NuDAM Modules. NuDAM Modules. ND-6017 Analog Input Module, 8 channels. ND-6018 Thermocouple Input Module, 8 channels

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1 Modules Modules ND-6017 Analog Input Module, 8 channels ND-6018 Thermocouple Input Module, 8 channels ND-6011 High-gain, Analog Input Module ND-6012 Analog Input Module ND-6013 RTD Input Module, 3 channels ND-6021 Analog Output Module ND-6050 Digital Input/Output Module ND-6052 Isolated Digital Input/Output Module ND-6060 Relay Output Module ND-6011 Counter / Frequency Input Module ND-6510 RS-485 Repeater Module ND-6520 RS-232 to RS-485 Converter Module NDP-243 Modular Power Supply ND-DLL6 : Dynamic Link Libraries for Windows 3.1, Windows 95 and Windows NT 4.0 ND-DDE6 : Dynamic Data Exchange for Windows 3.1, Windows 95 and Windows NT 4.0

2 Intelligent Remote Data Acquisition and Control Modules "A Complete Sensor to Serial Interface" T he family of Remote Data Acquisition and Control modules accepts real-world input signals that are converted to engineering units and are send, in printable ASCII characters to a controlling host computer over an RS-485 network. Most modules additionally include digital output channels that let them control real world events by producing similar digital or analog control outputs. modules are available to measure voltage, current, thermocouple, RTD and frequency. Other modules handle digital I/O or feature analog or relay output. Where applicable input isolation is 500 VRMS. modules provide direct connection to a wide variety of sensors and performs all necessary signal conditioning, scaling, linearization and conversion. Configuration is done remotely by a controlling host computer. All scaling, linearization and calibration and communications values are stored in EEPROM, eliminating the need for pots, switches or adjustment hardware. ELECTRODE FILM AGAINST NOISE modules are packaged in heavy duty ABS casings. The casings interior is coated with an electrode film to shield 's circuitry from extreme noise sources. PROTECTIVE COATING A thick protective coating, that covers both circuits and PCB, prolongs the lifetime of the modules and makes them resistant to humidity, salt spray and other harsh chemicals. Features RS-485/422 protocol, Industrial Standard Networking Two-wire multi-drop network High transfer speed (115.2 Kbps), long transfer distance (4000 ft.) Up to 256 modules on one network supervised by a single host computer Simple ASCII command/response protocol Communication is performed with printable ASCII characters Watchdog supervision of module and communication with host High voltage photo-isolators insure that fatal shocks are not passed on to other modules over the RS-485 network. Internal electrode coating against noise PCB and circuitry coating against harsh chemicals Unregulated +10 to +30 V DC to power modules` DIN rail or Wall Mount Applications Process Monitoring and Control Remote Sensing / Control Remote Data Logging Product Testing Industrial Process Control Security Control Building Automation Energy Control 7-2

