO M3 0.8 Nm 1M-1283 EN : 1994/DIN EN NDE 0565 part 3-1 : UL 1414, UL 1283, NEMA LS-1 Point of Use - Hard Wired Single Phase L-N. L-GND, N-GND Hybrid - MOV / Gas Discharge Tube Screw clamp terminal block (no special tools needed) DIN rail 230/240 V AC 264 V AC 10 A 1DA s0.5ma a 80 db/a 40 db (1 MHz) 1.8 mh - 25 C to + 85 C (HPF) V2-VO M3 0 8 Nm 1a-1283 EN : 1994/DIN EN NDE 0565 part 3-1 : UL 1414, UL 1283, NEMA LS-1 at 60 db n n1111nlu IIIIIIIInWilli niiiiiiii iiiflhini'!ii IIII Ili II N II ~IIIII ~p!i"/1aiiiiiii n11iiii~niini~! I9~!\IIIIIIII IIIIIIn 11!"' ,' "VIII 11!!!II/r11nu~ I %i q! 1e~~l~ I ru ' INI+ 10N 100 OM DD Frequency too Ok 1DOk 1M OM Frequency Characteristic attenuation curve Characteristic attenuation curve Phoenix Contact 33

35 EM-DUO w/ SPD Device Protection DIN rail mount convenience outlet with TVSS Features DIN-rail mount surge protected utility outlet makes control cabinet installation fast and easy. Each 120 VAC outlet is protected against transient voltages increasing system reliability. Robust PVC housing is fully isolated. Available with protected terminal blocks outputs to protect additional hard-wired loads. Diagnostic monitoring of protection status with local failure indication. Provides users with maximum protection reliability. UL nd edition listed. General Description EM-DUO-120/15/SPD... The dual utility outlet with surge protection device protects laptops, instrumentation, or other sensitive 120 VAC powered equipment from damage caused by transients on your AC power branch circuit. The outlets are packaged in a touch safe box to eliminate the possibility of accidental shock. The universal mounting foot allows the outlet box to be mounted vertically in your panel and a reliable connection can be achieved via an easy to wire screw clamp terminal block. E M- D U O-120/15/SPD/AU X This version features the benefit of hardwired terminal blocks output so in addition to protection of the NEMA outlet, you can protect other loads connected to this power distribution. (IEC) rigid flexible I U (mm ] solid stranded AWG (A] [V] Connection data EM-DUO-120/15... Description Article no. utility outlet with surge protection for mounting on u EM-DUO-120/15/SPD EM-DUO-120/15/SPD/AUX Technical data IEC category / VDE requirement class / EN type: Line Neutral c%us Ground Category and : Protection Modes: Technology - (Functional Description): Connection. Mounting: Nominal line voltage UN : Max. Cont. Operating Voltage : MCOV: Maximum Continuous Line Current I(N) - (UL 1449, 2nd edition): Maximum Surge Current (Single Impulse - 8/20uS): Measured limiting voltage Category Cl / B3 Combination Wave (6kV, 3kA) L-N(PE) Series connected fuse: Response time t a : Leakage current/operating current: Temperature range: Insulating Housing: Approvals : UL 1449 SVR (6kV, 500A) L-N Point of Use - Hard Wired Single Phase L-N, L-GND, N-GND Hybrid MOV Screw clamp terminal block (no special tools needed) and NEMA outlet DIN rail 120 V AC 150 V AC 15 A 5 ka 560 V 500 V 15A s 5 ns 100 aa/5 ma 0 C to + 40 PVC 94 VO UL 1449, 2nd edition. Version EM-DUO-120/15/SPD 3.25 in. (82 mm) 2.45 in. (62 mm) A 5.33 in in. (135 mm) (135 mm) in. (82 mm) Line Neutral Ground A 2.45 in. (62 mm) Version EM-DUO-1 20/15/SPD/AUX 34 Phoenix Contact

36 SFP TVSS / Filter Device Protection TVSS and Combined Filter for High Frequency Applications Features Combination TVSS and EMI/RFI filter circuit provides tight voltage clamping, electrical noise filtering, and high surge current handling capacity for total equipment protection. DIN rail mount housing with reliable screw clamp terminal block connections provides fast and easy control cabinet installation. 10 ka (8/20us) (per mode) surge current rating for protection against switching and indirect lightning transients. Rugged metal housing improves EMI/RFI filtering. Diagnostic monitoring of protection status with local and remote failure indication. Provides users with maximum protection reliability. National and international certifications including : UL nd edition, CE, IEC, VDE, and UL Allows one TVSS supplier for global applications. Five year no-nonsense warranty. In the unlikely event of a failure, replacement at no additional cost. General Description SFP 1-20/120AC... This product provides both EMI/RFI filtering and transient voltage surge suppression in one industrial DIN rail mount package. Best used in applications where tight clamping and high surge current capabilities are required. Common Applications: PLC and DCS power supplies RTU and Telemetry Cabinets Instrumentation and Control Cabinets Medical equipment power distribution Motion control systems (IEC1 rigid flexible [mml solid stranded AWG Connection data Remote ind. Contact Description Surge protection TVSS with filter Technical data IEC category / VDE requirement clas / EN types Category and Protection Modes Technology - (Functional Description) Connection Mounting Nominal Line Voltage U(N) : Max. Cont. Operating Voltage : MCOV : AC Maximum Continuous Line Current I(N) - UL nd edition): Maximum surge current (Single Impulse tis) per mode Measured limiting voltage at 3 ka (8/20)ps (Clamping voltage data) AC L-N/L(N)-GND Category A Ringwave (6 kv/200 A)- L-N/L(N)-GND Category B Ringwave (6 kv/500 A)- L-NIL(N)-GND Category B3/C1 Combination Wave (6 kv, 3 ka)- L-N/L(N)-GND UL 1449 SVR (6 kv, 500 A)-L-N/L(N)-GND Series connected fuse: Response time t(a): Leakage current/operating current. Temperature range: Insulation Housing Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC EN : Remote ind. contact :PDT N/C contact Thread : Torque Approvals. Based on test standards : Power/Remote Power/Remote IN SFP 1-20/120AC Article no. SFP 1-20/120AC II/DIM Point of Use - Hard Wired Single Phase L-N, L-GND. N-GND Hybrid - MOV / Gas Discharge Tube Screw clamp terminal block (no special tools needed) DIN rail 120 V 175 V 20 A/40'C 10 ka s 480 Ws 480 V 100 V/390 V 195 V/400 V s 500 V/s 500 V 400 V/400 V 20 A 25 ns 0,5 ma/10 ma - 40 bis + 85 `C ABS VO L 250 V AC, 1 A M3/M Nm/0.25 Nm UL 1449 and UL 1283 relay IEC , EN UL 1283, UL 1449 ed.2, NEMA LS-1 86,5 0 D >1 o> N. u r Phoenix Contact 35

37 Surge Protection Devices for Measurement and Control Signals Discrete Signal Protection Common (Ground) Referenced Circuits Signal circuits with a common reference such as those used for on / off control (binary) should be protected with a circuit that keeps the transient voltage between line and common below an acceptable level depending on the nominal operating voltage of the system. Hybrid protection circuits are typically used to provide low clamping voltage and high surge current handling capacity. The block diagram below shows the typical hybrid design protection circuit for discrete signal protection. Analog Signal Protection Floating Ground Circuits with Two Conductors Floating ground signals such as 4-20 ma loops should be protected with a circuit that offers tight clamping line to line (normal mode) and coarse protection line to line and line to ground (normal and common mode). This design assures the integrity of the floating ground signal as no component with leakage current is connected to ground (only the gas discharge tube makes a ground connection) Hybrid protection circuits are typically used to provide low clamping voltage and high surge current handling capacity. The block diagram below shows the typical hybrid design protection circuit for floating ground two conductor signal circuits.. 36 Phoenix Contact

38 Three and Four Wire Signal Protection Three and four wire sensor signals such as RTD and Strain gage (load cell) applications require a special approach for surge protection. Transient voltage should be clamped line to line (normal mode) between all signal lines, and line to ground for common mode surge current handling. To prevent signal loss when protecting sensor signals, special care must be taken to assure no series impedance is added to the circuit (therefore, affecting the normal operation). Hybrid protection circuits are typically used to provide low clamping voltage and high surge current handling capacity. The block diagram below shows the typical hybrid design protection circuit for three and four wire signal protection. 120 VAC Discrete Signal Protection For 120 VAC discrete (on / off) I/O signals a unique suppression circuit must be used. When protecting signal circuits with voltages higher than 24 VAC, common mode gas discharge tube protection can be problematic. The gas discharge tube can ignite with enough "follow-current" to interrupt upstream fusing. This is undesirable because you now sacrifice system uptime by having to replace fuses. Therefore, the protection circuit for 120 VAC discrete I/O signals features primarily an MOV circuit as the protection scheme, which eliminates the follow-current issues. Thermal disconnects are typically used in these protection circuits. The block diagram shows the typical circuit design for protecting non-isolated 120 VAC discrete I/O. For isolated cards (separate line and neutral for each I/O point) the MAINS PLUGTRAB on page 30 should be used. Intrinsically Safe Circuits Surge protective devices used in Intrinsically Safe circuits must meet special international standards for use in such hazardous areas. To insure a safe installation, 500 V isolation from all metal installations and other intrinsically safe circuits is a requirement of EN /DIN EN NDE 0170/0171 part 7 : and DIN VDE Additionally, special approvals are required to insure that the devices installed in a hazardous area application are safe p 3 3 ' Phoenix Contact 37

39 Signal description Technology Sample applications Common Reference reference potential potential grounded Current loops Level measurement 0 (4) - 20 ma Transmission over longer distances Pressure measurement Flow measurement Temperature measurement Voltage signals 0-10V Potentiometer settings (transmission over short distances) 24 V DC and 120 V AC discrete VO (binary ON/OFF) Slide settings Push buttons P ON/OFF Actuators Solenoid Limit Switches J 120 V AC ON/OFF Control Temperature sensors (RTD, Thermocouples) Loadcells / Straingage Intrinsically safe circuits Level measurement at the tank 4-20 ma signals) Temperature sensors Loadcells / Straingage For documentation on the corresponding sample installations, please see pages / x yes 38 Phoenix Contact

40 Connection system Design width Plugg- Recommended per single able surge voltage protection conductor or double device conductor No. of single or double conductors per module PT 1x mm/dc 1 DC 42 r v PT 2x mm/dc 2 DCs 41 ai l v / CTM 1x2... with CTM 10-MAG and CT-TERMIBLOCK Page 9.5 mm/dc 1 DC 62 r---> Z -~- - l v TT-2-PE mm/dc 1 DC 50 CTM 1x2.,. with CTM 10 MAG and LSA disconnect strip 9.5 mm/dc 1 DC 62 - / PT 1x mm/dc 1 DC 42 ~/ PT 2x mm/dc 2 DC 41 / CTM 1x2... with CTM 10-MAG v and CT-TERMIBLOCK 95 mm/dc 1 DC 62 v TT-2-PE mm/dc 1 DC 50 / CTM 1x2... with CTM 10-MAG and LSA disconnect strip 9.5 mm/dc 1 DC 62 / PT 2x1... with PT 2x1-BE 9 mm/c 2 C+ GND 43 v PT 4x1... with PT 4x1-BE 4.4 mm/c 4 C+ GND 41 CTM 2x1... with CTM 10-MAG and CT-TERMIBLOCK 4.5 mm/dc 2 C 63 TT 2/ mm/c 2 C 51 CTM 2x1... with CTM 10-MAG and LSA disconnect strip 4.5 mm/c 2 C 63 PT 2x1... with PT 2x1+F-BE 9 mm/c 2 C+ GND 43 PT 4x1... with PT 4x1+F-BE 4.4 mm/c 4 C+ GND 41 / TT 2/ mm/c 63 J_r + PT 2-F mm/b 2 C 45 r r PT 2x1 VA-120AC-ST with PT BE/FM 9 mm/c 2 C+ GND 43 v PT 2-PENS-120AC-ST with PT BE/FM 18 mm/dc 1 DC+ GND 30 PT 4... with PT 4-BE 4.4 mm/c 4 C 41 PT 2xEX(I) 9 mm/dc 2 DC 44 TT-EX(l) 6 mm/dc 1 DC 51 r - / PT 4-EX(I) 9 mm/dc 4 C 44 LSA-PLUS Screw connection C Single conductor DC --> Double conductor B Bus bar Phoenix Contact 39

41 MCR-PLUGTRAB PT Pluggable Surge Protection Devices Hybrid Designs Features Double density packaging provides protection for up to four discrete or two analog signals per 17.5 mm of DIN rail space. Up to 10 ka (8/20 µs) surge current handling capacity for protection against internal and external sources of surges including lightning strikes. Easy plug-to-base connections facilitate installation. Self-coding for different voltage plugs provides assurance against misapplication. Quick-mount grounding foot provides easy connection and low impedance ground for the best voltage clamping performance. Pluggable suppression can be "hotswapped" for verification testing. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. Class I, Div 2 certified for hazardous area locations (UL 1604) allows Div 2 installation without special and costly enclosures or purge systems. 5-year free plug replacement warranty provides added risk free investment. General Descriptions: PT 2x2... This series of products is for protecting two analog loops (4-20 ma) in one 17.5 mm protection package. Each PT 2x2 protects two independent floating ground signal circuits. PT 4x1... This series of products if for protecting up to four discrete I/O (on / off) signals (using a common return) in one 17.5 mm protection package. PT 4.-. The PT 4 is for protecting three and four wire sensor signals such as RTD and Strain Gage (load cell) applications. The protection circuit features a "zero-ohm" decoupling so that no series impedance can effect the low level sensor signals. Protection is normal mode and common mode for all signal conductors. Note : Selection of PT Base Element PT...-BE k/3o---~---oa(y ea ' o,a This base element should be used in installations where the common return or shield is to be grounded at the DIN rail. The connections for ground (9/10) are connected directly to the mounting foot (3/4). 9.^ a,d PT...+F-BE This base element should be used in installations where the common return (or shield) is to be isolated (floating) from the earth ground at the connection point. Terminate the common return (or shield) to positions 9/10 and earth ground to positions 3 /4. Now you will have gas tube isolation (no leakage current) between your common return (or shield) and earth ground. In addition to any normal mode protection, you will also have protection line to common (or shield), and common (or shield) to ground. see installation instructions on page 116 for more detail. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114. Shield fast connection SSA see page 72 Dimensional drawing PT 90 (IEC) rigid flexible [mm ] solid stranded AWG Connection data Description MCR-PLUGTRAB plug MCR-PLUGTRAB plug MCR-PLUGTRAB header, for mounting on u. with bridge between the connections 3/4 (-) and 9/10 MCR-PLUGTRAB header. for mounting on u, with gas-filled surge arrester between the connections 3/4 (1) and 9/10 Zack strip, white Shield fast connection, for diameters for diameters Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV : Lightning test current (10/350)µs : Max. cont. operating current I N at 40 C: Max. single impulse discharge (8/20)ps : Total surge current (8/20)µs : Limiting (clamping) voltage at 1 kv/us : Response time t " : Voltage U N 5 V DC 12VDC 24 V DC 48VDC 12VDC 24VDC 3-6 mm 5-10 mm DC/AC per path Core-core/Core-1 Core-= Core-core Core-1 Core-core/Core-1 Resistance per path : 1-2/5-6 Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 529/ EN : Approvals: Class 1, Division 2, Groups A, B, C & D Based on test standards: 7-8/ Phoenix Contact

42 Housing width 17.5 PT 2x2... Double conductor protection for two floating signal circuits PT 4x1... Protection for four conductors with a common reference potential Housing width 17.5 PT 4... Three/four-conductor protection for floating signal circuits Housing width 17.5 IN to OUT IN OUT IN OUT 12 13O l Article no, Ppt. Article no. Article no. PT 2x2-5DC-ST PT 2x2-12DC-ST PT 2x2-24DC-ST PT 4x1-5DC-ST PT 4-5DC-ST PT 4x1-12DC-ST PT 4-12DC-ST PT 4x1-24DC-ST PT 4-24DC-ST PT 4x1-48DC-ST PT 2x2-12AC-ST PT 2x2-24AC-ST PT 4x1-12AC-ST PT 4x1-24AC-ST PT 2x2-BE PT4x1-BE PT 4-BE PT 2x2+F-BE li 10 PT 4x1+F-BE PT 4+F-BE ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) ZBFM 5 (order data, see page 71) ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) ZBN 18 (order data, see page 29) SSA 3-6 SSA DC 12DC 12AC 24DC 24AC Cl, C2, C3. Dt 6Vf4V 13V/9V 18V/13V 28V/20V 40V/28V 25kA 2.5 ka 2.5 ka 25kA 2.5 ka 450 ma 450 ma 450 ma 450 ma 450 ma 10 ka/10 ka 20 ka 20 ka 20 ka 20 ka 20 ka 512V s20v 2 25V s40v s55v 4 450V s450v s450v 4 450V s450v slns/s100ns S SI 2.2 S S 'C VO c9a us - 497B `O IEEE C62.36 SSA SSA 3-6 SSA SSA DC 12DC 12AC 24DC 24AC 48DC 5 DC 12 DC Ct, C2, C3, D1 Cl, C2, C3, D1 6 V/4 V 13 V/9 V 18 V/13 V 28 V/20 V 40V/28 V 53V/37V 6 V/4 V 12.8V/9V 2.5 ka 2.5 ka 2.5 ka 2.5 ka 2.5 ka 2.5 ka 2.5 ka 2.5 ka 300 ma 300 ma 300 ma 300 ma 300 ma 300 ma 2 A 2A -110 ka -/10 ka -410 ka -110 ka -110 ka -110 ka 720 A/10 ka 690 A/lO ka 20 ka 20 ka 20 ka 20 ka 20 ka 20 ka 20 ka 20 ka s13v s20v 214V 223V 230V 445V s60v s75v s450v s 450 V -Is 1 ns -4s 1 ns -Is 1 ns -Is 1 ns -1s 1 ns -Is 1 ns s 1 ns/2 100 ns s 1 ns/4 100 ns S Cto+85 C VO clus IEEE C to + 85 C VO `O S IEEE C DC 27V/19V 2.5 ka 2A 365 All O ka 20 ka s40v s 450 V s 1 ns/2 100 ns Phoenix Contact 41

43 MCR-PLUGTRAB PT Pluggable Surge Protection Devices Hybrid Designs General Descriptions: PT 1x2... This series of products is for protecting one analog loop (4-20 ma) in one 17.5 mm protection package. Each PT 1x2 protects one independent floating ground signal circuit. PT 2x1... This series of products is for protecting up to two discrete I/O (on / off) signals (using a common return) in one 17.5 mm protection package. PT P EJS+1x These products combine protection for one 24 VDC (AC) power supply circuit and one floating ground analog loop (4-20 ma) signal. Common applications include four wire (24 VDC) powered transmitters. The PT PE/S+1x protects these four wire applications with only one product saving cost and panel space Double conductor protection for a floating signal circuit Housing width 17.5 IN 11 PT 1x O O OUT PT 2x1 VA... This series of products protects two 120 VAC discrete I/O for non-isolated PLC cards. The MOV circuit features thermal protection with LED and remote contact indication of suppression failure. For isolated 120 VAC discrete I/O cards use the MAINS-PLUGTRAB PT 2-PE/S found on page 30. Note : Selection of PT Base Element PT...-BE O,o This base element should be used in installations where the common return or shield is to be grounded at the DIN rail. The connections for ground (9/10) are connected directly to the mounting foot (3/4). PT...+F-BE p30 This base element should be used in installations where the 90 0,o common return (or shield) is to be isolated (floating) from the earth ground at the connection point. Terminate the common return (or shield) to positions 9/10 and earth ground to positions 3 /4. Now you will have gas tube isolation (no leakage current) between your common return (or shield) and earth ground. In addition to any normal mode protection, you will also have protection line to common (or shield), and common (or shield) to ground. see installation instructions on page 116 for more detail. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114. Dimensional drawing PT Description MCR-PLUGTRAB plug MCR-PLUGTRAB plug MCR-PLUGTRAB header. for mounting on Lr Voltage UN 5 V DC PT 1 x2-5dc-st 12 V DC PT 1x2-12DC-ST 24 V DC PT 1x2-24DC-ST 12 V AC PT 1x2-12AC-ST 24 V AC PT 1 x2-24ac-st 60 V AC 120 V AC 230 V AC (IEC1 rigid flexible [mm ] solid stranded AWG Connection data Article no MCR-PLUGTRAB header, for mounting on u with bridge between the connections 3/4 (4) and 9/10 PT 1x2-BE with gas-filled surge arrester between connections 3/4 (4) and 9/10 PT 1x2+F-BE Zack strip, 10-section, white Shield fast connection, for diameters for diameters Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Lightning test current (10/350)us: Max. cont. operating current I N at 40 `C: Max. single impulse discharge (8/20)gs: Total surge current (8/20)us: Max. discharge surge current Imax ' Combined surge Uoc: Limiting (clamping) voltage at 1 kv/µs : Core-core Core-4 Response time t a: Core-Core/Core-4 Resistance per path : 1-2/5-6 Back-up fuse: Leakage current: Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 529/ EN : Approvals: Class 1, Division 2, Groups A, B, C & D Based on test standards: mm 5-10 mm DC/AC per path Core-core/Core-4 Core-i. Core-4 7-8/11-12 ZBFM 5 (order data. see page 71) ZBN 18 (order data, see page 29) SSA 3-6 SSA DC 12 DC 6 V/4 V 13 V/9 V 2.5 ka 2.5 ka 450 ma 450 ma 20 ka 20 ka s12v s450v s20v s450v AC 24DC 24AC C1, C2. C3, D1 s 18 V/13 V 28 V/20 V 40V/28 V 2.5 ka 2.5 ka 2.5 ka 450 ma 450 ma 450 ma 10 ka/10 ka 20 ka 20 ka 20 ka s25v s40v s55v x450v s450v s450v 1 ns/s 100 ns ? C to + 85 C VO Maus O" IEEE C Phoenix Contact

44 PT 2x1... Protection for two conductors with a common reference potential Housing width 17.5 PT P E/S+1 x2-24-st Combination arrester for the power supply and a floating signal circuit Housing width 17.5 (1 div.) Housing width 17.5 PT 2x1 VA... Protection for two conductors IN OUT O 0 4 O 11 q 012 (IEC) rigid flexible [mm] solid stranded AWG Connection data (IEC1 rigid flexible [mm J solid stranded AWG Connection data (IEC) rigid flexible [mm J solid stranded AWG Connection data Article no. Article no. Article no. PT 2x1-5DC-ST PT 2x1-12DC-ST PT 2x1-24DC-ST PT 2x1-12AC-ST PT 2x1-24AC-ST PT PENS+1x2-24-ST PT 2x1 VA-60AC-ST PT 2x1 VA-120AC-ST PT 2x1 VA-230AC-ST PT PE/S+1x2-BE PT BE/FM PT 2x1-BE PT 2x1+F-BE ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) SSA SSA DC 12 DC 12 AC 24 DC 24 AC C1, C2. C3, D1 6 V/4 V 13 V/9 V 18 V/13 V 28 V/20 V 40V/28 V 2.5 ka 2.5 ka 2.5 ka 2.5 ka 2.5 ka 300 ma 300 ma 300 ma 300 ma 300 ma ka -/10 ka -110 ka -110 ka -110 ka 20 ka 20 ka 20 ka 20 ka 20 ka s14v s 23V s30v s45v x60v - Ix 1 ns -/s 1 ns -Is 1 ns -/s 1 ns -/s 1 ns 4.75? C to + 85 C VO clus - 497B IEEE C62.36 ZBFM 5 (order data, see page 71) ZBFM 5 (order data, see page 71) ZBN 18 (order data. see page 29) ZBN 18 (order data, see page 29) SSA SSA Power Data - III/D Cl. C2, C3. D1 44 V/34 V 40 V/28 V 6 A / 30 "C 450 ma 700 A/700 A 10 ka/10 ka 700 A 20 ka - _ s180v s550v s 25 ns/s 100 ns 04 s55v s 450 V s 1 ns/s 100 ns 2.2 f.2-40 C to+85 `C -40 C to+85 C VO VO IEEE C SSA SSA AC 120 AC 230 AC C2 100 V/75 V 200 V/150 V 350 V/250 V 26 A 26A 26A -/2.5 ka 5 ka ka 5kA -/3 ka 6kA 6.5 ka -/4 kv 6.5 ka -/6 kv 8 ka -/6 kv 200 V 360 V 650 V -125 ns ns -125 ns AgL 3 ma 25AgL 3 ma -40 C to+85 C VO nd edition 0i IEEE C AgL 3 ma Phoenix Contact 43

45 MCR-PLUGTRAB PT Pluggable Surge Protection Devices Hybrid Designs for EEx is Circuits General Descriptions: The PT...EX(I) are surge protection devices designed specifically for the special requirements of intrinsically safe circuits. The areas of application are the EX protection zones 0, 1, and 2 and NFPA defined Division 1 and 2 areas. The protective circuits comply with standards such as EN /DIN EN NDE 0170/0171 part 7 : and DIN VDE 0165 by providing 500 V isolation to all metal installations and Two conductor protection for 2 EEx is circuits other safe circuits. PT 2xEX(I)-24DC This product is for the protection of two mutually independent intrinsically safe circuits. PT 4-EX(I)-24DC 5 This product is for the protection of rigid (IEC flexible [mm ) ] solid stranded AWG Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114. PT 2xEX(I)-24DC PT 4-EX(I)-24DC Protection for EEx is circuits in three or four-conductor measuring technology Housing width 17.5 Housing width 17.5 IN 1 3 intrinsically safe circuits in three or four-wire 7 sensor circuits. The protection circuit features a "zero-ohm" decoupling so that no series impedance can effect the low level 11 ~~~ 12 sensor signals OUT 41 8 (IEC2 rigid flexible [mm l solid stranded AWG Connection data Connection data IN OUT 12 Description Voltage UN Article no. Pkt. Article no. Pkt MCR-PLUGTRAB plug MCR-PLUGTRAB header for mounting on t_r 24 V DC 24 V DC PT 2xEX(I)-24DC-ST PT 4-EX(I)-24DC-ST PT 2xEX(I)-BE PT 4-EX(I)-BE Zack strip, white Shield fast connection, for diameters for diameters Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV : Lightning test current (single impulse 10/350)us : Max. cont. operating current I N at 40 C: Max. single impulse discharge (8/20)µs : Total surge current (8/20)ps : Limiting (clamping) voltage at 1 kv/µs : Response time ti Resistance per path: Temperature range: Inflammability class in ace. with UL 94: Degree of protection in ace. with IEC 529/ EN : Approvals: 3-6 mm 5-10 mm DC/AC per path Core-Core/Core-1 Core-4 Core-Core/Core-4 Core-Core/Core-L ZBFM 5 (order data, see page 71) ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) ZBN 16 (order data, see page 29) SSA SSA SSA SSA C1, C2, C3. D1 C1, C2, C3, D1 30 V/21 V 30 V/21 V 2.5 ka 2.5 ka 450 ma 500 ma 10 ka/10 ka 300 A/10 ka 20 ka 20 ka 45 V/s 1 kv s 45 V/s 1 kv s 1 ns/s 100 ns s 1 ns/s 100 ns s 2.2 U s 0 S2-40 C to + 85 C - 40 C to + 85 C VO VO cinus - 497B c lss - 497B Class 1, Division 2, Groups A, B, C & D = 4r " Intrinsic Safety Rated: % Based on test standards : IEEE C62.36 IEEE C Phoenix Contact

46 MCR-PLUGTRAB PT Pluggable Surge Protection Devices Coarse Protection General Description: PT... -F This specialty series of products provide only coarse gas discharge tube protection for those applications where fine protection at the device already exists. Therefore, coarse gas discharge tube protection is all that is needed. The PT 2-F protects two conductors while the PT 4-F protects four. NOTE: These products should NOT be used independently on circuits with nominal voltages > 24 VDC (AC). Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114. PT 2-F Coarse protection for two conductors Housing width 17.5 IN PT 4-F Coarse protection for four conductors Housing width 17.5 IN, 3 O O (IEC) rigid flexible [mm ] solid stranded AWG (IECt (mm'] rigid flexible solid stranded AWG Connection data Connection data Description Voltage Article no. P L Article no. U N P kt. PLUGTRAB plugs 60 V DC PT 2-F-ST V DC PT 4-F-ST MCR-PLUGTRAB header, for mounting on 1 r with bridge between the connections 3/4 (4) and 9/10 PT BE/FM PT 4-BE with gas-filled surge arrester between connections 3/4 (1) and 9/10 PT 4+F-BE Zack strip. white ZBFM 5 (order data. see page 71) ZBFM 5 {order data, see page 71) ZBN 18 (order data, see page 29) ZBN 18 (order data, see page 29) Shield fast connection, for diameters 3-6 mm SSA SSA for diameters 5-10 mm SSA SSA Technical data IEC category/vde requirement class: C2, C3. D1 C2, C3, D1 Max. cont. operating voltage : MCOV : DC/AC 60 V/42 V 170 V/120 V Lightning test current (single impulse 10/350)µs : per path 5 ka 2.5 ka Max. cont. operating current IN at 40 "C: 26 A 2 A Maximum single impulse discharge (8120)µs : Core-Core/Core-4 10 ka/10 ka 10 kall0 ka Total surge current (8/20)µs : Core-1 20 ka 20 ka Limiting (clamping) voltage at 1 kvlhs : Core-Core/Core-4 Is 600 V s 450 V/ Response time t a : Core-Core/Core-1 s 100 ns/s 100 ns < 100 ns/s 100 ns Resistance per path : 0 D. 0 4 Temperature range : - 40 C to + 85 C - 40 C to + 85 `C Inflammability class in acc. with UL 94. VO VO Degree of protection in acc. with IEC 529/ EN : Approvals : -- Based on test standards : IEEE C62.36 IEEE C e L0 Phoenix Contact 45

47 SURGETRAB Low Profile Hybrid Circuit Protection 90 If UBK 2 Coarse protection for a double conductor Housing width 17.5 Features: Low profile housing meets application requirements where vertical space is limited. Up to 10 ka (8/20(4s) surge current handling capacity for protection against internal and external sources of surges including lightning strikes. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. Integral grounding foot provides low impedance ground for best voltage clamping performance. General Descriptions: UBK 2... This specialty series of products provide only coarse gas discharge tube protection for those applications where fine protection at the device already exists. Therefore, coarse gas discharge tube protection is all that is needed. Note: The UBK 2... should NOT be used independently on circuits with nominal voltages > 24 VDC (AC). UBK 2-PE... The UBK 2-PE products are for protecting one analog loop (4-20 ma) signal in a 17.5 mm wide protection package. The...-HD version features zero-ohm decoupling and is best used for circuits where no series impedance is required. UBK 2/2... The UBK 2/2 series is for protecting up to two discrete I/O (on / off) signals (using a common return) in one 17.5 mm wide protection package. Dimensional drawing UBK 2... (IEC [mm') rigid flexible solid stranded AWG Connection data Description SURGETRAB, consisting of header and hood, with universal foot for mounting on C, or Lr SURGETRAB, Protection for conductor pairs in floating circuits, with universal foot for mounting on V or Lr SURGETRAB, Protection for conductor pairs in floating circuits, without decoupling, with universal foot for mounting onv or u SURGETRAB, Protection for two conductors in single-ended circuits, with universal foot for mounting on C or -1_r Zack strip, white Technical data 2 unprotected protected Voltage Article no. UN 110 V AC UBK V AC UBK V AC UBK 2-PE-24-HB D V AC UBK 2-PE-24-HD V AC UBK 2/2-24-HB ZBFM 5 (order data, see page 71) ZBN 18 (order data. see page 29) PE-HB IEC categorynde requirement class : C1, C2, Di Max. cont. operating voltage : MCOV : DC 175 V 780 V 37 V 37 V AC 125 V 550 V 26,4V 26,4V Lightning test current (single impulse 10/350)us : per path 2.5 ka 2.5kA - - Max. cont. operating current I N at 40 `C : 2A 2A 300 ma 2A... 2-PE-HD Max. single impulse dfischarge (8/20)us : Core-Core/Core-4, 10 ka 10 ka 10kA 214 A/10 ka Limiting (clamping) voltage at 1 kvhrs : Core-Core s900v 52.5 kv s55v 555V Core-. s450v s1.5kv s450v s450v Response time ta : Core-1 s100ns s 100ns s 100ns s 100ns Input attenuation (typ.) a E in a system to 1 MHz db s0.1db system to 300 khz 0.6 db 0.1 db 600 D system to 100 khz s0.1db s0.1db Cut-off frequency fg (3 db) in a system : 6.2 MHz 6.8 MHz Cut-off frequency fg (3 db) in a 150 Lt system : 2.2 MHz 2.2 MHz Cut-off frequency fg (3 db) in a system : 550 khz 550 khz Resistance per path : 4.7tt - Temperature range : -20 'C to + 60 "C Inflammability class in acc. with UL 94 : V2 Degree of protection in acc. with IEC 529/ EN : Approvals : c1us SB Based on test standards : IEEE C /2-HB 37 V 26,4V ma 10kA - s55v s 1 ns 0.5 db 0.3 db s0.1db 6.5 MHz 2.5 MHz 550 khz IN II OUT unprotected protected unprotected protected 46 Phoenix Contact Circuit design of UBK 2-PE... Circuit design of UBK 2/2...

