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Emerson - GE Fanuc

Rx7i PACsystem

The RX7i PACsystem product series is from GE Fanuc Emerson. This product series includes various devices including controller modules, mounting racks, expansion racks, CPUs, and much more. An RX7i control system consists of an RX7i rack, as well as a maximum of seven Series 90-70 expansion racks. Products within the RX7i PACsystem series support hot standby CPU redundancy, allowing critical applications or processes to continue operating in the event of a failure in any singular component. The RX7i PACsystem product series has many communication features including Ethernet, Genius, and serial protocol support, two serial ports consisting of one RS-232 port and one RS-485 port, and an RS-232 isolated Ethernet station manager serial port. RX7i CPUs have three independent, onboard serial ports. These CPUs also have five LEDs that indicate the operating status of the CPU.

RX7i Selection Guide

RX7i is the earliest member of the groundbreaking GE PACSystems—a family of Programmable Automation Controllers (PACs) produced by GE Intelligent Platforms.  It is built on a conventional embedded open architecture that features a universal programming environment and a single control engine.

In addition, the RX7i GE PACSystem integrates advanced control technology that is compatible with existing GE Fanuc control systems. This in combination with the universal programming environment provides application portability across various hardware platforms, creating a seamless migration path that saves your investment in application development and I/O configuration. Also, the single control engine feature delivers a true convergence of control solutions.

GE PACSystems modules are designed to address medium to high-end control applications for system integrators, end-users, and Original Equipment Manufacturers (OEMs). The RX7i PACSystem is well-suited for integrated industrial control solutions that require an open control architecture, high-performance controllers, large memory capacity, and distributed I/O. Thus, with an RX7i control system, you can address major business issues like productivity, performance, migration, flexibility, and openness, leading to improved overall profitability.

Selecting an RX7i PACSystem

The key to selecting the best RX7i PACSystem for a given application is to ensure that the components making up the RX7i control system are compatible and that they meet the requirements of your application. Thus, check the compatibility and specifications of the following:

A) RX7i CPUs

RX7i control systems are compatible with Pentium CPUs ranging from Celeron 300MHz to M- Class 1.8GHz. They can be programmed using any of the following IEC61131-3 PAC programming languages: Ladder Diagram (LD), Structured Text (ST or STX), and Function Block Diagram (FBD). RX7i CPUs can also be programmed using high-level languages like C.

Other Notable Features of RX7i CPUs Include:

  • Up to 64 MBs (Megabytes) of each battery-backed user memory and non-volatile flash memory for storage of user data including register data, configuration parameters, programs, and symbolic variables.
  • Fully configurable data, program, and user memory.
  • Three (3) isolated serial ports, namely: (1) RS-232 port, (1) RS-485 port, and (1) RS-232 Ethernet Station Manager serial port.
  • Two 10/100 Mbps Ethernet Ports with one IP address (built-in switch).
  • Reference table %W for bulk memory access.
  • Symbolic Variables that are auto-located and which can use any amount of flash user memory.
  • Support for most existing Series 90-70 analog and discrete I/O, communication features, and other modules.
  • Compatibility with all non-GE Fanuc (third-party) VME modules supported by existing Series 90-70 I/O.
  • A maximum of 512 program blocks with each block having up to 128KB.
  • Controller referencing using Bit-in-Word.
  • Test Edit mode for performing test modifications to a running program.
  • Web-based PLC data monitoring allows a combined total of up to 16 FTP (File Transfer Protocol) and web server connections.
  • A calendar clock that’s battery-backed.

Compatible RX7i CPUs You can select any of the following RX7i CPUs depending on the controller requirements of your application:

  • IC698CPE010: Pentium III 300MHz RX7i VME CPU
  • IC698CPE020: Pentium III 700MHz RX7i VME CPU
  • IC698CRE020: Pentium III 700MHz RX7i VME CPU with redundancy
  • IC698CPE030: Pentium-M 600MHz RX7i VME CPU
  • IC698CRE030: Pentium-M 600MHz RX7i VME CPU with redundancy
  • IC698CPE040: Pentium-M 1.8GHz RX7i VME CPU
  • IC698CRE040: Pentium-M Class 1.8GHz RX7i VME CPU with redundancy

B) RX7i Controller Racks

RX7i CPUs communicate with compatible I/O and smart option modules over a rack-mounted controller backplane that uses VME64 (ANSI/VITA 1) standard. The RX7i PACSystem is thus designed to support VME64 rack backplanes with ANSI/VITA 1 standard. These VME64 backplanes can be used for all the RX7i CPUs outlined above and supported I/O configurations.

