Power management. PowerLogic System. Catalogue 2004

Transcription

1 Power management PowerLogic System Catalogue 2004

2 PowerLogic System is PowerLogic System helps you control the cost, quality and reliability of electric power. With PowerLogic System, you can determine where extra capacity exists, identify over-loaded equipment and balance loads on substations, switchboards and other power equipment. By optimising your electrical system, you extend the life of your installation. Introduced more than ten years ago, PowerLogic System has proven its cost-effectiveness and continues to help customers improve their productivity and profitability every day. PowerLogic System is Transparent Ready TM, making full use of web-enabled technology. In this way, our commercial and industrial power distribution expertise spans from single buildings to geographically dispersed enterprise systems. With PowerLogic System, Schneider Electric gives you the best of the New Electric World, where and when you need it.

3 General contents Index of catalogue numbers 2 Why use PowerLogic System? 4 Panorama of the PowerLogic range 8 Examples of architectures 12 Current transformers 14 TI Panel instruments 20 AMP / VLT IM100 / UM100 FRE CI / CH Kilowatt hour meters 33 CE ME Power-monitoring units 40 PM9 PM500 PM700 PM800 CM3000 CM4000 Communication and supervision 92 EGX200 EGX400 MPS100 SMS 1

4 Index of catalogue numbers Cat. no. Description Page CMV voltmeter selector switch, DIN rail CMA ammeter selector, DIN rail Power Meter PM9P (230 V AC) Power Meter PM9C (230 V AC) VLT digital voltmeter, DIN rail AMP direct reading digital ammeter, DIN rail FRE digital frequency meter, DIN rail AMP multi-rating digital ammeter, DIN rail Power Meter PM9P (24 to 48 V DC) Power Meter PM9C (24 to 48 V DC) CH hour counter, DIN rail CI impulse counter, DIN rail CE electromechanical kilowatt hour meter 35 (1P + N) CE electromechanical kilowatt hour meter 35 (3P/3P + N) CEr electromechanical kilowatt hour meter 35 (1P + N) CEr electromechanical kilowatt hour meter 35 (3P/3P + N/400 V) CEr electromechanical kilowatt hour meter 35 (3P/3P + N/230 V) CH hour counter, 48 x 48 mm (24 V AC) CH hour counter, 48 x 48 mm (230 V AC) CH hour counter, 48 x 48 mm (12 to 36 V DC) AMP analog ammeter, 72 x 72 mm, for motor 22 feeders (delivered without dial) AMP analog ammeter, 72 x 72 mm, for standard 22 feeders (delivered without dial) VLT analog voltmeter, 72 x 72 mm Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, 0-50 A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP CMA ammeter selector switch, 48 x 48 mm CMV voltmeter selector switch, 48 x 48 mm Dial, A, for AMP AMP analog ammeter for direct connection, 20 DIN rail AMP analog ammeter for connection to TI 20 (delivered without dial), DIN rail Dial, 0-5 A, for AMP Dial, 0-50 A, for AMP Dial, 0-75 A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP VLT analog voltmeter (0-300 V), DIN rail VLT analog voltmeter (0-500 V), DIN rail 20 Cat. no. Description Page AMP analog ammeter, 96 x 96 mm, for motor 23 feeder (delivered without dial) AMP analog ammeter, 96 x 96 mm, for standard 23 feeder (delivered without dial) VLT analog voltmeter, 96 x 96 mm Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, 0-50 A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP Dial, A, for AMP TI 50/5 tropicalised transformer for cables 15, TI 75/5 tropicalised transformer for cables 15, TI 100/5 tropicalised transformer for cables 15, TI 125/5 tropicalised transformer for cables 15, 16 and busbars TI 150/5 tropicalised transformer for cables 15, 16 and busbars TI 200/5 tropicalised transformer for cables 15, 16 and busbars TI 150/5 tropicalised transformer for busbars TI 200/5 tropicalised transformer for busbars TI 250/5 tropicalised transformer for cables 15, 16 and busbars TI 300/5 tropicalised transformer for cables 15, TI 400/5 tropicalised transformer for cables TI 500/5 tropicalised transformer for cables TI 600/5 tropicalised transformer for cables TI 250/5 tropicalised transformer for busbars TI 300/5 tropicalised transformer for busbars TI 400/5 tropicalised transformer for cables 15 and busbars TI 500/5 tropicalised transformer for cables 15 and busbars TI 500/5 tropicalised transformer for busbars TI 600/5 tropicalised transformer for busbars TI 200/5 tropicalised transformer for busbars TI 250/5 tropicalised transformer for busbars TI 300/5 tropicalised transformer for busbars TI 400/5 tropicalised transformer for busbars TI 500/5 tropicalised transformer for busbars TI 600/5 tropicalised transformer for busbars TI 800/5 tropicalised transformer for busbars TI 1000/5 tropicalised transformer for busbars TI 40/5 tropicalised transformer for cables 15, TI 50/5 tropicalised transformer for cables 15, TI 75/5 tropicalised transformer for cables 15, TI 100/5 tropicalised transformer for cables 15, TI 125/5 standard transformer for cables 15, 16 and busbars TI 150/5 standard transformer for cables 15, 16 and busbars TI 200/5 standard transformer for cables 15, 16 and busbars TI 150/5 standard transformer for busbars 15 2