48 PIPETRAB and BOXTRAB Field-Mounted Surge Protection Devices Hybrid Designs. Features: Field-mount package for installation at field transmitters without additional enclosure. Up to 10 ka (8/20µs) surge current handling capacity for protection against internal and external sources of surges including lightning strikes. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. Replaceable protection modules save money and time. Class 1, Div 2 certified for hazardous area locations (UL 1604) allows Div 2 installation without special and costly enclosures or purge systems. 5-year free replacement warranty provides added risk free investment. General Description: S-PT1-2PE-24DC The S-PT1... comes in its own" stainless steel pipe-stub enclosure to protect one analog loop (4-20 ma) by mounting directly to the conduit. The surge protector wires directly into the loop with minimal impedance and features an integrated grounding disc for ease of installation and maximum performance. S-PT1-2PE-24DC Two conductor protection in floating signal circuits unprotected protected w E E 6.3 in (160 intro BXT-N4X 4-WIRE Two conductor protection in floating signal circuits N PE unprotected IN Ism IN OUT N PE protected OUT (IE01 rigid flexible I U (IEC) rigid flexible [me] solid stranded AWG [A] [V] [mm l solid stranded AWG Connection data Connection data Description Article no. Pkr. PIPETRAB, Pipe stub with integrated PCB, Surge protection device S-PT1-2PE-24DC Article no. PkT Spare PCB, Surge protection device without pipe stub, S-PT1-2PE-24DC/P BOXTRAB, in the surface-mounted housing for operational and machine-data collection devices Technical data IEC categorynde requirement class: Nominal voltage Max. cont. operating voltage : MCOV : Max. cont. operating current IN : Max. surge current : Limiting (clamping) voltage at 1 kv/us : Response time ta : Resistance per path: Temperature range: Degree of protection in ace. with IEC 5291 EN : Approvals: Class 1, Division 2, Groups A. B. C & D Intrinsic Safety Rated: Based on test standards: AC DC/AC Core-Core/Core-1 Core-Core/Core-4 Core-Core/Core-4 S-PT1-2PE-24DC C1, C2, C3, D1 BXT-N4X 4-WIRE Power Ill / D / T3 Signal Cl, C2. C3, D1 120 V 24 V AC 28 V/20 V 150 V AC 28 V/20 V 270 ma/25 "C 20 A 450 ma 10 ka/10 ka 10 ka/10 ka 10 ka/10 ka 40 V/5 450 V 500 V/900 V (SVR) s 40 V/s 450 V s 1 nsls 100 ns 10 0 s 25 ns/s 100 ns - s 1 ns/s 100 ns 2.2E1-40 `C to + 80 C - 40 to + 85 C - 40 C to + 85 IP 40 NEMA 4X / NEMA 4X / c%us - 497B Maus - 497B ` ' IEEE C62.36 IEEE C62.36 Replacement circuits can be ordered without the pipe-stub housing. 3/4 inch NPT BXT... This series of products is for protecting four wire 120 VAC powered transmitters such as magnetic flow meters. The NEMA 4/4X box includes the PLUGTRAB PT 2-PE/S protection circuit for the 120 VAC power and the PT 1x2 protection circuit for the 4-20 ma current loop. Both protection circuits are part of the PLUGTRAB PT product line and are therefore testable and warranted against failures for up to 5-years. The BXT... is also available as a rail assembly for mounting in user supplied enclosures. N 0 33 Phoenix Contact 47

49 TT-PI Surge Protection Devices for Process Interface Pluggable Signal Conditioning and Intrinsic Safety (IS) Barriers Features: Base element for Pluggable PROCESS INTERFACE Intrinsic Safety Barriers provides combination of hybrid surge protection device with Intrinsic Safety Barrier. Up to 10 ka (8/20µs) surge current handling capacity for protection against internal and external sources of surges including lightning strikes. Quick-mount grounding foot provides easy connection and low impedance ground for the best voltage clamping and IS performance. Hybrid protection circuit provides "fine" voltage clamping with " coarse" surge current handling. 500-Volt isolation to meet IS circuit requirements. 5-year warranty provides added risk free investment. Base includes circuit disconnect for quick commissioning, system start-up, and troubleshooting General Description TT-PI-TB... This product accepts the PROCESS INTERFACE signal conditioners for nonhazardous area applications. TT-PI-EX-TB... This device is specially designed for the PROCESS INTERFACE Intrinsic Safety Barriers and meets Exi requirements. TT-PI-EX-TB/T... This device has the additional feature of a PT 100 resistor for cold junction compensation. To be used with PROCESS INTERFACE series of Intrinsic Safe Temperature modules. Description Basic terminal block Area of application Analog IN Ex i TT-PI-EX-TB (intrinsic safety "i") Repeater power supply with HART PI-EX-RPSS-VI Input isolator with HART PI-EX-AIS-VI Input isolator Analog OUT without HART Output isolator with HART PI-EX-IDS-I/I Output isolator without HART PI-EX-ID-VI Digital IN Digital Input (NAMUR or dry contacts) Digital OUT Solenoid driver Temperature PI-EX-NAM/RNO-NE PI-EX-NAM/RNC-NE PI-EX-NAM/RNO PI-EX-NAM/TO PI-EX-SD/22/45-C PI-EX-SD/22/60-B TT-PI-TB Ex n (degree of protect. "n") and without explosion protection Safe area PI-EX-UI-UI-Al-NI PI-N-UI-UI-Al PI-EX-UI-UI-AO-NI PI-N-UI-Uf-AO PI-N-NAM/RNO TT-PI-EX-TB/T Ex I and Ex n Temperature transducer PI-EX-RTD-1 PI-EX-THC-1 Basic terminal block, with knife disconnection, test connections and surge voltage protection, for mounting on u Intrinsically safe basic terminal block, with knife disconnection, test connections and surge voltage protection,for mounting on u Intrinsically safe basic terminal block, as above, but with additional temperature measurement of the input terminal blocks for cold point compensation, for mounting on u Cont. plug-in jumper, 500 mm long, insulated, can be cut to length, for power distribution with PI... red blue gray Zack marker sheet, flat, unprinted: 100-section, 10 strips with 10 labels. with lettering area for application, labeling with M-PEN or CMS system Zack strip, flat, labeled horizontally: 100-section, 10 strips with 10 labels with consecutive numbers Zack strip, flat, labeled horizontally: 100-section, 10 strips with 10 labels, numbers 10 identically marked strips per flat Zack strip etc. up to Special printing zack marker sheet, flat, 100-section. 10 strips with 10 labels, 6.2 mm pitch, labeled according to customer specifications Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current I N : Maximum single impuls discharge (6/20)ps : Total surge current (8/20)ris : Limiting (clamping) voltage at 1 kv/ us: Response time ta : Resistance per path: Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 529/ EN : Approvals: Based on test standards: DC/AC Core-1 Core-Core/Core Core-Core/Core-4- Core-Core/Core-4- PROCESS INTERFACE PI product summary (for interface modules, see INTERFACE catalog) 48 Phoenix Contact

50 TT-PI-TB TT-PI-EX-TB TT-PI-EX-TB/T Basic terminal block, with knife disconnection and surge voltage Intrinsically safe basic terminal block with knife disconnection and Intrinsically safe basic terminal block with knife disconnection, protection surge voltage protection temperature measurement, and surge voltage protection Housing width 12.4 Housing width 12.4 Housing width 12.4 _ IN OUT IN OUT 3 unprotected protected unprotected protected unprotected protected 3 (IEC1 rigid flexible [mm) solid stranded AWG Connection data (IEC1 rigid flexible [mm) solid stranded AWG Connection data (IEC rigid flexible [mm[ solid stranded AWG Connection data I Article no. Article no. Pkt. Pki. Article no. TT-PI-TB TT-PI-EX-TB TT-PI-EX-TB/T FBST 500-PLC RD Imax 32 A FBST 500-PLC BU 32 A FBST 500-PLC GY 32 A FBST 500-PLC RD Imax : 32 A FBST 500-PLC BU 32 A FBST 500-PLC GY 32 A FBST 500-PLC RD I m,: 32 A FBST 500-PLC BU 32 A FBST 500-PLC GY 32 A ZBFM 6/WH :UNPRINTED ZBFM 6/WH :UNPRINTED ZBFM 6/WH :UNPRINTED ZBFM 6/WH, LGS : ZBFM 6/WH, LGS : ZBFM 6/WH, LGS : ZBFM 6/WH, LGS : CONSEC. NOS ZBFM 6/WH, LGS : 1-10 ZBFM 6/WH, LGS : etc up to ZBFM 6/WH, LGS : ZBFM 6/WH, LGS : CONSEC. NOS ZBFM 6/WH, LGS : 1-10 ZBFM 6/WH, LGS : etc. up to ZBFM 6/WH, LGS : ZBFM 6/WH, LGS : CONSEC. NOS ZBFM 6/WH, LGS : 1-10 ZBFM 6/WH, LGS : etc. up to ZBFM 6/WH, LGS : ZBFM 6 : SO/CMS... 1 ) ZBFM 6 : SO/CMS... 1 ) ZBFM 6 : SO/CMS... 1 ) Cl, C2, C3 45V/31 V 250 ma/40 5 ka/5 ka 10 ka s 70 V/s 650 V s 1 nsls 100 ns 4.74±10% -40 C to+85 C VO, c~us-497b FM 3610 IEC : , E VDE 0845 part 3-1 : ) Required marking is to be specified when ordering. Cl, C2. C3 30 V/ 21 V 450 ma/40 C 5 kn5 ka 10 ka s 45 V/s 1850 V s 1 ns/s 100 ns 4.74 z 10% -40 C to+85 C VO ~s Alp ,% FM 3610 IEC : E VDE 0845 part 3-1 : Cl, C2, C3 30 V/ 21 V 450 ma/40 'C 5 ka/5 ka 10 ka s 45 V/s 1850 V s 1 ns/s 100 ns 4.74 ± 10 ro -40 C to+85 C VO co c9aus - 497B,% - 913, FM 3610 IEC : , E VDE 0845 part 3-1 : Phoenix Contact 49

51 MULTISTAGE TERMITRAB Surge Protection in a Modular High-Density Terminal Block Hybrid Designs TT-2-PE-... Double conductor protection for a floating signal circuit Terminal width 6.2 End cover width 2 Features: High-density package provides wire termination and hybrid protection circuit design in 6.2 mm of DIN rail space. Up to 5 ka (8120)1s) surge current handling capacity (per line) for protection against internal and external sources of surges including lightning strikes. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. Quick-mount grounding foot provides easy connection and low impedance ground for the best voltage clamping performance. Class 1, Div 2 certified for hazardous area locations (UL 1604) allows Div 2 installation without special and costly enclosures or purge systems. General Descriptions: TT-2-PE... These products protect one floating ground analog loop (4-20 ma) per 6.2 mm wide terminal block. Providing a hybrid surge protection circuit and multi-level wire termination in one housing, these products are idea for applications with high I/O counts and limited space requirements. TT-2/2... These products protect two discrete I/O (on / off) signals that share a common reference potential (return). Therefore, for an eight point discrete PLC card only four TT-2/2... are needed taking up only 1 inch of DIN rail space to achieve professional surge and lightning protection and wire termination. TT 2PEIS1... This special product is for protection of twowire (floating ground) signal circuits that require limited series impedance. The special zero-ohm decoupling circuit assures reliable termination and measurement with hybrid surge protection. TT-EX... These products feature special approvals and design considerations for protecting current loops in intrinsically safe circuits. Description TERMITRAB, Modular terminal block for the protection of a floating double conductor, for mounting on 1_1- Voltage UN 1 ) 24 V DC (IEC1 rigid flexible [mm l solid stranded AWG Connection data Article no. TERMITRAB, Modular terminal block for the protection of two signal conductors with a 24 V DC common reference potential, for mounting on 1 r TERMITRAB. Mdular terminal block for the protection of a floating double conductor 24 V DC for EEx is circuits, for mounting on Lr Zack strip. 10-section, white ZB 6 (order data, see page 71) End cover Technical data IEC categorynde requirement class : TT-2-PE- 24DC D-DEK 1,5 BK C1, C2, C3 Max. cont. operating voltage : MCOV: DC/AC 30 V/ 21 V Lightning test current (10/350)ris : 500 A per path Max. cont. operating current I N at 40 'C: 300 ma Maximum single impuls discharge (8/20)ps : L-UL-1 5 ka/5 ka Total surge current (8/20)ris : L--i. 10 ka Limiting (clamping) voltage at 1 kv/ics: Response time t a : L-UL-1 L-UL-# s 60 Ws 650 V s 1 ns/s 100 ns Resistance per path : ± 5 o Temperature range : - 40 C to + 85 C Inflammability class in acc. with UL 94 : V2 Degree of protection in ace. with IEC 529/ EN : Approvals : clilaus-4978 Class 1. Division 2, Groups A, B, C & D Intrinsic Safety Rated. Based on test standards: 79,6 ') Further voltage levels on request. IEEE C Circuit design in TT-2-PE-240C OUT 50 Phoenix Contact

52 TT-2I2-24DC TT-2-PE/S1-24DC TT-EX(I)- 24DC Protection for two conductors with Double conductor protection for Surge voltage protection for a common reference potential a floating signal circuit EEx is circuits Terminal width 6.2 End cover width 2 Terminal width 6.2 End cover width 2 Terminal width 6.2 End cover width 2 OUT 2 unprotected protected unprotected protected unprotected protected (IEC) rigid flexible (mm ] solid stranded AWG Connection data (IEC) rigid flexible [mm '4] solid stranded AWG Connection data (IEC) rigid flexible [mm ] solid stranded AWG Connection data Article no. Pkt. Article no. Pkt. Article no. TT-2-PE/S1-24DC TT-2/2. 24DC ZB 6 (order data, see page 71) ZB 6 (order data, see page 71) ZB 6 (order data, see page 71) TT-EX(I)- 24DC D-DEK 1,5 BK D-DEK 1,5 BK D-DEK 1,5 BU Cl. C2. C3 30V/21 V 500 A per path 300 ma /5 ka 10 ka /s 42 V /s 1 ns 6.6 S2t20, -40 `C to+85 C V2 Ala us-4978 ' " IEEE C C1, C2. C3 30 V/21V 500 A per path 10 A 300 A/5 ka 10 ka is 650 V s 1 ns/s 100 ns 5 ms2-40 C to+85 C V2 M us-497b ' " IE EE C C1, C2, C3 30 V/ 21 V 500 A per path 250 ma 5 ka/5 ka 10 ka /s 1500 V s 1 ns/s 100 ns % -40 C to+85 C V2 clue-4978 '0" "-913 IEEE C Circuit design in TT-2/2-24DC Circuit design in TT-2PE/S1-24DC Circuit design in TT-EX(I)-24DC Phoenix Contact 51

53 MULTISTAGE TERMITRAB Surge Protection in a Modular High-Density Terminal Block Hybrid Designs A db ae NnAIIIIIUI11II11n I11II1nIIIIIII~IIIIIIInI n.Illiiii MINI IYIII~I/IIII~,I!IIN O0 IINInWIUIU `IiIN W 5 21n 11I ` 'iiiiu i n.iiiiii -Am' II Ok 100k 10M TT-ST PE Double conductor protection for a floating signal circuit Terminal width 6.2 End cover width 2.2 Attenuation curve :TT-ST-M-SFP-24AC Frequency Spring Terminations General Descriptions: TTST 2PE...,o--col These products protect one floating ground analog loop (4-20 ma) per 6.2 mm wide terminal block with reliable and fast-connect spring terminations. Providing a hybrid surge protection circuit and multi-level wire termination in one housing, these products are ideal for applications with high I/O counts and limited space requirements. TT ST M-2PE... Similar to the above, this version includes a knife switch disconnect for each circuit. This allows quick commissioning, system start up and troubleshooting. TT-ST-2/2... These products protect two discrete I/O (on / off) signals that share a common reference potential (return). Therefore, for an eight point discrete PLC card only four TT-ST-2/2 are needed taking up only 1 inch of DIN rail space to achieve professional sure and lightning protection and wire termination. TT-ST-M-2/2... Similar to above, this version,---- includes knife switch disconnects 20- '---' n O for each circuit. This allows quick commissioning, system start up and troubleshooting. TT-ST-M-SFP-24AC This unique device provides an LC circuit for 24V signal circuits to provide EMI / RFI protection in addition to spring clamp wire termination. Each device protects two discrete signals or one analog circuit. Dimensional drawing :TT-ST... Description TERMITRAB, Spring-cage modular terminal block with integrated surge voltage protection, For mounting on Lr TERMITRAB, Spring-cage modular terminal block with integrated surge voltage protection and disconnect knives, For mounting on Lr TERMITRAB, spring-cage modular terminal block with integrated surge voltage protection as a filter circuit and disconnect knives. For mounting on Lr Zack strip, 10-section, white Cover Technical data IEC categorynde requirement class, Max. cont. operating voltage : MCOV: Lightning test current (10/350)µs: Max. cont. operating current I N at 40 C: Maximum single impuls discharge Voltage U N ') 24 V DC 24 V AC 24 V DC 24 V AC Black DC/AC L-L/L-1 Total surge current (8/20)µs : L-1 Limiting (clamping) voltage at 1 kv/µs : L-UL-. Response time t a : L-UL-. Resistance per path: Inductivity per path: Capacity per path: L-UL-1 Cut-off frequency fn (3 db) : 50 S2 / Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 529/ EN : Approvals: Class 1, Division 2, Groups A, B, C & D Intrinsic Safety Rated: Based on test standards: 1 ) Further voltage levels on request. H IN IEC [mm 2 ] Connection data unprotected TT-ST-2-PE-24DC rigid solid flexible stranded protected AWG Order No TT-ST-M-2-PE-24AC TT-ST-M-2-PE-24DC ZB 6 (order data, see page 71) TT-D-ST-BK TT-ST DC Cl, C2. C3, D1 TT-ST AC C1, C2. C3, D1 30 V/21 V 45 V/31 V 500 A 500 A 350 ma 350 ma 5 ka/5 ka 5 ka/5 ka 5 ka 5 ka s 40 V/s 600 V s 55 V/s 600 V s 1 ns/s 100 ns 6.6Q±20% s 1 ns/s 100 ns 6.6U±20% 4 nf/2pf 2 nf/2pf 3 MHz/1 MHz 3.5 MHz/1.1 MHz - 40`C to +85 C -40 C to +85 C V2 V2 UL pending IEEE C OUT Phoenix Contact

54 TT-ST-...-2/2 Protection for two conductors with a common reference potential TT ST M-SFP Interference filter Terminal width 6.2 End cover width 2.2 Terminal width 6.2 End cover width 2.2 IN OUT OUT Unprotected Protected IEC [mm2 ] Connection data rigid flexible solid stranded AWG IEC rigid flexible [mm2 ] solid stranded AWG Connection data Order No. Pc5. Order No. TT-ST-2/2-24DC TT-ST-M AC TT-ST-M-2/2-24AC TT-ST-M-SFP ZB 6 (order data, see page 71) ZB 6 (order data, see page 71) TT-D-ST-BK TT-D-ST-BK TTST...-24DC TT-ST AC TT-ST-M-SFP Cl, C2, C3, D1 C1, C2. C3, D1 Cl. C3 30 V/21 V 45 V/31 V 38V/30V 500 A 500 A 300 ma 300 ma 500 ma/ 45`C -/5 ka -/5 ka -/350 A 5 ka 5 ka 1.5 ka -/s 40 V -/s 55 V -/s 70 V -is 1 ns -/s 1 ns -/s 25 ns x20 b 0.54 _ 100uH -/2 nf -/2 nf -/130 nf 3 MHz/1 MHz 3.5 MHz/1.1 MHz 60 khz/20 khz -40 C to +85 C -40 C to +85 C -40 C to +85 C V2 V2 V2 UL pending UL pending IEEE C IEEE C 62.36

55 TERMITRAB Single Component Protection Integrated into Spring Cage Terminal Block (STTB) Features: Single component protection designed into 6.2 mm wide wire termination complements protection circuits that already exist in the protected equipment. Spring cage terminal block provides fast and reliable wire connection. Single component SAD versions ideal for protection against internally generated sources of transients such as inductive kickback and back-emf from solenoid and relay switching. Low-cost solution for applications where lightning is NOT a concern. Quick-mount grounding foot provides easy connection and low impedance ground for best voltage clamping performance (not available on all versions). General Descriptions: Note: For surge protection against lighting influenced events a multistage hybrid surge protection circuit should be used. See the MCR-PLUGTRAB, MULTISTAGE TERMITRAB, or COMTRAB product series. TT-STTB-F... These products are coarse only protection with a high-energy gas discharge tube. These are best for applications where suitable fine (SAD) suppression is already incorporated into the protected equipment. The...-PE versions feature the integrated ground connection to the DIN rail. NOTE: The versions with gas discharge tube only should NOT be used on signal circuits with voltages greater than 24 V DC. TT-STTB-PE These products are fine only protection with a fast acting Surge Arresting Diode (SAD). These are good for protecting I/O against internally generated fast switching transients such as those generated by relays and inductive coils. The...-PE versions feature the integrated ground connection to the DIN rail. Description Voltage UN t ) TERMITRAB, spring-cage terminal block with surge voltage protection, for mounting on Lr TERMITRAB, spring-cage terminal block with PE foot and surge voltage protection, 12 V DC for mounting on Lr 24 V DC 48VDC 120VDC TT-STTB-F Spring-cage terminal block with gas-filled surge voltage arrester Terminal width 6.2 End cover width 2.2 (IECI rigid flexible [me] solid stranded AWG Connection data Zack strip, 10-section, white ZB 6 (order data, see page 71) End cover black TT-D-STTB-BK Partition plate, for visual and electrical separation of terminal ATP-STTB 4 groups. 2 mm thick Technical data IEC categorynde requirement class : C2, C3, D1 Max. cont. operating voltage : MCOV: DC/AC 150 V/110 V Max. cont. operating current I N at 40'C : 32 A Maximum single impuls discharge (8/20)ps : L-L/L-4 5 ka/ Total surge current (8/20)µs : L-4 Limiting (clamping) voltage at 1 kv/ps : L-L/L-b s 650 V/ Response time l x : L-L/L-4 s 100 ns/ Temperature range : - 40'C to + 85'C Inflammability class in acc. with UL 94 : Degree of protection in acc. with IEC 529/ EN : Approvals: Based on test standards : IEEE C t ) Further voltage levels on request. VO IN 12V DC 24 V DC 48 V DC 120 V DC TT-STTB-F Article no. OUT Pc, L Circuit design in the TT-STTB-F 54 Phoenix Contact

56 TT-STTB-F-PE TT-STTB-... TT STTB-PE-... Spring-cage terminal block with gas-filled surge voltage arrester Spring-cage terminal block with suppressor diode Spring-cage terminal block with suppressor diode Terminal width 6.2 End cover width 2.2 Terminal width 6.2 End cover width 2.2 Terminal width 6.2 End cover width O O 2 4 O O 2 IN OUT IN OUT IN OUT 3 O O1 3 O 0 1 (IEC1 rigid flexible (IEC) rigid flexible (IECrigid flexible [mm ] solid stranded AWG [mm z2] solid stranded AWG [mm'] solid stranded AWG Connection data Connection data Connection data Article no. Article no. Article no. Pkt. Pkl. TT-STTB TT-STTB TT-STTB TT-STTB-F-PE TT-STTB-PE TT-STTB-PE TT-SUB-PE ZB 6 (order data, see page 71) ZB 6 (order data, see page 71) ZB 6 (order data. see page 71) TT-D-STTB-BK TT-D-STTB-BK TT-D-STTB-BK ATP-STTB ATP-STTB ATP-STTB C2, C3, D1 150 V/110 V 32 A 5 ka/ V/5 650 V s 100 ns/n 100 ns -40 C to+85 C VO IEEE C TT-STTB-12 TT-STTB-24 TT-STTB-48 TT-STTB-PE-12 TT-STTB-PE-24 TT-SUB-PE-48 C3 C3 C3 C3 C3 C V/13 V 40 V/28 V 70 V/49 V 18.5 V/13 V 40 V/28 V 70 V/49 V 32A 32A 32A 32A 32A 32A 245A 119A 69A 245A 119A 69A - 32A 32A - 32A 32A s 30V/- 560V/- 5100V/- 530 V/530V 560 V/560V 5100 V/5100V s 1 ns/- s 1 nsl- s 1 ns/- 5 1 ns/5 1 ns 5 1 ns/5 1 ns s 1 ns/s 1 ns -40 to to+85 C V0 VO VO VO VO VO IP20 P20 P20 IP20 P20 P20 - IE EE C IEEE C ,7 _ Circuit design in the TT-STTB-F-PE Circuit design in the TT-SUB-... Circuit design in thett-sttb-pe-... Phoenix Contact 55