3 Intelligent DA&C Modules Networking RS-232 ND-6520 RS-232 to RS-485 Converter RS-485 RS-485 NETWORKING The EIA-RS-485 protocol is a communication standard specially developped for multi-drop networks that have to communicate at high transfer rates over long distances. The RS-485 protocol is specified to communicate at rates up to 10 Mbps and over a distance of up to 4000 feet (1200 m) RS-485 uses differential transmission on a balanced pair of wires (twisted pair). The ease of wiring of twisted pair has made RS-485 the most popular and widely spread means of communication in industry. In places where strong noise still could cause interference, shielded twisted pair cabling should be used Single Segment Network Terminator NUDAM'S RS-485 IMPLEMENTATION Each module contains a halfduplex RS-485 transceiver that is used to communicate with the host computer. The quarter-unit-load of these transceivers allows up to 128 modules to be connected on a single segment without need for a repeater. To ensure error free communication, a slew rate limiter on every transceiver minimizes EMI and reduces reflections of improperly terminated cabling. Networks can be configured as single segment or multi-segment, where every trunk line is connected with a repeater to the main segment TRANSPARENT RS-485 CONTROL EQUALS HALF DUPLEX RS-232 Just a single pair of wires is needed for RS-485 since 's Repeater and Converter modules automatically sense the direction of incoming data. This allows them to correctly control the RS-485 bus direction without the need for an extra pair of handshaking wires. Data + Data - RS-485 Receiver Driver Communication Direction Switch Controller RS-485 Bus Direction Control RS-485 Receiver Driver Data + Data - Since the sensing circuitry makes RTS and CTS signals obsolete, host computer software, written for Half Duplex RS-232 communication, can be used without any modification. This means that can be integrated, without problem, into existing installations or can replace them altogether. Software Control ASCII COMMAND/RESPONSE Only the host computer can generate commands while modules can only respond. All communication between host computer and modules is performed in printable ASCII characters. Every high level programming language that supports ASCII string functions (such as C, Pascal, BASIC) can be used. modules can therefore be controlled by any type of host computer. ERROR CHECKING 's command/response protocol can add two additional characters to every string, offering the possibility to include a checksum of the string itself. This allows verification that data send was the same as data received. WATCHDOG TIMERS modules contain watchdog supervisory circuits that will automatically reset a module when the system fails. Additionally, a user programmable software timer can provide a "safe output" in case communication with the host computer or the host computer itself fails. THIRD PARTY SOFTWARE Since modules are compatible with ADAM modules, they can be substituted or mixed and matched without any problem. Next to support for popular SCADA applications such as LABtech, FIX32 and Intouch, modules come with their own DLL and DDE support for Windows 3.x, Windows 95 and Windows NT DIN-rail Mounting Panel/Wall Mounting 7-3

4 General Specifications Multichannel Analog Input Data Communication RS-485 or RS-422 protocol Maximum communication distance 4000 feet (1.2 Km) ASCII format command/ response protocol Communication error checksum checking 500 V RMS isolation Selectable baud rates : 1200 up to Kbps 256 modules per host port Up to 128 multi-drop modules on a network without repeater Protection Internal watchdog timer for module and host failure with reset or "safe output" state PCB surface coating protects against salt, spray, chemicals ABS case with internal electrode film for noise reduction Plug-in screw terminal blocks Power Requirement, Internal switching regulator Power reversal protection Environmental EMI : meets FCC class A Operating : -10 to 60 C Storage : -20 to 80 C Humidity : 5~95% Compatibility 's routing, configuration and command protocol are 100% compatible with Advantech's ADAM modules ND-6017 Analog I/O Module 8-channel ANALOG INPUT Channels : 6 differential, 2 single-ended Input Type : mv, V, and ma Input Range : ±150 mv, ±500 mv, ±1 V, ±5 V, ±10 V, ±20 ma Isolated Voltage : 500 V DC Sampling Rate : 10 samples/sec. Bandwidth : 14 Hz Accuracy : 0.1% Zero Drift : ± 6 µv/ C Span Drift : ± 25 ppm/ C CMR : 92 db ND-6018 Thermocouple Input Module 8-channel ANALOG INPUT Channels : 6 differential, 2 single-ended Input Type : Thermocouple, mv, V, ma Input Range : ±150 mv, ±500 mv, ±1 V, ±5 V, ±10 V, ±20 ma Thermocouple : J, K, T, E, R, S, B Thermocouple Input Range : J -> 0 ~ 760 C K -> 0 ~ 1,000 C T -> 100 ~ 400 C E -> 0 ~ 1,000 C R -> 500 ~ 1,750 C S -> 0 ~ 1,750 C B -> 500 ~ 1,800 C Isolated Voltage : 500 V DC Sampling Rate : 10 samples/sec. Bandwidth : 14 Hz Accuracy : 0.1% Zero Drift : ±6 µv/ C Span Drift : ±25 ppm/ C CMR : 92 db 7-4