5 Index of catalogue numbers Cat. no. Description Page Cat. no. Description Page TI 200/5 standard transformer for busbars TI 250/5 standard transformer for cables 15, 16 and busbars TI 300/5 standard transformer for cables 15, TI 400/5 standard transformer for cables 16 and busbars TI 500/5 standard transformer for cables 16 and busbars TI 600/5 standard transformer for cables TI 250/5 standard transformer for busbars TI 300/5 standard transformer for busbars TI 400/5 standard transformer for cables 15 and busbars TI 500/5 standard transformer for cables 15 and busbars TI 500/5 standard transformer for busbars TI 600/5 standard transformer for busbars TI 200/5 standard transformer for busbars TI 250/5 standard transformer for busbars TI 300/5 standard transformer for busbars TI 400/5 standard transformer for busbars TI 500/5 standard transformer for busbars TI 600/5 standard transformer for busbars TI 800/5 standard transformer for busbars TI 1000/5 standard transformer for busbars TI 1250/5 tropicalised transformer for busbars TI 1500/5 tropicalised transformer for busbars TI 1250/5 tropicalised transformer for busbars TI 1500/5 tropicalised transformer for busbars TI 1250/5 tropicalised transformer for busbars TI 1500/5 tropicalised transformer for busbars TI 2000/5 tropicalised transformer for busbars TI 2500/5 tropicalised transformer for busbars TI 3000/5 tropicalised transformer for busbars TI 2500/5 tropicalised transformer for busbars TI 3000/5 tropicalised transformer for busbars TI 4000/5 tropicalised transformer for busbars TI 5000/5 tropicalised transformer for busbars TI 6000/5 tropicalised transformer for busbars Cylinder Ø 8.5 mm for TI transformer Cylinder Ø 12.5 mm for TI transformer Lead-sealable cover for TI transformer Lead-sealable cover for TI transformer ME1 digital watt hour meter ME1z digital watt hour meter ME1zr digital watt hour meter ME4 digital watt hour meter ME4zr digital watt hour meter ME4zrt digital watt hour meter ME3 digital watt hour meter ME3zr digital watt hour meter Micro Power Server MPS UM100 digital voltmeter, 72 x 72 mm UM100 digital voltmeter, 72 x 72 mm UM100 digital voltmeter, 72 x 72 mm IM100 digital ammeter, 72 x 72 mm IM100 digital ammeter, 72 x 72 mm IM100 digital ammeter, 72 x 72 mm Power Meter PM500 (AC/DC) Power Meter PM500 (DC) Modbus RS 485 module for PM IO11 Puls module for PM IO22 Alarm module for PM AO ma module for PM IO02 2 Puls module for PM A AI05 AI05 module for CM Series AI420 AI420 module for CM Series AO420 AO420 module for CM Series C CAB4 CM/display connection cable (1.3 m) 72, 82 CAB12 CM/display connection cable (4.2 m) 72, 82 CAB30 CM/display connection cable (9 m) 72, 82 CM3250MG Circuit Monitor CM CM3350MG Circuit Monitor CM CM4000MG Circuit Monitor CM CM4000TMG Circuit Monitor CM4000T 80 CM4000XRMG Circuit Monitor CM4000XR 80 CM4MEM16M Memory extension kit for CM Series 4000, 16 Mb 83 CM4MEM32M Memory extension kit for CM Series 4000, 32 Mb 83 CMDLCMG CMDLC LCD display for CM Series 3000/ , 82 CMDVFMG CMDVF vacuum fluorescent display 72, 82 for CM Series 3000/4000 CVM CVM current/voltage module for CM CVMT CVMT current/voltage module for CM4000T 83 CVMXR CVMXR current/voltage module for CM4000XR 83 D DI120AC DI120AC module for CM Series DI240AC DI240AC module for CM Series DI32DC DI32DC module for CM Series DO120AC DO120AC module for CM Series DO200DC DO200DC module for CM Series DO240AC DO240AC module for CM Series DO60DC DO60DC module for CM Series E ECC21 Ethernet ECC21 communication card 73, 83 for CM Series 3000/4000 EGX200MG Ethernet EGX200 gateway 94 EGX400MG Ethernet EGX400 server 95 I IOC44 IOC44 card for CM Series 3000/ , 84 IOX IOX extender for CM Series IOX0404 IOX0404 extender for CM Series IOX08 IOX08 extender for CM Series IOX2411 IOX2411 extender for CM Series O OCIVF P OCIVF optical communication interface (CMDVF/PC) PM700MG Power Meter PM PM700PMG Power Meter PM700P 56 PM710MG Power Meter PM PM810MG Power Meter PM PM820MG Power Meter PM PM850MG Power Meter PM PM8M22 PM8M22 module for PM Series PM8M2222 PM8M2222 module for PM Series PM8M26 PM8M26 module for PM Series , 82 3

6 Presentation Why use PowerLogic System? Get all the information you need to manage your electrical installation Today, cost management and improved continuity of service can boost your competitiveness. For this, you need more information concerning the operation of your electrical installation: consumption data, load curves, disturbances, harmonic pollution, available power, etc. PowerLogic System brings you all this information. Information you can count on, where and when you need it. E _A Public buildings PowerLogic System, the metering and monitoring solution PowerLogic System offers a complete, consistent power metering and monitoring solution for optimal management of your electrical installation. A complete solution: b covering all electrical installation management needs, from simple current metering right through to remote monitoring of power quality b backed by the most complete range of metering/monitoring devices and powermonitoring software on the market b suited to the widest variety of applications in both industrial and service sectors. A consistent solution: b integrating all low and medium voltage metering, monitoring and protection devices b offering communication software and gateways pre-configured for easy integration of Schneider Electric devices b at the heart of the Transparent Ready TM concept. Remote monitoring DB Hospitals Communication Semiconductor manufacturers Devices _A Panel instruments Kilowatt hour meters Powermonitoring units LV circuit breakers MV control and protection units Other compatible products Automobile industry PowerLogic System, the metering and monitoring solution suited to the widest variety of applications. A PowerLogic System solution integrates b PowerLogic range products: v metering and monitoring devices, both communicating and non-communicating v communication interfaces v power-monitoring software b Masterpact and Compact circuit breakers equipped with Micrologic control units b Sepam and Vigirex protection relays b any other Modbus-comptabile device 4

