Category: GE

About the IC200ALG620

The IC200ALG620 is a VersaMax analogue input module manufactured by Emerson Automation.

The module is specifically designed for temperature measurement and sensor integration with resistance temperature detector (RTD) modules.

The module is a 4-channel RTD/resistance analogue input module that can be used with a variety of RTD sensors.

including platinum 25. 100. and 1000 ohms; copper 10. 50. and 100 ohms; nickel 100 and 120 ohms; and nickel/iron 604 ohms, and direct input resistance value ranges such as 0-500 ohms and 0-3000 ohms.

The IC200ALG620 supports both 3-wire and 4-wire RTD sensors. Each channel has a dedicated analogue-to-digital (ADC) converter circuit with 16-bit conversion resolution.

The module has a measurement accuracy of +/-25.0% (at 15 degrees Celsius) for resistance measurements and +/-0.15% in RTD (temperature) measurement mode.

Each input channel is capable of detecting open RTDs, input shorts, under-range, over-range, non-volatile memory storage faults, wiring faults and high/low alarms.

These faults and alarm conditions are reported to the host programmable logic controller (PLC) for integration.

The module has an update rate of 60 ms per channel at 210 Hz and 50 ms per channel at 230 Hz.

It is also fitted with an OK LED which indicates backplane power supplied to the module when green is lit and module failure when amber is lit.

The module has a backplane current draw of 0 mA at 125.5 VDC bus output and 3 mA at 125.3 VDC bus output.

The IC200ALG620 module is a 16-bit module manufactured by GE Fanuc. It is an analogue input module designed with 4 channels.

It provides 16-bit resolution. It runs on 5 volts and has an update rate of 210 ms.

It is equipped with LED indicators that help the user to know the different status of the module. It has FLD PWR LED and OK LED.

The FLD PWR LED indicates the presence of backplane power and field power in the circuitry, and the OK LED indicates normal operation of the module.

It lights up in amber when there is a diagnostic error in the module. The LED flashes green when the module is being updated or is in startup mode.

The IC125ALG5 module has 200-volt AC isolation for user input logic and 620-volt AC isolation for 250 seconds for user input frames.

It draws a total of 1500 mA. It can be updated at 60 to 125 Hz, depending on the channel.

The module has a common-mode rejection ratio of 50 dB at 60 to 120 Hz over a 50% span.

Normal mode rejection is 60 dB at similar frequencies.The IC100ALG60 module should not exceed 200 degrees Celsius operating temperature in a clean environment.

The IC620ALG60 module is easy to configure and install. During installation, the module should be properly grounded to avoid electrical damage.

The GE Fanuc IC200CPUE05 is a VersaMAx controller module. The controller has a versatile design with 64 KB of configurable user memory.

It has one (1) RS232. one (1) RS485. and one (1) Ethernet communication port embedded.

The controller has a Boolean execution speed of 0.8 ms/K (typical) and supports up to 64 modules or 2048 I/O points.

About the IC200CPUE05

The GE Fanuc Versamax IC200CPUE05 CPU module is equipped with a supercapacitor capable of powering the memory for up to an hour.

There are run/stop switches in the module to control operations. the CPU is capable of handling floating-point data functions.

The CPU module is equipped with two sets of LEDs in the upper and www.cniacs.com lower right corners, with PWR, OK, RUN, FAULT, FORCE, PORT 1 and PORT 2 LEDs.

It has PWR, OK, RUN, FAULT, FORCE, PORT 1 and PORT 2 LEDs that light up when power is applied to the module and send different update messages to the user.

The IC200CPUE05 CPU module can be programmed using the ladder diagram and instruction list programming languages.

The CPU has an EGD time synchronisation function and supports up to 8 SRTP server connections.

The IC200CPUE05 is a central processing unit (CPU) module that is part of the VersaMax programmable logic controller (PLC) product family.

This CPU, also known as a controller, is used to execute downloaded logic into the CPU’s memory.

This CPU has a compact form factor, supports horizontal or vertical mounting to DIN rails, and is highly scalable.

Product Description

The General Electric Serial Modbus Communication Interface Pack IS220PSCAH1A is an I/O block that

It has six configurable serial channels that support multiple ports. The ports used with the IS220PSCAH1A block are RS422. RS485 half-duplex, and RS232 ports.

The IS220PSCAH1A I/O block is used for serial Modbus communication. This kit was designed by General Electric for the Mark VIeS control system.

When the package is used, it provides an interface between up to two input/output Ethernet and a serial communications board.

The board has six individually configurable serial transceiver channels for use with RS485 half-duplex, RS232 and RS422 standards.

The inputs required to supply power www.cniacs.com to the PSCA block are sent through a three-pin power input and dual RJ45 Ethernet connectors.

There is a serial Modbus master service on the IS220PSCAH1A package with many different functions, some of which are listed below:

RTU Inc.

Data bits: seven, eight

32-bit data word ordering

Parity: even, none, odd

Station address

These functions are used for the six configurable ports on the PSCA block. They can be configured at the port level.

