Category: GE

Functionality

The VMIVME-4140 Analogue Output Board provides 32 high quality analogue output channels with 12-bit resolution, capable of outputting or sinking 10 mA at ±10 V. The outputs all have a dedicated D/A converter (DAC).

The outputs each have a dedicated D/A converter (DAC).

The analogue outputs can be disconnected from the field wiring for off-line testing. Calibration and self-test are initiated by a VMEbus system reset or by executing a software command.

During calibration, offset and gain factor tables are compiled and stored in RAM. Each of the 32 channels configured over the six www.abb-drive.com output voltage ranges has a corresponding offset and gain.

Self-Test: A self-test is run automatically after a system reset.

The self-test register indicates success or failure and can display the channel that failed.

Front Panel Status LEDs: The LEDs illuminate after a system reset. After a successful self-test and auto-calibration, the LED is off. The LED can also be turned on or off under software control.

Functions

– 32 analogue output channels

– Maximum output current per channel is 10mA.

– One 12-bit D/A converter (DAC) per output channel

– 0.8Ω output impedance

– Random update (non-scanning)

– Software or external synchronised update of double buffered outputs

– Single reference potentiometer – no additional manual calibration required

– Auto-calibration initiated by reset or software command

– Unipolar (0 to +10V, 0 to +5V, 0 to +2.5V) or bipolar (±2.5. ±5 and ±10V) software selectable

– Discrete or bulk terminated cables

– Self-testing

– Extensive on-board diagnostic test capabilities

– Outputs can be disconnected from the field for off-line operation

– PMC expansion slots

– Self-test

– Front panel status LEDs

– Front panel analogue output connector

– Front panel reference voltage access

– Applications

– Data acquisition systems

– Control systems

– Precision analogue stimulus

– Automatic Test Equipment (ATE)

Front Panel Reference Voltage Access: Isolated BNC connectors on the front panel allow access to the internal reference voltage. The front panel allows the reference voltage to be adjusted accordingly.

Calibration: When auto-calibration is initiated via system reset or software command, the embedded DSP loads the calibrated output values into each output DAC and then reads them back to the DSP via a 16-bit ADC.

This is repeated until a sufficient number of calibration points have been measured. A calibration table consisting of offset and gain corrections for 32 outputs in six voltage ranges is compiled and stored in RAM.

These calibration coefficients are recalled each time the outputs are changed.

System Reset: After a system reset, all outputs are in offline mode, all control registers are in their default state, self-test is initiated, and auto-calibration is initiated.

Board Addresses: The VMEbus base address is set. There is one jumper for each address There is one jumper for each address A31 to A7;

The board occupies an address space of 128 consecutive bytes. The board occupies an address space of 128 contiguous bytes.

VMEbus Compliant: Address modifier bits are selected and decoded via jumpers to support unprivileged, supervisory, and non-privileged or supervisory board access.

Output Data Transfer: Output data is stored in 32 16-bit registers. The board is software configurable to accept binary or offset binary data.

Output changes can be initiated through register access, but the outputs are double-buffered, which allows all channels to be updated synchronously through software or external triggers.

DESCRIPTION: The IC693CPU372 is a GE Fanuc 90-30 series component.

It is a single-slot modular CPU with an AMD SC520 processor installed, a clock speed of 133MHz, and a maximum user program memory of 240Kbytes.

It supports 2048 discrete inputs, 2048 discrete outputs, 32.640 analogue input words (maximum) and 32.640 analogue output words (maximum).

It has two (2) built-in Ethernet interfaces supporting 10/100 mbps transfer speeds, Industrial Ethernet and Modbus TCP/IP.

About the IC693CPU372

The IC693CPU372 is a TCP I/P Ethernet communication interface. www.abb-drive.com The module is mainly used to implement Ethernet communication

and supports system protocols such as Modbus TCP server/client and Industrial Ethernet.

The module can be used to perform periodic data exchanges using Ethernet Global Data (EGD), SRTP and SRTP clients.

The IC693CPU372 supports full PLC programming and configuration services. the IC693CPU372 has dual Ethernet ports that share the same IP address and can be used for a variety of applications.

The IC693CPU372 is equipped with dual Ethernet ports that share the same IP address and function as an internal Ethernet switch for networking and Device Level Ring (DLR) topology via daisy chain connections.

Each port supports network auto-sensing, eliminating the need to assign modules based on the speed of an existing network.

The IC693CPU372 is equipped with a dedicated processor clocked at 133 MHz.