7 Presentation Why use PowerLogic System? (cont.) - PowerLogic System, the key to improving your electrical distribution system PowerLogic System serves 3 functions: b collection of measurement data b organisation and transmission of measurement data to facilitate analysis by the different departments concerned: production, maintenance, accounting, site management b checking of the results obtained after implementing electrical distribution system improvement solutions. DB Collect measurement data Devices Communication Remote monitoring Organise measurement data Check Implement solutions Design/ solutions Analysis Improve the distribution system DB Energy costs With PowerLogic System, you control your electrical installation PowerLogic System helps you Reduce energy costs Get a clearer view of your consumption b identification of major consumers and allocation of costs b management of consumption peaks and optimisation of your utility contract. Continuity of service Power quality Improve power quality Increase power-system reliability and optimise your operating costs b monitoring of harmonics b lower maintenance costs b reduced production losses. Improve continuity of service Use the full capacity or your installation b analysis of the electrical distribution system b diagnosis of failures. 5

8 Presentation Why use PowerLogic System? Benefits and applications DB Reduce energy costs PowerLogic System helps you reduce power consumption and the cost of the energy you use through sub-billing and electrical contract optimisation. E87260 Sub-billing and cost allocation to reduce consumption Metering of energy consumption to: b identify major consumers b allocate costs b make users aware of expenditures. E88058 Organisation of measurement data Optimisation of power contract and load curves to reduce energy costs Recording of energy consumption and load curves to: b optimise the power contract b aggregate multi-site costs and negotiate global contracts b identify spare capacity for electrical installation extensions b manage peaks and avoid penalties: v improve power factor by power factor correction solutions v avoid subscribed-power overruns by automatic load-shedding. Monitoring of other utilities Count pulses received from other utility meters (water, gas, steam, etc.) for global, centralised utility management. Trend curves DB Improve power quality Power quality has a direct impact on operating costs: b direct costs: over-consumption due to increased power losses b indirect costs: v production losses: process malfunctions, unnecessary tripping v equipment costs: shorter service life, lower efficiency, oversized equipment. E87257 PowerLogic System lets you assess the quality of your power, identify the causes of any problems and check the effectiveness of remedial measures. Four main functions are used to check power quality: b monitoring of harmonics b detection of voltage sags and swells b detection of transients b EN50160 electricity supply compliance checking. Spectral analysis of harmonics 6

9 Presentation Why use PowerLogic System? Benefits and applications (cont.) E87258 Measurement of total harmonic distortion and individual harmonic content b identify sources of harmonic distortion and separate them from sensitive loads b determine causes of malfunctions b derate power devices (transformers, cables, etc.) b implement filtering solutions. Detection and waveform capture of voltage sags and swells Determine the origin of production losses or shutdowns. Waveform capture triggered by a disturbance Detection and waveform capture of transients Determine the causes of malfunctions and breakdowns. EN50160 electricity supply compliance checking To assess the quality of distributed power according to the European standard EN50160 and check that the distributor complies with the standard. DB Improve continuity of service Electricity is vital to site operation. However, the phenomena that cause faults are not always easy to understand. PowerLogic System gives a better understanding of the electrical distribution system and offers tools for analysis. It lets you manage the system in real time and thereby increase reliability. PE PE Real time monitoring of your electrical installation Panel instrumentation For local display of measurement data and checks on installation operation. Remote monitoring Monitoring of the electrical installation to get the right information to the right person at the right time: b switchgear status and measurements for the facility manager b alarms and events for the maintenance department b cost allocation for the accounting department, etc. Open, flexible communication system allowing intervention by an external expert when required. Transparent access to information via Web technologies With the EGX400 Web server, you can now access all the information you need wherever you are and whenever you want via a standard browser like Internet Explorer. E87264 Access to metering and monitoring data via a Web browser Event and alarm logs Preventive and corrective maintenance Preventive maintenance Detection of problems in advance based on key parameters, to avoid equipment failures and downtime. Corrective maintenance Clear, complete information for the facility manager regarding fault circumstances in order to get power restored as quickly as possible: b local or remote alarms (e.g. by telephone or pager) b fault locating, overall vision, summary tables, etc. Detailed information for experts in charge of analysing the causes of faults and designing solutions to improve the electrical distribution system: b event and alarm logs b waveform capture, etc. 7

10 Product selection guide Panorama of the PowerLogic range Current transformers Panel instruments TI Name AMP / VLT AMP / VLT current transformer Function ammeter, voltmeter ammeter, voltmeter Installation b cable connections b insulated cable, diameter 21 to 35 mm, through transformer b busbar through transformer: v Prisma vertical busbars, 20 x 5 and 32 x 5 mm v insulated flexible busbars, 30 x 10 to 65 x 32 mm v Linergy busbars, 800 A and 1600 A v rigid busbars, 20 x 5 to 55 x 165 mm Technology analog digital Installation Applications Installation monitoring DIN rail 4 x 18 mm modules Panel instrumentation I / U I / U Remote monitoring Advanced remote monitoring Sub-billing and cost allocation Energy consumption Consumption for different time periods Consumption of other utilities Optimisation of power contract and load curves DIN rail 2 x 18 mm modules Power quality analysis Monitoring of harmonics (THD) Analysis of individual harmonic content Detection of voltage sags and swells Detection of transients EN50160 compliance checking Characteristics b transformation ratio: 40/5 A to 6000/5 A b accuracy: class 0.5 to 3 b maximum rated operational voltage: 720 V AC b standard or tropicalised Characteristics Measurement accuracy class 1.5 ± 0.5% ± 1 digit Voltage measurement Current measurement VLT: 500 V AC direct or external VT AMP: 30 A direct or external CT VLT: 600 V AC direct or external VT AMP: 10 A direct or external CT Communication ports Inputs / Outputs Memory capacity page 14 page 20 page 21 8

