Category: GE

The IC695CHS012 is a PACSystem RX3i universal backplane. The backplane has 12 slots and

It supports high-speed peripheral component interconnect (PCI) and serial bus connections. The backplane is a necessary component because it provides an enclosure for the RX3i modules and connections.

It also carries the communication bus for internal communication between modules.

The IC695CHS012 consumes 600 mA at 3.3 VDC and 240 mA at 5 VDC.

It has physical dimensions of 18.01 x 5.57 x 5.80 (457.5 x 141.5 x 147.32) and supports horizontal mounting.

It can be mounted in an enclosure with an IP20 / NEMA/UL Class 1 protection rating. To achieve natural cooling and promote adequate air circulation, the

The backplate must provide 102 mm or 4 inches of clearance on all sides of the hardware. To meet the requirements of an ATEX Zone 2 hazardous area, the

The IC695CHS012 must be mounted in an IP54 or better enclosure with mechanical strength to withstand 3.5 Joules of impact energy.

The IC695CHS012 supports modules that are hot-swappable or removable and insertable under power.

This provides a distinct advantage, as it effectively reduces downtime

and allows maintenance activities such as module replacement and integrity verification to be performed without affecting the current operating modes of the attached controller and module.

The IC695ETM001 has an Ethernet processor speed of 200 MHz. it is equipped with LED status indicators.

The IC695ETM001 has Ethernet processor speed of 200 MHz. It is equipped with LED status indicators such as Ethernet OK, LAN OK, Log Clear, Individual Port and Speed LED status indicators.

The IC695ETM001 can be installed with compatible backplanes IC695CHS007. CHS012. or CHS016.

It is compatible with any other PACSystem RX3i module except the CPE400. It is best installed on an unpowered RX3i backplane.

However, it also supports plugging in when power is present or when the processor is in run mode. This is also referred to as the hot-swap feature.

Firmware version 2.51 must be installed to enable hot plugging.

The IC695ETM001 module also provides an RS-232 serial port that supports data rates from 1200 bps to 115200 bps.

The module’s built-in Station Manager feature is accessible via both the serial port and Ethernet connection and provides monitoring access.

Services provided by the station manager include commands for polling and controlling stations, access for monitoring statistics, logging and configuration parameters, and password security.

The IC695ETM001 module can be used to synchronise timestamps exchanged by the EGD via the SNTP protocol.

Functions of the IC695ETM001 module include PLC configuration and programming functions, periodic data exchange via EGD,

The IC695ETM001 module can be installed in any empty RX3i slot.

The IC695ETM001 module is hot-swappable. Module firmware can be field upgraded using software tools provided by GE Fanuc.

The Field Control IC670CHS103 base is an I/O base unit for use with other field control units manufactured by GE Fanuc.

The I/O terminal boards that can be mounted on this base include terminals for fencing, which supports secure mounting of the module to avoid generating erroneous data.

The IC670CHS103 base unit allows modules to be inserted and removed with the power on without affecting other equipment installed on the I/O station.

In other words, there is no need to switch off the power supply when replacing modules on the terminal block.The IC670CHS103 Basic Unit is compatible with the Field Control Units of the IC670. IC670CH and IC670CHS series.

The IC670CHS103 I/O base unit provides a variety of keying locations for module mounting and includes a kit with all necessary keys and tools.

The I/O terminal block has keyways and key clips to help make module installation easy.The IC670CHS103 base unit supports installation in Class I, Division 2. Group A/B/C/D environments, which are generally non-hazardous environments.

These environments are generally non-hazardous. The unit can also be used in hazardous areas, but the unit must be shut down before performing any operations such as removing or replacing host modules.

The IC670CHS103 device operates on 115 VAC or 125 VDC, with an input frequency of 47 to 63 Hz.

Depending on the type of power supply used, the unit draws 48 VA or 24 watts. The base unit has a peak inrush current of 20 amps and requires a hold time of up to 20 milliseconds.

The IC660BBD022 I/O module is a 16 circuit enabled source I/O module manufactured by GE Fanuc. It uses a 24-volt DC power supply and can be used with both 2-wire and 3-wire sensors.The Genius I/O device has a load current of 2 amps, and this DC power block has intelligence that makes it easy to configure as a sensor or actuator device. It also has other configurable features including output power defaults, selectable input filtering time, and an output pulse test function.The IC660BBD022 I/O module has diagnostic features and safety measures that easily alert operators to runtime and operational errors. It easily detects errors such as overload, overheat, short-circuit, no-load, and switch faults. The unit is portable and compact. It saves panel space and measures 8.83 inches high, 4.42 inches deep and 3.56 inches wide.