5 Intelligent DA&C Modules Analog Input and Digital I/O RTD Input ND-6011 High Gain Analog Input Module ANALOG INPUT Type : mv, V or ma Thermocouple Input Range : J -> -200 ~ +760 C K -> -150 ~ C T -> -200 ~ +400 C E -> -100 ~ C R -> 0 ~ C S -> 0 ~ C B -> 0 ~ C Input Range : ±15 mv, ±50 mv, ±100 mv, ± 500 mv, ±1 V, ±2.5 V, and ±20 ma Sampling Rate : 10 samples/sec Accuracy : ±0.05% or better Zero Drift : ±0.03 µv / C Span Drift : ±25 ppm / C CMR : 50/ db NMR : 50/ db DIGITAL INPUT Channels : 1 (same spec. as ND-6012) DIGITAL OUTPUT Channels : 2 (same spec as ND-6012) ND-6012 Analog Input Module ANALOG INPUT Type : mv, V or ma Input Range : ±150 mv, ±500 mv, ±1 V, ±5 V, ± 10 V and ±20 ma Isolation Voltage : 1600 V RMS (1 min), 2000 V RMS (1 sec) Sampling Rate : 10 samples/sec Bandwidth : 4 Hz Accuracy : ±0.05% or better Zero Drift : ±0.03 µv / C Span Drift : ±25 ppm / C CMR : 50/ db NMR : 50/ db DIGITAL INPUT Channels : 1 Switching Levels : Low (0) -> +1 V Max. High (1) -> +3.5 V ~ +30 V Pull-up Current : 0.5 ma EVENT COUNTER Max Input Frequency : 50 Hz Max. Input Pulse Width : 0.5 msec DIGITAL OUTPUT Channels : 2 Open Collector : to 30 V, 30 ma maximum load ND-6013 RTD Input Module 3-channel ANALOG INPUTS Analog Input Type: -100 or Ni RT RTD type Temperature range -100 ~ +100 C = ~ +100 C = ~ +200 C = ~ +600 C = ~ +100 C = ~ +100 C = ~ +200 C = ~ +600 C = Ni Ni -80 ~ +100 C 0 ~ +100 C Isolation Voltage : 3000 V DC Sampling Rate : 10 samples/sec Bandwidth : 4 Hz Input Wiring : 2, 3 or 4 wires Accuracy : ±0.05% Zero Drift : ±0.3 µv / C Span Drift : ±25 ppm/ C 50/60 Hz : 150 db 50/60 Hz : 100 db 7-5

6 Analog Output Digital I/O Relay Output ND-6021 Analog Output Module ANALOG OUTPUT Voltage Output : 0~10 V Current Output : 0~20 ma, 4~20 ma Output Isolation : 1500 V DC Resolution: 12-bit output Accuracy : ±0.1% of FSR (current) ±0.2% of FSR (voltage) Zero Drift : ±0.2 µa/ C (current) ±30 µv/ C (voltage) Span Drift : ±25 ppm/ C Programmable Output Slope : to 128 ma/sec, to 64 V/sec Bandwidth: 100 samples/sec 7-6 ND-6050 Digital I/O Module Digital Input Channels : 7 Switching Levels : Low (0) -> +1 V Max. High (1) -> +3.5 V ~ +35 V Pull-up Current : 0.5 ma. Digital Output Channels : 8 Open Collector : 30 V, 30 ma max. Power Dissipation : 300 mw Power Consumption : 0.4 W ND-6052 Isolated Digital Input Module Digital Input Channels : 8 6 fully independent isolated and 2 with common ground Switching Levels : Low (0) -> +1 V maximum High (1) -> +3.5 V ~ +30 V Pull-up Current : 0.5 ma Isolated Voltage : 5,000 V RMS Input Resistance : 3K ±0.5 W power Power Consumption : 0.4 W ND-6060 Relay Output Module RELAY OUTPUTS Relay Output Channels : 4 Type : 2 Form C and 2 Form A Contact Rating : AC -> 0.6 A / 125 V, 0.3 A / 250 V DC -> 2 A / 30 V, 0.6 A / 110 V ON/OFF Interval : 3 ms / 1 ms Breakdown Voltage : 500 V Expected Lifetime : 10 8 DIGITAL INPUTS Digital Input Channels : 4 Common External Voltage : +24 V Input Type : source