57 TERMITRAB Single Component Fine, Medium, or Coarse Protection Integrated into Modular Terminal Block (SLKK5) Features: Single component protection designed into 6.2 mm wide wire termination complements protection circuits that already exist in the protected equipment or installation. Single component SAD and MOV versions ideal for protection against internally generated sources of transients such as inductive kickback and back-emf from solenoid and relay switching. Low-cost solution for applications where lightning is NOT a concern. Quick-mount grounding foot provides easy connection and low impedance ground for best voltage clamping performance (not available on all versions). General Descriptions: Note: For surge protection against lighting influenced events a multistage hybrid surge protection circuit should be used. See the MCR-PLUGTRAB, MULTISTAGE TERMITRAB, or COMTRAB product series. TT SLKK5... These products feature the popular Phoenix Contact double level terminal block SLKK5. Each version incorporates a surge protection component from the connected signal line to the DIN rail, which can then be grounded for proper surge protection performance. Versions are available in a variety of voltages with Surge Arresting Diode (SAD), Metal Oxide Varistor (MOV), Gas Discharge Tube, and RF suppression capacitor options. NOTE : The versions with gas discharge tube only should NOT be used on signal circuits with voltages greater than 24 V DC. n VIIInn~~ 11111n i1 111 lull 111IIIIIn111111ninIII,IINIIII IIIIInIIINIII~ IIIINIl1Hi I1 6 IINI niiiiiiniiiiii uaiihiy niiiiiiiniiiiiiiim n n /lMIII 111i1II11IIIII VIIIn niiiiii nI1.lii IIIIII EIP'' u,'i"iiiiiiii 60t' k 10k 100k 1M 10M BE 10 n niiiiiiiiaiiii11111i n n nniiiiii i11 niiiiiiniiiiii n n111iiuu n11111pnIIIIIIII~ nniiu1n11111in11111=11i111n IIIIIII n niiiiuiin IIII11nIIIAIII~JIIIIuinn IIA~oi11111P1 nii111n 11111n 1/,11111I11,1111nIIIII IIII1 11IIIU nnan1_!iiem1i11niiiiiin 111III~II/IIIIIIn11IIIlIn k Frequency Characteristic attenuation curve TT-SLKK-C 12N... (IECI rigid flexible [mm] solid stranded AWG Connection data Description TERMITRAB 1 ) Surge voltage protection modular terminal block, 12.0 for mounting onit 3.3 TERMITRAB 1)2) Surge voltage protection modular terminal block TERMITRAB 1 ) 2) Surge voltage protection modular terminal block (1) Spacer plate compensates for level offset if normal terminal blocks are to be fitted in a row 2.5 mm thick, color : black (2) End cover, to be positioned at the end of a terminal row, Color : black Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating voltage : MCOV: Max. cont. operating current I N at 40 C: Maximum single impuls discharge (8/20)ps: Total surge current (8120)µs: Limiting (clamping) voltage at 1 kv/es: Response time Temperature range: Capacitance Voltage [nf] U N Inflammability class in acc. with UL 94: Degree of protection in acc. with!ec 529/ EN : Approvals: Based on test standards: 10k 100k 1M 10M 1)White labels printed with i are enclosed for mounting rail identification. 2) Further nominal voltages available on request. 5 V DC 12 V DC 24 V DC 48VDC 60 V DC 110 V DC 12V AC 24 V AC 48V AC 60V AC 110 V AC DC AC L-4 L4 L-. L-1 TT-SLKK5-C... with radio interference suppression capacitor Terminal width 6.2 End cover width 2.2 m Article no. TT-SLKK5-C 12N-230AC TT-SLKK5-C 3N3-230AC Pct. DP-UKK 3/5 BK D-UKK 3/5 BK ZB 6 (order data, see page 71) TT-SLKK5... TT-SLKK5-5 12N-230AC 3N3-230AC 5DC 12DC C3 C3 250V 250V 5.8 V 13 V 230V 230V 4V 9V 34A 34 A 32A 32A 746 A 346 A s12v s24v <_1ns sins sins sins - 20 C + 85 C -40`C +85 C V2 V2 V2 V2 IEEE C Frequency Characteristic attenuation curve TT-SLKK-C 3N Phoenix Contact

58 TT-SLKK5-S... with suppressor diode Terminal width 6.2 End cover width 2.2 Terminal width 6.2 TT-SLKK5/... with varistor TT SLKK5-F/110AC with gas-filled surge voltage arrester End cover width 2.2 Terminal width 6.2 End cover width LO 1p 1 Article no. Pkt. Article no. Pkt. Article no. rca. TT-SLKK5-S- 5DC TT-SLKK5-S- 12DC TTSLKK5/ 12DC TT-SLKK5-S- 24DC TT-SLKK5/ 24DC TT-SLKK5-S- 48DC TTSLKK5/ 48DC TT-SLKK5-S- 60DC TT-SLKK5/ 60DC TT-SLKK5/110DC TT-SLKK5-S- 12AC TT-SLKK5/ 12AC TT-SLKK5-S- 24AC TT-SLKK5/ 24AC TT-SLKK5-S- 48AC TT-SLKK5/ 48AC TT-SLKK5-S- 60AC TT-SLKK5/ 60AC TT-SLKK5/110AC DP-UKK 3/5 BK DP-UKK 3/5 BK TT-SLKK5-F/110AC DP-UKK 3/5 BK D-UKK 3/5 BK D-UKK 3/5 BK ZB 6 (order data, see page 71) ZB 6 (order data, see page 71) 12AC 24DC 24AC 48DC 48AC 60DC C3 C3 C3 C3 C3 C3 C3 60AC TT-SLKK5/ 12DC 12AC 24DC 24AC 18V 28V 40V 53V 77V 70V 93V 14V 18V 31V 36V 13V 20V 28V 37V 55V 49V 66V 11V 14V 25V 30V 32 A 32 A 32 A 32 A 32 A 32 A 32 A 32 A 32 A 32A 32A 254A 169A 119A 90 A 62 A 69 A 51 A 700 A 700 A 700 A 700 A 528V 542V 562V 581V 5119V 5101V s183v 550V 560V 5 90V 5 100V s 1 ns 5 1 ns s 1 ns s 1 ns 5 1 ns s 1 ns 5 1 ns s 25 ns s 25 ns 5255s 525ns -40 C +85 C V2 V2 V2 V2 V2 V2 V2 V2 V2 V2 V2 IP20 IP20 IP20 IP20 IP20 50 D-UKK 3/5 BK ZB 6 (order data, see page 71) TT-SLKK5-F 48DC 48AC 60DC 60AC 110DC 110AC 110AC C1, C2, C3 C1. C2 65V 85V 85V 100V 125V 170V 170V 50V 60V 60 V 75 V 95 V 130 V 120 V 32A 32A 32A 32A 32A 32A 2A 2 ka 2 ka 2 ka 2 ka 2 ka 2 ka 2.5 ka 5 150V 5 170V 5 170V 5 205V 5 265V s 360V 5 650V 5 25ns 5 25ns 5 25ns 525ns 5 25ns 5 25ns 100ns - 40 C + 85 C V2 V2 V2 V2 V2 V2 V2 IP20 IP20 IP20 IP20 IP20 IP20 IEEE C Phoenix Contact 57

59 TERMITRAB Single Component Fine, Medium, or Coarse Protection Integrated into Modular Terminal Block (UKK5) o Circuit diagram :TT-UKK5-T-... Features: Single component protection designed into 6.2 mm wide wire termination complements protection circuits that already exist in the protected equipment or installation. Single component SAD and MOV versions ideal for protection against internally generated sources of transients such as inductive kickback and back-emf from solenoid and relay switching. Low-cost solution for applications where lightning is NOT a concern. Double level terminal block incorporates removable suppression element, knife switch disconnect, and test point options for multi-function wire termination. General Descriptions: Note: For surge protection against lighting influenced events a multistage hybrid surge protection circuit should be used. See the MCR-PLUGTRAB, MULTISTAGE TERMITRAB, or COMTRAB product series. TT-UKK5-D... These double-level terminal blocks feature a single surge protection component between the top level and bottom level. The screw heads come with test sockets for quick testing of the loop. NOTE: The versions with gas discharge tube only should NOT be used on signal circuits with voltages greater than 24 VDC. Description Surge voltage protection modular terminal block, with integrated suppressor diode between the two levels, with universal foot for mounting on v or Lr Surge voltage protection modular terminal block, with integrated suppressor diode between the two levels, with universal foot for mounting on C or Lr Surge voltage protection modular terminal block, with gas-filled surge arrester between the two levels TERMITRAB header, with universal foot, with screw connections on both sides TERMITRAB plug Zack strip, 10-section, white Voltage UN t } 5 V DC 12 V DC 24 V DC 48 V DC 60 V DC 12V AC 24 V AC 48 V AC 60 V AC 60 V AC 12 V DC 24 V DC 48 V DC 60 V DC 120 V AC TT-UKK5-T... These products feature a pluggable MOV suppression component. If the MOV fails, the plug can be hot-swaped without downtime. These products do NOT include thermal disconnect. See PLUGTRAB PT 2x1 VA for this option. TT-UKK5-M... These double-level terminal blocks feature a knife switch disconnect in addition to a single surge protection component between the top level and bottom level. This allows quick and easy testing of the loop without disconnecting wires. The surge protection component is therefore installed line to line. NOTE: The versions with gas discharge tube only should NOT be used on signal circuits with voltages greater than 24 VDC. Fig.58/1 : Fig.58/2 : Feed-through modular terminal block with suppressor diode Feed-through modular terminal block with gas-filled surge voltage arrester Fig.5813 : Knife disconnect terminal block with suppressor Fig. 58/4 : Knife disconnect terminal block with gas-filled surge voltage arrester 58 Phoenix Contact

60 ix) TTU K K5-T... Modular terminal block with plug-in protection element Terminal width 6.2 (IECI [mm] 80 rigid solid Connection data Knife disconnect terminal block with suppressor diode or gas-filled surge arrester between the two levels enclosed housing Terminal width 6.2 enclosed housing flexible stranded AWG (IEC [mm ] rigid solid flexible stranded AWG Connection data TT-UKK5-M... TT UKK5-D... Feed-through modular terminal block with suppressor diode or gasfilled surge arrester between the two levels Terminal width 6.2 enclosed housing (IECI rigid flexible [mm"] solid stranded AWG Connection data clus -TT-UKK5-T-BE Article no. Pkt. SP (does not apply to TT-UKK5-M-F/60 AC) [ Article no. SR (does not apply to TT-UKK5-D-F/60 AC) Article no. PGS. PM. TT-UKK5-M/ 5 DC TT-UKK5-M/ 12 DC TT-UKK5-M/ 24 DC TT-UKK5-M/ 48 DC TT-UKK5-M/ 60 DC TT-UKK5-D/ 12 DC TT-UKK5-D/ 24 DC TT-UKK5-D/ 48 DC TT-UKK5-M/ 24 AC TT-UKK5-M/ 48 AC TT-UKK5-M/ 60 AC TT-UKKS-D/ 12 AC TT-UKK5-D/ 24 AC TT-UKK5-D/ 60 AC TT-UKK5-M-F/60 AC TT-UKK5-D-F/60 AC TT-UKK5-T-BE TT-UKK5-T-V-12 DC-ST TT-UKK5-T-V-24 DC-ST TT-UKK5-T-V-48 DC-ST TT-UKK5-T-V-60 DC-ST TT-UKK5-T-V-120 AC-ST ZB 6 (order data, see page 71) Technical data ZB 6 (order data, see page 71) ZB 6 (order data, see page 71) IEC category/ VDE requirement class Max. cont. Max. cont. Maximum Total surge operating operating single impuls current voltage : MCOV :. current discharge (8/20)us DC/AC (8/20)us L-b L-L Limiting (clamping) voltage at 1 kv/its L-1 Response time le L-i Temperature range Inflammability class in acc. with UL 94 Degree of protection acc. to IEC 529/ EN Based on test standards It Uc [VI N [Al TT-UKK 5-M/5 DC TT-UKK 5-M/12 DC TT-UKK 5-M/24 DC TT-UKK 5-M/48 DC TT-UKK 5-M/60 DC TT-UKK 5-M/24 AC TT-UKK 5-M/48 AC TT-MK 5-M/60 AC TT-UKK 5-D/12 DC TT-UKK 5-D/24 DC TT-UKK 5-D/48 DC TT-MK 5-D/12 AC TT-UKK 5-D/24 AC TT-UKK 5-D/60 AC TT-UKK 5-M-F/60 AC TT-UKK 5-D-F/6D AC TT-UKK 5-T-V-12 DC-ST TT-UKK 5-T-V-24 DC-ST TT-UKK 5-T-V-48 DC-ST TT-UKK 5-T-V-60 DC-ST TT-UKK 5-T-V-120 AC-ST C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C2, C3 C2, C3 C2. C3 C2, C3 C2, C3 In [ A] 5.8/ / / / / / / / / / / / / / / / i 14/ / / / / [A] [V ] o [ ns] s 12 1 s s 80 1 s s 62 1 s s s 24 1 s 40 1 s 80 1 s s s s [ ' Cl V2 V2 V2 V2 V V V V V V V V V V V V V V V V V2 P 20 P 20 P 20 1 ) White labels printed with. are enclosed for mounting rail identification. Z ) Further nominal voltages available on request. Phoenix Contact 59

61 TERMITRAB Single Component Fine or Coarse Protection Integrated into Modular Terminal Block Features: Single component protection designed into 6.2 mm wide wire termination complements protection circuits that already exist in the protected equipment or installation. Single component SAD versions ideal for protection against internally generated sources of transients such as inductive kickback and back-emf from solenoid and relay switching. Low-cost solution for applications where lightning is NOT a concern. Quick-mount grounding foot provides easy connection and low impedance ground for best voltage clamping performance (not available with TT-UK-R-F...). Fig. 60/1 : TT-UK5 Modular terminal block with suppressor diode General Descriptions: Note: For surge protection against lighting influenced events a multistage hybrid surge protection circuit should be used. See the MCR-PLUGTRAB, MULTISTAGE TERMITRAB, or COMTRAB product series. TT-UK 5 These products feature a 6 mm wide feedthrough terminal block with integrated suppressor diode (SAD) between the clamping body and the mounting rail. TT-URTKIS These products feature a sliding-link disconnect on the current carrying bar. The SAD provides surge protection between the signal line and DIN rail. 00 Fig. 60/2 : TT-URTK/S-... Disconnect terminal block with suppressor diode Description TERMITRAB 1 )2), Surge voltage protection modular terminal block, with integrated protection element between clamping body and mounting rail, with universal foot for mounting on C, or rr TERMITRAB 2), Surge voltage protection modular terminal block, with integrated protection element between clamping body and mounting rail, with universal foot for mounting on v or Lr TERMITRAB-URTK/S 2), Surge voltage protection disconnect terminal block with universal foot for mounting on La or -tor TERMITRAB-UK-R-F, Surge voltage protection double modular terminal block with universal foot tor mounting on L.) or Lr End cover, at the end of a terminal row Color : black Voltage UN 5 V DC 12 V DC 24 V DC 48 V DC 60 V DC 12 V AC 24 V AC 4.6V AC 24 V DC 24 V AC 48 V AC 110 V DC 110 V AC 250 V AC TT-UK-R-F These products feature gas discharge tube protection between the two adjacent connections. This can be wired for line to line protection or line to ground protection. NOTE: The versions with gas discharge tube only should NOT be used on signal circuits with voltages greater than 24 VDC. Fig. 60/3 : TT-UK-R-F/... Double terminal block with gas-tilled surge voltage arrester Zack strip, 10-section, white Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current I N at 40'C: Maximum single impuls discharge (8/20)(is: Limiting (clamping) voltage at 1 kvlxs: Response time ta : Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 529/ EN : Approvals: Based on test standards: 1)White labels printed with. are enclosed for mounting rail identification. 2) Further nominal voltages available on request. DC/AC L-L/L 60 Phoenix Contact

62 N us TT-UK5 Modular terminal block with integrated suppressor diode Terminal width 6.2 (IEC) rigid flexible [mm22 ] solid stranded AWG Connection data ,5 TT-URTKIS-... Disconnect terminal block with integrated suppressor diode End cover 1.8 Terminal width 8.2 (IEC1 rigid flexible [me] solid stranded AWG Connection data , End cover TT UK-R-F/... Double terminal block with integrated gas-filled surge voltage arrester Housing width 15.5 enclosed housing (IECI rigid flexible [mml solid stranded AWG Connection data Article no. Pkt. Article no. Article no. TT-UK5/ 5 DC TT-UK5/ 12 DC TT-UK5/ 24 DC TT-UK5/ 48 DC TT-UK5/ 60 DC TT-UK5/ 12 AC TT-UK5/ 24 AC TT-UK5/48 AC TT-URTK/S- 24 DC TT-URTK/S- 24 AC TT-U RTK/S- 48 AC TT-URTK/S-110 DC TT-URTK/S-110 AC TT-UK-R-F/250 AC D-TERMITRAB-UK D-URTK BK ZB 6 (order data, see page 71) ZB 8 (order data. see CLIPLINE catalog) ZB 10 (order data, see CLIPLINE catalog) TT-UK5/... 5DC 12DC 12AC 24DC 24AC 48DC 48AC 60DC C3 C3 C3 C3 C3 C3 C3 C3 5.8 V14 V 13 V/9 V 18 V/13 V 28 V/20 V 40 V128 V 53 VI37 V 77 V/55 V 70 V/49 V 32A 32A 32A 32A 32A 32A 32A 32A -746 A A -/254 A A A -190 A -/62 A -/69 A -ls 12 V -Is 24 V -Is 26 V -Is 40 V -Is 62 V -/s 80 V -Is 120 V -Is 100 V s1 ns sins sins s1 ns s1 ns stns s1 ns sins V2 V2 V2 V2 V2 V2 V2 V2 TT-URTK/S... 24DC 24AC C3 C3 28 V/20 V 40 V/28 V 57 A 57 A -/169 A -/119 A - /s 40 V -/s 62 V s 1 ns s 1 ns -40 C-+85`C V2 V2 48AC 110DC 11DAC TT-UK-R-F/ AC C3 C3 C3 C1. C2 77 V/55 V 128 V/90 V 171 V/121 V 350 V/250 V 57 A 57 A 57 A 2A -/62 A -/38 A -/28 A 20 ka/- -/s 120 V -Is 190 V -Is 240 V s 1.4 kv/- sins s 1 ns s 1 ns s 100 ns V2 V2 V2 V2 IEEE C Phoenix Contact 61

63 COMTRAB MODULAR Pluggable Surge Protection Devices Hybrid Designs CTM 1x2... Double conductor protection for a floating signal circuit Housing width 9.5 Features: Modular plugs allow complete installation flexibility. Pluggable protection plugs fit into special DIN rail mount terminal block or panel mount LSA-PLUS mounting system. Up to 5 ka (8/20 us) surge current handling capacity for protection against internal and external sources of surges. Pluggable suppression can be "hotswapped" for verification testing. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. 5 year plug replacement warranty provides added risk free investment. General Descriptions: CTM 1x2... This series of products is for protecting one analog loop (4-20 ma) in one 9.5 mm protection package. Each CTM 1x2 protects one independent floating ground signal circuit. Used with the 10 position base (CT-TERMIBLOCK) allows protection of 10 analog loops in 117 mm (4.6") of DIN rail space. CTM 2x1... This series of products is for protecting two discrete I/O (on/off) signals (using a common return) in one 9.5 mm protection package. Used with the 10 position base (CT- TERMI- BLOCK) allows protection of 20 discrete signals in 117 mm (4.6") of DIN rail space. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114. Connection data Description Voltage Article no. UN COMTRAB modular, Surge voltage protection for 12 V DC CTM 1x2-12DC a double conductor with fine protection diode and 24 V DC CTM 1x2-24DC resistance decoupling 60 V DC CTM 1x2-60DC V AC CTM 1x2-110AC COMTRAB modular, Surge voltage protection for two single conductors with fine protection diode and resistance decoupling COMTRAB modular, Surge voltage protection for ISDN systems) IN COMTRAB modular, Surge voltage coarse protection OUT can be plugged into CT-TERMIBLOCK and LSA-PLUS disconnect and switching strips 5 V DC 12V DC 24 V DC 60 V DC 110 V AC 110 V AC CTM card cage, for 10 double-conductor disconnect and switching strips, with CTM 10-MAG (see page 69) ground rail for accommodating 10 CTM plugs Technical data 12VDC 24VDC 60VDC 110VAC IEC categorynde requirement class : C2, C3 C2, C3 C2, C3 C2, C3 Max. cont. operating voltage : MCOV : DC/AC 15 V/10 V 30 V/21 V 65 V/50 V 180 V/127 V Max. cont. operating current IN : 380 ma 380 ma 380 ma 380 ma Maximum single impulse discharge (8/20)as : L-UL-1 5 ka/5 ka 5 ka/5 ka 5 ka/5 ka 5 ka/5 ka Total surge current (8/20)ps : Lai 10 ka 10 ka 10 ka 10 ka Limiting (clamping) voltage at 1 kv/as : L-UL-0 s 25V/s 700V s 70V/s 700V s 160V/s 700V s 260V/s 800V Input attenuation a l : 0.3 db to... in a system khz khz khz MHz Cut-off frequency f5 (3 db) : in a system 1.2 MHz 2.7 MHz 2 MHz 20 MHz Response time lx: Resistance per path : L-UL-1 s1 risk 100 ns Temperature range : -25'Cto+75 C Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 60529/ EN : VO Approvals : ~us - 497B Based on test standards : IEEE C ) Two protective plugs are necessary to protect the ISDN-Se bus. IN OUT Phoenix Contact

64 CTM 2x1... Protection for two conductors with a common reference potential Housing width 9.5 CTM ISDN Protection for a pair of conductors of the ISDN So bus Housing width 9.5 Housing width 9.5 CTM 2x1-110AC-GS Coarse protection for two conductors IN OUT IN OUT IN 1 OUT 2 2' 2 Article no. Pkt. Article no. Pkt. Article no. CTM 2x1-5DC CTM 2x1-12DC CTM 2xl -24DC CTM 2xl-60DC CTM 2x1-110AC CTM ISDN CTM 2x1-110AC-GS CTM 10-MAG (see page 69) CTM 10-MAG (see page 69) CTM 10-MAG (see page 69) 5V DC 12VDC 24VDC 60VDC 110VAC C2, C3 C2, C3 C2. C3 C2, C3 C2. C3, D1 C2, C3 C2. C3 6 V/5 V 15 V/10 V 30 V/21 V 65 V/50 V 180V/127V 6V/4V 180 V/127 V 380 ma 380 ma 380 ma 380 ma 380 ma 1.5 A 1.5 A 5 ka/5 ka 5 ka/5 ka 5 ka/5 ka 5 ka/5 ka 5 ka/5 ka 350 N5 ka 5 ka/5 ka 10 ka 10 ka 10 ka 10 ka 10 ka 10 ka 10 ka s 18 V/- s 28 V/- s 55 V/- s 160 V/- s 260 V/- s 60 V/c 700 V s 1 kv/c 800 V khz khz khz khz... 3 MHz... 45MHz 100 MHz 700 khz 1.5 MHz 2.7 MHz 2 MHz 20 MHz 100 MHz -Is 1 ns -Is 1 ns -1s 1 ns -/s t ns -/s 1 ns c 500 nsls 100 ns -Is 100 ns C to+75 C -25 C to+75 C -25 C to+75 C VO VO VO Maus - 497B IEEE C IEEE C IEEE C Phoenix Contact 63

65 COMTRAB Pluggable Surge Protection Devices Hybrid Designs dco*ttacr Analog circuits (floating ground) Features: High density package terminates and protects up to 10 signal pairs for applications where space is a limited. Pluggable protection plugs fit into special DIN rail mount terminal block or panel mount LSA-PLUS mounting system. Up to 5 ka (8/20 us) surge current handling capacity for protection against internal and external sources of surges. Pluggable suppression can be "hotswapped" for verification testing. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. 5 year plug replacement warranty provides added risk free investment. General Description CT 10-2PE/FS... This product provides hybrid circuit surge protection for up to 10 floating ground pairs (analog loops) in 117 mm of DIN rail space. The CT-TERMIBLOCK provides the grounding connection to the DIN rail. This version is good in circuits with nominal current up to 1.5 Amps. CT 10-2PE/FSR... Similar to the version above, this device includes additional de-coupling impedance which increases the normal mode surge current handling to 5 ka (8/204s). The maximum nominal current is limited to 200 ma. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114. Comparative table for CT and CTM surge arresters CTS.../CT CTM... CT 8-2PE-5 DC CTM-ISDN') CT 8-2PE-12 DC CTM 1x2. 12DCr ) CT8-2PE-24 DC CTM 1x2-24DC r ) CT8-2PE-60 DC CTM 1x2-60DC t ) CT 8-2PE-110 DC CTM 1x2-11ODC t ) CT8-2PE-185 DC CTM 1x2-110DC') CT 10-2PE-12 DC CTM 1x2-12DC 2 ) CT 10-2PE-24 DC CTM 1 x2-24dc 2 ) CT 10-2PE-60 DC CTM 1x ) CT 10-2PE/FSR-24 DC CTM 1x2. 24DC 2 ) CT 8-5/2-2 DC CTM 2x1.5DC t ) CT 8-12/2-2 DC CTM 2x1-12DC') CT 8-24/2-2 DC CTM 2x1-24DC r ) CT 8-60/2-2 DC i CTM 2x1-60DC') CT 10-5/2-2 DC CTM 2x1-5DC 2 ) CT 10-12/2. 2 DC CTM 2x1-12DC2 ) CT 10-24/2. 2 DC CTM 2x1-24DC2 ) CT 10-60/2-2 DC CTM 2x1-60DC2 ) - C T 10-5/ISDN CTM-ISDN 64 Phoenix Contact r ) Ground connection with CT 1-8-ES 2 ) Ground connection with CT 1-10-ES

66 X22-- CT 10-2PE/FS-24 Two-stage protection for 10 double conductors CT 10-2PE/FSR-24 Two-stage protection for 10 double conductors with decoupling 1'...119' Dimensional drawing CT OUT IN OUT Note: /20' ' protected The circuit diagrams only show one protection path of the unprotected protectedi'i respective protective device. IN OUT IN OUT Connection data can be plugged into CT-TERMIBLOCK and Connection data can be plugged into CT-TERMIBLOCK and LSA-PLUS disconnect and switching strips LSA-PLUS disconnect and switching strips Description Voltage UN COMTRAB, Two-stage surge voltage protection without 24 V DC/AC CT 10.2PE/FS-24 decoupling COMTRAB, Two-stage surge voltage protection with 24 V DC/AC decoupling CT-TERMIBLOCK, Disconnect strip screw terminal block to hold CT-TERMIBLOCK 10 DA (see page 69) the COMTRAB protection modules Technical data IEC categorynde requirement class : Cl, C2, C3 Max. cont. operating voltage : MCOV : Lk: DC/AC 40 V/28 V Maximal cont. operating current I N : 1.5 A/75 C Maximal single impuls discharge (8120)µs : L-UL A/25 C/5 ka Total surge current (8/20)us : L4 5 ka Limiting (clamping) voltage at 1 kv/us : L-UL-1 s 70 V/650 V Response time t a : L-L/L-1 s 1 risk 100 ns Resistance per path : 1.../19-1".../19" 2.../ /20" Temperature range : - 25 C Inflammability class in acc. with UL 94 : VO Degree of protection in acc. with IEC 60529/ EN : Approvals: Based on test standards : IEEE C Article no Article no. Ili CT 10-2PE/FSR CT-TERMIBLOCK 10 DA (see page 69) C1, C2, C3 40 V/28 V 200 ma/25 `C 5 ka/5 ka 5 ka s 95 V/650 V s 1 ns/s 100 ns 10 S C C Vo IEEE C Phoenix Contact 65

67 COMTRAB Pluggable Surge Protection Devices Hybrid Designs Discrete Signal Circuits (ground referenced) General Description CT10-18S+F/PE These devices provide fine protection with silicon avalanche diodes line to ground on each conductor with gas discharge tube protection in between the return and earth ground. CT10-18FS+F/PE These devices provide additional hybrid circuit protection with a gas discharge tube on each signal line to common return. CTI OFSR+F/PE These devices include decoupling impedance in the signal line paths which increases the normal mode protection. Maximum nominal current rating is limited to 140 ma. 1 CT 10-18S+F/PE... Fine protection for 18 signal lines Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114. Dimensional drawing CT IN OUT Note : Connection data can be plugged into CT-TERMIBLOCK and The circuit diagrams only show one protection path of the LSA-PLUS disconnect and switching strips respective protective device. Description COMTRAB, Single-stage surge voltage protection without decoupling COMTRAB, Two-stage surge voltage protection without decoupling COMTRAB, Two-stage surge voltage protection with decoupling CT-TERMIBLOCK, Disconnect strip screw terminal block to hold the COMTRAB protection modules Technical data IEC categorynde requirement class : Max. cont. operating voltage : MCOV : Uc: Maximal cont. operating current I N : Based on test standards : Voltage U N 24 V DC/AC 24 V DC/AC 5 V DC/AC 24 V DC/AC DC/AC ---- Article no. W. CT 10-18S+F/PE CT-TERMIBLOCK 10 DA (see page 69) Cl, C2. C3 40 V/28 V 1.5 A/75 C Maximal single impuls discharge (8/20)as : L-UL4 /214 A/25 C Total surge current (8/20)us : L-1 5 ka Limiting (clamping) voltage at 1 kv/us : L-GND/L-1 s 70 V/s 650 V Response time t, : L-UL-4 s 1 ns/s 100 ns Resistance per path : 1.../19-1".../19' 2.../20-2".../20" - - Temperature range : - 25 C Inflammability class in acc. with UL 94: VO Degree of protection in acc. with IEC 60529/ EN : Approvals : _ IEEE C Phoenix Contact