For configuration, a built-in web server allows remote connection to a configuration station for simple module configuration and module monitoring.

For programming programmable logic controller (PLC) functions, the IC693CPU372 is configured using the machine version of the PLC Logic Developer from the Proficy Machine Edition software package.

The IC693CPU372 supports 2048 discrete inputs, 2048 discrete outputs, 128 – 32.640 analogue input words and 128 – 32640 analogue output words (maximum).

Total user memory is 240 Kbytes. internal memory is Random Access Memory (RAM) type with battery backup.

Optionally, non-volatile memory or flash memory can be added to provide memory that does not require battery power to retain its contents.

The IC693CPU372 module is designed and manufactured by GE Fanuc. This industrial communication module is used to communicate over an industrial Ethernet network running over the TCP/IP protocol.

It is compatible with GE PLC devices available through the 90-30 series or VersaMax series, or with PLC devices from PACSystems.

The IC693CPU372 module has an integrated Ethernet communication interface and can be used with a host computer that has all the necessary software tools installed.

The Ethernet interface supports up to three different Series 90-30 modules that provide additional functionality.

The backplane of the Series 90-30 Programmable Logic Controllers can use a combination of modules to increase the performance of the entire system.

The IC693CPU372 communications module has 2048 input/output points and 240 kilobytes of memory.

Like most of its counterparts in this family, the module uses the 80386EX processor for 32-bit systems.

The device supports communication over popular networks such as 100BaseTX IEEE 802.3 and 10BaseT.

For this purpose, the device contains two shielded Ethernet ports with auto-sensing.

The device has a pair of Ethernet connectors, a station manager function connector, LED status indicators, a main switch, and a reboot button.

The IC693CPU372 module supports floating point, duplex mode, easy configuration and programming, and SRTP server options.

The IC693CPU372 module has a 133 MHz processor and supports RAM or flash memory storage.

The device operates on a battery backup and requires 7.4 watts at 5 volts DC.

The 90*-30 Series CPU374 PLUS provides a built-in enhanced Ethernet interface for TCP/IP communication with the following devices

Provides TCP/IP communication:

Series 90. PACSystems, and VersaMax PLCs.

Host computers running the Host Communications Toolkit or CIMPLICITY software

Computers running the TCP/IP version of the programming software

CPU Functionality

High-speed Boolean and non-Boolean processing provided www.abb-drive.com by 586-class 133MHz processors

High-speed Boolean and non-Boolean processing provided by the processor

Two Ethernet ports: Two Ethernet ports: 10/100 Mbytes (one IP address), built-in auto-sensing Ethernet switch

Supports EZ Store devices for downloading programmes without a PC

240KB user memory

Key Ethernet Features

Comprehensive PLC programming and configuration services

Periodic data exchange using Ethernet Global Data (EGD) and EGD commands to read and write PLC and EGD switching memory over the network

TCP/IP communication services using SRTP

SRTP client (channel) support

Modbus/TCP server supporting Modbus Conformance Class 0. 1 and 2.

Modbus/TCP client supporting Modbus Conformance class 0. 1 and Conformance class 2 function codes 15. 22. 23 and 24.

Remote PLC monitoring via web browser

Comprehensive station management and diagnostic tools

The SR469-P5-LO-A20-T has a 5 amp current transformer secondary coil mounted on the base unit.

It is a low control power unit rated for 24-60 volts DC or 20-48 volts AC @ 48-62 Hz.

Although the unit has an optional Ethernet port, it does not include the optional DeviceNet or enhanced front panel.

Product Description

The SR469-P5-LO-A20-T is an SR469 multi-wire relay designed to provide comprehensive protection for medium to large motors. The unit offers many management features.

The SR469-P5-LO-A20-T has a 5 amp current transformer secondary www.abb-drive.com coil mounted on the base unit.

It is a low control power unit rated for 24-60 volts DC or 20-48 volts AC @ 48-62 Hz.

Although the unit has an optional Ethernet port, it does not include the optional DeviceNet or enhanced front panel.

In addition, it is not designed for harsh environments as it does not include a chemically conformal coating.

The SR469-P5-LO-A20-T includes an optional Ethernet 10BaseT Ethernet port.

With this additional port, users can connect their 469 units to 10 Mbps Ethernet.

This port brings the number of ports in the unit to four, including the three standard serial ports that are always displayed in the SR469 relay.

All SR469 relays have two RS485 ports on the real panel. In addition, there is an RS232 port on the bottom of the front panel.