7 Intelligent DA&C Modules Counter/Frequency Communication Modules ND-6080 ND-6510 ND-6520 Counter/Frequency Input Module COUNTER INPUT Channels : 2 independent 32-bit counters Input Frequency : 50 KHz Max. Input Mode : isolated or non-isolated Isolation Voltage : 2500 V RMS Isolation Input Level : logic level 0 -> +1 V (max) logic level 1 -> 5.3 V~30 V Non-isolated Input Level Programmable Threshold : logic level 0 -> 0~5 V, 0.8 V default logic level 1 -> 0~5 V, 2.4 V default Input Pulse Width : > 10 µsec Max Count : 4,294,967,295 (32-bit) Alarm: alarm comparator on each counter channel Preset Type : absolute or relative RS-485/RS-422 Repeater Input : two wire RS-485 or four wire RS-422 Output : two wire RS-485 or four wire RS-422 Speed : 1200, 2400, 4800, 9600, 19.2K, 38.4K, Kbps Power Consumption : 1 W RS-232 to RS-485/422 Converter Input : RS-232 Output : RS-485/422 Speed : 1200, 2400, 4800, 9600, 19.2K, 38.4K, Kbps Isolation Voltage : 500 V RMS Power Consumption : 1 W UP TO 256 MODULES ON AN RS-485/422 NETWORK Analog Input Thermocouple Input High-gain Analog Input Digital Input Counter/Frequency Input RTD Input FREQUENCY MEASUREMENT Range : 5 Hz ~ 50 KHz Programmable, Build-in Gate Time: 1.0 / 0.1 seconds DIGITAL OUTPUTS Channels : 2 Open collector : 30 V, 30 ma max. Power Dissipation : 300 mw Power Consumption : 0.8 W Analog Output Digital Output RS-485/422 Repeater Relay Output RS-485/422 to RS-232 Converter RS-232 RS-485 RS-422 To host computer 7-7

8 Power Supply Dimensions NDP-243 Panelmount Power Supply Input Voltage : V AC or V AC, switchable Input Frequency : 47~63 Hz Input Current : 1.4 A (max.) Short protection Output Voltage : +24 V DC ±10% Output Current : 3 A (max.) Overload Protection Dimensions : 5" (L) x 3.8" (W) x 1.6" (H) Operating Temperature : 0~50 C 7-8