The IC660BBD022 Signal Source I/O Module has 16 configurable I/O circuits on the front of the module.The I/O Enable and Unit Determination LEDs illuminate when there is activity on the module. A monitor port is provided for connection to a handheld programmer, and the I/O block can be easily connected to a PC running the Windows operating system.The IC660BBD022 I/O block dissipates 68.8 watts of heat when operating at 2 amps of current. It generates a maximum ripple of 10%. The module has a maximum switching frequency of once per second and a high inrush current. The maximum output turn-on delay is 1 millisecond. The operating ambient temperature should not exceed 60 degrees Celsius.

Description: The GE Fanuc IC698CHS109 rack is an I/O rack for the Rx7i PACsystem.

This 8-slot I/O rack is software configurable and supports all Rx7i CPU and I/O configurations for VME64 backplane systems,

90-70 series I/O devices and VME modules.

The GE Fanuc IC698CHS109 Rx7i Rack is a front-mounted I/O rack designed for the Rx7i PACsystem family.

The Rx7i PACsystem chassis uses the VME64 base system, which is four times faster than existing VME systems, providing faster I/O throughput.

It supports RX9i CPUs and VME modules (including 90-70 series I/O) as well as VMIC modules.

The IC698CHS109 Rack features automatic daisy-chained interrupt profiles and Bus Grant (BG) signals, eliminating the need for slot jumpers.

The IC698CHS109 Rack also features a backplane connector (J2 connector) that provides high-speed VME data transfer of up to 64 bits per cycle.

It also accepts plug-in Rx7i power supplies. The rack’s I/O addressing is software configurable through the Machine Edition Logic Developer-PLC software.

No DIP switches or jumpers are required on the connected I/O modules.

The GE Fanuc IC698CHS109 rack requires 350 watts of power to operate. It is rated for 60 watts of current at 5 volts DC and 12 volts DC, respectively.

The IC698CHS109 chassis has nine I/O slots (labelled 1 through 9) for mounting CPUs, I/O modules, and other devices.

The IC698CHS109 chassis has nine I/O slots (labelled 1 through 9) for the CPU, I/O modules, and power supply modules.

I/O slots 1 through 8 all have a slot width of 20.3 mm, slot 9 has a slot width of 40.5 mm, and the power supply module slot (also referred to as slot 0) has a slot width of 61 mm.

The GE Fanuc IC693BEM320 I/O module can be configured to transfer 32 or 64 I/O points to GE Fanuc I/O Link, but only as a slave module, not as a master module.

Simply set the jumpers located inside the front cover to the correct mode, depending on the user’s application.

The module has two serial communication ports, one for RS-485 serial protocol and the other for RS-422 serial protocol.

The GE Fanuc IC693BEM320 I/O Interface Module should always be operated within a temperature range of 0 to 60 degrees Celsius (32 to 140 degrees Fahrenheit).

Humidity range is 5 to 95% (non-condensing). If more extreme environmental conditions are expected, it is

It is strongly recommended that a climate control system be used on the panel where the GE Fanuc PLC and modules are installed.

Module installation should be done by a qualified technician by sliding the GE Fanuc IC693BEM320 I/O Interface Module into the

Slide the GE Fanuc IC693BEM320 I/O Interface Module into any available slot on the 90-30 or 90-70 series PLC backplane. There are two status LEDs on the front of the module.

One indicates if the module is properly powered on and the other indicates if the module is functioning properly.

Up to 16 GE Fanuc IC693BEM320 I/O Interface Modules can be set up as slaves to the master PLC.

The IC695CPK400 is equipped with one (1) 10/100/1000 Ethernet port and two (2) dual-port switches supporting 10/100/1000 Mbps transfer speeds. The embedded Ethernet ports enable different network topologies, including Media Redundancy (MRP) and PROFINET System Redundancy (PNSR). The embedded ports support different communication protocols such as SRTP client/server, Modbus TCP/IP, OPC-UA server, Ethernet Global Data (EGD) and PROFINET.

In addition, the controller is equipped with one (1) RS232 communication port and one (1) Micro SD port for insertion of a Secure Digital (SD) card as non-volatile removal memory. It is also equipped with two (2) USB 3.0 ports for firmware upgrades.