68 CT 10-18FS+F/PE... Two-stage protection for 18 signal lines CT 10-18FSR+F/PE... Two-stage protection for 18 signal lines with decoupling IN OUT IN OUT Connection data can be plugged into CT-TERMIBLOCK and Connection data can be plugged into CT-TERMIBLOCK and LSA-PLUS disconnect and switching strips LSA-PLUS disconnect and switching strips Article no. PPkt C5'. Article no. Pck k[. ' P CT 10-18FS+F/PE CT 10-18FSR+F/PE CT-TERMIBLOCK 10 DA (see page 69) CT-TERMIBLOCK 10 DA (see page 69) C1. C2. C3 C1, C2. C3 40 V/28 V 40 V128 V 1 5 A/75 C 140 ma/25 ' C A/25 `C 5 ka/5 ka 5 ka 5 ka 70 V/s 650 V s 65 V/s 650 V s 1 ns/s 100 ns s 1 ns/s 100 ns _ 22 0 _ C C -25 C...+75'C VO Vo - - IE EE C IE EE C 62.36

69 COMTRAB CT 10-9VA Pluggable Protection for 120 V AC Discrete Signals General Description CT 10-9VA-...AC These COMTRABs are designed for protection of up to nine 120 V AC discrete I/O for non-isolated PLC cards. The MOV circuit features thermal protection with LED indication of suppression failure. For isolated 120 V AC discrete I/O cards use the MAINS-PLUGTRAB PT 2-PE/S-120AC. Other voltage options are available. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114. CT 10-9VA-FIPE-...AC Protective device for 9 channels IN OUT uuuu qt Dimensional drawing : CT 10-9VA-F/PE... r LI ill] 10 IN OUT 10 Connection data can be plugged into CT-TERMIBLOCK and LSA-PLUS disconnect and switching strips Description Voltage UN Article no. COMTRAB, 60 V DC CT 10-9VA-F/PE-60AC Surge voltage protection for 9 channels 120 V DC CT 10-9VA-F/PE-120AC V DC CT 10-9VA-F/PE-230AC CT-TERMIBLOCK, Disconnect strip screw terminal block to hold the COMTRAB protection modules CT-TERMIBLOCK 10 DA (see page 69) Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Uc: Maximal cont. operating current I N : Maximal single impuls discharge (8/20)gs: Total surge current (8/20)gs: Limiting (clamping) voltage at 1 kv/psi Response time t a : Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 60529/ EN : Approvals: Based on test standards:...60ac...120ac...230ac C1. C3 Cl, C3 Cl. C3 DC/AC 100 V/75 V 200 V/150 V 275 V/275 V 1.5 A 1.5 A 1.5 A L-L/L ka/5 ka 1.5 ka/5 ka 1.5 ka/5 ka L-1 5 ka 5 ka 5 ka L-UL L-UL-1 s 25 ns/s 100 ns s 25 ns/s 100 ns s 25 ns/s 100 ns VO - 40 C C VO _ - - IEEE C VO Pct. Kt. 68 Phoenix Contact

70 Accessories for COMTRAB Surge Protective Devices General Descriptions CTM- 10-MAG This magazine provides slots for up to 10 of the COMTRAB Modular protection plugs. The grounded rail intergrated in the magazine connects the CTM plugs with the grounding connection. CT-TERMIBLOCK This base module is used as the termination point for the COMTRAB family. Grounding terminal blocks are available on both sides providing an easy, reliable, and high performance installation. CTM 10-MAG CTM card cage CT-TERMIBLOCK Disconnect strip screw termination block (IEC1 rigid flexible [mm ] solid stranded AWG Connection data Description Dim. in mm Double A B cond. Article no. Article no. Pc5' CTM card cage, for 10 double conductor disconnect and switching strips, with ground rail for accommod. 10 CTM plugs CT-TERMIBLOCK, disconnect strip screw terminal block for accommodating 8 the COMTRAB protection modules 10 Marker card, 8 printed vertically, self-adhesive, 10 identical 8 16-pos. marker strips 8 8 as above, however, printed according to customers requirements 8 Marker card, 10 printed vertically, self-adhesive, 10 identical pos. marker strips as above, however, printed according to customers requirements 10 CTM 10-MAG CT-TERMIBLOCK 8 DA CT-TERMIBLOCK 10 DA SK 4,8/5 : SK 4,8/5 : SK 4,8/5 : SK 4.8/5 : SK 4,8/5 : SO/ 16POL SK 4,8/5: '. 10 SK 4,8/5: SK 4,8/5: SK 4,8/5 : SK 4,8/5 : SO/ 20POL Technical data Insulation housing, Inflammability class in acc. with UL 94 : PA vc Housing width A [mm] 8DCs DCs Dimensional table with CTTERMIBLOCK 43 44, r Phoenix Contact 69

71 COMTRAB Accessories CT...TL CT...ES CT... M B... COMTRAB disconnect strips COMTRAB grounded rails COMTRAB mounting clip Description LSA-PLUS disconnect strip, for 8 or 10 double conductors to hold the CTM and CT 10 protection modules Grounded rail, for use in combinations with 1 double conductor protection modules CTM and disconnect strip Mounting clip, for 3 disconnect or ground wire strips with 8/10 double conductors Mounting clip, as above, however, for 10 strips Cable bush, for inserting in assembly troughs as protection for the lines guided through the laminated frame Dim. in mm Double Article no. A B cond CT 8-TL CT 10-TL CT 1-8-ES CT 1-10-ES Pct. T yp e Article no. CT 8-MB/ CT 10-MB/ CT 8-MB/ CT 10-MB/ CT -KDT P Phoenix Contact L A B

72 Accessories for Measurement and Control Protection Products Features Easy to install labeling provides clear wiring guidelines for the TRABTECH surge voltage protection. ZB labels can be custom printed or ordered with consective numbering for complete labeling flexibility. Contact factory for custom label options. ZBFM 5... ZB 6 Description Article no. Article no. Zack marker sheet, flat, unprinted : 120-section, 10 strips a 12 labels, sufficient for 120 terminal blocks. for all terminal blocks in a 5.2 mm pitch, labeling with M-PEN or CMS system white orange ZBFM 5/WH : UNPRINTED ZBFM 5/OG : UNPRINTED Special printing Zack marker sheet, flat, 120-section. divisible, marking according to customer requirements Zack strip, unprinted: 10-section, for individual labeling with M-PEN or CM5 system ZBFM 5 : SO/CMS... 1 ) ZB 6 : UNPRINTED Zack strip printed horizontally, Lt, L2, L3, N, PE, L1, L2, L3, N, PE 10-section U, V, W, N. 4, U, V, W, N, 4 Zack strip printed horizontally, 10-section. with consecutive numbers 1-10 etc. up to Special printing zack strip, 10-section, divisible, marking according to customer requirements ZB 6, LGS: Ll-N, PE ZB 6, LGS: U-N ZB 6, LGS : CONSEC. NOS ZB 6. LGS : 1-10 etc. to ZB 6, LGS : Z8 6, SO/CMS 1 ) ! Please specify desired marking when ordering. Reference Potential Terminal Block Features Provides connection for common DIN rail reference. Black color indicates it is NOT an earth ground connection. Terminal width 6.2 USLKG 4 BK/BK Description Article no. Reference potential terminal block, with black insulation housing, for USLKG 4 BK/BK mounting on C.~ or Lr Technical data Rated surge voltage / contamination class : 8kV/3 Surge voltage category / insulating material group: III / I Connection data acc. to IEC : rigid/flexible / AWG 0.2 mm2-4mm 2/0.2 mm 2-4mm 2 /24-12 Connection capacity flexible with ferrules without plastic sleeve : 0.25 mm mm 2 flexible with ferrules with plastic sleeve : 0.25 mm mm 2 Multi-conductor connection (2 cond. with same cross section) rigid/flexible : 0.2 mm mm 2/ 0.2 mm 2-1 mm2 flexible with ferrules without plastic sleeve : 0.25 mm mm 2 Stripping length: 9 mm Plug gauge (IEC :1988) : A3 Terminal point : Thread / Torque M3/ Nm Fixing : Thread / Torque M 3 / Nm of insulation material / inflammability class in acc. with UL 94: PA / V2 Dimensions : Width / length 6.2 mm / 42.5 mm Height (NS 35 :7.51 NS 35 :15 / NS 32) 47 mm / 54.5 mm / 52 mm Phoenix Contact 71

73 Fast Shield Connection Features Allows quick and reliable shield connections for maximum signal integrity and protection. Labeling feature insures properly marked wiring. Reliable termination method insures shield is properly connected. SSA Shield fast connection Description Article no. Pct. Shield fast connection, for diameters for diameters 3-6 mm 5-10 mm SSA SSA Pnoenix Co'ltac

74 CL peiuo3 xivaoyd

75 Surge Protection Devices for Data Networks and Industrial Bus Systems Data Networks / Industrial Bus Systems Data networks and industrial bus systems are typically used to move volumes of data point to point, locally (LANs) or over wide areas (WANs). In addition to causing physical damage, transients induced onto data lines can interrupt data streams and prevent the information from getting to its intended recipient. These interruptions can cause costly downtime and reduced system availability. The major data networks and bus systems use coaxial, twinax, twisted pair, or fiber optics for the transmission medium. Because of their high data transfer speeds, special care must be taken with surge protection circuits so as to not attenuate the normal data flow. The most important issues for selecting surge protection devices for data circuits are: termination connector, signal voltage level, and data rate. 74 Phoenix Contact

76 Standard Serial Interface Protection Many data applications utilize standard serial interfaces for transferring data. These include RS 232, RS 422, and RS485 standards. Data is typically transmitted point to point or with RS 485 multi-drop (master / slave) configurations are possible. Shielded twisted pair is typically the transmission medium for serial data. Connections can be hard-wired or standard D-SUB connectors are often used. The number of conductor lines is either two or four with RS 422 and RS 485. RS 232 is typically two wire with a common reference potential but can sometimes include multiple handshaking lines. Industrial Bus System Protection Industrial bus systems are typically a variation of RS485 or have proprietary electrical characteristics depending on the manufacturer or developer. Examples of Industrial bus systems based on RS 485 include : Interbus, Profibus, Data Highway, and Modbus. Other proprietary systems include Modbus +, Data Highway +, and Control Net. Because industrial bus systems are typically run on the factory floor or in some cases outdoors, there is always a high threat of damage or interruption due to surges. These systems are based on serial data transfer concepts, and can have data rates up to 12Mbit / sec. The connection can be hard-wired or utilized standard D-SUB or BNC connectors. Local Area Networks (LANs) Protection A LAN is a higher-level communication system for interconnecting various devices, usually in such a way that all users have access to common resources (such as printers) and can communicate with each other. The medium for LANs is commonly either fiber optics, shielded coaxial cable, or shielded twisted pair. The coaxial cable is commonly terminated with BNC connectors for data communication circuits. The twisted pair cables are terminated with modular RJ-45 connectors. There are different standards for data circuit wiring that are referred to as "Category 4" or "Category 5" wiring. These designs are made specifically for very low impedance and capacitance. The Phoenix Contact surge protectors shown on the following pages meet these wiring standards. Phoenix Contact 75

77 Table of interfaces with the allocation of suitable surge voltage arresters Interface Surge Voltage Protection Page Interface Surge Voltage Protection Page AB Remote I/O PT 5-HF-1 2DC 83 Ethernet, Cheapernet C-UFB- 5DC/E-LAN 81 (10 Base 2) D-LAN-CAT.SE 80 ADSL PT 2-ISDN-NT 109 Ethernet CN-UFB-5DC/E-LAN 81 CTM 1x2-110AC 62 (10 Base 5) ARCNET (Plus) C-UFB- 5DC/E 102 D-LAN-CAT.5E 80 PT 3-PB-ST & PT 1x2+F-BE 83 Ethernet CN-UFB-5DC/E-LAN 81 (10 Base T) D-LAN-CAT.5E 80 Fast Ethernet D-LAN-CAT.5E 80 ASI PT 2-PE/S-24AC 30 (100 Base T) CTM ISDN 63 PT 2+1 S-48DC-ST & PT 1x2+F-BE 31 Fieldbus PT 5-HF-12DC-ST & PT 2x2+F-BE 83 ATM D-LAN-CAT.5E 80 Foundation PT 3-HF-12DC-ST & PT 1x2+F-BE 83 MT RS CAN bus PT 3-HF-12DC-ST & PT 1x2+F-BE 83 FSK PT 1 x2-5dc-st & PT 1x2-BE 42 CTM ISDN 63 Cheapernet, C-UFB- 5DC/E-LAN 81 Ethernet (10 Base 2) D-LAN-CAT.5E 80 Radio plants CN-UB 280DC 98 (GPS, GSM) Control-Net C-UFB- 5DC/E 102 Genius I/O Bus PT 2x2-12DC-ST & PT 2x2+F-BE 41 Data Highway DH PT 3-HF-12DC 83 Hart PT 1x2-24DC-ST & PT 1x2-BE 42 Data Highway PT 3-HF-12DC-ST & PT 1x2+F-BE 83 (Plus), DH+ HDSL PT 2-ISDN-NT 109 Data Highway PT 3-HF-12DC 83 CTM 1x2-110AC 63 RS 485 (DH-485) INTERBUS D-UFB-IB-S-RBI 92 DeviceNet PT 3-HF-12DC-ST & PT 1x2+F-BE 83 D-UFB-IB-S-RBO 93 PT CT Dupline PT 1x2-12DC 42 MT V24 85 INTERBUS Inline PT 5-HF-5DC-ST & PT 2x2+F-BE 83 EX(I) PT2xEX(I)-24DC 44 - TT-SLKK5-F/110AC 57 PT 4xEX(I)-24DC 44 INTERBUS Field PT 3-PB-ST & PT 1x2+F-BE 83 TT-EX(I)- 24DC 51 Multiplexer 76 Phoenix Contact

78 Interface Surge Voltage Protection Page Interface Surge Voltage Protection Page ISDN (So bus) D-TR1/ISDN 108 RS-485 PT 3-HF-12DC 83 CT10-5/ISDN 109 (2-wire) CTM ISDN 109 SecuriLan LON bus PT 1x2-12DC 42 CTM 1x2-12DC 62 ISDN (S 2M bus) D-TR1 /ISDN 108 CT10-5/ISDN 109 CTM ISDN 109 SINEC L1 PT 5-HF-5DC & LT-D1 & 83 TT-SLKK5-F/110AC 57 ISDN PT 2-ISDN-NT 109 SINEC L2 DP PT 3-PB-ST & PT 1x2-BE 94 (U ko interface) CTM 1x2-110AC 62 Profibus DP) PT 3-HF-12DC-ST & PT 1x2-BE 83 ISDN PT 2-ISDN-NT 41 MT RS485 (up to kbit/s) 88 (U k2 interface) CTM 1x2-110AC 62 SUCONET K1 PT 3-HF-12DC 83 Cathodic protection PT 2-F 41 PT 1x2-12DC 42 MT RS LON (TP/XF-78 and PT 3-PB 94 CTM 1x2-12DC 62 TP/XF-1250) D-UFB-V24/S-DSUB9/ LON (TP-RS485- PT 3-HF-12DC 83 ' T1 /El (DS1) D-DS ) PT 5-HF-12DC 83 MODBUS(-PLUS) PT 5-HF-12DC 83 Analog telephone WT-RJ12...FM 111 MT RS D-FM-A/RJ45-BB 111 CTM 1x2 110AC 62 MODBUS(RS 232) PT 5-HF-12DC 83 Token Ring D-LAN-CAT.5E 80 Process bus, panel PT 3-HF-12DC-ST & PT 1x2+F-BE 83 PT 5-HF-5DC-ST & PT 2x2-BE 83 bus (P bus) TTY, 0(4) - 20 ma MT-TTY-1 95 Profibus DP (FMS) PT 3-PB-ST & PT 1x2-BE 94 D-UFB-TTY1/ PT 3-HF-12DC-ST & PT 1x2-BE 83 PT 2x MT RS485 (up to kbit/s) 88 CTM 1x2-24DC 62 Prof ibus PA PT 2xEX(I)-24DC 44 TV, radio CF-TV 104 RS 422A, V.11, D UFB V11/ V.24/RS-232-C D-UFB-V24/ X.27, RS 423A PT 5-HF-12DC 83 MT V24 85 CTM 1x2-12DC 62 PT 5-HF-12DC 83 RS 449 PT 5-HF-12DC 83 VDSL PT 2-F 41 CT 10-18FS+F/PE CTM 1x2-110AC-GS 63 RS-485 PT 5-HF-12DC 83 Video signal C-UFB (4-wire) MT RS PT 5-HF D-UFB PT 2x2-HF Phoenix Contact 77

79 Overview of Designs of Surge Protection Devices for Data Networks and Industrial Bus Systems COAXTRAB and D-LAN DATA-PLUGTRAB DATATRAB Surge Protection Devices for Pluggable Surge Protection Surge Protection Devices with Coaxial and Twisted Pair Devices for High Speed Data D-SUB connection for Serial Conductors Networks Data Interfaces Features Metal housing provides superior shielding (EMI / RFI) properties for high-speed data interfaces. RJ45, BNC. or N connectors provide easy interface to most popular network cabling. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. 5-year free replacement warranty provides added risk free investment. Figure 78/1 Dimensional drawing : COAXTRAB with BNC connection 96 q 25,4 Features Up to 10 ka (8/20 us) surge current handling capacity for protection against internal and external sources of surges including lightning strikes. Easy plug-to-base connections facilitate installation. Self-coding for different voltage plugs provides assurance against misapplication. Quick-mount grounding foot provides easy connection and low impedance ground for the best voltage clamping performance. Pluggable suppression can be "hotswapped" for verification testing. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. DIN rail mount design for easy installation into control cabinets or junction boxes. Class I, Div 2 certified for hazardous area locations (UL 1604) allows Div 2 installation without special and costly enclosures or purge systems. 5-year free plug replacement warranty provides added risk free investment. Features Metal housing provides superior shielding properties (EMI / RFI) for high-speed data interfaces. D-SUB connectors provide easy interface to popular serial data interfaces. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. 5-year free replacement warranty provides added risk-free investment. Explanation of the type designation -- - IN OUT Fixing (unprotected) I (protected) D-UFB-..JSB-B Male connect. Fern. connect. Bolt D-UFB-..JBS-B Fem. connect. Male connect. Bolt D-UFB-..JSB-S Male connect. Fem. connect. Screw D-UFB-..JBS-S Fern. connect. Male connect. Screw Version with bolt Table 78/5 Version with screw T' v Figure 78/2 Dimensional drawing : COAXTRAB with N connector ,4 90 as H E Figure 78/3 Dimensional drawing : D-LAN... / D-TR... Figure 78/4 Dimensional drawing : PT...-HF Figure 78/6 Dimensional drawing : DATATRAB with/without universal foot 78 Phoenix Contact

80 DATA-MODUTRAB Surge Protection Devices with hard wired interface for serial data applications Features Modular DIN rail mount for easy installation into control cabinets and junction boxes. Hybrid protection circuit provides "fine" voltage clamping with "coarse" surge current handling. 5-year free plug replacement warranty provides added risk free investment. 75 Figure 79/1 Dimensional drawing : DATA-MODUTRAB

81 Surge voltage protection adapter for EDP networks DATATRAB D-LAN-CAT.5E Universal protective adapter with RJ 45 connector Class D General Description DATATRAB D-LAN-... is a universal surge voltage protection device for protection of Ethernet cabling systems based on 10/100Base T standards. The D-LAN accepts a standard RJ 45 connection and incorporates 8 lines of surge protection. The special low attenuation design meets cabling requirements for Category 5 cabling. IN Connection data RJ 45 socket OUT RJ 45 socket Description Length Order No. DATATRAB adapter, Protective adapter to be inserted into the data line for the protection of the LAN interface incl. RJ 45 cable D-LAN-CAT.SE DATATRAB adapter, As above, however, with universal foot, without RJ 45 cable D-LAN-CAT.5E-U For mounting on Lr RJ 45 cable for D-LAN-CAT.5E-U, Cat.s,S/UTP,2x2x0.14mm2 0.5 m D-C/RJ45-8/0, With RJ 45 connector on both sides 1.5 m D-C/RJ45-8/1, Technical data IEC categorynde requirement class: C1, C2, C3 Max. cont. operating voltage : MCOV: DC/AC 7 V DC Max. cont. operating current I N : 1.5 A/ 25 C Max. single impulse discharge (8/20)us : L-UL A/2.5 ka Limiting (clamping) voltage at 1 kv/ps : L-L/L-4 s22v/s80v Response time t a : L-UL ns/s 100 ns Input attenuation a l in a 100/150 Q system (typ.) : Cut-off frequency f9 in a 100/150 4 system (typ.) : Temperature range: Degree of protection in acc. with IEC 60529/ EN : Approvals: Based on test standards : 1 db to 100 MHz > 100 MHz -40 C to+80 C Class D DIN EN :2002 clue-497 B IEEE C Dimensional drawing : D-LAN-CAT5.E Dimensional drawing : D-LAN-CAT5.E-U 80 Phoenix Contact

82 COAXTRAB Surge Protection for Ethernet Networks with Coaxial Cabling (10Base 2 and 10Base 5) ,4 - C-UFB-...LAN / CN-UFB-...-LAN Protection adapter with BNC connection or N connector General Description The COAXTRAB C-UFB... and CN-UFB... have been designed to protect Ethernet networks using 10Base 2 and 10Base 5 cabling (BNC and N connectors). The hybrid circuit provides protection both normal mode (line to line) and common mode (line to ground). Dimensional drawing C-UFB- 5DC/E-LAN 96 :,25,4 Dimensional drawing C-UFB- 5DC/E-LAN IN Connection data C-UFB... CN-UFB... IN OUT BNC 5052 BNC 504 N connector 504 N connector 5052 Description Design Article no. Po. COAXTRAB, surge voltage protection for coaxial cables BNC N connector C-UFB- 5DC/E-LAN CN-UFB-5DC/E-LAN Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current IN : Max. single impulse discharge (8/20)os: Limiting (clamping) voltage at 1 kv/us: Response time ta: Input attenuation a l in a system (typ.): Cut-off frequency f 5 (3dB) in a 50 Q system (typ.) Resistance per path: Temperature range: Degree of protection in ace. with IEC 60529/ EN : Approvals: Based on test standards: DC/AC C-UFB-5DC/E-LAN C2, C3, D V/ V 500 ma/ 25 C L-UL-1 10 ka/10 ka L-UL4 s 25 Ws 600 V L-UL-+ s 1 ns/s 100 ns 0.3 db to 40 MHz 200 MHz 2.354±10% -40 C C CN-UFB-5DC/E-LAN C2. C3, D1 +0.5V/-7.5V 500 ma/ 25 C 10 ka/10 ka s25v/s600v s 1 ns/s 100 ns 0.3 db to 40 MHz 200 MHz 2.354±10 o IEEE C C C Application example C-UFB-...LAN CN-UFB-...LAN 0 I. : :. : :.- - CN-UFB- LAN, o,l Phoenix Contact 81

83 DATA-PLUGTRAB Pluggable Data Surge Protection Devices Hybrid Designs For Protection of Industrial Bus Systems Note: Selection of PT Base Element PT...-BE (,,30 03(1 This base element should be used in installations where the common return or shield is to be grounded at the DIN rail. The connections for ground (9/10) are connected directly to the mounting foot (3/4). 90 O General Description The DATA PLUGTRABs are designed especially for protecting industrial bus systems such as Interbus, Profibus, Data- Highway, and Modbus. See page for details on which DATA-PLUGTRAB to choose for the most popular bus systems. PT 5-HF... This series of products protects up to four data signal conductors. The specially designed circuit provides high speed SAD technology normal mode (line to line) between all signal conductors and gas discharge tube technology common mode (line to ground) for all signal conductors. PT 2x2-HF... This series of products protects two 2- conductor floating ground data circuits. Each pair is protected with high speed SAD technology in normal mode (line to line) and gas discharge tube technology in common mode (line to ground) for each signal conductor pair. PT 3-HF... These products provide protection for two data signal conductors with a common reference potential. Each data signal is protected with high speed SAD technology in normal mode (line to line) and gas discharge tube technology in common mode (line to ground). PT...+F-BE Hl~~ O, w This base element should be used in installations where the 90~ 10 common return (or shield) is to be isolated (floating) from earth ground at the connection point. Terminate the common return (or shield) to positions 9/10 and earth ground to positions Now you will have gas tube isolation (no leakage current) between your common return (or shield) and earth ground. In addition to any normal mode protection, you will also have protection line to common (or shield), and common (or shield) to ground See installation instructions on page 120 for more detail. Verification testing can be accomplished on all plugs by using the CHECKMASTER, see page 114. (IEC) rigid flexible [mm ] solid stranded AWG Connection data Description DATA-PLUGTRAB connector, can be plugged into the header MCR-PLUGTRAB header, for mounting on Lr with bridge between connections 3/4 (b) and 9/10 MCR-PLUGTRAB header, for mounting on.r with gas-filled surge arrester between connections 3/4 (.) and 9/10 Zack strip, white Shield fast connection, for diameters for diameters Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current I N : Max. single impulse discharge (8/20)us : Total surge current (8/20)us: Limiting (clamping) voltage at 1 kv/us : Response time ta : Input attenuation al in a system (typ.): Cut-off frequency f9 (3dB) in a 100 Q system (typ.) L-LL-4 L4 L-LL4 L-UL-4 Resistance per path. 1-2, 5-6 Resistance per path : 7-8, Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 60529/ EN : Approvals: Class 1, Division 2, Groups A, B, C & D: Based on test standards: Voltage UN 5 V DC 12VDC 24 V DC 3-6 mm 5-10 mm DCAC 82 Phoenix Contact

84 PT 5-HF... PT 2x2-H F... PT 3... Signal circuit protection in three or four-conductor technology Housing width 17.5 (1 div.) Surge voltage protection for floating signal circuits Housing width 17.5 (1 div.) Housing width 17.5 (1 div.) Surge voltage protection for Prof ibus 12 OUT IN OUT OUT O 41 4 protected 130 unprotected o 41 protected unprotected protected PT 5-HF-5DC-ST PT 5-HF-12DC-ST Article no. Article no PT 2x2-HF-5DC-ST PT 2x2-HF-12DC-ST PT 2x2-HF-24DC-ST Article no. PT 3-PB-ST PT 3-HF-12DC-ST PT 2x2-BE PT 2x2-BE PT 1x2-BE PT 2x2+F-BE PT 2x2+F-BE PT 1 x2+f-be ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) SSA SSA DC C1. C2. C3, D1 5.2 V DC/3.6 V AC 450 ma 10 ka/10 ka 20 ka s 55 V/s 55 V s 500 ns/s 500 ns 0.2 db to 5 MHz (typ.) 70 MHz C C VO %-497B DC Cl, C2, C3, D1 14 V DC/9.8 V AC 450 ma 10 ka/10 ka 20 ka s 55 V/s 55 V s 500 ns/s 500 ns 0.2 db to 5 MHz (typ.) 70 MHz 2.2 S C C VO %-497B IEEE C Supported Bus Systems (see table or call factory if you do not see your bus system listed) MODBUS + Ethernet 1 OBase T RS 232 ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) SSA SSA DC 12 DC 24 DC Cl, C2, C3 Cl. C2, C3 C1, C2, C3 5.2 V DC/3.6 V AC 13 V DC/9 V AC 28 V DC/19.8 V AC 450 ma 450 ma 450 ma 10kAll0kA 10kA/10kA 10kA/10kA 20 ka 20 ka 20 ka s 45 V/s 450 V s 50 V/s 450 V s 120 V/s 450 V s 500 ns/s 500 ns s 500 ns/s 500 ns s 500 nsls 500 ns 0.2 db to 5 MHz 0.2 db to 5 MHz 0.2 db to 5 MHz 70 MHz 70 MHz 70 MHz C C 40 C C -40 C C VO VO VO 9a-497B %-497B %-497B IEEE C Supported Bus Systems (see table or call factory if you do not see your bus system listed) Genius I/O ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) SSA SSA DC 12 DC C1, C2, C3, D1 Cl, C2, C3, D1 5.2VDC/3.6VAC 14VDC/9.8VAC 450 ma 450 ma 10kAllOkA 10kA/10 ka 20 ka 20 ka s55v/s55v s55v/s55v s 500 ns/s 500 ns s 500 ns/s 500 ns 0.2 db to 5 MHz (typ.) 70 MHz 0.2 db to 5 MHz (typ.) 70 MHz 2.2 S2-40 C C V0 %-497B S2-40 C C VO % IEEE C Supported Bus Systems (see table or call factory if you do not see your bus system listed) Data Highway (DH) Data Highway + (DH+) Device Net (requires PT 2-PE/S-24AC for protection of bus power) Modbus Profibus (up to 12Mbit Is) Remote I/O RS 232 Phoenix Contact 83