The modules accommodated by RX7i controller racks include:

  • Series 90-70 and RX7i Modules: These modules connect to field devices via a detachable field-wiring terminal board; with each I/O module accepting up to forty AWG (American Wire Gauge) 14-gauge wires with a cross-section of 2.10mm^2. The 14-gauge AWG wire bundle should be routed out at the bottom of the detachable terminal board cavity that includes a cleat for a tie-wrap to secure the wire bundle to the housing of the terminal board.
  • VME Modules: They connect to field devices via a variety of methods.

When selecting a VME64 RX7i controller rack, check out for the following features and functionalities:

  • 17 VME Front and Rear (Back) Mount Slots to support up to 17 single-width modules that require 20.3mm (0.8 inches) spacing. 
  • Accepts RX7i modules, compatible Series 90-70 modules, and third-party VME modules.
  • Provision of slot sensing for the supported rack-based Series 90-70 I/O modules. Thus, no DIP (Dual In-Line Package) switches or jumpers are required on the I/O modules for addressing the rack-type Series 90-70 modules.
  • High-speed VME data transfer rates of up to 64 bits per cycle via J2 backplane connectors.
  • Up to 4 times the data transmission speed (bandwidth) of the existing Series 90-70 backplane.
  • Connection to an I^2C serial cable using a 6-pin RJ-11 connector.
  • Allows optional cooling using a fan assembly, which is required for some RX7i CPUs (IC698CRE020/IC698CPE020), IC698PSA350 power supply, or any single-width modules with catalog no. IC697Vxx.
  • Supports existing Genius networks and expansion racks
  • Supports expansion power supplies for higher current configurations.
  • Includes Slot 0 for installing the RX7i controller power supply, while slots 1 and 2 are used for installing an RX7i CPU with Ethernet daughterboard. The remaining slots can then be used for any of these I/O combinations:
    • Eight (8) IC697…or IC698… double-width modules,
    • Fifteen (15) IC697…or IC698… single-width modules (with no IC697…or IC698…  double modules installed),
    • A combination of IC697…or IC698… single-width and double-width modules

Compatible Controller Racks The following VME64 controller racks are compatible with RX7i PACSystems:

  • IC698CHS009: Rear Mount, 9-Slot RX7i VME controller rack
  • IC698CHS117: Front Mount, 18-Slot RX7i VME controller rack
  • IC698CHS017: Rear Mount, 18-Slot RX7i VME controller rack
  • IC698CHS217: Rear Mount, Rear I/O access 17-Slot RX7i VME controller rack
  • IC698CHS109: Panel Mount, 9-Slot RX7i 9 VME controller rack

C) Communications

Select an RX7i PACSystem with the following communication features:

  • A built-in 10/100 Mbps Ethernet port on the RX7i CPU with two shielded RJ-45 ports that are connected via an auto-sensing switch for online monitoring, upload, and download. The auto-sensing switch eliminates the need for rack-to-rack hubs or switches.

  • An embedded CPU Ethernet Interface with:

    • Ethernet Global Data (EGD) protocol for data exchange
    • Transmission Control Protocol/Internet Protocol (TCP/IP) communication services via SRTP (Secure RTP or Secure Real-Time Transport Protocol)
    • Modbus TCP server using Client-Server model
    • Full PLC configuration and programming services
    • Comprehensive diagnostic and station management tools
    • Two full-duplex RJ-45 Connectors (10BaseT/100BaseT/TX ports) that include an internal network switch. This switch includes an Auto-negotiation feature for duplex mode, cabling crossover, and network speed detection.

  • Both of the shielded dual RJ-45 ports can be linked to other Ethernet devices. Each of the two Ethernet ports can automatically sense the data transfer rate (100 Mbps or 10 Mbps), type of duplex protocol (full duplex or half duplex), and cabling arrangement (crossover or straight through) of the attached Ethernet network link. You can opt to use shielded Ethernet cables or not. Note: The two RJ-45 ports on the CPU Ethernet Interface should not be connected either indirectly or directly to the same Ethernet device. Also, the switch or hub connections in the Ethernet network should form a tree topology to avoid duplication of packets.