This port provides quick access for troubleshooting and programming.The SR469-P5-LO-A20-T supports ModBus RTU and ModBus RTU via TCP/IP.

The GE Multilin manual will provide the user with additional information on installation, safety and proper operation.

Original documentation such as manuals and user guides should be read and understood before opening the box; this will ensure that you are aware of all possible hazards and ensure your safety.

Frequently Asked Questions about the SR469-P5-LO-A20-T

What are the standard features of the SR469-P5-LO-A20-T General Electric Motor Management Relay?

All 469 Motor Management Relay features are standard. Although the analogue output range, phase current transformer secondary and control power must be specified prior to purchase, the

to ensure that the correct standard features are purchased for the relay. Some features are programmable, such as the 469 relay’s differential current transformer input with a 1A or 5A secondary current transformer.

Unfortunately (with the exception of relay service), the outputs of the relay are always unprotected against faults.

SR469-P5-LO-A20-T In what environment should I store my GE relay so that it will not be damaged?

Storage of the GE Motor Management Relay SR469-P5-LO-A20-T relay is very important for this unit.

Ambient storage temperatures of -40 degrees Celsius to +80 degrees Celsius, non-condensing humidity up to 90%, and altitudes up to 2000 metres should be suitable for this ge motor.

Any temperature below -20 degrees Celsius may damage the LCD. With long-term storage, the same environmental conditions still apply, the

Store the relay in a non-corrosive environment without direct sunlight, i.e. in a dry environment.

With proper storage, the relay will avoid premature component failure due to moisture or potentially corrosive gases.

These specific precautions will help this relay not be exposed to corrosive or high humidity environments and prevent degradation of electrical components, regardless of the use of the relay.

The SR469-P5-LO-A20-T offers protection features such as overcurrent protection, frequency protection, and ground fault protection.

These features help extend system life and reduce system downtime.

The Multilin™ 489 Generator Protection System is a member of the SR Series of relays that provides protection, control, and advanced communications in an industry-leading drawout configuration.

Designed for small to medium sized generators, the 489 offers advanced protection features, including generator stator differential protection. 489 also includes detailed diagnostic information to reduce troubleshooting time.

Key Benefits

– Comprehensive, safe protection for small and medium-sized generators

– Easy-to-use generator protection system supported by an industry-leading suite of software tools.

– Advanced protection and monitoring features, including stator and bearing thermal protection using RTDs and vibration monitoring using analogue inputs

– Globally recognised as a member of the most prestigious relay protection product family on the market

– Drawer construction to minimise downtime and facilitate removal/installation during routine maintenance 489

– Large, user-friendly front panel interface for real-time power monitoring and setpoint access, with a display that is easy to read in direct sunlight

– Enhanced generator troubleshooting capabilities through the use of IRIG-B time-synchronised event logging, waveform capture and data logger

– Simplifies setpoint verification testing with built-in waveform simulation capabilities

– Cost-effective access to information through industry-standard communications www.abb-drive.com hardware (RS232. RS485. 10BaseT Ethernet) and protocols (Modbus RTU, Modbus TCP/IP, DNP 3.0)

– Can be used in most extreme locations by offering harsh chemical environment options

Applications

– Synchronous or induction generators operating at 25Hz, 50Hz or 60Hz

– Primary or backup protection in cogeneration applications

Protection and control

The 489 generator protection system provides comprehensive protection, metering and monitoring functions,

The 489 generator protection system provides comprehensive protection, metering and monitoring functions for small and medium-sized synchronous or induction generators operating at 25. 50 or 60 Hz.

The 489 is ideal for primary or standby generator protection as well as cogeneration applications.

The 489’s protection features include:

Generator stator differential

The 489 uses high speed dual slope differential protection to detect and clear stator phase faults.

Stator phase faults. Advanced CT saturation detection algorithms provide additional supervision through the use of directional checks that

ensures that the fault occurs inside the generator before triggering a trip, thus maintaining immunity to saturation that may be caused by external disturbances.

100% Stator Ground

100% stator ground fault protection is provided by an overvoltage element and an adaptive differential voltage function that responds to third harmonic imbalances at the machine terminals and neutral.

The 489 will compare the machine neutral voltage with the grounding current to determine if the ground fault is internal or external to the generator.

Alternate Phase Distance

Two independent phase distance elements provide time-delayed backup protection for generator faults that are not cleared by the main system and generator protection.

This distance characteristic compensates for unit delta/shunt power transformers located between the generator and the end of the protection zone.