85 DATATRAB Surge Protection for RS-232 Serial Data Interfaces General Description The DATATRAB products specifically for RS-232 signals include a hybrid protection circuit for "fine" protection line to line and "coarse" protection line to ground. Special versions include additional protection for handshaking lines required for some RS-232 interfaces. D-UFB-V24... These products feature metal housings for EMI/RFI shielding and standard 9 and 15 position D-SUB connectors for easy installation. See table 5 on page 78 for connector selection guide. D-UFB-V24/... Coarse and fine protection for V.24 data transmission D-UFB-V24/8... Fine protection for V.24 data transmission with handshake MT V24 These MT-V24 products feature a DIN rail mount housing with screw clamp terminals for hard wire applications. (IECI rigid flexible [mm ] solid stranded AWG Connection data DATA-MODUTRAB DATATRAB IN : D-25-SUB OUT: D-25-SUB TxD 2 unprotected OUT protected TxD 2 RxD 3 RTS 4 IN CTS 5 DSR 6 DCD 8 DTR 20 Gnd 7 z OUT Description Article no. Article no. Pcs Pkt DATATRAB 1 ), protection adapter for V.24 data transmission D-UFB-V24/SB-B 1 ) 2 ) D-UFB-V24/BS-B 1 ) 2) I 1 D-UFB-V24/SB-S 1 ) 2 ) D-UFB-V24/BS-S 1 ) 2 ) D-UFB-V24/8-SB-B 1 ) 2 ) D-UFB-V24/8-BS-B 1 ) 2 ) D-UFB-V24/8-SB-S 1 ) 2) D-UFB-V24/8-BS-S 1 )2) DATATRAB 1 ), as above, however for mounting on Lr DATA-MODUTRAB, protection module for mounting on LI - DATA-PLUGTRAB-plug, can be plugged into the header DATA-PLUGTRAB-header, for mounting on L-r Technical data IEC categorynde requirement class: Max. cont operating voltage : MCOV: Max. cont. operating current I N : Max. single impulse discharge (8/20)tts : Limiting (clamping) voltage at 1 kv/psi Response time t5: Input attenuation a l in a S2 system (typ.): Cut-oh frequency fg (3dB) in a 50/100/600 S2 system (typ.) Resistance per path: Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with!ec 60529/ EN : Approvals: Class 1, Division 2, Group A, B, C & D: Based on test standards: 12V DC L-UL-. L-UL-1 L-L/L-+ PT 5-HF-12DC The PLUGTRAB PT products can also be used for RS-232 data signals. The DIN rail mount housing and pluggable features make the PLUGTRAB PT ideal for control cabinet applications C2, C3. D1 15 V DC 260 ma/25 C 5 ka/5 ka s 24 Ws 600 V 5 1 ns/5 100 ns 1.6 db to 400 khz/-10.1 db to 60 khz 3.5 MHzI-1300 khz 20 S2/20 S2-40 C to+60 C IEEE C62.36 Characteristics of the device Surge voltage protection devices Fine protection, signal-signal I Fine protection, signal-ground r Coarse protection, signal-signal Coarse protection, signal-ground.. Coarse protection, signal--i- Coarse protection, ground-1 Decoupling Adapter D-25-SUB Adapter D-9-SUB Matrix : Characteristics of the device cx - q?. v; v > > > 0.1 S m CO m LL LL LL > > N I C1. C3, D1 15V DC 1 A/60 C 0.3 ka/5 ka s 22 V/5 600 V s 1 ns/5 100 ns 0.1 db to 700 khz/-/50 khz 4 MHz/-/300 khz -40 C to+60 C IP IE EE C ) Explanations for the mechanical versions, see page 86. 2) Approvals : BZT (D) and PETT (L) o asymmetrical curve (600 S2) asymmetrical curve (50 S2) x Hz Characteristic attenuation curve D-UFB-V24... Frequency 84 Phoenix Contact

86 D-UFB-V24/S-DSUB 9/... MT V24 PT 5-HF-12DC Fine protection for V.24 data transmission Coarse and fine protection for V 24 data transmission Module width 30 Coarse and fine protection for V.24 data transmission Module width 17.5 Article no. pm. Article no. Article no. i, D-UFB-V241S-DSUB 9/SB-B 1 ) D-UFB-V24/S-DSUB 9/5B-S 1 ) D-UFB-V24/S-DSUB 9/SB-B-U t) MTV241 ) C1, C3, D1 C2, C3, D1 15V DC 15VDC 1 A/60 C 300 ma/25 'C 0.3 ka/5 ka 5 ka/5 ka s 22 V/s 650 V s 22 V/s 450 V s 1 ns/5 100 ns s1 ns/5 100 ns 0.1 db to 300 khz/-130 khz 0.6 db to 600 khz/-/0.1 db to 40 khz 4 MHz/-/300 khz 4 MHz/-/300 khz C to C to + 60 c VO 1P 20 IEEE C62.36 IEEE C62.36 Pin configuration D-UFB-V24/...: Data lines 2, 3 Signal ground PT 3-HF-12DC (see page 83) PT 5-HF-12DC (see page 83) PT...-BE (see page 83) PT 3-HF-12DC PT 5-HF-12DC C1, C2, C3, D1 C1, C2. C3, D1 14 V DC/9.8.V AC 14 V DC/9.8.V AC 450 ma 450 ma 10 ka/10 ka 10 ka/lo ka s 55 V/s 700 V s 55 V/s 700 V s 500 ns/5 500 ns s 500 ns/s 500 ns -/0.2 db to 5 MHz/- -/0.2dBto5MHzl- -/70 MHz/- -/70 MHz/- 2.2 Q C to+85 C VO %-497B IEEE C62.36 Pin configuration MT V24: Data lines 2, 3 Gnd 7 4 L Pin configuration Data lines Signal ground 4 D-UFB-V24/8...: 2, 3, 4,5, 6, 8, / 10 9 af e 4 MT V24 Pin configuration MT V24/S: Data lines 2, 3, 4, 5, 6, 8, 20 Gnd 7 4 Pin configuration Data lines Signal ground 4 0-U FB-V 24/S-DSUB 9/...: 1, 2, 3, 4, 6, 7, 8, 9 5 Housing connection K 100K 1M Hz tom Characteristic attenuation curve MT V24... Frequency Phoenix Contact 85

87 DATATRAB Surge Protection for RS-422 Serial Data Interfaces General Description The DATATRAB products specifically for RS-422 signals include a hybrid protection circuit for "fine" protection line to line and "coarse" protection line to ground. A variety of connection interfaces are available including standard 15 and 25 pin D-SUB connectors and hard wired DIN rail mount versions. See table 5 on page 78 for connector selection guide. Pin configuration D-UFB-V11/... and D-UFB-V11/S Data line pair 1 : T(A), T(B) 2, 9 Data line pair 2 : R(A), R(B) 4, 11 Signal ground : , Pin configuration D-UFB-V11-SUB Data line pair 1 : T(A), T(B) 25, 19 Data line pair 2 : R(A), R(B) 15, 17 Signal ground : 7 (IEC1 rigid flexible 1-1 DATA-PLUGTRAB PT 5-HF.. is a two-part D-UFB-V11... IN : D-15-SUB OUT: D-15-SUB su e volt e ro e t on e ce. Th s surge D-UFB-VII-SUB 25 IN : D-25-SUB OUT: D-25-SUB arrester is also used in data transmission Dimensional drawings. see pages 88/89 systems with the V.11/RS-422 interface Description Voltage (ITU-T V.11 :1993/ EIA-422/ DIN ). It UN must be mounted on mounting rails and is connected using screw terminal blocks. DATATRAB 1 ), protection adapter for V.11 data transmission Pin configuration PT 5-HF-12DC: Data line pair 1 : T(A), T(B) 1, 5 Data line pair 2 : R(A), R(B) 7, 11 Signal ground : 9 I. 3 Surge voltage protection devices Characteristics of the device 6 Fine protection, signal-signal (sym.) Fine protection, signal-ground (asym.) [mm ] solid stranded AWG Connection data DATA-PLUGTRAB DATA-PLUGTRAB plug, can be plugged into the header 12 V DC MCR-PLUGTRAB header, for mounting on s r with gas-filled surge arrester between connections 3/4 (4) and 9/10 Technical data IEC categorynde requirement class: Max cont. operating voltage : MCOV: Max. cont. operating current I N : Max. single impulse discharge (8/20)us : Limiting (clamping) voltage at 1 kv/psi Response time t y : Input attenuation al in a 50/600 S2 system (typ.): Cut-off frequency f 9 (3dB) in a 50/600 4 system (typ.) L-UL-1 L-UL-1 L-UL-1 Resistance per path : 2-2, 4-4, 9-9, Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 60529/ EN : Approvals: Class 1, Division 2, Groups A, B, C & D: Based on test standards: 1 ) Explanations for the mechanical versions, see page 86. symmetrical curve (600 4) O asymmetrical curve (600 S2) symmetrical curve (50 S2) o asymmetrical curve (50 S2) I N D-UFB-V11/... Coarse and fine protection for V.11 data transmission T(A) 2 T(6) 9 Gnd 8 R(A) 4 R(B) 11 sis unprotected D-UFB-V11/SB-B 1 ) D-UFB-V11/BS-B 1 ) D-UFB-V11/SB-S 1 ) D-UFB-V11/BS-S 1 ) C2, C3, D1 12VDC 175 ma/25 C 5 ka/5 ka s 22 V/s 600 V s 1 ns/s 100 ns 3.2 db to 1 MHz/0.4 db to 600 khz 5 MHz/500 khz 22 S2-40 C to+60 C BZT (D). PETT (L) IEEE C62.36 Article no. 11 OUT protected Coarse protection, signal-signal (sym.) Coarse protection, signal-ground (asym.) Coarse protection, signal-4. Coarse protection, ground-1 Decoupling OH OOK 1M Matrix : Characteristics of the device 86 Phoenix Contact Characteristic attenuation curve Frequency

88 D-UFB-V11-SUB Coarse and fine protection for V.11 data transmission D-UFB-V11/S... Fine protection for V.11 data transmission PT 5-HF-12DC Coarse and fine protection for V.11 data transmission Module width 17.5 IN OUT unprotected protected Article no. Pkt. Article no. cs. PPkt. Article no.i, Pcs ' D-UFB-V11-SUB 25-BS-B 1 ) D-UFB-V11-SUB 25-BS-S D-UFB-V11/S-SB-S I ) PT 5-HF-120C-ST PT 2x2+F-BE i C2, C3, D1 C1, C3. D1 C1, C2, C3, D1 12 V DC 12V DC 14VDC/9.8VAC 175 ma/25 C 1 A/25 C 450 ma 5 ka/5 ka 0.4 ka/5 ka (GND-- ) 10 ka/10 ka s 22 V/s 600 V s 22 V/s 600 V s 55 V/s 55 V s 1 ns/s 100 ns s 1 Iasi, 100 ns s 500 ns/s 500 ns 3.2 db to 500 khz/0.4 db to 30 khz 0.1 db to 200 khz/20 khz 0.2 db to 5 MHz (typ.) 5 MHz/500 khz 1.5 MHz/150 khz 70 MHz 2.2 U C to+60 C -40 C to+60 C -40 C C VO BZT (D), PETT (L) % IEEE C62.36 IEEE C62.36 IEEE C db 10k 100k M Frequency Frequency Characteristic attenuation curve Characteristic attenuation curve Phoenix Contact 87

89 DATATRAB Surge Protection for RS-485 Serial Data Interfaces General Description The DATATRAB products specifically for RS-485 signals include a hybrid protection circuit for "fine" protection line to line and "coarse" protection line to ground. A variety of connection interfaces are available including standard 9 pin D-SUB connectors and hard wired DIN rail mount versions. See table 5 on page 78 for connector selection guide. Pin configuration MT RS485...: Data line pair 1 T(A)/T(B) 3, 8 Data line pair 2 R(A)/R(B) 4, 9 Signal ground 2, Pin configuration MT RS485/S: 12 V line 1, 6 Data line pair 1 T(A)/T(B) 3, 8 Data line pair 2 R(A)/R(B) 4, 9 Signal ground 2, Pin configuration PT 5-HF...: Data line pair 1 T(A)/T(B) 1,5 Data line pair 2 R(A)/R(B) 7, 11 Signal ground Note: Selection of PT Base Element PT...-BE 8)i0 e 4P, 90 o m This base element should be used in installations where the common return or shield is to be grounded at the DIN rail. The connections for ground (9/10) are connected directly to the mounting foot (3/4). PT...+F-BE eon '"ii This base element should be used in installations where the common return (or shield) is to be isolated (floating) from the earth ground at the connection point. Terminate the common return (or shield) to positions 9/10 and earth ground to positions 3 /4. Now you will have gas tube isolation (no leakage current) between your common return (or shield) and earth ground. In addition to any normal mode protection, you will also have protection line to common (or shield), and common (or shield) to ground. 9T Dimensional drawing : MODUTRAB Dimensional drawing : PLUGTRAB 90 (IECI rigid flexible (mm l solid stranded AWG Connection data Description DATA-MODUTRAB, protection module for mounting on U DATA-PLUGTRAB plug, can be plugged into the header Voltage U N 5 V DC 12 V DC MCR-PLUGTRAB header, for mounting on u with bridge between the connections 3/4 (4) and 9/10 with gas-filled surge arrester between connections 3/4 (1) and 9/10 Zack strip, 10-section, white Shield fast connection Technical data IEC category/vde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current I N : Max. single impulse discharge (8/20)µs : Limiting (clamping) voltage at 1 kvlps: Response time ta : Input attenuation a l in a 50/600 S2 system (typ.): Cut-off frequency f9 (3dB) in a 50/600 0 system (typ.) Resistance per path: Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 60529/ EN : Approvals: Class 1, Division 2, Groups A, B, C & D: Based on test standards : 75 L-UL-. L-UL-+ MT RS Coarse and fine protection for RS-465 data transmission Module width 50 IN MT RS485 MT RS485-TTL unprotected protected Article no MT RS485 MT RS485-TTL C2. C3, D1 C2, C3, D1 12 V/9 V 5.8 V/4 V 450 ma/25 C 450 ma/25 C 10 ka 10 ka s 22 V/s 600 V s12ws450v s 1 ns/s 100 ns s 1 ns/s 100 ns /0.1 db to 10 khz 0.1 db to 10 khz/10 khz 1.3 MHz/130 khz 600 khz/50 khz `Cto+60 C VO IEEE C 'C to+80 C VO 7 OUT Pcs Pkt Characteristics of the device Surge voltage I protection 1 devices Fine protection, signal-signal (sym.) Fine protection, signal-ground (asym.) Coarse protection. signal-signal Coarse protection, signal-ground Coarse protection, signal-4- Coarse protection, ground-4- ui in sr co U) r) Q Q H F Decoupling 5 Mounting rail module 5 _ 5 Matrix : Characteristics of the device. U lxn N 0 o symmetrical curve (600 Q) o asymmetrical curve (600 52) symmetrical curve (50 52) Q asymmetrical curve (50 S2) symm./asymm. curve (600 0) o symm./asymm. curve (50 D) 88 Phoenix Contact

90 Module width 50 MT RS485/S Fine protection for RS-485 data transmission PT 5-HF-... Signal circuit protection in three or four-conductor technology Housing width 17.5 (1 div.) 6 IN 2 7 unprotected p rotected Article no. Article no. Pc - s" Pk'. MT RS485/S PT 5-HF-5DC-ST PT 5-HF-12DC-ST PT 2x2-BE PT 2x2+F-BE ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) SSA... (see page 72) 10 5DC 12DC C1, C3, D1 Cl. C2, C3, D1 Cl, C2, C3, D1 12V/9V 5.2 V/3.6 V 14 V19.8 V 1 N25 C 450 ma 450 ma 0.4 ka/10 ka (GND-1) 20 ka 20 ka s 22 V/s 600 V s55v/s55v s55v/s55v s 1 ns/s 100 ns s 500 risk 500 ns s 500 nsls 500 ns 0.1 db to 200 khz/20 khz 0.2 db to 5 MHz (typ.) 0.2 db to 5 MHz (typ.) 2 MHz/150 khz 70 MHz 70 MHz Q -40 C to+60 C -40 C C -40 C...+B5 C VO VO VO 9a IEEE C62.36 IEEE C62.36 IEEE C62.36 i 500m 400 ma loon IM Hz Ism Characteristic attenuation curve Frequency C Derating curve PT 5-HF-12DC

91 DATATRAB Surge Protection for RS-485 Serial Data Interfaces (continued) General Description These products are ideal for RS-485 applications where the cable is terminated with a standard 9-pin D-SUB connector. The product easily connects to the bus cable providing coarse and fine protection for two or four wire RS-485 signals. Use the type S version if particular low attenuation values are required. Pin configuration D-UFB-485/...: Data line pair 1T(A)/T(B) 3, 8 Data line pair 2 R(A)/R(B) 4, 9 Signal ground 2, D-U FB-485/... Coarse and fine protection for RS-485 data transmission D-UFB-485/S... Fine protection for RS-485 data transmission Pin configuration D-UFB-485/S-...: 12 V Tine 1, 6 Data line pair 1T(A)/T(B) 3, 8 Data line pair 2 R(A)/R(B) 4, 9 Signal ground 2, N 7 7 IN 6 4 OUT unprotected protected IN OUT IN OUT Connection data D-9 -SUB D-9 -SUB Connection data D-9 -SUB D-9 -SUB Description DATATRAB t ), protection adapter for RS-485 data transmission DATATRAB I ), as above,e~iiowever with universal foot for mounting on Lr or l~ Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current I N : Max. single impulse discharge (8/20)as: Limiting (clamping) voltage at 1 kv/ns: Response time t a : Input attenuation a, in a 50/ system (typ.): Cut-off frequency f9 (3dB) in a 50/600 C system (typ.) Resistance per path: Temperature range: Degree of protection in acc. with IEC 60529/ EN : Approvals: Based on test standards : L-UL-4 L-L/L-+ L-L/L-1 Article no. D-UFB-485/BS-B D-UFB-4851SB-B D-UFB-485/BS-B-U C2, C3, D1 12VDC 175 ma/25 C 5 ka/5 ka s 22 V/s 600 V s 1 ns/s 100 ns 3.2 db to 1 MHz/0.4 db to 100 khz 5 MHz/450 khz C to + 60 C IEEE C ) Explanation for the mechanical version, see page 86. Pcs Pkt. Article no. 1 D-UFB-485/S-BS-B D-UFB-4851S-SB-B-U Cl. C3, D1 12VDC 1A 0.4 ka/5 ka (GND-1) s 22 V/s 600 V 1 ns/s 100 ns 0.1 db to 400 khz/30 khz 2 MHz/150 khz -40 C to+60 C IEEE C62.36 O symmetrical curve (600 52) 0 asymmetrical curve (600 S2) Q symmetrical curve (50 S2) Q asymmetrical curve (50 S2) Surge voltage protection devices 0/ Characteristics of the device Fine protection, signal-signal (sym.) Fine protection, signal-ground (asym.) Coarse protection, signal-signal (sym.) Coarse protection, signal-ground (asym.) 0/ Coarse protection, signal-1 Coarse protection, ground-str Decoupling IOON Rail mounting Matrix : Characteristics of the device 90 Phoenix Contact Characteristic attenuation curve Frequency Characteristic attenuation curve Frequency

92 1.6 13eauoO xivaoyd

93 DATATRAB Surge Protection for INTERBUS Remote Bus Systems 90 C0 Dimensional drawing : PLUGTRAB D-UFB-IB-S-RBI Protection adapter for 2-conductor remote bus input General Description The D-UFB-IB... products are designed specifically for INTERBUS remote bus systems using standard D-SUB 9 position connectors. The surge protection modules are can be easily DIN rail mounted for control cabinet applications. D-UFB-IB-S-RBI This product is designed specially for protection of INTERBUS remote bus input circuit applications. In addition to the fine protection circuit line to line and line to shield, the protection circuit features gas tube isolation shield to ground. An additional capacitor is also used between the shield and ground to reduce EMI / RFI effects. D-UFB-IB-S-RBO This product is designed specially for protection of INTERBUS remote bus output circuit applications. The protection circuit features fine protection line to line and line to shield / ground. PT 5 HF-5DC This PLUGTRAB PT product can be used especially for INTERBUS-INLINE remote bus protection. The specially designed circuit provides high speed SAD technology normal mode (line to line) between all signal conductors and gas discharge tube technology common mode (line to ground) for all signal conductors. (IECI rigid flexible [mm] solid stranded AWG Connection data PT 5-HF D-UFB...RBI IN: D-SUB 9 male connector OUT : D-SUB 9 female connector D-UFB...RBO IN: D-SUB 9 female connector OUT : D-SUB 9 male connector Description Voltage UN DATATRAB, Protection adapter for 2-conductor remote bus with 9-pin D-SUB connection, with universal foot for mounting on Lr or C DATA-PLUGTRAB plug, 5 V DC can be plugged into the header 24 V AC 24V AC MCR-PLUGTRAB header, for mounting on Lr with gas-filled surge arrester between connections 3/4 (1) and 9/10 Technical data IEC categorynde requirement class : IN C1, C3, D1 Max. cont. operating voltage : MCOV: 5.8 V DC Max. cont. operating current IN : 300 ma/ 25 C Max. single impulse discharge (8/20)µs : L-UL ka/0.35 ka Total surge current (8120)µs : L ka Article no. Limiting (clamping) voltage at 1 kv/ps : L-UL-+ s 45 V/s 900 V Response time ta : L-UL-k s 500 risk 500 ns Input attenuation a l in a 50/600 2 system (typ.) : 0.1 db to 8.5 MHz/0.1 db to 8.5 MHz/0.1 db to 2.5 MHz Cut-off frequency f9 (3dB) in a 50/600 Q system (typ.) 100 MHz!> 100 MHz/30 MHz Resistance per path: Temperature range : Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 60529/ EN : IP 10 Approvals: -40 C to+60 C Class 1, Division 2, Groups A. B, C & D: Based on test standards : IEEE C62.36 esp. D-UFB-IB-S-RBI E[ 92 Phoenix Contact Dimensional drawing : D-UFB-IB-S-RB...

94 r~ 1 D-UFB-IB-S-RBO Protection adapter for 2-conductor remote bus output PT 5 HF 5DC Surge voltage protection device for INTERBUS-INLINE Article no. Pkt. Article no. D-UFB-IB-S-RBO PT 5-HF-5DC-ST PT 2x2.24AC-ST r ) PT 1x2-24AC-ST2) PT 2x2+F-BE') C1, C3 5.8 V DC 300 ma/ 25 C 0.35 ka/0.35 ka 1.5 ka s 35 Vis 35 V s 500 ns/s 500 ns 0.1 db to 7 MHz/0.1 db to 8.5 MHz/0.1 db to 2.5 MHz 100 MHz/> 100 MHz/30 MHz -40 C to+60 C IP 10 IEEE C62.36 PT 5-HF-5DC Cl. C2, C3, D1 5.2 V DC./3.6 V AC 450 ma 10 ka/10 ka 20 ka s55v/s55v s 500 risk 500 ns 0.2 db to 5 MHz (typ.) 70 MHz 2.2 s2-40 C C VO csuus IEEE C )For technical data and accessories. see page 41 2) For technical data and accessories, see page 42

95 DATATRAB Surge Voltage Protection for INTERBUS Field Multiplexer IBS-MUX DATA-PLUGTRAB General Description The PT 3-PB is ideal for protection of the Phoenix Contact INTERBUS field multiplexers. See diagram below for wiring description. PT 3-PB... Note : Selection of PT Base Element PT...-BE ) This base element should be used in installations where the 4o common return or shield is to be grounded at the DIN rail. The connections for ground (9/10) are connected directly to the mounting foot (3/4). Surge voltage protection for Profibus and field multiplexers PT...+F-BE This base element should be used in installations where the common return (or shield) is to be isolated (floating) from the earth ground at the connection point. Terminate the common return (or shield) to positions 9/10 and earth ground to positions 3 /4. Now you will have gas tube isolation (no leakage current) between your common return (or shield) and earth ground. In addition to any normal mode protection, you will also have protection line to common (or shield), and common (or shield) to ground. (IEC1 rigid flexible [mm) solid stranded AWG Connection data Description DATA-PLUGTRAB plug, for field multiplexers, can be plugged into the header Voltage U N 5VDC MCR-PLUGTRAB header, for mounting on 1 _r with bridge between the connections 3/4 (1) and 9/10 with gas-filled surge arrester between connections 3/4 (4) and 9/10 Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current I N : Max. single impulse discharge (8/20)ps : Total surge current (6/20)0 : Limiting (clamping) voltage at 1 kv/us : Response time t 3 : Input attenuation al in a 50/600 S2 system (typ.): Cut-off frequency f y (3dB) in a 50/ system (typ.) Resistance per path: Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 60529/ EN : Approvals: Class 1, Division 2, Groups A, B, C & D: Based on test standards: 1 ) For dimensional drawing and accessories, see page 95 L-UL-1 L4 L-UL-1 L-UL unprotected PT 3-PB-ST 1 ) PT 1x2-BE PT 1x2+F-BE Cl, C2, C3, D1 5.2 V/3.6 V 450 ma 10 ka/10 ka 20 ka s55v/s55v s 500 ns/s 500 ns 0.2 db to 5 MHz (typ.) 70 MHz 2.2 S2-40 C C Vo c911us-497b '-1604 IEEE C62.36 Article no. 12 OUT 10 O 41 protected INTERBUS-MUX n.1u,fl 141 rnalrig D,~iial protected unprotected O OE CO EC OE CO 00 0C 0 OE or OE OE cc cc oc OIi Op OE OE CO OC O 1C CO PT 3-PB-ST to PT 1x2+F-BE PT 2-PE/S-24AC-ST to PT BE/FM PT 2x2-24DC-ST to PT 2x2-BE 4 PT4x1-24DC-ST to PT 4x1-BE 5 TT-SLKK5-F/110AC When the ground potential is the same, the shield can be connected to terminal 3 of the PT 3-PB. The TT-SLKK5-F.. is no longer necessary 94 Phoenix Contact Connecting PT 3-PB to the INTERBUS-MUX

96 DATATRAB Surge Voltage Protection for TTY Interfaces General Description These products are designed specifically for applications using the TTY (digital current loop) interface. They are also acceptable for use with 4-20mA analog loop applications. D-UFB-TTY-1 /... These products feature a D-SUB 25 connector. MT-TTY-1 These products are hard wire TTY applications Pin configuration D-UFB-TTY-1...: Data line pair A 9/10 Data line pair B 24/25 1 D-U FB-TTY-1/... Coarse and fine protection for 20 ma current loop MT TTY-1 Coarse and fine protection for 20 ma current loop Module width 30 Pin configuration MTTTY-1: Data line pair A 9/10 Data line pair B 24/25 L 6 (IECI rigid flexible [mm] solid stranded AWG Connection data MTTTY D-UFB-TTY IN : D-25-SUB OUT : D-25-SUB Description DATATRAB 1 ), Protection adapter for TTY data transmission, with 2 current loops DATA-MODUTRAB, for mounting on U D-UFB-TTY-1/SB-B l )2) D-UFB-TTY-1 /BS-B 1 )2) l Article no. I MT TTY-1 Article no Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current I N : Max. single impulse discharge (8/20)µs : L-UL-1 Total surge current (8/20)µs : L-1 Limiting (clamping) voltage at 1 kv/ps : L-UL-4 Response time ta: L-UL-1 Input attenuation a l in a 50/600 4 system (typ.): Cut-off frequency fq (3dB) in a 50/600 4 system (typ.) Resistance per path: Temperature range: Inflammability class in acc. with UL 94: Degree of protection in acc, with IEC 60529/ EN : Approvals: Based on test standards: 2 ) Explanation for the mechanical version, see page 86. C2, C3, D1 24 V DC 300 ma 5 ka15 ka 10 ka s 35 Ws 600 V s 1 ns/s 100 ns 0.4 db to 300 khz/0.1 db to 30 khz 3 MHz/300 khz C to+60 C 1 ) BZT (D) IEEE C62.36 C2, C3, D1 24 V DC 300 ma 5 ka/5 ka 10 ka s 35 Ws 450 V sirisk 100ns 0.4 db to 300 khz/0.1 db to 30 khz 4 MHz/300 khz C to + 60 C VO IEEE C62.36 Dimensional drawing, see page 79 symmetrical curve (600 52) symmetrical curve (50 4) Surge voltage protection devices t,o Characteristics of the device o 5,o.E a 9. r -- tla fi fi. /0 Fine protection, signal-signal (sym.). Coarse protection, signal-signal (sym.) I Coarse protection. signal-1 Decoupling IOH,OOH Adapter D-25-SUB S UH IOOH Hr M Rail mounting Frequency Frequency Matrix : Characteristics of the device Characteristic attenuation curve Characteristic attenuation curve Phoenix Contact 95