  • Three isolated serial ports onboard the RX7i CPU, which are accessed by connectors located on the front of the CPU module. The three serial ports include:

    • RS-232 Port 1: This is a Data Communications Equipment (DCE) port, which is optocoupler isolated. It includes a female, 9-pin, D-sub connector that has a standard pinout. It allows the use of a simple straight-through cable for connecting with a standard AT-style RS-232 port.  Port 1 LED indicator provides the status of the RS-232 serial port activity.
    • RS-485 Port 2: This is also a DCE port that is optocoupler isolated and RS-485 compatible. It includes a female, 15-pin, D-sub connector. Port 2 does not support the use of the IC690ACC901 RS-485 to RS-232 adapter. Also, to use this port, you require a shielded cable. Its LED indicator provides details of serial port activity even when no terminal is connected.
    • Ethernet Station Manager (Mgr.) Port: This is an isolated Data Communications Equipment (DCE) port that is RS-232 compatible.  It also enables connections to a standard AT-style RS-232 port using a simple straight-through cable. It has a female, 9-pin, D-connector. In addition, it contains abundant standard RS-232 control signals to be used with Point-to-Point Protocol (PPP) in the future.

D) Controller Power Supplies

RX7i controller power supplies provide -12 V, 5V, and 12V output voltages, as well as logic level sequencing signals to all compatible modules on the rack-mounted RX7i backplane. The leftmost slot in the RX7i controller rack includes a 47-pin connector into which the controller power supply plugs directly. Also, the output of an RX7i power supply can ride through a loss of up to a single input line cycle with no loss of output power.

Select an RX7i controller power supply with the following features:

  • Operating voltage ranging between 85 Volts AC (VAC) to 264 VAC, or 100 Volts DC (VDC) to 150 VDC
  • Three output voltages that include: -12 VDC, 5 VDC, and 12 VDC
  • Overcurrent protection in case of electronic short circuit
  • Overvoltage and Overcurrent fault protection
  • For AC operations, the Power Factor correction feature should be available
  • Slide-in-the-rack mounting construction

Compatible Controller Power Supplies Depending on the power requirements of your RX7i control system, you can select any of the following RX7i controller power supplies:

  • IC698PSA100: RX7i PLC power supply with operating voltage ranging between 85VAC…264 VAC at an input frequency of 47Hz…63Hz. At ambient temperatures of 0 degrees Celsius to 60 degrees Celsius, this power supply can provide a maximum of 100 Watts of total output power in the absence of forced air cooling.
  • IC698PSA350: RX7i PLC power supply operating with a voltage of 85VAC…264VAC at an input frequency of 47Hz…63Hz. This controller power supply can provide a maximum of 350 Watts of total output power, but it requires forced air cooling provided by a rack-mounted fan assembly on the bottom of the RX7i controller rack.
  • IC698PSD300: RX7i power supply operating from 18 VDC…30 VDC, with a total power output of up to 300 Watts.

Note: The capacity of the selected RX7i power supply may limit the number of modules supported by the RX7i controller rack.

E) Expansion Racks

Select an RX7i PACSystem that can support up to seven (7) expansion racks for future expansion of existing systems. You can use the following Series 90-70 expansion racks:

  • IC697CHS750: 5-Slot, Rear (Panel) Mount
  • IC697CHS782: 17-Slot, Rear (Panel) VME Integrator
  • IC697CHS783: 17-Slot, Front (Rack) VME Integrator
  • IC697CHS790: 9-Slot, Rear (Panel) Mount
  • IC697CHS791: 9-Slot, Front (Rack) Mount

The Series 90-70 expansion racks outlined above also support the same Genius devices and Series 90-70 modules are supported by the main RX7i controller racks.

Note: You cannot use RX7i IC698CHS117 and IC698CHS017 main controller racks as expansion racks on an RX7i PACSystem. Also, because of hardware limitations associated with Series 90-70 expansion racks, these racks do not support RX7i Ethernet modules, RX7i controller power supplies, or any of the following single-width IC697Vxx modules:

  • IC697VDD100: 64-Point, Digital Input
  • IC697VDR151: 64-Point, Relay Output
  • IC697VDQ120: 64-Point, Digital Output
  • IC697VAL264: 16-bit, 64-Channel Standard Performance Analog Input
  • IC697VAL132: 16-bit, 16-Channel Isolated Analog Input
  • IC697VRD008: 8-Channel Strain Gauge/RTD
  • IC697VAL301: 12-bit, 32-Channel Analog Output