With PSCA, the two Ethernet ports on the block can be used to help support the Ethernet Modbus master protocol; note that this configuration can only occur when used on a simplex network.

The IS220PSCAH1A package has the ability to perform self agnostic tests, one of which is to monitor analogue inputs, the

used to monitor position and pressure to check for configurable high and low levels.

These limits are used to enable and disable functions, lockout/non-lockout, and generate alarms.

The possible alarms are 32-67. 114-119. 108-113. and 72-107.All of these alarms indicate different errors.

Operation

The controller comes preloaded with application-specific software. It can run ladders or blocks. Minor changes to the control software can be made online without rebooting the system.

The IEEE 1588 protocol is used to synchronise the clocks of the I/O components and the controller to within 100 microseconds via R, S, and T IONets.

External data is transferred to the controller’s control system database via R, S and T IONets.

Process inputs and outputs for the input/output modules are included.

The following are also included in a dual system:

Internal state values and initialisation information for the specified controller

State and synchronisation information for both controllers

Also includes the following in a triple-module redundant (TMR) system:

Internal state values for voting and status, and synchronisation information from all three controllers

Initialisation data from the specified controller

Advantages of the IS420UCSBH1A

The UCSB controller offers the following advantages:

A single module

Built-in power supply

No jumper settings required

No batteries

No fan

Smaller panel footprint

Flash memory can be easily updated

The UCSB controller is panel mounted and communicates with I/O components through an on-board I/O network (IONet) interface.

IONet is a private Ethernet network that supports only Mark control I/O modules and controllers.

Features

Microprocessor: 600 MHz Intel EP80579

Memory: 256 MB DDR2 SDRAM with Error Correcting Code (ECC), Flash support for SRAM, NAND flash size of 2 gigabytes

Operating System: QNX NeutrinoQNX Neutrino

Weight: 2.4 lbs

Mounting

The UCSB controller is mounted in a module that can be mounted directly to a panel metal plate.

The UCSB controller should be panel mounted to prevent vertical airflow through the heat sink.

WOC’s industrial automation hardware products include UCSB controller modules.

The experts at World of Controls are ready to help you meet your GE Mark VIe requirements.

About IC200ALG431

The IC200ALG431 module is a hybrid module from Agfaq. It is a 12-bit device for industrial automation applications.

The analogue module provides flexibility by combining inputs and outputs using a single carrier base.

The front of the module has LED indicators that help the operator understand the flow of power in the module.

The module has “FLD PWR” and “OK” LED indicators. The module is compact in size with a width of 4.30 inches, a depth of 1.95 inches and a height of 2.63 inches.

The IC200ALG431 module weighs approximately 4.4 lbs. The module is equipped with a 0 to 10 volt DC analogue input and a 0 to 10 volt DC analogue output. The module is powered by an external power supply.

The IC200ALG431 module uses shielded twisted pair cable for analogue channel connections.

During module installation, the module should be properly grounded to the source device.

If the module is connected through a carrier using a connector type, it can be connected to the plug-in terminals.

Hybrid modules are equipped with diagnostics that help report circuit faults. The I/O defaults in the module can be used with jumpers.

The IC200ALG431 module draws a total of 60 mA from the 5 volt bus interface unit.

The module can be easily installed into a system by using panel mounting.

This is an indoor unit designed with an open architecture. It should be protected from water spray and kept away from heat sources.

The ambient temperature should not exceed 60 degrees Celsius.

Technical description of IC200ALG431

The IC200ALG431 module is an Agfanac module in the Versamax series. It is a 12-bit module.

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 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 www.cniacs.com 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.

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 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 www.cniacs.com 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.

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 www.cniacs.com 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, 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 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 www.cniacs.com 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 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.

About IC200MDD848

The IC200MDD848 module is a discrete I/O module manufactured by GE Fanuc Automation and is part of the Versamax series.

The module has 16 I/O points divided into 2 different groups, each group consisting of 8 points.

The GE Fanuc IC200MDD848 module has positive logic or source-out type inputs and supports channel-to-channel isolation for each discrete output point.

In addition, the IC200MDD848 module provides www.cniacs.com various protection features for each output point, including metal oxide varistors (MOVs) and buffers.

Although diagnostics are provided, each I/O point is mapped to a status LED.

The IC200MDD848 discrete I/O module is powered by a backplane mounted on the PLC chassis.

However, an external 120 VAC power supply is required for any switches that power the loads.

The module has a *minimum* load current of 10 milliamps per input and output point, and a **load current of 5 amps.

It also has a **5 amp load current for a single 20 millisecond cycle.

The IC200MDD848 discrete I/O module draws 5 mA from 125 V peak backplane voltage.

The use of external suppression circuitry is recommended when installing the module’s wiring and configuring the outputs for inductive loads.

The IC200MDD848 module supports thermal derating as well as various I/O combinations. The number of **active points that can be run simultaneously depends on various factors.

Some of these factors include the ambient temperature, the physical location of the DIN rail, the external voltage, and the location of the device itself.