11 Product selection guide Panorama of the PowerLogic range (cont.) Kilowatt hour meters AMP / VLT IM100 / UM100 FRE CH / CI CE ME ammeter, voltmeter ammeter, voltmeter frequency meter hour counter pulse counter kilowatt hour meter analog digital digital electromechanical electromechanical digital watt hour meter flush mount 72 x 72 mm 96 x 96 mm flush mount 72 x 72 mm DIN rail 2 x 18 mm modules CI, CH: DIN rail 2 x 18 mm modules CH: flush mount DIN rail 6 x 18 mm modules DIN rail 2 or 4 x 18 mm modules I / U I / U F hours / pulses E E class 1.5 ± 1% ± 1 digit ± 0.5% ± 1 digit class 2 class 2 VLT: 500 V AC direct or external VT UM100: 600 V AC direct or external VT 400 V AC direct 400 V AC direct 400 V AC direct AMP: external CT IM100: external CT 63 A direct or external CT 63 A direct or external CT page 22 page 25 page 21 page 29 page 34 page 36 9

12 Product selection guide Panorama of the PowerLogic range (cont.) Power-monitoring units Name PM9P / PM9C PM500 PM700 / PM710 PM810 PM820 / PM850 Function Power Meter Power Meter Power Meter Power Meter Power Meter Technology digital digital digital digital digital Installation DIN rail 4 x 18 mm modules flush mount 96 x 96 mm flush mount 96 x 96 mm flush mount 96 x 96 mm flush mount 96 x 96 mm Applications Installation monitoring Panel instrumentation I, U, F, P, Q, S, PF, E (demand, minimum and maximum values) Remote monitoring Advanced remote monitoring time-stamped alarms time-stamped alarms Sub-billing and cost allocation Energy consumption Consumption for different time periods Consumption of other utilities Optimisation of power contract and load curves Power quality analysis Monitoring of harmonics (THD) Analysis of individual harmonic content Detection of voltage sags and swells Detection of transients EN50160 compliance checking Characteristics Measurement accuracy class 2 (active energy) Voltage measurement 450 V AC direct or external VT class 1 (active energy) 480 V AC direct or external VT class 1 (active energy) 480 V AC direct or external VT class 1 (active energy) 600 V AC direct or external VT class 0.5S (active energy) 600 V AC direct or external VT Current measurement external CT external CT external CT external CT external CT Communication ports Inputs / Outputs 1 O 8 I/O 2 O 16 I/O 16 I/O Memory capacity 80 / 800 kbytes page 44 page 50 page 56 page 62 10

13 Product selection guide Panorama of the PowerLogic range (cont.) Communication and supervision CM3000 CM4000 Name EGX200 EGX400 MPS100 SMS Circuit Monitor Circuit Monitor Function Ethernet gateway digital digital display in front, module inside switchboard display in front, module inside switchboard Installation DIN rail or desktop Ethernet server DIN rail or desktop Ethernet server DIN rail or desktop power-monitoring software Applications Ethernet communication RS 485 / Ethernet gateway and data logs Web server with standard HTML pages Micrologic, PM9C, PM500, PM710, PM800, Sepam CM3000, CM4000 Micrologic, PM500, PM800 Micrologic, PM9C, PM500, PM710, PM800, Sepam CM3000, CM4000 Web server with custom HTML pages Remote monitoring Real time data Historical data Automatic notification Alarm and event logs Waveform display Custom animated graphics Automatic creation of custom reports class 0.5S (active energy) 600 V AC direct or external VT class 0.2S (active energy) 600 V AC direct or external VT Characteristics Ethernet ports Modbus TCP / IP protocol RS 485 (2-wire / 4-wire) ports Modbus protocol external CT external CT Number of devices connected directly 10/100 Base TX port 10/100 Base TX port Base FX port (fiber optics) Base TX port RS 232 configuration ports Miscellaneous b 1 modem port 9 I/O 25 I/O b SMTP client b 6 I / 2 O 8 Mbytes 32 Mbytes page 70 page 80 page 94 page 100 page

14 Product selection guide Examples of architectures PowerLogic System can be used in a number of different architectures depending on the layout of the site. It also offers different user profiles simultaneously. Example 1 b installation in a small building or isolated equipment room b one or more metering/monitoring units connected to a simple PC (directly or via modem) b for electrical installation monitoring by the maintenance department. DB Modbus RS 485 Example 2 b installation in a building with a number of users interconnected by a local Intranet b connection of metering/monitoring units to EGX gateways for integration in the company Ethernet network b for shared management of the electrical installation by different departments: v simple monitoring, with no dedicated software, using a Web browser, v complete power monitoring using SMS software. DB Web browser SMS Ethernet TCP/IP Modbus RS 485 Modbus RS

15 Product selection guide Examples of architectures (cont.) Example 3 b installation in a number of buildings linked by a company Intranet b connection of metering/monitoring units to EGX Web servers for integration in the company Ethernet network b all sectors of the company connected to the Intranet have direct access to essential data on the electrical installation via their Web browser. DB Intranet Web browsers SMS Ethernet TCP/IP Modbus RS 485 Modbus RS