97 Surge Protection Devices for High Frequency Coaxial Cable Systems General Radio and video systems are particularly susceptible to lightning influences. As with other applications, the influence can be due to direct or indirect lightning events. The antenna and cables commonly used for such applications, despite their relatively good shielding properties, are extremely vulnerable to large electromagnetic forces (such as lightning). Static charge build-up is an additional danger as it can reach many thousands of volts. As with data signals, the frequency and data rates of these signals mean special care in selecting proper surge protection devices so that the signal itself is not attenuated. Additionally the connector should be matched to the surge protection device to provide an easy installation and to minimize attenuation effects. Wireless Data, Signal and Mobile Phone \1( Systems : GPS, CDMA, GSM, FHSS, DSSS. Because the radio and antenna are often located outdoors, the transceivers used for mobile phone, wireless data and telemetry applications are highly susceptible to electromagnetic influences from lightning and other sources. The antenna cables are coaxial type usually terminated with N, 7/16th DIN or BNC. With frequency ranges generally > 900MHz, it is important to select a technique that does not attenuate the high frequency signal. Gas discharge tube technology is often the preferred solution. The gas tube does not introduce capacitance to the circuit and can handle the surge currents associated with lightning influences. 96 Phoenix Contact

98 l )) Two-way radio communication systems Two-way radio systems are used quite frequently in the construction, police and fire fighting industries. The base stations for these radios often have external antennas which therefore make them highly susceptible to lightning influences. The mechanical connection of the antenna is usually made with a UHF or type N connector. With frequency ranges generally > 500MHz, it is important to select a technique that does not attenuate the high frequency signal. Gas discharge tube technology is often the preferred solution. The gas tube does not introduce capacitance to the circuit and can handle the surge currents associated with lightning influences. Video surveillance systems Video cameras are used in a wide range of commercial and industrial security applications. Many times the installations sites are outdoors making them exposed to the influences of lightning activity. In addition to the power, and control signals that are run to the cameras, coaxial cable is typically used for the video signals. The coaxial surge protection devices for video applications feature finely tuned, high performance coarse and fine protection components. BNC and TNC connectors are available for easy installation. Versions are available for applications with grounded or isolated shield. Cable TV and Broadband Modems Television and cable modems connected to the cable network are also susceptible to lightning influences. Even if the cable is buried under ground, close by lightning events can couple unwanted transient energy on the cable lines and enter your modem or TV causing expensive damage. Surge protection devices for these applications use a specially tuned circuit with F connectors for easy installation. Phoenix Contact 97

99 COAXTRAB Surge Protection Devices for Wireless Data, Signal, and Mobile Phone Systems 35 Dimensional drawing : CN-UB assembly board - 68 COAXTRAB with BNC connection CN-UB-280DC... Protection adapter with N connector 96- _-- q 25,4 Features Series connected surge protection modules make installation fast and easy. High-power gas discharge tube technology shunt high current lightning discharge currents while maintaining low capacitance for minimized attenuation. Very low insertion loss. Impedance matching allows high transmission capabilities without signal attenuation or degradation. Metal housing provides superior shielding (EMI/RFI) properties for high-speed data interfaces. General Descriptions: CN-UB-280DC The COAXTRAB CN-UB... features removable gas tube for easy replacement if direct lightning strike causes a failure. The unit can be either mounted directly to the coaxial cable, or with the use of a mounting bracket can be attached directly to a bulkhead. N connectors are available as a male-female, or female-female configuration. C-UB... The COAXTRAB C-UB features BNC connectors for applications with transmission frequencies up to 1 GHz. The /E version is available for applications with isolated ground connections. The devices with 50 Q BNC connectors can also be used in systems COAXTRAB CN-UB/E Description Connection COAXTRAB, BNC as surge voltage protection for coaxial cables N connector CN-U B-280 DC-SB1 ) N connector CN-UB-280DC-BB 1 ) F connector CF-UB-280DC-SB-SET Equlpotential lead, Length : 1.5 m, conductor cross section C-UFB-PA mm2, with M3 ring cable lug Replacement gas-filled surge arrestor CN-UB-G Article no. CN-UB assembly board oc ](D) CN-UB/MP Technical data CN-UB-280DC-SB/... BB C2, C3. D1 CN-UB-280DC-SB-SET C2, C3, D1 IEC categorynde requirement class: Max. cont. operating voltage : MCOV: [DC/AC] 280 V/195 V 280 V/195 V Max. cont. operating current I N : 5 A/25 C 5 A/25 C Maximum single impulse discharge (8/20)us : Core-Core/Core-+ /20 ka /20 ka Limiting (clamping) voltage at 1 kv/µs : Core-Core/Core-1 /a 700 V /s 700 V Response time ta : Core-Shield/Core-I. /s 100 ns /s 100 ns Input attenuation a l in a system (typ.): 0.1 db to 1.2 GHz Cut-off frequency f9 (3dB) in a 50 4 system (typ.) >3GHz >2GHz Standing wave ratio (SWR) in a 50 4 system: Perm. HF power Pmax at SWR= 1.1/x in a system : s 1.1 to 2.0 GHz 700 W/200 W Temperature range : - 25 C to + 80 C -20 C to + 80 C Degree of protection in ace. with IEC 60529/ EN IP 55 IP 55 Approvals : 9a-4978 Class 1, Division 2, Groups A, B, C & D : Based on test standards: IEEE C62.36 IEEE C ) with 7/16 connectors on request asymmetrical curve (50 02) 0 O aga ,4 1, ,6 0,4 0,2 ii 98 Phoenix Contact Frequency Typical attenuation curve CN-UB-280DC... Typical SWR on CN-UB-280DC... Dimensional drawing : CN-UB 280 DC-SB and CN-UB 280 DC-BB

100 CN-UB/E Protection adapter with N connector Housing length 83 C-UB Protection adapter with BNC connection Housing length 68 C-UB/E Protection adapter with BNC connection Housing length 80 Typ e Article no. Article no. C-UB C-UB/E CN-UB/E Article no C-UFB-PA C2. C3 C2, C3, D1 C2, C3 180 V/130 V 70 V/50 V 180 V/130 V 5 A/25 'C 1 A/ A/25 'C 5 ka/5 ka /10 ka 5 ka/5 ka 590 V/s 470 V o650v s 590 V/s 470 V s 100 ns/s 100 ns s 100 ns s 100 ns/s 100 ns 0.1 db to 100 MHz 0.1 db to 20 MHz 0.1 db to 100 MHz 1 GHz 1 GHz 1 GHz s 1.2 to 200 MHz s 1.2 to 200 MHz s1.2to100mhz 300 W/80 W 40 W/12 W s 300 W/80 W -40 C to+80 C - 40 to + 80 C - 40 C to + 80 IEEE C62.36 IEEE C62.36 IEEE C62.36 i 10 1'1' T 10! db o.00 OM 00.oM roe Characteristic attenuation curve Frequency Characteristic attenuation curve Frequency Characteristic attenuation curve Frequency Phoenix Contact 99

101 COAXTRAB Surge Protection Devices for Wireless Data, Signal, and Mobile Phone Systems CN-LAMBDA/ Protection adapter with N connector C7/16-LAMBDA/ SET Protection adapter set General Description CN-LAMDA... This product uses a 1 /4 wave snubber circuit to filter out frequencies above and below the 2 GHz operating frequency Description COAXTRAB, Protection adapter for antenna connection Connection N connector N connector COAXTRAB 7/16 SET, consisting of: CN...BB + adapter N on a 7/16 male/fem. coon. 7/16 connector CN...BB + 2 adapter N on a 7/16 female connector 7/16 connector Equipotential lead. Length : 1.5 m, conductor cross section 1.5 mm 2, with cable lug CN-UB assembly board ojo Technical data IEC categorynde requirement class: Max. cont. operating current IN : Maximum single impulse discharg (8/20)us : Limiting (clamping) voltage at 1 kv/psi Input attenuation a l in a 50 4 system (typ.): Standing wave ratio (SWR) in a system: Perm. HF power Prnax at SWR= 1.1/xi in a 50 t2 system: Temperature range: Degree of protection in acc. with IEC 60529/ EN Class 1, Division 2, Groups A, B, C & D: Based on test standards, Core-Cor/Core-1 Core-Core/Core-1 ij4 stub line Article no. CN-LAMBDA/4-2.0-BB CN-LAMBDA/4-2.0-SB Pkt. C-UFB-PA CN-UB/MP t ) CN-UB/MP C7/16-LAMBDA/4-2.0-BS-SET 07/16-LAMBDA/4-2.0-BB-SET C-UFB-PA C2, C3. D1 C2, C3, D1 5A 5A 20 ka/20 ka 20 ka/20 ka s 10 Ws 10V a 10 V/5 10 V a 0.2 db of ghz a 0.3 db of GHz a 1.25 of ghz s 1.25 of GHz s 400 W/s 500 W (2 GHz) s 400 W/s 500 W (2 GHz) -40 C to+100 C -40 C to+100 C IP55 IP55 Article no. IEEE C62.36 IEEE C ) For dmensional drawing CN-UB assembly board, see page ( GHz) therefore providing ideal voltage limiting properties. Versions are available with 7/16 DIN connectors. i ,2 2,4 2,6 2,8 3 Curve Loss & SWR for CN-LAMBDA/4-2.0 Frequency o_o 46, Dimensional drawing : CN-...SB Dimensional drawing : CN-...BB 100 Phoenix Contact

102 COAXTRAB Surge Protection Devices for Two-way Radio Communication Systems RF-TRAB Protection adapter with UHF connector RF-TRAB-A... Protection adapter with UHF connector and N connector Description Connect. Transmiss. ratings 1 ) RF-TRAB, Surge voltage protection for coaxial UHF s 200 W cables UHF s 800 W RF-TRAB, Surge voltage protection for coaxial N connector s 200 W cables Replacement gas-filled surge arrestor s 200 W s500w Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current I N : Maximum single impulse discharge (8/20) s : Limiting (clamping)voltage at 1 kv/ps : Response time ta : Input attenuation al in a 50 Q system (typ.): Cut-off frequency f g (3dB) in a 50 U system (typ.) Core-Core/Core-+ Core-Core/Core-4. Core-Core/Core-4' Standing wave ratio (SWR) in a 50 S4 system: Perm. HF power Pmax at SWR= 1.1/m in a 50/755 system: Temperature range: Degree of protection in acc. with IEC 60529/ EN Approvals: Based on test standards : DC/AC RF-TRAB RF-TRAB 500 RF-TRAB-G 1 RF-TRAB-G 2 RF-TRAB C2, C3, D1 180 V/130 V 10 A -/10 ka -/s 600 V 5100ns 0.3 db to 250 MHz 950 MHz 51.2 to 80 MHz s 300 Ms 200 W - 40 'C to + 90 'C IEEE C62.36 Article no RF-TRRAB 500 C2, C3, D1 375 V/265 V 10 A 10 ka -/s 1500 V x100ns 0.3 db to 250 MHz 1000 MHz s 1.2 to 80 MHz s 1000 W/x 800 W - 40 'C to + 90 'C SP IEEE C62.36 Article no. 10 RF-TRAB-A RF-TRAB-A RF-TRAB-A 1 RF-TRAB-A 2 C2, C3 C2, C3 180 V/130 V 180 V/130 V -/5 ka -/5 ka 5 650V/5450V 5650V/5 450V 5100ns s100ns 0.3 db to 150 MHz 0.3 db to 150 MHz 550 MHz 750 MHz 51.2 to 100 MHz 5 1.2to80MHz x300 W/5200 W 5300W/5200W - 40 'C to + 80 'C - 40 C to + 80 'C SP SP IEEE C62.36 IEEE C62.36 I ) Other transmission ratings on request General Description RF-TRAB... These products are designed for UHF frequencies and are available as a series connected device with a UHF or N connector. Versions are available with or without a T-element. lu 9 7 db M Hz 100 IG Frequency Frequency Characteristic attenuation curve Characteristic attenuation curve Phoenix Contact 101

103 COAXTRAB Surge Protection Devices for Video Surveillance Systems General Description C-UFB.../E and CTNC-UFB.../E These COAXTRABs have been specially designed to meet the demands of video systems with isolated (floating) grounds. The protection circuits features a hybrid circuit with fast acting silicon avalanche diode arrays line to shield and high current handling gas discharge tube protection line to shield, line to ground, and shield to ground. The products feature BNC or TNC connectors with termination impedance of 5052 or To cover a variety of video formats, clamping voltages of 5 V, 30 V, and 6.2 V are available. C-UFB... These COAXTRABs are for video systems with grounded shield connections. The protection circuit features a hybrid circuit with a fast acting silicon avalanche diode array and high current handling gas discharge tube protection circuit line to shield (ground). The /1 version features a short profile especially for applications with limited mounting space. Dimensional drawing : C-UFB... Dimensional drawing C-UFB..J , ,4 Description Connect. Voltage U N COAXTRAB, as surge voltage protection BNC V DC for coaxial cables. connection via male BNC V DC and female connector BNC V DC COAXTRAB, as surge voltage protection for coaxial cables, connection via male TNC 5 V DC and female connector Equipotential bonding cable, length : 1.5 m conductor cross section : 1.5 mm2, with cable lug Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV : Max. cont. operating current I N : DC/AC Max. single impulse discharge (8/20)ps : Core-Core/Core-1 Limiting (clamping)voltage at 1 kv/ps : Core-Core/Core-o Response time la : Core-Core/Core-1 Input attenuation a, in a 50 U system (typ.): Cut-off frequency f5 (3dB) in a 50 D system (typ.) Resistance per path: Temperature range: Degree of protection in acc. with IEC EN Based on test standards : IN unprotected C-UFB- 5DC/E C-UFB-24DC/E C-UFB- 5DC/E 75 C-UFB.../E Protection adapter with BNC connection Article no. OUT protected C-UFB- 5DC/E C-UFB-24DC/E C-UFB- 5DC/E 75 C2, C3 C2, C3 C2, C3 5 V DC 30VDC 6.2VDC 185 ma/25 `C 185 ma/25 C 185 ma/25 C 10 ka/10 ka 10 ka/10 ka 10 ka/10 ka s 150 V/s 500 V s 160 V/s 500 V s 150 V/s 500 V s 500 risk 100 ns s 500 ns/s 100 ns s 500 ns/s 100 ns 1.7 db to 20 MHz 1.7 db to 20 MHz 1.3dB to 5MHz (75 U) 170 MHz 170 MHz 80 MHz/75 <2 22 Ll C to + 80 C -40 C to+80 C -40 C to+80 C IEEE C62.36 asymmetrical curve (50 52) 102 Phoenix Contact Characteristic attenuation curve Frequency

104 CTNC-UFB-5DC/E C-UFB... C-UFB.../1 Protection adapter with TNC connection Protection adapter with BNC connection Protection adapter with BNC connection IN OUT IN OUT IN OUT unprotected - protected unprotected protected unpr otected protected ' Article no.,qs. C-UFB- 5DC C-UFB-24DC Article no C-UFB- 5DC/ C-UFB-24DC/1 Article no Es CTNC-UFB-5DC/E C-UFB-PA C-UFB-PA C-UFB-PA C2, C3 6 V DC/4 V AC 185 ma/25 'C 10 ka/10 ka 150 V/s 500 V 500 ns/s 100 ns 1.7 db to 20 MHz 170 MHz 'Cto+80 C IEEE C62.36 C-UFB- 5DC C-UFB-24DC C2, C3. D1 C2, C3. D1 6 V DC/4VAC 30 V DC/21 V AC 185 ma/25 C 185 mai25 'C -/10 ka -/10 ka -/s150v -/s150v - /s 500 ns -/s 500 ns 1.8 dbto10mhz 1.8 dbto10mhz 150 MHz 150 MHz C to+80 'C -40 C to+80 'C IEEE C62.36 IEEE C62.36 C-UFB-5DC/1 C-UFB-24DC/1 C2, C3, D1 C2, C3, D1 5 V DC/3.5 V AC 30 V DC/21 VAC 185 mai25 'C 185 ma/25 'C -/10 ka -/10 ka -/s 50 V -/s 45 V - /s 1 ns -Is 1 ns 1.7 dbto10mhz 1.8 dbto3mhz 60 MHz 20 MHz S2-20 C to + 60 C - 20 'C to + 60 'C IEEE C62.36 IEEE C DC a6 MM. 1n~ n ~1~ 1u 1 ~inuui no. ODM,M 1OM Xi 100M Frequency Frequency Characteristic attenuation curve Characteristic attenuation curve Characteristic attenuation curve Frequency Phoenix Contact 103

105 COAXTRAB Surge Protection Devices for Cable TV (CATV), Satellite Systems and Broadband Modems General Description CF-TV These products are designed to protect sensitive electronic equipment from damage due to excessive voltage or currents generated by lightning or static build-up. Applications included broadband cable modems, satellite systems, and CATV. The units are series connected with built-in F-connectors. CF-TV... Surge voltage protection for television sets with F connector IN O 1 T Q OUT Description Article no. COAXTRAB, Surge voltage protection for antenna inputs on television sets with F connector, and for mounting onvor u Equipotential bonding cable, length : 1,5 m. conductor cross section 1.5 mm 2, with M3 ring cable lug Technical data IEC categorynde requirement class: Max. cont. operating voltage : MCOV: Max. cont. operating current I N : Max. single impulse discharge (8/20)ps : Limiting (clamping) voltage at 1 kv/ps : Response time t a : Input attenuation al in a system (typ.): Cut-off frequency f, (3dB) in a 50 ct system (typ.) Temperature range: Degree of protection in acc. with IEC 60529/ EN Based on test standards: DC/AC Core-Shield Core-Shield Core-Shield CF-TV 30DC-BB CF-TV 30DC-BB-U C-UFB-PA Cl, C3 30 V/21 V 2A/25 C 330 A s125v s25ns 1 db to 8 MHz MHz 4 MHz to 1 GHz -40 C to+80 C IP20 IEEE C62.36 q 25- Dimensional drawing : COAXTRAB CF-TV 3ODC-BB 104 Phoenix Contact

106 Phoenix Contact 105

107 Surge Protection Devices for Telecommunication Systems Genral Telecommunications or Telephony implies that a form of communication will take place using the capabilities of a telephone set and network to achieve this goal. Many telephone lines are run on the same poles as and often right underneath power service lines making them just as susceptible to direct and nearby lightning events as the AC power lines. Not only do surges directly couple onto telephone lines, but changes in the magnetic field of the closely located power conductors will cause transient energy to be inductively coupled onto the phone lines. Recent advances in the sharing of data and the Internet have made the integrity of telephone wiring and infrastructure critical to many applications. The phone company will often install a type of "lightning arrestor" on the outside of the building to prevent large surge currents from entering a building on the phone line. However, this was never intended or designed to protect sensitive electronic equipment. It's intention was more to prevent fire and electrocution for someone talking on the phone when a lightning strike occurs. In th- industrial control and factory automation industries telephony has also become a major means for transmitting and sharing data between remote stations and central control. An example of this is a SCADA (Supervisory Control and Data Acquisition) system where the acquisition of data is often spread over large geographical areas. This information is collected at RTUs (Remote Terminal Units) and often transmitted back to a central monitoring and control station over telephone lines. When a storm passes through, transients can be induced from nearby lightning events and passed down the phone line into the RTU. If the RTU fails it is very costly for the company to then send out repair people to replace modems in addition to the lost data and lost equipment costs. 106 Phoenix Contact

108 ISDN - ' '2 (Integrated Services Digital Network) ISDN lines are specifically designed to be a global telephony standard with applications to include voice and data transmission. The characteristics of the interface are suitable for the faster data rates and higher bandwidth that is currently required by many data sharing, control, and Internet applications. The voltage levels for the ISDN interface are <5 volts. ISDN signals are four wire (two pair) that interface to equipment with an RJ 45 connector. The pins that are used are 1, 2, 3 & 6. The data rate is 64 kbits/second. Analog (POTs) Plain Old Telephone. POTs lines were originally designed for the transmission of voice over the phone lines ; however, they are also widely used for data with common serial modems. Only relatively slow data rates are possible over analog lines 56kbits/ second if your lucky. But, because of low cost and high availability it is quite common to use analog phone lines for transmitting data. Physically a POTs line generally means four wires. These are configured in two pairs of two conductors and terminated with a RJ11 or RJ12 connector. The lines are referred to as tip and ring. Although there are four lines, only two are used to communicate via voice or modem. However, some applications may use the second two lines for other applications. Another issue when protection POTs lines is that the voltage that is applied to the system to make the handset ring. The ring voltage is typically around 86 VAC. A surge protection device for these application should be designed to pass the ring voltage. T1 / El AT-1 (or E-1) interface can be thought of as a direct conduit to the telephone company switching station. T-1 also referred to as DS-1 describes a method of multiplexing multiple channels of voice or data signals over a small number of conductors. It was originally developed to increase the voice channel capacity of circuits within the telecommunication central offices. T-1 lines are now a reliable solution for transmitting large amounts of data and broadband Internet connections. T-1 signals are 24 channels multiplexed onto four wires (two for transmit and two for receive) that operate at a speed of 1.53 Mbps. The medium for a T-1 line can be either copper or fiber. When the interface is copper, the connector typically used is a RJ45 connector with pins 1-2, 4-5 used for communication. Phoenix Contact 1 07

109 DATATRAB Surge Protection Devices for ISDN and Ti Interfaces Features Series connected surge protection modules make installation fast and easy. Hybrid circuit provides low clamping voltage with high surge current discharge capability. Very low insertion loss. Metal housing provides superior shielding (EMI/RFI) properties for high-speed data interfaces. Special designs for high data transmission without attenuation. General Description D-TR 1 /ISDN-A/RJ 45-B B This product is series connected into the ISDN RJ45 interface. The hybrid silicon avalanche diode array and Gas Discharge Tube provides tight clamping voltage line to line on each signal pair and high surge current handling capacity line to line, line to shield, and shield to ground. - 18,5 - Dimensional drawing : CTM ISDN 111 X22 ~ Dimensional drawing : CT 1O. 5/ISDN 90 - D-TR1/ISDN-A/RJ45-BB DATATRAB adapter for ISDN interface RJ 45 D-DS1-A/RJ45-BB This product is series connected for T1 or El multiplexed telco signals. The hybrid silicon avalanche diode array and Gas Discharge Tube provides tight clamping voltage line to line on each signal pair and high surge current handling capacity line to line, line to shield, and shield to ground. CTM ISDN, CT 10-5/ISDN and PT 2-ISDN NT These DIN rail mount solutions for ISDN and T1 interfaces provide an alternative mounting method. Additionally they are pluggable so that they can be easily tested with the CHECKMASTER. Note: Selection of PT Base Element PT 2x2-BE This base element should be used in installations where the common return or shield is to be grounded at the DIN rail. The connections for ground (9/10) are connected directly to the mounting foot (3/4). Dimensional drawing : PT-ISDN-NT IN OUT Connection data RJ 45 female conn. RJ 45 fem. conn. Description Article no. DATATRAB adapter, Protection adapter for inserting in the ISDN-5o bus D-TR 1 /ISDN-A/RJ45-B B DATATRAB adapter, Protection adapter for inserting in the T1/E1 systems Connection cable, RJ 45, 1.5 m long D-C/RJ45. 8/1, COMTRAB, Surge voltage protection for 5 ISDN interfaces COMTRAB modular, Surge voltage protection for ISDN systems (Two protective plugs are necessary to protect the ISDN-5 0 bus) MCR-PLUGTRAB, Plug Zack strip, 10-section. white Header Technical data IEC categorynde requirement class C2, C3 Max. cont. pperating voltage : MCOV : DC/AC 6.2 V AC/50 V DC (So phantom supply) Max. cont. operating current I N : 1.5 N25 'C Max. single impulse discharge (8/20)ps : Core-Core/Core A/2.5 ka Total surge current (8/20)µs : Core-4 5 ka Limiting (clamping) voltage at 1 kv/its : Core-Core/Core-1 65 V/s 1.4 kv (Shield-4) Response time t a : Core-Core/Core-4 s 500 ns/s 100 ns Input attenuation al in a 100 Q system (typ.) : 0.8 db to 100 MHz Cut-off frequency f 9 (3dB) in a 100 C system (typ.) Temperature range : >100MHz -40 C to+80 'C Inflammability class in acc. with UL 94: Degree of protection in acc. with IEC 60529/ EN : Approvals: Based on test standards: IEEE C ,4 Dimensional drawing : DATATRAB adapter D Phoenix Contact

110 D-DS1-A/RJ45-B B CTM ISDN and CT 10-5/ISDN PT 2-ISDN NT DATATRAB adapter for T1 /El systems RJ 45 Protective plug for ISDN interfaces Two conductor protection for the UK() interface Housing width 17.5 IN 4 OUT unprotected protected (IEC1 IN OUT rigid flexible (mm J solid stranded AWG Connection data RJ 45 female Conn. RJ 45 fem. con). Connection data can be plugged into CT-TERMIBLOCK and LSA-PLUS disconnect and switching strips Connection data Article no. Pkt. Article no. Article no. Pk{. D-DS1-A/RJ45-BB D-C/RJ45-8/1, CT 10-5/ISDN CTM ISDN) PT 2-ISDN NT-ST PT 1x2-BE C2. C3 7 V DC 1.5 A/25 `C 350 A/2.5 ka 5 ka s 20 V/s 450 V s 500 ns/s 100 ns 0.1 db to 10 MHz >100MHz - 40 C to + 80 C IEEE C62.36 ZBFM 5 (order data, see page 71) ZBN 18 (order data, see page 29) CT 10-5/ISDN C2, C3 CTM ISDN C2, C3 C2, C3. D1 6 V/4 V 6 V/4 V 128 V/90 V 1.5 A/25 'C 1.5 A 2A 350 A/5 ka 350 A/5 ka 38 A/10 ka 5 ka 10 ka 10 ka s 35 V/s 500 V a 60 V/s 700 V s 180 V/s 450 V s 500 ns/s 100 ns s 500 ns/s 100 ns a 500 ns/s 100 ns 0.1 db 1010 MHz 0.3 db to 45 MHz 0.3 db to 40 MHz 80 MHz 100 MHz 80 MHz -25 C to + 75 C - 25 C to + 75 C -40 C to+80 'C VO VO IEEE C62.36 IEEE C ) The CTM 10-MAG magazine is required for equipotential bonding, see page 69. Phoenix Contact 109

111 Surge Protection Devices for Analog Phone Lines (POTs) General Description Telecommunications protection with RJ12/RJ45 female connectors can be used internationally for the protection of analog telecommunications interfaces, such as telephones, telefaxes, modems, and answering machines with a maximum operating voltage of 185 V. WESTERNTRAB WT RJ is an outlet box with a 6-position Western female connector RJ12 and integrated surge voltage protection. The control line is connected via printed circuit screw terminal blocks that are labeled accordingly and are arranged on the installation side of the socket base. The protective circuit fulfills the relevant function due to the separate grounding line that leads from the connection terminal block provided to the local equipotential bonding. n "Mlnnlll n.ri I2rM WT A c 11 WT RJ 12-2FM A/G Flush-type socket with RJ 12 connection, 2 sockets Note: The RJ12 female connectors of the WT-RJ can also accept RJ11 plugs. D-FM-A/RJ45-BB This product is series connected for analog phone lines (POTs). The hybrid silicon avalanche diode array and Gas Discharge Tube provides tight clamping voltage line to line on each signal pair and high surge current handling capacity line to line, line to shield, and shield to ground. The circuit is designed to safely pass ring voltages, while clamping transient voltages. Connection is possible with both RJ11 and RJ12 connectors. MT 2FM-RJ12 This is a DIN rail mount version of the above. Ideal for RTU applications where phone lines are used for Telemetry. The IN and OUT connections can be made via screw clamp terminal blocks. Additionally the OUT side can be connected with RJ11 and RJ12 connectors. All four lines of the interface (two pair) are protected. Plug connector No. pins Pin assignment RJ45 8 4/5 ; 3/6 RJ12 (with insert) 6 3/4 ; 2/5 RJ11 (with insert) 4 2/3 ; 1/4 Possible pin assignment of D-FM-A/RJ45-BB O ~'b b a1 a2 La Lb b1 b (IEC) rigid flexible [me] solid stranded AWG 10k 1ook 1OM Connection data IN Frequency Connection data (PE) Characteristic attenuation curve WT-RJ Connection data OUT 2 x RJ 12 female connector Description Range of Article no. sockets WESTERNTRAB, Outlet box to protect telecommunications Gira WT-RJ 12-2FM A/G interfaces DATATRAB adapter, Protective adapter to be inserted into the analog telecommunications lines with RJ 45-RJ 11 plug connectors DATA-MODUTRAB, Protective device for mounting on u Technical data IEC categorynde requirement class : Max. cont. operating voltage : MCOV : Max. cont. operating current I N : C2, C3 185 V DC 150 ma Max. single impulse discharge (8120)µs : Core-Core/Core ka/2.5 ka Total surge current (8/20)us : Core-1 5 ka Limiting (clamping) voltage at 1 kv/us : Core-Core/Core V/s 700 V Response time t a : Core-Core/Core-i. s 1 ns/ x 100 ns Input attenuation a! in a system (typ.) : 0.1 db to 500 khz Cut-off frequency f 5 (3dB) in a system (typ.) 2 MHz Resistance per path : 1 0 Temperature range : - 40 C to + 80 C Degree of protection in acc. with IEC 60529/ EN : Approvals : BZT (0) Based on test standards : IEEE C62.36 symmetrical curve (600 0) Dimensional drawing : WT-RJ 12-2FM A/G Dimensional drawing : WT-RJ 12-S/FM A/K AP 110 Phoenix Contact