Sensitive Directional Power

The 489 provides low forward and reverse power elements to prevent generator

movement from damaging the prime mover. Each element has separate power pickup level and operating delay settings for alarms and trips.

Circuit Breaker Faults

The embedded circuit breaker fault feature in the 489 improves system reliability without the additional cost of providing a separate circuit breaker fault relay.

When a circuit breaker fault is detected, the 489 can be configured to operate one of its four available digital outputs to signal upstream equipment to quickly isolate the fault.

The IC200MDL636 is a 48 VDC positive and negative logic input module with 32 points manufactured by GE Fanuc for the VersaMax family.

The IC200MDL636 provides four groups of eight discrete inputs. The inputs in each group can be either positive logic inputs or negative logic inputs.

Positive input logic receives current from the input device and returns current to the common, while negative logic inputs receive the same current from the common and return it to the input device.

The input device is connected between the input terminal and the common terminal.

The number of points that can be turned on at the same time depends on www.abb-drive.com a variety of factors, including external voltage, module and DIN rail orientation, and ambient temperature.

The IC200MDL636 is powered by the baseboard. Intelligent processes are executed by the CPU or NIU. The module provides 32-bit discrete input data.

The IC200MDL636 module has individual green LEDs that indicate the on/off status of each input.

Backplane power must be available for the LEDs to execute. When backplane power is recognised, the green OK LED will indicate ON.

The basic input on/off response time Model IC200MDL636 is 0.5ms modulo.

However, some applications may require additional filtering to handle noise spikes or switch bounce situations.

About the IC200MDL636

Produced by GE Fanuc in the Versamax family, the IC200MDL636 input module is a high-capacity input module with 32 input points.

The IC200MDL636 32-point input module derives power from the backplane of the Versamax PLC to which it belongs.

The green LED “OK” on the module glows when backplane power is applied to the module.The IC200MDL636 input module provides 32-bit discrete input data.

and can accept intelligent processing by the PLC CPU or NIU. 32 inputs are divided into 4 groups of 8. depending on the application.

The 32 inputs are divided into 4 groups of 8. each of which can be positive or negative logic inputs, depending on the application. There is no point-to-point isolation.

There is no point-to-point isolation, but each group of 8 inputs is isolated from each other by 1 minute of 1500 volts AC and 250 volts AC continuously.

The GE Fanuc Versamax IC200MDL636 Input Module is rated for turn-on voltages from 34 to 60 volts DC and turn-off voltages from 0 to 10 volts DC.

No external power supply is required as the input module is powered by the PLC backplane. Its backplane power consumption is rated at 5 volts output and 140 mA maximum current.

The IC200MDL636 input module has a user settable filter time setting of 1 ms by default, but can be set to 0 ms or up to 7 ms by the user.

The module is rated for input voltages from 0 to 60 volts DC, while the nominal rating is 48 volts DC.

The IC200ALG266 is a 15-point analogue current input module for the VersaMax I/O family, formerly manufactured by GE Intelligent Platforms and now manufactured by Emerson Automation.

The module features fifteen (15) single-ended input channels that accept -10 to +10 VDC input signals with 15-bit resolution** and an update rate of 7.5 ms.

The module has a **backplane current consumption of 150 mA.

About the IC200ALG266

The IC200ALG266 is a VersaMax analogue input module. The module is intended for use in distributed I/O architectures.

It is used to connect analogue measuring instruments and feedback devices to generate a signal voltage range of 10 VDC to + 10 VDC.

The input module has an analogue-to-digital signal conversion resolution of 15 bits or 0.3125mV per count.

The IC200ALG266 is powered by a backplane power supply** with a current consumption of 150 mA. it does not require an external power supply to activate each input channel.

It does not require an external power supply to activate each input channel, as the embedded fifteen (15) analogue input channels support a current sink wiring configuration.

The module has a full-scale accuracy of +/-3.0% at 0 degrees Celsius operating temperature,** a full-scale accuracy of +/-5.25%, and a full-scale** value of +/-60% at 1 degree Celsius.

Each channel of the IC200ALG266 is capable of detecting faults in analogue signal conversion.

This occurs when the output provided by the AD converter is greater than 6% of the full scale value.

This error is reported to the CPU, which can indicate to the partner Human Machine Interface (HMI) and Supervisory Control and Data Acquisition (SCADA) systems as a fault or poor signal quality.

The IC200ALG266 has software configurable input states in response to a CPU stop or module error.

These options include default or *last state operation and are suitable for achieving safe startup, especially in the event of a power interruption.

Filter response is 32 Hz +/-20% per input channel with a channel update rate of 7.5 ms.