16 Current transformers TI current transformers NMD NMD Function Current transformers with a ratio of Ip/5, for measurement devices (ammeters, kilowatt hour meters), load shedders, control relays, etc. Common technical data b Secondary current: 5 A. b Max. voltage rating Ue: 720 V. b Frequency: Hz. b Safety factor: v 40 to 4000 A: fs y 5 v 5000 to 6000 A: fs y 10. b IP20. b Ambient installation temperature: v standard range: - 5 C to + 55 C, humidity < 95 % v tropicalised range: - 25 C to + 60 C, humidity > 95 %. b Reference standards: IEC 44-1, NFC42502, VDE 0414, BS 7626 and IEC b Weight: NMD Catalogue numbers Weight (g) and and and and and Specific technical data PB TI with let-through primary: b Secondary connection using terminals for lug, using tunnel terminals or using screws (depending on cat. no.). b Delivered with: Catalogue numbers Adapter for fixing on a symmetrical rail Adapter for fixing on a plate Insulated binding screw Sealable cover and b b b and b b b Optional and b b b Optional and b b b and b b b b b b b b b b MD-2 Sealable cover. b Maximum dimensions for primary circuit cable inlets: Catalogue numbers Opening Cable Ø and x 5 mm and x 10 mm and x 10 mm and x 11 mm and 51 x 31 mm and x 32 mm x 84 mm x 127 mm x 127 mm x 165 mm 14

17 Current transformers TI current transformers (cont.) 0 TI with connection of primary by screw and nut: b Secondary connection using terminals for lug or tunnel terminals (depending on cat. no.). b Cylinder Ø 8.5 mm. b Cylinder Ø 12.5 mm. b Delivered with: Catalogue numbers Catalogue numbers (1) Rigid flat busbars. (2) Rigid vertical busbars. (3) < 80 mm rigid busbars. (4) 80 mm rigid busbars. (5) 100 mm rigid busbars. (6) 100 mm rigid triple busbars. Adapter for fixing on a symmetrical rail Adapter for fixing on a plate Sealable cover and b b b and b b Optional TI with let-through primary Ratio Insulated Prisma cable vertical busbars Insulated flexible busbars Linergy vertical busbars Rigid busbars Cat. no. TI standard Cat. no. TI tropical 40/5 b /5 b /5 b /5 b /5 b b /5 b b b b /5 b b b b b /5 b b b b b /5 b b b b b /5 b b b b b /5 b b b b /5 b b (1) b b b (2) /5 b b b /5 b b b /5 b b b (3) b (4) b (5) /5 b (3) b (4) b (5) /5 b /5 b b (6) /5 b b (6) /5 b /5 b /5 b

18 Current transformers TI current transformers (cont.) 0 Catalogue numbers TI with connection of primary by screw and nut Ratio Cat. no. TI standard Cat. no. TI tropical Cat. no. cylinder 40/ / or / or / or / or / or / or / or / or / or / or / or Accessories Type Cat. no. Cylinder Ø 8.5 mm Ø 12.5 mm Sealable cover for cat. nos to and to for cat. nos to and to Connection E56648 S1 S2 K L P1 K E56651 K P2 TI with let-through primary. E56646 E56647 S1 S2 K L P1 K S1 S2 K L P1 K TI with connection of primary by screw and nut. 16

19 Current transformers TI current transformers 0 Choice and accuracy class Choosing a current transformer 2 criteria exist for choosing a TI: b the Ip/5 A ratio b the type of installation. The Ip/5 A ratio It is recommended that a ratio immediately above the measured current (In) be chosen. Example: In = 1103 A; ratio chosen: 1250/5. Type of installation Which TI model to choose depends on the type of installation: b insulated cables b Prisma vertical busbars b insulated flexible busbars b Linergy vertical busbars b rigid busbars. Important warning Never open the secondary circuit of a current transformer while the primary circuit is energized. Before any kind of maintenance service on the secondary circuit, the secondary terminals on the tranformer must be short-circuited. Determining the accuracy class of a TI The accuracy class is a function of the transformer's power and the consumption of the measurement system. The latter takes device and cable consumption into account. For a given accuracy class, consumption of the measurement system must not exceed the power on the TI transformer. Copper cable cross-section in mm 2 Power in VA per doubled meter at 20 C For each temperation variation of 10 C, the power absorbed by the cables rises by 4 %. Merlin Gerin device Consumption in VA Ammeter 72 x 72 / 96 x Analog ammeter 1.1 Ammeter Digipact IM Digital ammeter 0.3 PM500, PM700, PM800, CM3000, CM CE tri 1.2 CEr tri 1.2 ME4zrt 0.05 PM

20 Current transformers TI current transformers 0 Choice and accuracy class (cont.) Example: consumption of a measurement system at 20 C PM VA Digital ammeter VA 4 meters of doubled wire 2.5 mm VA Measurement system consumption = 2.19 VA The accuracy class of the TI is deduced: b class 3 for a TI with a ratio of 75/5 b class 1 for a TI with a ratio of 100/5 b class 0.5 for a TI with a ratio of 125/5. Ip/5 Cat. no. Power (VA) accuracy class standard TI tropical TI A A A A A A A A A A A A A A A A A A A A A A

21 Current transformers Dimensions 0 TI current transformers E58377 E58380 E58383 Cat. no to 16506, to Cat. no to 16515, to Cat. no to 16521, to E58376 E58379 E58382 Cat. no and 16524, and Cat. no to 16535, to Cat. no and E58375 E58378 E58381 Cat. no to Cat. no to Cat. no and Cylinders E90390 E90391 Cat. no Cat. no