112 WT-R J12-5 JF A/K AP WT RJ 12-S/FM A/K AP D-FM-A/RJ45-B B MT 2FM-RJ12 Surface-mounted fitted socket, angled take-up with RJ 12 connection, 1 socket Protective adapter for analog telecommunication interfaces Surge voltage protection for analog interfaces Housing width 30 L9 me'gt I I IN OUT IN a l 3 2 b OUT a b 2 b unprotected protected (IEC1 rigid flexible [mm'] solid stranded AWG Connection data IN Connection data (PE) Connection data OUT RJ 12 female connector IN OUT (IEC1 rigid flexible [mm'] solid stranded AWG Connection datarj 45 female conn. RJ 45 female conn. Connection data Connection data OUT 2 x RJ 12 (RJ 11) female connector Connection data IN Screw Terminal Block Article no. res. Pitt. Article no. Pc5. Article no. PGs. WT-RJ 12-S/FM A/K AP D-FM-A/RJ45-BB MT-2FM-RJ C2, C3 C2, C3 185 V DC 185 V DC 150 ma 150 ma 2.5 ka/2.5 ka 2.5 ka/2.5 ka 5 ka 5 ka s 240 V/s 700 V s 300 V/s 1.4 kv s 10 ns/ s 100 ns s 10 ns/s 100 ns 0.1 db to 400 khz 0.1 db to 500 khz 1.7 MHz 2 MHz C to+80 C -25 C to+85 C BZT (D) IEEE C62.36 IEEE C62.36 C2, C3 185 V DC 150 ma 5 ka/5 ka 10 ka s 300 V/s 450 V s 10 ns/s 100 ns 0.1 db lo 500 khz 2 MHz C to+85 C IEEE C ,4 N ea r I '0-FM-AIRJ45-BB Dimensional drawing : D-FM-A/RJ45-BB Inserting the adapter in D-FM-A/RJ45-BB Dimensional drawing : MT-2FM-RJ12 Phoenix Contact 111

113 Testers Because surge protection devices are exposed to high voltage and current stresses, it is possible that they will sometimes be sacrificial to protect your sensitive equipment. This is especially the case when subjected to lightning influences. Additionally, users often appreciate being able to troubleshoot and do verification testing of surge protection devices. Many of the TRABTECH products feature pluggable surge protection devices making them easy to check with Phoenix Contact testing equipment. Each of the Pluggable products are covered by a 5-year product replacement warranty. Therefore, if any of the devices fail, it can sent back for immediate replacement. The "Hot-Swap" features of the pluggable device mean that testing can be done without interruption of critical signal or data lines. The CHECKMASTER is a fully automatic and portable testing system that can be used in the maintenance shop or in the field to check your surge protection devices. Power or data line products can be quickly and easily tested with the CHECKMASTER. Data logging is also possible with an RS-232 interface for tracking and record keeping. The memory can hold up to 200 test results. 112

114 With the CHECKMASTER, plugs for the following families of surge protection devices can be tested. MAINS-PLUGTRAB MCR-PLUGTRAB DATA-PLUGTRAB COMTRAB COMTRAB Modular VALVETRAB COAXTRAB MINITRAB Phoenix Contact 113

115 CHECKMASTER Automated Tester and Accessories Features: Test adapters for various TRABTECH product families mean you can check surge protection devices from power line to data line. Simple user interface and LCD display provide fast and easy operation. Bar code reader automatically identifies surge protection device voltage and configuration minimizing testing time. Full diagnostics displayed and output via RS-232 interface for complete and easy documentation. CHECKMASTER Surge arrester tester Description Tester, for checking the functions of TRABTECH surge voltage protection devices, with CM-PA-PT/N TRABTECH test adapter, for testing the function of COMTRAB CTM COMTRAB CT 8 COMTRAB CT 10 PLUGTRAB PT PLUGTRAB UFBKIUAK TF-TRAB VALVETRAB Article no. CHECKMASTER Pcs, TRABTECH test adapter, for testing the function of (together with CM-PA-PT/A) TRABTECH test adapter, for testing the function of (together with CM-PA-PT/A) Technical data Nominal voltage: Frequency: Power consumption: Degree of protection: Protection class: Weight: Serial interface: Data transmission rate: Data format. Data transmission: Handshake : MINITRAB COAXTRAB C-UFB 100 V -240 V AC Hz <60 VA 8.2 kg V.24/RS-232, DTE 9600 Bd ASCII 8 data bits, 2 stop bits, no parity bit Transparent mode 1) -P 114 Phoenix Contact 450

116 CM-PA... PTT ADAPTER MINITRAB PTT ADAPTER C-UFB Test adapter Test adapter for MINITRAB Test adapter for COAXTRAB Article no. Article no. Article no. Pcs CM-PA-CTM CM-PA-CT CM-PA-CT CM-PA-PT/N CM-PA-PT/A CM-PA-7F CM-PA-VAL PTT-ADAPTER MINITRAB PTT-ADAPTER C-UFB-24DC Phoenix Contact CHECKMASTER software revision : 1.02 Result number : Name Article UFBK_ 2-PE 24DC/HF Article number: Date Time : :37 Test result : Module OK Result number : 2 Name OP 17.1 Article UFBK 2PE/L 24DC1SO14 Article number : Date Time : :38 Test result : Module defective Gas arrester defect. Path 1 defective Path 2 defective Result number : 3 Name OP 17.2 Article PT 4x1 24DC Article number : Date Time : :44 Test result : Module OK Result number : 4 Name PG A Article PT 2x2-HP 24DC Article number : Date Time : :46 Test result : Module defective Diode defective Path 11 defective Result number : 5 Name Article CT 8-2PE 110DC Article number Date Time :48 Test result : Module defective Test canceled Example of CHECKMASTER test report in English Phoenix Contact 115

117 Applications Protection for signal lines in MCR technology Protection of a binary signal input and actuator circuit with PLUGTRAB, reference potential (minus pole) floating, including equipment protection for the power supply Field Control Material: n x PT 4x1-24DC-ST (connector) n x PT 4x1 +F-BE 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT BE/FM (header) Position indicator Relay Indicator lights Equi. bonding bus bar Protection of a binary signal input and actuator circuit with PLUGTRAB, reference potential (minus pole) floating, including equipment protection for the power supply Field Control Material: n x PT 2x1-24DC-ST (connector) n x PT 2x1+F-BE (header) 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT BE/FM (header) Position indicator Relay Indicator lights N Protection of a binary signal input and actuator circuit with PLUGTRAB, reference potential (minus pole) grounded, including device protection for the power supply Control Material: n x PT 4x1-24DC-ST (connector) n x PT 4x1-BE (header) 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT BE/FM (header) "Binary" signals e.g. locators Equi. bonding bus bar Protection of a binary signal input and actuator circuit with PLUGTRAB, reference potential (minus pole) grounded, including device protection for the power supply Field Control Material: n x PT 2x1-24DC-ST (connector) n x PT 2x1-BE (header) 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT BE/FM (header) Equi. bond- 0 ing bus bar 116 Phoenix Contact

118 Protection of an analog measurement with PLUGTRAB, including device protection for the power supply Field Control board Material: 1 x PT 1x2-24DC-ST (connector) 1 x PT 1x2-BE (header) 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT BE/FM (header) 4 20 ma Protection of an analog measurement with PLUGTRAB, including device protection for the power supply Field Control board 24 V Material: 1 x PT PE/S+1x2-24-ST (connector) 1 x PT PE/S+1x2-BE (header) 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT BE/FM (header) 0 20 ma Protection for a 4-Wire Measurement Material: 1 x PT 4-24DC-ST (connector) 1 x PT 4-BE (header) OUT for intrinsically safe circuits: 1 x PT 4-EX(I)-24DC-ST (connector) 1 x PT 4-BE (header) Protection of a 6-wire measurement with PLUGTRAB, including device protection for the power supply Material: 1 x PT 4x1-12AC-ST (connector) 1 x PT 4x1+F-BE (header) 1 x PT 2x1-12AC-ST (connector) 1 x PT 2x1 +F-BE (header) 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT BE/FM (header) Scales Supply diagonal Sense Measurement diagonal Control room Supply diagonal Sense Measurement diagonal Phoenix Contact 117

119 Applications Protection for signal lines in MCR technology Protection of a binary signal input with TERMITRAB, reference potential (minus pole) grounded Material: n x TT-2/2-24DC o, ~ OL IA1 B I 2 11l Protection of a binary signal input with TERMITRAB, reference potential (minus pole) floating (insulated construction) Material: n x TT-2/2-24DC 1 x PT 2-F-ST (connector) 1 x PT BE/FM (header) f z a 2 ' ga oe. o O,o a,. cm 014 o1s ol+ _\ /J 1 1 I 0 I 1 I 0 1 OLob IA I B Protection of analog measurements with TERMITRAB Material: n x TT-2-PE-24DC IN 0 "F- OUT O' o+i n IAIBI211I Protection of analog intrinsically safe measurements with TERMITRAB Material: n x TT-EX(I)-24DC of [ I I A I B I 2 I Phoenix Contact

120 Protection of a binary signal input with COMTRAB, reference potential (minus pole) floating Material: 1 x CT 10-18FSR+F/PE-24DC 1 x TERMIBLOCK CT 10 Binary signals e.g. locators IN yzo Gnc 19 Gnd ^ g OUT 20 Gn0 9 Gnd p 16' " 0 14' O ' O 0 2 O J 1-24 v O O Control Equi. Protection of a binary signal input with higher voltages with COMTRAB Internal circuit CT 10-9VA... Contact assignment on TERMIBLOCK with connected CT 10-9VA... Control Material: 1 x CT 10-9VA-F/PE...AC 1 x TERMIBLOCK CT 10 Phoenix Contact 119

121 Applications Surge voltage protection for the SINEC bus systems Protection of SINEC L2 with an PT 3 To network SIMATIC S7 automation equipment, SINEC L2-DP or PROFIBUS and SINEC L2-FMS are used. This figure shows a protective circuit in which the cable shield is grounded directly. Material: 1 1 x PT 3-PB-ST (connector) 1 x PT 1x2-BE (header) 2 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT-BE/FM (header) a) RxD/TxD-P b) RxD/TxD-N c) Shield Protection of SINEC L2 with an PT 5 If it is not possible to ground the cable shield directly, a protective circuit with the PT 5 must be used. The shield is grounded indirectly via a diode. Attention: Ground potential differences above 12 V can lead to the protection being destroyed. C Material: 3 1 x PT 5-HF12DC-ST (connector) 1 x PT 2x2-BE (header) 4 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT-BE/FM (header) PT S-HF- 12CC ST yr6 a) RxD/TxD-P b) RxD/TxD-N c) Shield rofibu. 120 Phoenix Contact

122 Applications Surge voltage protection for INTERBUS Material: 1 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT-BE/FM (header) 2 1 x D-UFB-IB-S-RBI 3 1 x D-UFB-IB-S-RBO 4 1 x PT 4-24DC-ST (connector) 1 x PT 4-BE (header) 5 n x CTM 1x2-24DC 1 x CTM 10-MAG 1 x CT-TERMIBLOCK 10 DA Power supply Bus terminal INTERBUS I/O modules ~.a as ad a aaa as aa`aaaa as... Protection for the power supply Protection for the data line MCR protection Phoenix Contact 121

123 Applications Surge voltage protection for different signal transmissions Protection of a controller with bus connection, including device protection for the power supply C Material: 1 x PT 2x2-HF-5DC-ST (connector) 1 x PT 2x2-BE (header) 1 x PT 2-PE/S-230AC-ST (connector) 1 x PT-BE/FM (header) L LL r ~r Equi.bonding bus bar Protection of video signals, including device protection for the power supply Material: 2 x C-UFB-5DC 3 x PT 2-PE/S-230AC-ST (connector) 3 x PT-BE/FM (header) Videosignal 11 Videosignal : :;i 'an Protection of an RS 485 interface Material: 1 x PT 5-HF-12DC-ST (connector) 1 x PT 2x2+F-BE (header) IN 0 OUT 10 1/2 DATA 8 5/6 DATA 2 7/8 Control line 4 11/12 Control line 6 9/10 GND 12 3/4 Shielding T2 Equi.bonding bus bar Protection of a V.11/RS 422 interface Material: 1 x PT 5-HF-12DC-ST (connector) 1 x PT 2x2-BE (header) /2 T(A) 5/6 T(B) 7/8 R(A) 11/12 R(B) 9/10 GND 3/4 Shielding Equi.bonding bus bar Protection of a V.24/RS 232 interface IN Material: 1 x PT 2x1-12AC-ST (connector) 1 x PT 2x1+F-BE (header) /8 TxD 11/12 RxD 9/10 GND 3/4 Shielding...1_ Equi.bondng bus bar 122 Phoenix Contact

124 13ewo3 wuaoyd

125 General Notes on Installation Surge voltage limiting components Installation direction: Surge voltage protection devices with a multi-stage configuration and which are connected in series in the power circuit are marked with "IN" and "OUT".They must be connected upstream of the device to be protected so that "IN" points towards the direction from which the surge voltage is expected. The device should be connected to the terminal points marked with "OUT". The surge voltage protection device will only function correctly in the case of a surge voltage coupling if the connection is carried out in this way. Connection: Connect the ground conductor of the equipment to be protected directly to the ground connection of the surge voltage protection device or to the corresponding connecting terminal block on the "OUT" side of the surge voltage protection device. By maintaining short grounding paths, high voltages between ground connections of the surge voltage protection device and the device to be protected are avoided and thus between ground and active conductors in the device to be protected (see fig.: ground connection). Equipotential bonding: In order to ensure that the surge voltage protection devices function correctly, complete equipotential bonding in accordance with the local code specifications, and an installation with spatial separation between protected and unprotected conductors are critical. Cable routing: Protected and unprotected cables must not be laid directly parallel to each other. They must be separated or shielded so that surge voltages cannot be coupled from unprotected cables to protected ones. If it is unavoidable to cross lines that can influence one another, they must cross at right angles. Protection: The capability of gas-filled surge voltage arresters to interrupt currents independently, is limited due to their quenching capacity. If excessively high follow currents are expected in the case of an ignition, a fuse must be installed in series ahead of the surge voltage protection device as a quenching aid. If there is no other documented technical data for the products, a backup fuse is necessary under the following conditions: the nominal voltage of the arrester is higher than 12 V DC the nominal current/short-circuit current in the signal circuit is greater than 100 ma. The fuse is dimensioned so that it can carry the maximum operating current of the power circuit and protects the protective device against short circuiting. For additional installation instruction, please request the following documents: 1364 PLUGTRAB PT series installation and technical brochure 1163 SYSTEMTRAB installation instructions AC - DC DC AC These components include mainly gasfilled surge voltage arresters, spark gaps, varistors and diodes, as well as galvanic (transformer) isolation. All components have specific advantages. In order to achieve an ideal protection level, it is necessary to create protective circuits consisting of individual components or a combination of different components, depending on the application. Suppressor diodes Suppressor diodes are distinguished by short response times (picosecond range) and low limiting voltages. The reverse stand-off voltage U is the highest voltage the diode can securely block. A current of 1 ma flows through the suppressor diode at the breakdown voltage U 0. At this point the suppressor diode starts limiting the surge voltage. The maximum clamping voltage U 0 is the highest voltage which can be present at the suppressor diode in the case of a peak pulse current These components are someting called silicon avalanche diodes, surge arresting diodes or SADs. 5V DC 3,5VAC 12VDC -- 8,5VAC 12VAC 17VDC by IN O H] 48 V AC V DC Figure: 60 V AC 85 V DC U!I suppressor diode characteristic curve Key: = reverse stand-off - 1l '110VDC 78VAC voltage U R Ua = breakdown voltage VAC 156VDC tic = clamping voltage = peak pulse current IN 0L 0 OUT - - electronics 220 V DC 156 V AC = reverse current o- 40 correct OUT incorrect electronics 24V AC V DC 220V AC 311 V DC 500 V AC 710 V DC 24VDC 48VDC 60 V DC 17.0VAC -~ 34VAC 42VAC ma -u Figure : ground connection Conversion table AC DC or DC - AC 124 Phoenix Contact

126 Varistors Gas-filled surge voltage arresters The ArC spark gap in the lightning current arrester FLASHTRAB is based on the Arc Chopping technology. Two spark horns are positioned opposite each other and are kept at a specific distance by an insulating bar. In addition, a baffle plate is fitted below the electrodes in the opening direction. Surface discharge takes place below the insulating bar in the case of a surge voltage. The remaining electric arc is forced outwards and shattered on the baffle plate. The resultant arc sections quench line follow currents. A marked increase in the line follow current quenching capacity can be attained with spark gap types in which quenching plates are arranged around the spark horns. Block varistor with thermal disconnect device Varistors are "voltage dependent resistors" which, due to their voltage/current characteristic curves allow a high arresting capacity with a low residual voltage. These components are someting called metal oxide varistors or MOVs. Gas-filled surge voltage arresters comprise an electrode arrangement in a ceramic or glass tube. Between the electrodes is an inert gas, such as argon or neon. When the ignition voltage is reached, the component changes to a low ohmic state. The ignition voltage is dependent on the rise time of the surge voltage. Following the ignition, the arc voltage at the surge voltage arrester drops to between 10 and 30 V. If the arrester is in a low ohmic state, a mains follow current can flow with a magnitude dependent on the impedance of the upstream network. To interrupt the mains follow current, a fuse must be interconnected ahead of the surge voltage arrester if necessary. Encapsulated spark gap u, 1 Disc varistor u,, (Jr, Figure: Characteristic ignition curve of a gas-filled surge voltage arrester Spark gap,u A 10 ' Figure: U/I characteristic curve of metal oxide varistors Key: A = Surge current; B = Protection level ArC spark gap with quenching plates ArC spark gap Figure: Ignition characteristic of a spark gap Phoenix Contact 125

127 Surge voltage protection devices The great variety of areas of application also require different surge voltage protection devices with properties specific to the application. The arresters differ mainly in the type of circuit used, their surge voltage limiting properties and the design. Phoenix Contact's TRABTECH range of products includes, for instance, adapters, socket outlets or rail-mountable arresters in a modular and compact design, providing practical solutions for systems in all areas of application. Phoenix Contact surge voltage protection devices Surge voltage protection devices are designed for high electrical loads, according to their application. However, excessive or very frequent surge voltages may lead to overloading. This can result in a reduction or even a failure of the protection function, and the protection device in question having to be replaced. Surge voltage protection devices should therefore preferably be pluggable and able to be tested. The TRABTECH range of products from Phoenix Contact takes this requirement into account as far as current technology permits. The product range includes surge voltage protection devices as adapters and a twopart pluggable module construction. The protection devices in the PLUGTRAB range of products are particularly interesting as far as their plugging and testing facilities are concerned. They have been developed with various protective circuits and different nominal voltages for applications in power supply, measurement and control, and data interface protection. Due to the carefully matched interaction of the various components (i.e. gas-filled surge voltage arresters, varistors and suppressor diodes depending on the required protective circuit), their specific advantages are exploited to a maximum. Explanation of Terms A.C. withstand voltage This is the r.m.s. value of the highest sinusoidal voltage with system frequency which will not lead to a disruptive charge under the given test conditions. Aging Modification of the original performance data, caused by disturbing pulses. operation, or unfavorable environmental conditions. Approximation Approximation is an insufficient distance between the lightning protection system and metal installations or electrical systems which leads to a risk of flashover or disruptive discharge in the case of a lightning strike. Approximation voltage The approximation voltage is a voltage that occurs at the approximation when lightning strikes the lightning protection system. Arc combustion voltage U bo The arc combustion voltage is the instantaneous value of the voltage on the discharge path while an arc discharge is being arrested. Associated electrical apparatus This is electrical apparatus in which not all circuits are intrinsically safe, but which includes circuits whose safety can be influenced by intrinsically safe circuits to which they are connected. Asymmetrical interferences Asymmetrical means that the source of interference and the susceptible equipment are grounded, i.e. they have a capacitive or galvanic connection to the ground conductor. As shown in the figure, the interference moves from the source via both conductors to the susceptible equipment and back via ground. The terms "common mode interference" or "common mode" are also used. O O iu, Asymmetrical voltage, common mode voltage Average voltage between each conductor and a determined reference point, usually reference ground or ground. Burst This is a pulse which is repeated at certain time intervals. u s Source of interference Susceptible equipment Clamping Voltage Peak voltage across SPD measured under conditions of a specified peak pulse current and specified wave form. Note : Peak voltage and peak current are not necessarily coincident in time. (IEEE C defined). Common mode voltage Common mode voltage is the voltage which occurs in the case of interference between active conductors and ground. Continuous operating current l e : The current flowing through each protective path of the arrester when it is connected to U 0. Coupling Interaction between circuits, during which energy is transmitted from one circuit to the other. Dielectric strength The highest voltage that may be applied to current-limiting components of an arrester without affecting the arrester. This voltage can be identical with the highest continuous operating voltage U,, of the arrester of higher which depends on the position of the currentlimiting component(s) within the arrester. Differential mode voltage ; symmetrical voltage Voltage between two active conductors from a designated group. Direct or close-up strikes These cause surge voltages with an energy content which constitutes a considerable proportion of the total energy of the lightning discharge. Discharge of static electricity; electrostatic discharge ; ESD Transfer of an electric charge between bodies of different electrostatic potentials when they come close to or into contact with each other. Disconnect device This is a device which disconnects an arrester from the system when it fails. It is supposed to prevent a permanent fault in the system and provide an optical indication of the defective arrester. Electromagnetic compatibility (EMC) Capability of an installation or a system to function satisfactorily in its electromagnetic environment without introducing electromagnetic interferences to this environment which are unacceptable for other installations. 126 Phoenix Contact

128 Electromagnetic environment Total of all electromagnetic occurrences at a given place. Electromagnetic interference Electromagnetic interference is the loss of performance, the malfunction or failure of an electrical or electronic device caused by electromagnetic interferences. Environmental conditions The immediate environmental conditions decisive for the creepage distance and clearance being examined. Equipment to be protected All devices of a structural system or a range which require surge voltage protection or lightning protection. Equipotential bonding This is the elimination of differences in potential between conductive parts, whereby all points take on approximately the same potential. A distinction is made between functional equipotential bonding and protective equipotential bonding. Equipotential bonding conductors These are electrically conductive connections which serve to produce the equipotential bonding. Equipotential bonding system This refers to all the interconnected equipotential bonding conductors, including the conductive parts such as housings or extraneous conductive parts which work in the same way. The equipotential bonding system can be both a grounding system or part of a grounding system. Equipotential busbar This is the bar which is used to connect equipment grounding conductors, equipotential bonding conductors and, if necessary, functional grounding conductors with the ground conductor and the ground electrodes. Follow current I, Current which flows through the arrester after a discharge process and is supplied by the mains. The follow current differs considerably from the continuous operating current. Gas-filled surge arrester The gas-filled surge arrester is a discharge path which is filled with a gas other than air, generally an inert gas. Ground This expression refers to the soil and the ground. Ground, to To ground means to connect an electrically conductive component (e.g. the lightning protection system) with the ground via a grounding system. Ground conductor This is a conductor which connects a device to be grounded with a ground electrode. This is only relevant when the ground conductor is not embedded in the ground or is laid in the ground and insulated. Ground electrode This is a conductor which is embedded in the ground and is conductively connected to it. Parts of feed lines which are in the ground but are not insulated are regarded as parts of the ground electrode. Ground resistance This is the resistance between the grounding system and the reference ground. The amount of ground resistance results from the combined effect of the individual ground electrodes. Grounding Grounding describes all grounding methods and measures utilized. Immunity to short-circuiting Highest non-influenced short-circuit current the arrester can withstand. Impulse Rapid, brief alteration of a physical variable, followed by a fast return to the original value Impulse withstand voltage U s, The peak value of the highest impulse voltage with a preset form and polarity, which will not lead to a disruptive charge under the given test conditions. Note : the impulse withstand voltage is equal to or greater than the rated surge voltage. Inactive parts Inactive parts are conductive parts that are electrically isolated from all live parts by basic insulation. Insertion attenuation With a given frequency, the insertion attenuation of an arrester connected to a given mains, is defined as ratio of the voltages that occur immediately before and after the insertion point of the arrester to be tested. The result is expressed in decibels. Insulation coordination The process of correlating the parameters of the insulation of electrical apparatus with the expected surge voltages and the parameters of the protective device and the expected environmental conditions and the measures taken to protect against pollution. Interferences An interference is an electromagnetic variable (can also be electric or magnetic), which can have an undesired influence in an electrical device. Interference suppression A measure reducing or avoiding electromagnetic interferences. Interference voltage, asymmetrical Interference voltage between a core of a conductor or between a terminal of an electronic device for a conductor and the reference potential. Interference voltage, symmetrical Interference voltage between two cores of a conductor (e.g. double conductor) or between two terminals of an electronic device for such a conductor. Intrinsically safe circuit A circuit protected against sparks and thermal effects (as specified in the DIN EN standard which applies to normal operation and specific error conditions) which could cause an ignition in a certain explosive atmosphere. Intrinsically safe equipment An electrical device in which all circuits are intrinsically safe. Lightning Arrestor Generally understood to mean a device that protects electronic and electrical equipment and installations from damage associated with lightning activity. Lightning protection system This includes all devices for indoor and outdoor lightning protection of the system to be protected. Lightning surge current l, n, p The lightning surge current is defined by the peak value and the charge. The test is carried out in accordance with the test sequences of the operational test. It is used for classification of the arrester test, class I. Lightning surge voltage Surge voltage as a result of lightning discharge. Phoenix Contact 127

129 Lightning test current The lightning test current 10/350 has a rise time of 10.ts and a decay time to half-value on the wave tail of 350 its. Rated surge arrester voltage U, The rated voltage is the highest r.m.s. power-frequency voltage that may be constantly applied to the protective paths of the arrester /350 lightning current arrester acc. to IEC /Appli Guide A Limit discharge surge current The limit discharge surge current is, is a surge current in the form 8/20 its, which only just causes the disconnect device to operate and does not cause any mechanical damage to the surge arrester Live parts Live parts are conductors and conductive parts of the equipment that are energized under healthy operating conditions. Maximum Continuous Line Current (nominal current) The maximum load current a seriesconnected SPD is able to conduct to a load at rated Maximum Continuous Operating Voltage (MCOV) within its rated temperature range. Usually specified as a label item by safety approval agencies (NEMA standard LS1-1992) Maximum Continuous Operating Voltage (MCOV). The maximum steady state voltage at which the SPD device can operate and meet its specification within its rated temperature (NEMA standard LS1-1992). Maximum Surge Current (8/20). The maximum 8/20uS surge current pulse the SPD device is capable of surviving on a single-impulse basis without suffering either performance degradation or more than 10 percent deviation of clamping voltage at a specified surge current (NEMA standard LS1-1992) Nominal discharge surge current I,, Peak value of the current flowing through the arrester with surge form 8/20. It is used for classification of the arrester test, class II. 50 zo 8/20 surge current impulse in accord. with IEC 60-1NDE Nominal voltage A suitable rounded voltage value, which is designated by the manufacturer for electrical apparatus for labeling or identification. Normal mode voltage Normal mode voltage is voltage that occurs in the case of interference between two conductors of a circuit. Pressure relief device The pressure relief device should relieve the arrester of internal overpressure in the case of overload. Protection level U, A parameter that characterizes the performance capabilities of the arrester as regards voltage threshold/limitation over its connecting terminal blocks. This parameter must be higher than the highest voltage threshold value measured and stated by the manufacturer. Protection Modes (L-N, L-L, L-G, N-G) This parameter identifies the modes for which the SPD has directly connected protection elements, i.e. line-to-neutral (L-N), line-to-line (L-L), line-to-ground (L-G), neutral-to-ground, (N-G) (NEMA standard LS1-1992) Protective paths The components of the surge voltage protection device can be connected conductor/conductor, conductor/ground, conductor/neutral conductor or neutral conductor/ground. A combination of these switching options is also possible. These switching modes are called protective paths. Pulse packet ; burst Result of a limited number of impulses or waves of a limited duration. Rate of rise Medium rate of change of a variable between two specified values, e.g. 10% and 90% of the peak value. Reference ground Is an area of the earth, particularly of the earth's surface, which is so far away from the ground conductors, that no noticeable voltages occur between any points of this area as a result of the entry of the current into the earth. Remote strikes These cause surge voltages with a considerably lower energy content than close-up strikes. Residual-current device (RCD) Residual-current-operated circuit breakers switch off when the grounded discharge current exceeds a certain value. Residual voltage U fe, The rated peak voltage reached while discharge surge current is flowing through the surge arrester. (oder unmittelbar nach ist nicht ubersetzt) Response A response is when either the peak value of the ohmic components of the current through the arrester reaches 5 ma, or a voltage dip with an increase in the peak value of the current through the arrester to 5 ma occurs. Selective residual-current-operated circuit breaker Selective residual-current-operated circuit breakers are circuit breakers with a time delay which are not triggered by surge currents of a certain intensity. Source of interference This refers to the origin of an interference. As a rule, all electrical appliances, such as motors or fluorescent lamps, are potential sources of interference. Specialist A specialist is a person who, due to his training, knowledge and experience, as well as familiarity with the relevant regulations, is able to judge the work with which he is entrusted and recognize potential dangers. Note : several years' experience in the field in question can be taken into account when judging specialist training. Spike Single-polarity pulse of relatively brief duration. 128 Phoenix Contact