9 Intelligent DA&C Modules Software and Driver Support REMOTE CONFIGURATION SOFTWARE A Windows based configuration utility is provided to easily configure and calibrate your modules. The utility supports the following functions : - Module scanning - COM port setting - Module configuration - Module calibration - Terminal emulation and Monitoring - Help screens NUDAM'S COMMAND/RESPONSE PROTOCOL There are three categories of commands. General commands --- The first category includes commands that deal with module configuration, identification, initialization. Every modules can respond to these commands. Functional commands --- these commands explicitly refer to a module's specific functions such as digital I/O, analog I/O, counting etc. Modules can only respond to commands that their hardware (and firmware) support. Special commands --- includes control of programmable watchdog timer, safe values and programmable leading codes. The only node in the network that can issue commands is the host computer. When a command has been send the host computer waits for the addressed module to respond. The majority of the commands contain destination address, command identification and data. Responses normally only contain the responding module's address and data. An example how a command/response sequence would look follows below: command : #061<CR> response : > <CR> The command orders an analog input module at address 06 (Hex) to return the value of the input data at channel 1. The module responds with V DLLs work in combination with any Windows programming language that allows DLL calls; such as Visual C/C++ and Visual Basic. DLLs (Dynamic Link Libraries) are an important aspect of Windows. A DLL contains functions that your executable program can call during execution. When your program needs a function that is not in the executable file, Windows loads the dynamic link library (the DLL), making all of its functions available to your application. 's DLL supports Windows 3.1, Windows 95 and Windows NT. NUDAM DDE SERVER To meet the open architecture of several famous Windows NT based MMI/SCADA software packages, modules come with DDE Server support. The Administration I/O DDE (Dynamic Data Exchange) server is a Window-based application program. It takes advantage of DDE, a build-in Windows communications service. This seamless software and hardware integration gives users a comprehensive solution in industrial automation. How to Link with FIX32 and InTouch The DDE server can acquire data from the modules through RS-232 serial ports and passes the data to FIX32 or InTouch via the hot link DDE server. Through the DDE protocol, FIX32 or InTouch can also pass control and configuration commands to the modules. The System Configuration is shown below. Modules RS-232 Ordering DDE SERVER D DE Excel, Database, ODBC... DDE InTouch Fix32 APPLICATION SOFTWARE DEVELOPMENT Because all commands and response are ASCII-based every high-level language (such as C, Pascal or BASIC) can be used to write application software. q ND-DLL6 : Dynamic Link Libraries for Windows 3.1, Windows 95 and Windows NT 4.0 q ND-DDE6 : Dynamic Data Exchange for Windows 3.1, Windows 95 and Windows NT 4.0 DLL Driver 's DLL (dynamic link library) is a Microsoft Windows library module that is linked to your application program at run-time. When linked, the DLL becomes part of your program, giving it additional capabilities and facilities. 7-9

10 InTouch for Process Automation FIX32 is the latest member in the Intellution FIX family of industrial automation software. FIX32 for Windows 95 and Windows NT is the worlds most popular automation solution for MMI and SCADA applications. FIX for Windows 95 and Windows NT is a true 32-bit software application written to Microsoft's Win-32 specification. FIX takes full advantage of all the powerful capabilities of Microsoft's Windows 95 and Window NT operating systems. Wonderware InTouch is an object-oriented, graphical man-machine interface (MMI) application generator for industrial automation, process control and supervisory monitoring. Types of applications include discrete, process, DCS, SCADA and other types of manufacturing environments. It is the fifth generation of the industry's leading MMI from Wonderware. One of the most significant new features, Wonderware's new pre-configured graphic "Wizards," makes the creation of powerful applications faster and easier. Object-Oriented Graphics -- Design impressive screen displays using our intuitive, object-oriented graphical user interface(gui). Real-Time and Historical Trending -- you can collect, store, and display your real-time process data. 100% Data Integrity -- you can always be assured that your process data is totally accurate. Comprehensive Reporting Via DDE -- Produce accurate, customized reports for management and regulatory agencies. Through a two-way DDE interface, you can share your process data with any DDE compatible application. Statistical Process Control (SPC) -- With SPC, you can detect out-of-spec process conditions and make appropriate adjustments before costs are incurred, maximizing product quality, minimizing product waste, and continually improving your processes. Alarming and Alarm Management User-Based Security Recipe Builder Relational Database Support Distributed, Client/Server Architecture Object-Oriented Graphics -- Easy-to-configure applications mean faster development times. Objects and groups of objects can be moved, sized and animated more quickly and simply than bit-mapped graphics. Animation Links -- Animation links may be combined to provide complex size, color, movement, and/or position changes. Animation links include discrete, analog and string touch inputs; horizontal and vertical sliders; discrete and action push buttons; show and hide window push buttons; line, fill and text color links for discrete and analog values and alarms; object height and width links; vertical and horizontal position links; vertical and horizontal percent fill links; visibility links; discrete, analog and string value output links; rotation links and blink links. Wizards -- InTouch includes a library of Wizards -- preconfigured complex objects that users can modify and duplicate freely. Real-time Or Historical Trends -- Built-in objects allow easy creation of real-time and historical trend displays. Display up to eight pens at a time in historical trend charts and have each pen reference a different historical file. 7-10