22 Panel instruments DIN rail analog ammeters and voltmeters 0 Function AMP Ammeters measure the current flowing through an electric circuit in amps. VLT Voltmeters measure the potential (voltage) difference of an electric circuit in volts AMP. VLT. Common technical data b Accuracy: class 1.5. b Complies with standards IEC 51 and IEC 414. b Ferromagnetic device. b Pseudo-linear scale over 90. b Ammeters (except catalogue number 16029): v connection on TI, ratio In/5, to be ordered separately v interchangeable dials. b Temperature: v operating temperature: C. v reference temperature: 23 C. b Influence of temperature on accuracy: ± 0.03 % / C. b Utilisation frequency: 50/60 Hz. b Consumption: v AMP: 1.1 VA v VLT catalogue number 15060: 2.5 VA v VLT catalogue number 16061: 3.5 VA. b Permanent overload: v AMP: 1.2 In v VLT: 1.2 Un. b Maximum overload for 5 s: v AMP: 10 In v VLT: 2 Un. b Connection: tunnel terminals for 1.5 to 6 mm 2 rigid cables. Catalogue numbers Type Scale Connection with TI AMP with direct connection Width in mod. of 9 mm Cat. no A no AMP with connection on TI Basic device X/ (delivered without dial) Dial 0-5 A A 50/ A 75/ A 100/ A 150/ A 200/ A 250/ A 300/ A 400/ A 500/ A 600/ A 800/ A 1000/ A 1500/ A 2000/ VLT V V

23 Panel instruments DIN rail digital ammeters, voltmeter and frequency meter 0 Function E57571 AMP Ammeters measure in amps the current flowing through an electric circuit. VLT Voltmeters measure in volts the potential (voltage) difference of an electric circuit. FRE The frequency meter measures in hertz the frequency of an electric circuit. E57572 AMP. Common technical data b Supply voltage: 230 V. b Operating frequency: 50/60 Hz. b Display by red LED: 3 digits. b Accuracy at full-scale : 0.5 % ±1 digit. b Consumption: 0.3 VA. b Connection: tunnel terminals for 2.5 mm 2 cables. Specific data E57573 VLT. FRE. 10 A direct reading ammeter b Minimum value measured: 4 % of rating. b Measurement input consumption: 1 VA. Multi-rating ammeter b Ratings: v in direct reading: 5 A v by CT (not supplied) configurable on the front face of the ammeter: 10, 15, 20, 25, 40, 50, 60, 100, 150, 200, 250, 400, 500, 600, 800, 1000, 1500, 2000, 2500, 4000, 5000 A. b Minimum value measured: 4 % of rating. b Measurement input consumption: 0.55 VA. Voltmeter b Direct measurement: V. b Input impedance: 2 MΩ. b Minimum value measured: 4 % of rating. Frequency meter b Minimum value measured: 20 Hz. b Maximum value measured: 100 Hz. b Full-scale display: 99.9 Hz. Compliance with standards b Safety: IEC EN b EMC electromagnetic compatibility: IEC EN and IEC EN Catalogue numbers Type Scale Connection with TI Direct reading AMP Multi-rating AMP VLT FRE Width in mod. of 9 mm Cat. no A No A As per rating V Hz

24 Panel instruments 72 x 72 analog ammeters and voltmeter 0 PB Function The 72 x 72 measurement devices are designed for flush-mounted installation on doors, wicket doors and front plates of enclosures and cubicles. AMP The ammeters measure in amps the current flowing through an electrical circuit. VLT The voltmeter measure in volts the potential difference (voltage) of an electrical circuit. PB AMP for standard feeder. AMP for motor feeder. Common technical data b Accuracy: class 1.5. b Compliance with standards NF C IEC 414. b Ferromagnetic device. b Scale length: 62 mm over 90. b Mounting in enclosure or in cubicle. b IP52. b Maximum operating position: 30 /vertical. b Temperature: v operation: -25 C to +50 C v reference: 23 C. b Influence of temperature on accuracy: ±0.003 % / C. b Utilisation frequency: 50/60 Hz. PB AMP specific technical data b Needs a In/5 Tl to be ordered separately. b Interchangeable dials to be ordered separately. b Consumption: 1.1 VA. b Permanent overload: 1.2 In. b Maximum overload for 5 s: 10 In. VLT. VLT specific technical data b Consumption: 3 VA. b Permanent overload: 1.2 Un. b Maximum overload for 5 s: 2 Un. Catalogue numbers Type Scale Connection Cat. no. on TI AMP for standard feeder Basic device (delivered without dial) X/ In dial 0-50 A 50/ A 100/ A 200/ A 400/ A 600/ A 1000/ A 1250/ A 1500/ A 2000/ AMP for motor feeder Basic device (delivered without dial) X/ In dial A 30/ A 75/ A 200/ VLT V

25 Panel instruments 96 x 96 analog ammeters and voltmeter 0 PB Function The 96 x 96 measurement devices are designed for flush-mounted installation on doors, wicket doors and front plates of enclosures and cubicles. AMP The ammeters measure in amps the current flowing through an electrical circuit. VLT The voltmeter measure in volts the potential difference (voltage) of an electrical circuit. PB AMP for standard feeder. Common technical data b Accuracy: class 1.5. b Compliance with standards NF C IEC 414. b Ferromagnetic device. b Scale length: 80 mm over 90. b Mounting in enclosure or in cubicle. b IP52. b Maximum operating position: 30 /vertical. b Temperature: v operation: -25 C to +50 C v reference: 23 C. b Influence of temperature on accuracy: ±0.003 % / C. b Utilisation frequency: 50/60 Hz. PB AMP for motor feeder. AMP specific technical data b Needs a In/5 Tl to be ordered separately. b Interchangeable dials to be ordered separately. b Consumption: 1.1 VA. b Permanent overload: 1.2 In. b Maximum overload for 5 s: 10 In. VLT specific technical data b Consumption: 3 VA. b Permanent overload: 1.2 Un. b Maximum overload for 5 s: 2 Un. Catalogue numbers VLT. Type Scale Connection Cat. no. on TI AMP for standard feeder Basic device (delivered without dial) X/ In dial 0-50 A 50/ A 100/ A 200/ A 400/ A 600/ A 1000/ A 1250/ A 1500/ A 2000/ A 2500/ A 3000/ A 4000/ A 5000/ A 6000/ AMP for motor feeder Basic device (delivered without dial) X/ In dial A 30/ A 75/ A 200/ VLT V