The GE Fanuc Automation IC200ALG266 module is a certified Versamax input module www.abb-drive.com manufactured by GE Fanuc Automation.

The module is designed to provide an interface to different input devices. The interface is achieved by connecting to the 15 input channels included in the module.

These inputs are analogue and the module comes with an LED that indicates when the drive is correctly configured and able to operate, this LED is the OK LED.

The GE Fanuc Automation IC200ALG266 Versamax Input Module has protection features that ensure safe operation and help extend the life of the module and inputs.

These protection features protect the module from overvoltage levels above 30 volts DC.

The operation of each input is a separate operation, which means that if one is in a fault condition, it will not affect the function of the remaining inputs.

The GE Fanuc Automation IC200ALG266 Versamax input module has a backplane current consumption rating of 50 mA to 100 mA.

It cannot be run from an external power supply.The IC200ALG266 Versamax input module has a 15-bit resolution.

However, it may need to be derated by up to +/-2% if it is subject to RF interference. The module filters at a channel update rate of 7.5 milliseconds.

The input current range of the module is -10 VD to +10 VDC.

The IC200BEM003 module is a master module manufactured by GE Fanuc that sends and receives data on a PROFIBUS network.

It is compatible with Versamax, PROFINET and CPU 005 systems.

About IC200BEM003

The IC200BEM003 module is a Versamax master module designed by GE Fanuc.

It can easily send/receive data on a V1 PROFINET network. It supports variable data rates.

A total of 3584 bytes of input data and 3584 bytes of output data can be processed using this module.

The module has synchronised and frozen modes. This network interface module has a data rate range between 9.6 k baud and 12 M baud.

The IC200BEM003 module uses a linear bus network topology terminated at both ends. It uses shielded twisted pair cables for data and information transfer.

The network module is connected using a 9-pin D-sub connector. It is small and compact, measuring 4.3 inches wide by 2.63 inches high by 1.956 inches deep.

The Versamax IC200BEM003 module is an intelligent module with a slave status array list, www.abb-drive.com slave diagnostic addresses, and other features.

It draws a total of 5 milliamps of current from a 450-volt output.The IC200BEM003 module can be configured using a software utility with a host controller and a Windows operating system.

The front of the module has LEDs that light up when there is communication activity.

The IC200BEM003 module* supports up to 125 slave devices and can be configured through software.

Network-to-frame ground isolation is rated at 250 volts AC and PROFIBUS network to backplane is rated at 1500 volts AC for 1 minute.

The module is certified to UL standards for installation in hazardous areas.

Network Interface Module

The Network Interface Module allows the VersaMax PLC to operate as a master or slave on a network.

Currently available modules support DeviceNet master or slave communication and PROFIBUS-DP slave communication. AS-i master communication is also available.

The IC200MDL744 discrete output module is a 5. 12. or 24 volt DC rated negative logic output module manufactured by GE Fanuc.

It has 32 groups of 2 outputs with output voltages of 4.75 to 5.25 volts DC in TTL mode and 30.12 to 24 volts DC in 10/2 volt DC mode.

It has 32 groups of 2 outputs with output voltages of 4.75 to 5.25 volts DC in TTL mode and 30.12 to 24 volts DC in 10/2 volts DC mode, and a backplane current draw of 5 milliamps.

About the IC200MDL744

The IC200MDL744 discrete output module is a GE Fanuc 24-volt DC positive/negative logic output module with 32 discrete outputs divided into 2 groups.

It provides 16 discrete outputs as well as DC+ and DC terminals for each bank.The IC200MDL744 Discrete Output Module has current-flooded outputs.

The IC200MDL744 discrete output module has current sinking outputs that connect the load to the negative side of the DC power supply. These negative outputs receive current from the load. It also provides backplane-powered status LEDs.

Backplane current consumption** is rated at 140 mA at 5 V. This module is not protected. This module does not come with an internal fuse for protection.

Each output channel has a status LED to indicate the status of the output.

The IC200MDL744 discrete output module provides a green “FLD PWR” LED to indicate whether field power is applied to the module.

The IC200MDL744 discrete output module provides a green “FLD PWR” indicator to indicate whether field power is applied to the module and an “OK” LED to indicate the presence of backplane power. It also has a 0.2 ms turn-on response time and a 1 ms turn-off response time.

When inductive loads are connected to the outputs, the use of an external suppression www.abb-drive.com circuit is recommended. The thermal derating of the module depends on several factors.

such as ambient temperature, voltage level, and orientation of the module. It has 250 volts AC, user input to logic,

user input to logic, user input to frame, and group to group isolation voltages. It does not have point-to-point isolation.