The IC695CPK400 also supports simplex and redundant configurations to meet the requirements of both standard and high availability systems. It supports incremental frame rates up to 3 minutes in any configuration.

The IC695CPK400 CPU is shipped with a power pack, and the CPU module is available in a standalone form factor. The module has 64 MB of available memory and supports I/O including 32K bit discrete inputs, 32K bit discrete outputs, 32K word analogue inputs, and 32K word analogue outputs.

Product Description

The GE Fanuc IC670CHS003 I/O Terminal Block with wire-to-board connectors is an assembly that

used to terminate application wiring into a 20-pin male connector for easy connection and disconnection of modules.

It is compatible with hot-swap operation and can accommodate up to 20 different wires, with each wire assigned a use pin based on the module selected for a particular application.

GE Fanuc designed and manufactured the IC670CHS003 terminal block in the Field Control family to accommodate user needs and different wiring preferences.

Designed for easy installation and wiring to the board interface, the IC670CHS003 I/O Terminal Block has wire-to-board connectors.

As the name implies, the terminal block is connected to the inputs via wires (typically AWB 16-20 gauge wire).

The terminals are then connected to GE Fanuc connectors for quick insertion or removal of I/O modules.

The GE Fanuc IC670CHS003 I/O terminal block with wire-to-board connectors can accommodate up to 20 individual connections or pins to a male connector assembly.

The female connector that mates with the IC670CHS003 I/O Terminal Board’s male connector is part number 178289-8.

Each pin of the terminal block will have a different function depending on the end user application.

The user manual for the GE Fanuc IC670CHS003 I/O Terminal Block will guide the user in connecting the different GE Fanuc modules to the terminal block.

It is the user’s responsibility to provide the installer with the proper crimping tools to properly complete the cable connections in the terminal board.

Only trained personnel with extensive electrical experience should make connections to the GE Fanuc IC670CHS003 I/O terminal board,

disconnect, troubleshoot, and perform maintenance work. Due to the low environmental protection rating (IP 20) of this terminal block and its wiring, it is strongly recommended that the terminal block be placed inside a protective panel board.

The IC660BBA100 analogue input/output block also provides an optional input filter time of up to 1024 milliseconds.

Each output can be left in its final state or at its default value if the communication process is interrupted.

It is backward compatible with its earlier versions, as well as with the GE family of IC697. IC600. and IC550 PLCs.

Replacing the module’s electronics eliminates the need to change the module’s field wiring and configuration.

The IC660BBA100 analogue input/output module has a 12-bit analogue-to-digital converter that converts the input signal current or voltage to a digital value.

The converted signal can be scaled to an integer for representation in engineering units.

The output circuitry is connected to a 12-bit digital-to-analogue converter, which converts the processed value to a voltage or current output signal.

The IC660BBA100 analogue I/O block also automatically calibrates the 2 converters to ensure accurate performance.

It transmits 8 bytes of input data and 4 bytes of output data during each bus scan.

The user can monitor the input and output values in integer form via a handheld monitor.

Connect AC power to terminals 6 and 7 to supply power to the module.

Be sure to connect a 250 volt, 1/8 amp fuse in series with the power connector.

The 2 LED status indicators on the panel show the status of the module.

Description: The IC200MDD845 is a 24-point modular discrete I/O module in the VersaMax I/O family.

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

The module has sixteen (16) 24 VDC positive logic inputs and eight (8) independently isolated Type A 2.0 Amp relay contact outputs.

The module has a maximum backplane current draw of 270 mA.

The IC200MDD845 is a combo I/O module in Emerson Automation’s VersaMax product line.

The module can be used as part of a VersaMax distributed I/O station or as part of a VersaMax control system using a local CPU module.

As a combo I/O module, the IC200MDD845 has a total of 24 input and output channels, of which 16 input channels support positive logic.

16 of the input channels support positive logic wiring and can accept 24 VDC nominal signal voltage; and

8 A-type or normally open (N.O.) contact outputs, rated at 2.0 amps, support 5/24/125 VDC and 120/240 VAC nominal voltage turn-on.

The allowable voltage range is 0-125 VDC and 0-265 VAC.

The IC200MDD845 has a maximum backplane current consumption of 270 mA, with individual LED status indicators for each input and output channel.

Each input and output channel has a separate LED status indicator that allows local monitoring of the startup and power-up status of each channel of the module.

There is also an OK LED on the module to indicate that backplane power is being continuously supplied to the IC200MDD845.