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27 Panel instruments 72 x 72 IM100 digital ammeters Function The IM100 is a digital ammeter designed to measure AC currents. It provides front panel readings on switchboards and is not equipped for communication. A single device covers current-transformer ratings from 5 to 8000 A. Characteristics Electrical characteristics Type of measurement rms up to the 9th harmonic Ratings of associated current transformers 5 to 8000 A (1) Frequency Hz Measurement accuracy (not including sensors) ±1 % of full scale, ±1 digit Digital display 4-digit LED (9999 full-scale count) Display-refresh time 1.5 s Consumption On power supply 3.5 VA max On current transformer 0.5 VA at In Overload capacity Continuous 2 In 3 seconds 6 In Electrical safety as defined by standard IEC Supply voltage V AC / DC V AC V AC Mechanical characteristics Dimensions DIN 72 x 72 mm Weight 0.25 kg Degree of protection (EN50102) Front face IP50 Other faces IP30 (IP20 for connections) Front face impact resistance (EN50102) IK07 (2 Joules) Vibrations (IEC ) Fc test 2 to 13.2 Hz - 1 mm 13.2 to 100 Hz g Environment Operating temperature range -20 C to +70 C Storage temperature range -35 C to +85 C Damp heat (IEC ) 6 cycles +25 C/ +55 C / RH 95 % Salt mist (IEC ) Kb test, severity level 2 Electromagnetic compatibility: b electrostatic discharges (IEC ) Level IV b radiated susceptibility (IEC ) Level III b low-energy conducted susceptibility (IEC ) Level IV b high-energy conducted susceptibility (IEC ) Level IV b conducted and radiated emissions (EN ) Class A (1) Associated current transformers: secondary output 5 A. Available primary ratings: Recommended accuracy class: 1 (as defined by IEC ). Accessories DB Connection For measurements on a 3-phase distribution system, the Digipact IM100 ammeter may be combined with a Telemecanique K1F-003M or Multi 9 4-position CMA ammeter selector switch (cat. no and 16017). Installation b on front plate for Prisma cubicle: cat. no or b on door with cut-outs for Prisma cubicle: cat. no Catalogue numbers Voltage (V) Cat. no. 48 to 155 V AC / DC to 240 V AC to 415 V AC

28 Panel instruments 72 x 72 UM100 digital voltmeters Function The UM100 is a digital voltmeter designed to measure AC voltages. It provides front panel readings on switchboards and is not equipped for communication. A single device covers all alternating voltages from 0 to 690 V. Characteristics Electrical characteristics Type of measurement Measured voltage without voltage transformer Frequency Measurement accuracy (not including sensors) Digital display Display-refresh time Consumption Input impedance rms up to the 9th harmonic 0 to 690 V Hz ±1 % of full scale, ±1 digit 3-digit LED (999 full-scale count) 1.5 s 3.5 VA max > 1 MΩ Overload capacity Continuous 1.2 Un 1 second 2 Un Electrical safety as defined by standard IEC Supply voltage V AC / DC V AC V AC Mechanical characteristics Dimensions DIN 72 x 72 mm Weight 0.25 kg Degree of protection (EN50102) Front face IP50 Other faces IP30 (IP20 for connections) Front face impact resistance (EN50102) IK07 (2 Joules) Vibrations (IEC ) Fc test 2 to 13.2 Hz - 1 mm 13.2 to 100 Hz g Environment Operating temperature range -20 C to +70 C Storage temperature range -35 C to +85 C Damp heat (IEC ) 6 cycles +25 C/ +55 C / RH 95 % Salt mist (IEC ) Kb test, severity level 2 Electromagnetic compatibility: b electrostatic discharges (IEC ) Level IV b radiated susceptibility (IEC ) Level III b low-energy conducted susceptibility (IEC ) Level IV b high-energy conducted susceptibility (IEC ) Level IV b conducted and radiated emissions (EN ) Class A Accessories DB Connection For phase-to-phase or phase-to-neutral measurements on a 3-phase distribution system, the Digipact UM100 voltmeter may be combined with a Telemecanique K1F-027M or Multi 9 7-position CMV voltmeter selector switch (cat. no and 16018). Installation b on front plate for Prisma cubicle: cat. no or b on door with cut-outs for Prisma cubicle: cat. no Catalogue numbers Voltage (V) Cat. no. 48 to 155 V AC / DC to 240 V AC to 415 V AC