130 Surface discharge surge arrester The surface discharge surge arrester, in accordance with DIN VDE 0845 part 1, is a surface discharge zone in which the gas discharge is initiated by means of surface discharge. L 0 N 0 S of interference Susceptible equipment Surge arresters Electrical apparatus, consisting mainly of voltage dependent resistors and/or spark gaps. The two elements are either connected in series or in parallel, but each can also be used on its own. Arresters are used to protect other electrical equipment and electrical systems against inadmissible surge voltages. Surge current 8/20 The surge current 8/20 has a rise time of 8 its and a decay time to half-value on the wave tail of 20 its. Surge Let-through (let-through voltage, remnant voltage). The part of a surge that passes by a surge protective device with little or no alteration (IEEE C definition) Surge voltage Surge voltage is the permanent or temporary voltage between conductors or between conductor and ground in functioning systems (also in switched off systems) which can endanger people and have damaging effects on cables and connected devices. Surge voltage 1.2/50 Surge voltage with a rise time of 1.2 is and a decay time to half-value on the wave tail of 50 its U /50 surge voltage impulse in acc. with IEC 60-1NDE /700 surge voltage impulse in acc. with CCITT K sa 1a,00 10/1000 surge current impulse in acc. with IEEE C62.41 :1991 Surge voltage category Allocation of an electrical device to the surge voltage expected. Surge voltage protection appliances Surge voltage protection appliances are surge voltage protection devices together with all the appliances in telecommunications systems including their cables for surge voltage protection. Surge voltage protection device (SPD) A device to limit transient surge voltages and discharge surge currents. It contains at least one non-linear voltage-limiting component. Susceptible equipment This term refers to all electrical equipment whose functioning can be influenced by interferences. The interference manifests itself in the form of malfunctions, faults. reduced reliability and even complete failure of the system concerned. Switching surge voltage This is surge voltage caused by a switching operation. Symmetrical interference Symmetrical interference means that the source of interference is floating. As shown in the figure, the interference moves from the source via one conductor to the susceptible equipment and back via ground on the other conductor. The term "differential mode" is also used. Temperature range These are the minimum and maximum temperatures that may arise in/at the housing. In the case of devices with no selfheating, this value is the permissible ambient temperature. For devices with self-heating, these are the maximum temperatures that may arise in/at the housing during operation. Transient Describes a phenomenon or variable which changes during what is, in comparison to the time scale being observed, a short period of time between two consecutive stationary conditions. Transient Voltage Surge Suppressor (TVSS) Generally understood to mean a device that protects electronic and electrical equipment and installations from damage associated with surge and transient phenomenon. The source of surge or transient is generally understood to be a switching action (as oppose to lightning). Transients These are irregular and relatively short positive and/or negative voltage or current changes between two stationary states. Tripping current of the disconnect device 1,,A The tripping current of the disconnect device is the r.m.s. current through the surge arrester. In this case the disconnect device responds within 30 sec. Varistor The varistor is a bipolar non-linear resistor with a symmetrical voltage/current characteristic curve and a resistance value which decreases as the voltage increases. 100% lightning impulse sparkover voltage This is the voltage which causes the surge arrester to operate with the lightning impulse voltage 1.2/50. Note : With some arrester designs (e.g. varistors) the 100 % lightning impulse sparkover voltage cannot be determined. Phoenix Contact 129

131 EXTENDED TEN YEAR AND FIVE YEAR LIMITED WARRANTIES FOR TRABTECH PRODUCT LINE PHOENIX CONTACT, INC. warrants to the original end user that the products referred to below, if used in accordance with all applicable instructions, safety codes and industry standards, shall be free from defects in material and workmanship, including defects resulting from failure or malfunction of the products from lightning and switching transient events, for the term of years set forth below. 10 Year term of warranty for TRABTECH products consisting of or containing FLASHTRAB and FLASHTRAB+CTRL products and systems. 5 Year term of warranty for TRABTECH products consisting of VALVETRAB, BRICKTRAB, PLUGTRABs, PIPETRAB, DATATRAB, COAXTRAB, TELETRAB, and MULTISTAGE TERMITRABs TERMITRABs are not covered under this extended limited warranty but are covered under the standard 1 year warranty outlined in Phoenix Contact's standard Terms and Conditions of Sale. To view the complete Warranty terms and conditions, please visit our website: or contact our Technical Service Department at n 130 Phoenix Contact

132 LEI. l~eluo3 x!ueoq

133 Quality in Quantity Integrated Management System The integration of quality, environmental protection and safety at work in the management system of Phoenix Contact, makes it clear how important these three areas are for the company. In all phases of the product life cycle, legal requirements, the requirements of decrees and international standards are fulfilled and partly even exceeded. Every year, independent institutes recognized worldwide check the conformity with the documents upon which the products are based. Certifications in accordance with the international standards ISO 9001 and ISO are the result of our corporate philosophy of meeting the needs of our customers, staff and environment as best possible. They serve as the basis for innovative products with the familiar high Phoenix Contact quality standard, actively practiced environmental protection, and responsibility in the field of safety at work. Of course, we integrate all further requirements of standards, international approvals or special customer demands into the company processes. International acknowledgements by renowned neutral institutes are the success achieved by the Phoenix Contact group for offering satisfactory products and services. CE Identification The CE mark was introduced as an important instrument for the free movement of goods and services within the European domestic market. By attaching the CE mark to a product, the manufacturer is confirming that it complies with all applicable European Union (EU) directives. EU directives describe the characteristics of the product with respect to equipment safety and avoidance of dangers. These are legally binding regulations of the European Union (EU). In other words, compliance with the requirements is a statutory condition for marketing the article within the EU. Where applicable, the products our company manufactures currently fall within the purview of the following directives: 73/23/EEC Electrical equipment for use within specific voltage limits (low-voltage directive) 89/336/EEC Electromagnetic compatibility (EMC directive) 89/392/EEC Safety of machinery (Machinery directive) -- 94/9/EU Equipment and protection systems for application in hazardous areas ATEX 100a directive The standards upon which the specified directives are based have been a part of our standard of development for a long time. This guarantees conformance with European directives. The inspections of our products in conformance with the standards are carried out in a test laboratory accredited in accordance with EN The inspection reports are recognized as part of a Europewide accreditation procedure. The EMC directive occupies a special place amongst the European directives named. For the first time, it defines electromagnetic compatibility as a fundamental property of equipment based on legally binding guidelines. European jurisprudence therefore acknowledges the significance of electromagnetic compatibility of equipment and systems as an important condition for trouble-free operation of machinery and systems. Phoenix Contact is one of the leading international companies in the industrial surge voltage protection market and correspondingly possesses a broad expertise in EMC matters. This expertise and the experience gained over years of developing and applying industrial interface and communications engineering have led to products of an extremely high quality standard with respect to electro-magnetic compatibility. In order to provide other companies with this know-how too, the subsidiary, Phoenix Test-Lab was founded. Phoenix Test-Lab GmbH is an independent, accredited service company offering EMC testing in conformance with the European directives. At Test-Lab, equipment is also tested for electrical safety, mechanical influences and their behavior with environmental influences. Moreover, Phoenix Test-Lab is the responsible department for the EMC directive 89/336/EEC and the appointed department for the TKE directive 98/13/EC. Standards and Regulations All relevant standards and regulations are used as the basis for development and improvement of our products. International standards are subject to continuous changes due to harmonization and new developments. To do justice to this process, the current state of all standards relevant for our products is documented on the Internet under Online product information service in the World Wide Web The product range of Phoenix Contact is continuously being expanded. Due to our commitment to product monitoring, all products are subject to improvements. Internet serves a an ideal platform to quickly communicate innovations and product improvements on the market. Under you can find a regularly updated overview of Phoenix Contact products. Technical documents, such as data sheets and manuals,are available online. The latest driver and demo software can be downloaded. A database with FAQs helps you to solve smaller problems or to find the fastest way to the Support Hotline. You will get the best overview of new products and services by subscribing online to the free newsletter. Note: We reserve the right to undertake modifications on the grounds of technical progress. 132 Phoenix Contact

134 Quality Features of Insulation Material Thermoplastics The majority of our insulation housings are made of thermoplastic materials. Roughly speaking, these can be divided into amorphous and semi-crystalline substances. Thermoplastics are processed using the economical and environmentally sound injection molding process. They have good recycling properties and can be reused. Electrical and electronic modules, equipment and systems set demanding requirements with regard to their mechanical, thermal and electrical characteristics ; a large number of differently modified materials come up to the mark. Behavior of Plastics under the Influence of Temperature (Operating Temperatures) All plastics undergo a process referred to as thermal aging when they are subjected to the influence of heat over long periods. This process causes changes in the mechanical and electrical properties of the material. External influences, e.g. radiation, additional mechanical, chemical or electrical stresses, reinforce this effect. Special tests on samples can yield characteristic data which provide a good yardstick for drawing comparisons between different plastics. However, transferring these characteristics to an evaluation of molded plastic parts is only possible to a restricted extent, and can only give the designer a rough guide when it comes to selecting a plastic material. This catalog uses the following assessment criteria : the RTI value according to UL 746B/ ANSI 746B (Elec. ref. to electric strength) and the Ti value according to IEC (ref. to a 50 % reduction in tensile strength after 20,000 hours). IEC / EN specifies a permissible temperature increase of 45 K for modular terminal blocks under rated load. Phoenix Contact terminal blocks fulfill this requirement. Attention should be paid that the sum of the ambient temperature and the temperature rise does not exceed the Ti value specified for the individual products. Inflammability Characteristics of Plastics (UL 94) Thermoplastics : Polyamide PA, Non- Reinforced We use modern, semi-crystalline polyamide insulation material, which has now become an essential component in electrical engineering and electronics. It has long occupied a leading position and is authorized for use by the relevant approval offices such as CSA, NEMKO, KEMA, PTB, SEV, UL, VDE, etc. Polyamide also has excellent electrical, mechanical, chemical and other properties even at high operating temperatures. Brief peak temperatures up to about 200 C are permissible as a result of heat aging stabilization. Depending on the type (PA 4.6, 6.6, 6.10 etc.), its melting point is in the region of 215 C to 295 C. Polyamide absorbs moisture from its surroundings, on average 2.8 %. However, this moisture is not intercalary water from crystallization but chemically bonded H 2 O groups in a molecular structure. This makes the plastic flexible and resistant to breakage, even at temperatures as low as - 40 C. PA achieves a UL 94 classification of V2 to V0. Thermoplastics: Polyamide PA-F, Glass Fiber Reinforced Fiber reinforced polyamides are characterized by great rigidity and hardness as well as operating temperatures even higher than those of the non-reinforced material. This means they are suitable for use in applications such as surge voltage protection. Reinforced polyamide absorbs less moisture than the non-reinforced material. Otherwise, the characteristics of the two substances are largely similar. Fiber reinforced polyamide has a UL 94 inflammability classification of HB to V0, although VO materials are usually only available in black. Thermoplastics : Polyester, PBT The semi-crystalline thermoplastic polyester in non-reinforced and glass fiber reinforced variants is used for special applications which require thermostability. The material is characterized by a high operating temperature and excellent mechanical strength and hardness. Polyester does not absorb moisture from its surroundings. PBT is therefore especially suitable for strips, for example, which are surface mounted onto printed circuit boards and subsequently have to pass a burn-in test while they are subjected to the influence of heat. PBT achieves inflammability class V2 to VO in accordance with UL 94. Thermoplastics : Polycarbonate PC Polycarbonate combines many advantages such as rigidity, impact strength. transparency, dimensional stability, good insulation properties and resistance to heat. The amorphous material only absorbs moisture to a very limited degree, and is used for items such as large, rigid electronics installation housings. In its transparent form, polycarbonate is particularly suited for use as covers or marking materials. PC has good resistance properties against mineral acids, saturated aliphatic hydrocarbons, petrol, greases and oils. The material is less resistant to solvents, benzene, alkalis, acetone and ammonia. Strain cracks may result from contact with certain chemicals. PC achieves a UL 94 classification of V2 to V0. Inflammability tests on plastics were defined by the Underwriters Laboratory (USA) in regulation UL 94. This applies to all applications in particular for electrical engineering. Inflammability was examined in the test laboratory in a horizontal or vertical test with a naked flame. The evaluation classes are HB, V1, V2, V1, VO and V5 in the order of increasing resistance to combustion. Test results are listed on Yellow Cards and are published annually in the Recognized Component Directory. Features Unit/ stage Polyrnide PA Polymide PA-F Polyester PBT Operating temperature RTI *I" 'C x105 a Minimum temperature (without mech. load) Dielectric strength IEC /DIN VDE kv/cm > 300 Resistance to creepage CTI...M IEC 60112/DIN VDE CTI Tropical and termite resistance Specific internal insulation resistance IEC NDE 0303 p.30 and IEC NDE 0303 p. 31 Surface resistance IEC NDE 0303 p.30 and IEC NDE 0303 p.31 Polycarbonale PC good good good good 12 cm 10 i > < > Inflammability class in acc. with UL 94 V2-VO HB VO V2-VO in acc. with UL 746 B/ANSI 746 B (Elec.) Minimum value Phoenix Contact 133

135 Connection Cross Section The rated cross section of modular terminal blocks should be specified by manufacturers according to IEC Specific thermal, mechanical and electrical requirements relate to this cross section. The manufacturer must also specify the rated connection capacity, i.e. the area of the conductor that can be connected, as well as the number of conductors that can be connected simultaneously and the necessary preparation of the conductor ends. The conductors can be rigid (solid or multi-strand) or flexible (fine strand). These values can be found in the product specific technical data. Moreover, the ranges of cross sections when ferrules are used are indicated - with or without a sleeve of insulating material. Areas in which two solid and stranded conductors are connectable at the same time and with the use of a ferrule - without a sleeve of insulating material - are also indicated. The rated connection capacity of the Phoenix Contact modular terminal blocks usually exceeds the standard requirements, since according to the latter, only one conductor with one of the next two smaller cross sections (apart from the rated cross section) must be connectable (standardized for the range of cross sections from 0.2 to 35 mm 2 ). "Special treatment" includes soldering the individual strands of a conductor, using cable lugs, bending the eyes, etc. However, it does not include straightening the conductor before inserting it into the terminal point or twisting a multi strand conductor in order to consolidate its ends. Conductors with soldered single strands are unsuitable for connection to screw terminal blocks. Phoenix Contact modular terminal blocks are designed to allow copper wires to be always connected to them without any special treatment. "Special treatment" or the use of ferrules - both is permissible in accordance with the IEC is not necessary. Should ferrules be used in order to protect stranded conductors from coming unspliced, the connection capacity of the stranded conductors will generally be reduced by one step. Structure and dimensions of connection lines cross section [mm2] Solid strand Multi strand Fine strand American Wire Gauge [AWG] Diameter Number of Diameter Number of Diameter Number of Gauge no. Maximum wires Maximum wires Maximum wires 1 limit of size limit of size (minimum limit of size (Guide Solid wires number) value) AWG [0 mm] [circ. miles] _ (17) (15) (13) (11) (9) (7) (5) _ / / / / / / MCM [ mm2] Stranded wires [F7 mm] [circ. miles] ]mm 2 ] MCM MCM Phoenix Contact

136 IEC :1996/ EN :1997, modified, table 4 specifies tightening torques for screw connections based on the type and size of screw for electrical and mechanical type tests. Tightening Phoenix Contact terminal blocks to this torque guarantees that the connected conductors are reliably connected. The technical product data given in this catalog differ from this value : however, they indicate a practical range of tightening torques which provides a gas-tight contact and offers long-term contact stability. Extract from IEC /EN , Table 4 The torque in accordance with IEC/EN and the recommended torque for Phoenix Contact terminal blocks are indicated. Head screw with slot Thread Torque Recommended torque CuZn or CUSn screw Steel screw [Nm] [Nm] [Nm] M2.5 (M2.6) M M M M M

137 Article no. Page Article no. Page Article no. Page Article no. Page A FLT-PLUS CTRL 277/ PT 2X1-BE FLT-PLUS CTRL N4 120/ PT 2X 1 VA- 60AC-ST FLT-PLUS CTRL N4 120/ PT 2X 1 VA-120AC-ST ATP-STTB D FLT-PLUS CTRL N PT 2X1 VA-230AC-ST B D-C/RJ45-8/0, FLT-PLUS CTRL N4 277/ PT 2X2-5DC-ST D-C/RJ45-8/1, FLT-PLUS CTRL N PT 2X2+F-BE D-DEK 1,5 BK F-MS PT 2X2-12AC-ST BXT-N4X 4-WIRE D-DEK 1,5 BU F-MS 12 ST PT 2X2-12DC-ST C D-DS1-A/RJ45-BB F-MS 12/FM PT 2X2-24AC-ST D-FM-A/RJ45-BB PT 2X2-24DC-ST DK-BIC PT 2X2-BE D-LAN-CAT.5E PT 2X2-HF- 5 DC-ST C7/16-LAMBDA/4-2.0-BB-SET D-LAN-CAT.5E-U PT 2X2-HF-12 DC-ST C7/16-LAMBDA/4-2.0-BS-SET DP-UKK 3/5 BK PT 2X2-HF-24 DC-ST CF-TV-30DC-BB D-TERMITRAB-UK CF-TV-30DC-BB-U D-TR 1 /ISDN-A/RJ45-BB M PT 2XEX(I)-24DC-ST PT 2XEX(I)-BE CF-UB-280DC-SB-SET D-UFB-485/BS-B M-PEN PT 3-HF-12DC-ST CHECKMASTER D-UFB-485/BS-B-U MNT-1 NEMA/A PT 3-PB-ST CLIPFIX D-UFB-485/SB-B MNT-1 NEMA2/A PT 4-5DC-ST CM-PA-CT D-UFB-485/S-BS-B MPB 18/ PT 4+F-BE CM-PA-CT D-UFB-485/S-SB-B-U MPB18/ PT 4-12DC-ST CM-PA-CTM D-UFB-IB-S-RBI MPB18/ PT 4-24DC-ST CM-PA-PT/A D-UFB-IB-S-RBO MPB18/ PT 4-BE CM-PA-PT/N D-UFB-TTY-1/BS-B MPB 18/1-7BU PT 4-EX(I)-24DC-ST CM-PA-TF D-UFB-TTY-1 /SB-B MPB 18/ PT 4-EX(I)-BE CM-PA-VAL D-UFB-V11/BS-B MPB 18/1-8 BU PT 4-F-ST CN-LAMBDA/4-2.0-BB D-UFB-V 11 /BS-S MPB 18/ PT 4X1-5DC-ST CN-LAMBDA/4-2.0-SB D-UFB-V11/SB-B MPB18/ PT 4X1+F-BE CN-UB/E D-UFB-V11/SB-S MPB 18/ PT 4X1-12AC-ST CN-UB/MP D-UFB-V11/S-SB-S MPB 18/ PT 4X1-12DC-ST CN-UB-280DC-BB D-UFB-V11-SUB25-BS-B MPB 18/ PT 4X1-24AC-ST CN-UB-280DC-SB D-UFB-V11-SUB25-BS-S MPB18/ PT 4X1-24DC-ST CN-UB-G D-UFB-V24/8-BS-B MPB 18/ PT 4X1-48DC-ST CN-UFB- 5DC/E-LAN D-UFB-V24/8-BS-S MPB 18/ PT 4X1-BE CT 1-10-ES D-UFB-V24/8-SB-B MPB F200X 16/ 1 GS PT 5-HF- 5 DC-ST CT 1-8-ES D-UFB-V24/8-SB-S MPB F400X16/ 1GS PT 5-HF-12 DC-ST CT 8-MB/ D-UFB-V24/BS-B MPB F600X16/ 1 GS PT PE/S+1X2-24-ST CT 8-MB/ D-UFB-V24/BS-S MT-2FM-RJ PT PE/S+1X2-BE CT 8-TL D-UFB-V24/SB-B MT-RS PT-BE/FM CT 10-18FS+F/PE D-UFB-V24/SB-S MT-RS485/S PTT-ADAPTER C-UFB-24DC CT 10-18FSR+F/PE D-UFB-V24/S-DSUB 9/SB-B MT-RS485-TTL PTT-ADAPTER MINITRAB CT 10-18S+F/PE D-UFB-V24/S-DSUB 9/SB-B-U MT-TTY CT 10-2PE/FS D-UFB-V24/S-DSUB TSB-S MT-V CT 10-2PE/FSR D-UKK 3/5 BK CT 10-5/ISDN D-URTK BK CT 10-9VA- 60AC CT 10-9VA-120AC CT 10-9VA-230AC N R CT 10-MB/ NEF RF-TRAB CT 10-MB/ NEF RF-TRAB CT 10-TL C NEF RF-TRAB-A CT-KDT C RF-TRAB-A CTM 10-MAG EM-DUO-120/15/SPD R F-TRAB-G CTM 1X2-12DC EM-DUO-120/15/SPD/AUX RF-TRAB-G CTM 1X2-24DC CTM 1X2-60DC P CTM 1X2-1 10AC POWERSET I-II/1+1-50/FM CTM 2X1-12DC POWERSET I-11/1+0-50/FM CTM 2X1-24DC POWERSET I-II/ /FM CTM 2X1-5DC F POWERSET I-II/ /FM S CTM 2X1-60DC FBST 500-PLC BU POWERSET I-II/ /FM SFP 1-20/120AC CTM 2X1-110AC FBST 500-PLC GY POWERSET I-I I/ /FM SK 4,8/5 : CTM 2X1-110AC-GS FBST 500-PLC RD PT 1X2-5DC-ST SK 4,8/5 : CTM ISDN FLT 100 N/PE CTRL PT 1X2+F-BE SK 4,8/5 : CTNC-UFB-5DC/E FLT PT 1X2-12AC-ST SK 4.8/5 : CT-TERMIBLOCK 8 DA FLT 35 CTRL PT 1X2-12DC-ST SK 4.8/5 : CT-TERMIBLOCK 10 DA FLT 35 CTRL-0.9/ PT 1 X2-24AC-ST SK 4,8/5 : C-UB FLT 35 CTRL PT 1X2-24DC-ST SK 4,8/5 : C-UB/E FLT 35 CTRL-1.5/ PT 1X2-BE SK 4,8/5 : C-UFB- 5DC FLT 35/ PT 2+1-S-48DC-ST SK 4.8/S :SO/16POL C-UFB- 5DC/ FLT 35/3 CTRL-0.9/ PT 2+1-S-48DC SK 4,8/5 :SO/20POL C-UFB- 5DC/E FLT 35/ PT 2-F-ST S-PT1-2PE-24DC C-UFB- 5DC/E FLT 35/3+1 CTRL-0.9/ PT 2-ISDN-ST S-PT1-2PE-24DC/P C-UFB- 5DC/E-LAN FLT 50 N/PE PT 2-PE/S- 24AC-ST SSA C-UFB-24DC FLT 50 N/PE CTRL PT 2-PE/S- 60AC-ST SSA C-UFB-24DC/ FLT-PLUS PT 2-PE/S-120AC-ST SYS 208/ C-UFB-24DC/E FLT-PLUS CTRL PT 2-PE/S-230AC SYS C-UFB-PA FLT-PLUS CTRL-0.9/ PT 2-PE/S-230AC-ST SYS 240/ FLT-PLUS CTRL PT 2X1-5DC-ST SYS FLT-PLUS CTRL-1.5/ PT 2X1+F-BE SYS 480/ Phoenix Contact FLT-PLUS CTRL PT 2X 1. 12AC-ST SYS N4 208/ FLT-PLUS CTRL-2.5/I PT 2X1-12DC-ST SYS N4 240/ FLT-PLUS CTRL 120/ PT 2X1-24AC-ST SYS N FLT-PLUS CTRL PT 2X1-24DC-ST SYS N4 480/

138 Article no. Page Article no. Page Article no. Page SYS N4/I 208/ TT-UKK5-M/ 24DC ZBN 18.1_6S :GROUND SYS N4/I TT-UKK5-M/ 48DC ZBN 18,LGS :L1-N,GROUND SYS N4/I 240/ TT-UKK5-M/ 48AC ZBN 18 :SO/CMS SYS N4/I TT-UKK5-M/ 60AC ZBN 18:UNPAINTED SYS N4/I 480/ TT-UKK5-M/ 60DC SYS N4X 208/ TT-UKK5-M-F/60AC SYS N4/X 240/ TT-UKK5-T-BE SYS N4/X TT-UKK5-T-V-120AC-ST SYS N4/X 480/ TT-UKK5-T-V-12DC-ST SYS N4Xil 208/ TT-UKK5-T-V-24DC-ST SYS N4X/I TT-UKK5-T-V-48DC-ST SYS N4X/I 240/ TT UKK5-T-V-60DC-ST SYS N4X/l TT-UK-R-F/250AC SYS N4X/I 480/ TT-URTK/S- 24AC TT-URTK/S- 24DC TT-URTK/S- 48AC T TT-2/2-24DC TT-2-PE- 24DC TT-2-PE/S1-24DC TT-D-STTB BK TT-URTK/S-110AC TT-URTK/S-110DC TT-D-ST-BK UBK 2-110V TT-EX(I)- 24DC UBK TT-PI-EX-TB UBK 2/2-24-HB TT-PI-EX-TB/T UBK 2-PE-24-HB TT-PI-TB UBK 2-PE-24-HD TT-SLKK 5-C 3N3-230AC USLKG 4 BK/BK TT-SLKK 5-C 12N-230AC TT-SLKK5/ 12AC TT-SLKK5/ 12DC TT-SLKK5/ 24AC TT-SLKK5/ 24DC " TT-SLKK5/ 48AC Y TT-SLKK5/ 48DC VAL-MS 60 ST TT-SLKK5/60AC VAL-MS 120 ST TT-SLKK5/ 60DC VAL-MS 120/3+1/FM-UD TT-SLKK5/110AC VAL-MS 120/240-HL/3+1/FM-UD TT-SLKK5/110DC VAL-MS 120-UD ST TT-SLKK5-F/1 10AC VAL-MS TT-SLKK5-S- 5DC VAL-MS 230 IT ST TT-SLKK5-S- 12AC VAL-MS 230 ST TT-SLKK5-S- 12DC VAL-MS 230 VF ST TT-SLKK5-S- 24AC VAL-MS 230 VF/FM TT-SLKK5-S- 24DC VAL-MS 230/3+1 FM TT-SLKK5-S- 48AC VAL-MS 230/FM TT-SLKK5-S- 48DC VAL-MS 230VF TT-SLKK5-S- 60AC VAL-MS 320 ST TT-SLKK5-S- 60DC VAL-MS 320/3+1/PM-UD TT-ST-2/2-24DC VAL-MS 320-UD ST TT-ST-2-PE-24DC VAL-MS 350 VF ST TT-ST-M-2/2-24AC VAL-MS 350 VF/FM TT-ST-M-2/2-24DC VAL-MS 350VF TT-ST-M-2-PE-24AC VAL-MS 400 ST TT-ST-M-2-PE-24DC VAL-MS 500 ST TT-ST.M.SFP VAL-MS BE TT-STTB VAL-MS BE/FM TT-STTB VAL-MS/3+1-BE/FM TT-SUB TT-STTB-F TT-STTB-F-PE ,n I TT-STTB-PE Y TT-STTB-PE WT-RJ 12-2FM A/G TT-STTB-PE WT-RJ 12-S/FM A/K AP TT-UK5/ 5DC TT-UK5/ 12AC TT-UK5/ 12DC TT-UK5124AC TT-UK5/ 24DC TT-UK5/ 48AC TT-UK5/ 48DC ZB 5/WH UNPAINTED TT-UK5/ 60DC ZB 5/OG :UNPAINTED TT-UKK5-D/ 12AC ZB 5 :SO/CMS TT-UKK5-D/ 12DC ZB 6,LGS :CONSEC.NOS TT-UKK5-D/ 24AC ZB 6.LGS :L1-N.PE TT-UKK5-D/ 24DC ZB 6,LGS :U-N TT-UKK5-DI 48DC ZB 6 :SO/CMS TT-UKK5-D/ 60AC ZB 6 :UNPRINTED TT-UKK5-D-F/60AC ZBFM 6/WH,LGS : TT-UKK5-MI 5DC ZBFM 6/WH,LGS :CONSEC.NOS TT-UKK5-M/ 12DC ZBFM 6/WH :UNPRINTED TT-UKK5-Ml 24AC ZBFM 6 :SO/CMS