The IC200MDL744 Discrete Output Module requires a NIU or CPU in the Versamax PLC to perform intelligent processing for industrial applications.

Features

Powerful, Reliable Performance

VersaMax controllers provide powerful, reliable operation. These versatile controllers are designed to minimise cost, are easy to use and support, and offer a wide range of I/O expansion modules and communication options.

Versamax Modularity Provides Exceptional Versatility

VersaMax modularity is control and IO that can be snapped together to provide compact nodes with a smaller footprint than typical control/IO combinations.

Versamax Micro Delivers High Performance in a Small Form Factor

The Micro Series VersaMax controllers offer superior functionality in a compact package. Their modular design provides the functionality and flexibility to meet your application needs.

Large amounts of memory with fast cycle times, powerful instruction sets, and expanded programming options. Programming and configuration is simple and intuitive using Proficy Machine Edition software.

Versamax Micro Plus Increases Productivity

To further increase productivity, the VersaMax Micro Plus controller features more memory, high-precision motion, and an advanced instruction set.

Versamax Nano Delivers High Speed in Tight Spaces

The VersaMax Nano controller combines the benefits of the VersaMax Micro controller with a smaller form factor.

The VersaMax Nano is ideally suited for high-volume applications where cost and fast processor speed are critical. With its all-in-one construction, installation is simple and it fits in the palm of your hand.

The IC200ALG320 is a 4-point analogue current output module for the VersaMax I/O family, formerly offered by GE Intelligent Platforms and now part of Emerson Automation.

The module features four (4) single-ended output channels that generate a 4-20 mA output signal with 4 μA resolution** and an update rate of 0.3 ms.

It requires an external power supply of 18-30VDC or 9.6 to 15 VDC.

About the IC200ALG320

The IC200ALG320 is an analogue output module, part of the VersaMax family of distributed I/O modules.

Formerly manufactured by GE Intelligent Platforms, it is now part of Emerson Automation.

The module is typically used as part of a distributed or remote I/O network, often for medium to large control systems, to

Eliminates long signal runs and helps build robust and scalable control systems.

The IC200ALG320 has four (4) single-ended analogue output channels that produce a 4-20 mA output current signal with 4 μA resolution.

It is particularly suitable for automatic closed-loop control systems as well as manual or open-loop control systems for analogue signal tracking devices.

Examples include control valves, dampers, shutters, positioners, variable frequency drives (VFDs) and similar operating devices.

It can also be used for signal retransmission purposes, such as providing an output signal representing a calculated variable within a Programmable Logic Controller (PLC).

for terminating signal splitters or signal isolators, panel meters for local readouts, data loggers for historicisation, single loop controllers or other PLCs, and for the use of the PLC as an interface.

single-loop controllers or other PLCs for advanced and complex architectures with cascaded controllers.

The IC200ALG320 is fitted with two (2) status LEDs.

Examples include the FLD PWR LED, which indicates the presence of field power, and the OK LED, which describes continuous power from the backplane power supply.

The module also features detection of user-side power and configurable output defaults in response to CPU stops or module faults (such as holding *back state or outputs dropping to 4 mA).

The IC200ALG320 module is an analogue output module designed by GE Fanuc Automation and included in the www.abb-drive.com Versamax family of I/O modules.

This particular module is equipped with four analogue current source outputs with current ratings ranging from 4 to 20 mA. These outputs provide an average current rating of 20.38 mA.

The module operates only when connected to a backplane power supply, and the outputs require an external power supply of 18-30VDC or 9.6 to 15 VDC.

Module processing* is ultimately performed by the CPU or main network interface unit connected to the module.

The GE Fanuc Automation IC200ALG320 Analogue Output Module comes with 2 different LEDs that

show the presence of power on the user side of the analogue circuits, and an OK indicator, which lights up when backplane power is present in the module.

The GE Fanuc Automation IC200ALG320 Analogue Output Module includes diagnostic tools to create reports showing the loss of user-side power failures for live circuits.

The module is set up with a jumper that helps the outputs maintain their * post state.

This feature is important when power is interrupted. The module needs to remain connected to the power supply to avoid data loss and needs to be checked before installation.

The GE Fanuc Automation IC200ALG320 analogue output module has isolation between the user inputs and the logic and frame ground.

This ground is rated at 250 volts AC continuous and 1500 volts AC for 1 minute.