29 Panel instruments DIN rail CMA and CMV selector switches CMA. CMV. Function CMA This 4-position ammeter selector switch uses a single ammeter (using current transformers) for successive measurement of the currents of a three-phase circuit. CMV This 7-position voltmeter selector switch uses a single voltmeter for successive measurement of voltages (phase-to-phase and phase-to-neutral) of a three-phase circuit. Common technical data b Rotary handle. b Maximum operating voltage: 440V, 50/60 Hz. b Nominal thermal current: 10 A. b Operating temperature: -20 C to +55 C. b Storage temperature: -25 C to +80 C. b Mechanical durability (AC21A-3x440 V): operations. b Electrical durability: operations. b Connection: jumper terminals with captive screws, for cables up to 1.5 mm 2. b Complies with standards: v IEC (EN ) v VDE 0660 part. 107 v UL. Catalogue numbers Type Rating (A) Voltage (V CA) Width in mod. of 9 mm Cat. no. CMA CMV Connection DB N S1 S2 S1 S2 S1 S CMA 3 9 A L3 0 + L2 L1 DB N CMV 1 3 V L1.2 0 L1.N L2.3 L2.N L3.1 + L3.N CMA. CMV. 27

30 Panel instruments 48 x 48 CMA and CMV selector switches CMA. Function The 48 x 48 selector switches are designed for flush-mounted installation on doors, wicket doors and front plates of enclosures and cubicles. CMA The ammeter selector switch uses a single ammeter (by means of current transformers) for successive measurement of the currents of a three-phase circuit. CMV The voltmeter selector switch uses a single voltmeter for successive measurement of the voltages (phase-to-phase and phase-to-neutral) of a three-phase circuit Common technical data b Durability: v electrical: operations v mechanical: operations. b AgNi contact. b Operating temperature: -25 C to +50 C. CMV. Catalogue numbers Type Rating (A) Voltage (V) Number of positions Cat. no. CMA CMV

31 Panel instruments CH hour counters Function Electromechanical counter that counts the operating hours of a machine or piece of electrical equipment. Giving a precise indication of operating time, the counter is used to decide when to carry out preventive maintenance. Common technical data b Electromechanical display. b Maximum display: hours. b Display accuracy: 0.01 %. b Without reset. b Storage temperature: -25 C to +85 C. b Connection: tunnel terminals for 2.5 mm 2 cable CH "DIN". CH "48 x 48". Specific technical data CH "DIN" b Consumption: 0.15 VA. b Operating temperature: -10 C to +70 C. b Mounting on DIN rail. CH "48 x 48" b Consumption: v 15607: 0.25 VA v 15608: 0.15 VA v 15609: 0.02 VA to 12 V and 0.3 VA to 36 V. b Operating temperature: -20 C to + 70 C. b Degree of protection: IP65 on front face. b Mounting on front face of monitoring switchboards. Catalogue numbers Type Voltage (V) Width in mod. of 9 mm Cat. no. CH "DIN" 230 V AC/50 Hz CH "48 x 48" 24 V AC/50 Hz V AC/50 Hz to 36 V DC Connection E91446a E91504 CH 2 3 CH + - load load CH "DIN". CH "48 x 48". 29

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33 Panel instruments CI impulse counter Function Electromechanical counter designed to count impulses emitted by: kilowatt hour meters, temperature overrun detectors, people meters, speed meters, etc. Common technical data b Supply and metering voltage: 230 V AC, 50/60 Hz. b Consumption: 0.15 VA. b Maximum display: impulses. b Without reset. b Metering data: v minimum impulse time: 50 ms v minimum time between 2 impulses: 50 ms. b Storage temperature: -25 C to +85 C. b Operating temperature: -10 C to +70 C. b Connection: tunnel terminals for 2.5 mm 2 cable. Catalogue number Type Width in mod. Cat. no. of 9 mm CI Connection E91445a CI 2 3 load CI 2 3 kwh load 31

34 Panel instruments Dimensions 0 Analog ammeters and voltmeters DB Digital ammeters, voltmeter and frequency meter DB DIN rail CMA and CMV selector switches DB x 72 analog ammeters and voltmeter DB Protection cover Terminal M4 96 x 96 analog ammeters and voltmeter Protection cover DB Terminal M4 32

35 Panel instruments Dimensions (cont.) 0 48 x 48 CMA and CMV selector switches DB (or 4.8) 24.1 (or 33) 22.3 (or 30.5) (with adapter) UM100 voltmeter, IM100 ammeter DB CI impulse counter and CH hour counter DB x 48 CH hour counters DB

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37 Kilowatt hour meters Selection guide for kilowatt hour meters 0 Function Class 2 watt hour meters are designed for sub-distribution metering. They meter the electric power consumed per hour by a single-phased or three-phased electrical circuit, with or without a distributed neutral. Watt hour meters are divided into two large families: b meters with electro-mechanical displays: the CE range b meters with digital displays: the ME range. They have a total meter and some have a partial meter with the RESET function. Both of the ranges can conduct direct measurements, or can use current transformers to measure. ME range is conform to the IEC 1036 standard (with sealable enclosure). Selection guide for watt hour meters CE and ME CE CE CE ME1 ME3 ME4 ME4zrt CEr CEr CEr ME1z ME3zr ME4zr 1P 3P 230 V 3P 400 V ME1zr Operation Single-phased b b Three-phased b b b b Three-phased + neutral b b b b Rated voltage 230 V (1P+N) b b 230 V (3P) b b b 400 V (3P) b b b 127/230 V (3P+N) b 230/400 V (3P+N) b b b Frequency (50/60 Hz) b b b b b b b Direct measurement current (A) For single-phased 25 or For three-phased Current measurement via CT (A) 50 to to to 6000 Total meter b b b b b b b Total meter capacity MWh MWh MWh MWh MWh MWh with CT y 150 A: MWh with CT > 150 A: MWh Partial meter (with RESET) b (ME1z/ME1zr) b (ME3zr) b (ME4zr) b Display Electro-mechanic (6 significant digits b b b in kwh) Digital (5 significant digits b b b b in kwh or MWh) Remote transfer b (CEr) b (CEr) b (CEr) b (ME1zr) b (ME3zr) b (ME4zr) b Width in modules of 9 mm