F) Expansion Power Supplies

You’ll need to select an expansion power supply if your RX7i control system includes Series 90-70 expansion racks because these racks do not support RX7i controller power supplies. The available expansion power supplies for use with RX7i PACSystems include:

  • IC697PWR710 Power Supply: 120/240 VAC or 125 VDC operating voltage, and 50 Watts output power.
  • IC697PWR711 Power Supply: 100 Watts output power and 120/240 VAC, 125 VDC operating voltage.
  • IC697PWR724 Power Supply: 90 Watts output power, 24 VDC operating voltage
  • IC697PWR748 Power Supply: 90 Watts output power, 48 VDC operating voltage

G) Fan Assemblies

If your RX7i PACSystem includes installations that can easily malfunction or get damaged due to heat buildups such as some RX7i CPUs (IC698CRE020, IC698CPE020), IC698PSA350 power supply, or IC697Vxx single-width modules, then a fan assembly becomes necessary. The RX7i fan assembly provides additional rack cooling for the aforementioned installations through forced air cooling. The assembly consists of three fans with a low noise level. It utilizes ball bearings to extend the service life. It’s an easily installed accessory that can be used with RX7i controller racks as well as 9-Slot Series 90-70 standard racks and 17-Slot VME Integrator racks.

Compatible Fan Assemblies The following rack fan assemblies are compatible with RX7i PACSystems:

  • IC697ACC721: 120 VAC operating voltage at 50/60 Hz
  • IC697ACC724: 240 VAC operating voltage at 50/60 Hz
  • IC697ACC744: 24 VDC operating voltage

H) Battery Pack Compatibility

RX7i PACSystems require an auxiliary battery module for memory retention. Therefore, choose a battery module that is compatible with the already selected RX7i CPU. For example, the RX7i IC693ACC302A battery module should only be used with RX7i IC698CPE040 and IC698CPE030 CPUs. However, the RX7i IC698ACC701 three-cell lithium battery pack cannot be used with RX7i IC698CPE040 and IC698CPE030 CPUs.

Browse our selection of Rx7i PACsystem units

AutomationStop.com's online catalog offers one of the largest selections of preowned Rx7i PACsystem units in the world.

IC698PSD300

GE Fanuc has produced a 300 Watt power supply module called the Rx7i PAC system module, Catalog ID IC698PSD300. It can withstand a voltage of 24 DC volts. The power supply unit can only start with a current of up to 100 Amperes. From the input to all of the outputs, the isolation is 250 Volts AC continuously and 1500 Volts AC for 1 minute. It is smart and has several safety features. It has a diagnostics feature that can keep track of problems and issues while it is being used.

IC698RMX016

A redundant memory interchange module is the IC698RMX016. It is a component of a PACSystem RX7i system, which was once made by GE Smart Platforms and is now produced by Emerson Automation (GE IP). It comes with a 16MB SDRAM. The power supply gives it a +5VDC operating voltage, which needs 1.8 Amperes of current to work. This module must be attached to the main rack in slot three or slot 4. It has an LC-type fiber optic connector with a maximum insertion loss of 0.35 dB and a return loss of -30 dB.

IC698PSA350

Catalog number IC698PSA350 is a power supply module. It was produced by Emerson - GE Fanuc as part of the PACSystem RX7i product line. The operating voltage of this power supply ranges from 85 to 264 volts AC or 100 to 150 volts DC. The output voltages of the IC698PSA350 are 5 volts DC at up to 60 amperes, 12 volts DC at up to 12 amperes, and -12 volts DC at up to 4 amperes.

IC698PSA100

A power supply module called the IC698PSA100 is a component of the PACSystem RX7i system, which is presently manufactured by Emerson Automation but was earlier made by GE Intelligent Console. An RX7i global backplane may accommodate this power supply. It has a maximum output power of 100 Watts for all three outputs, which can be 5 VDC, 12 VDC, or -12 VDC, and a maximum output current of 0-20 Amperes, 0-2 Amperes, or 0-1 Ampere for each output.

IC698CRE040

An Emerson Automation PACSystem RX7i Processors module is the GE Fanuc / IC698CRE040. With a typical scanning speed of 0.024 ms every 1000 Boolean contacts/coils, this CPU contains 64 MB of RAM and 64 MB of non-volatile user memory. The GE Fanuc IC698CRE040 CPU can be used with the Rx7i PACsystem and has an Ethernet port. It works with a current rating of 6.8 Amperes and a voltage rating of +5 Volts Direct Current. It works quickly and can handle data with floating points.

IC698ETM001

A PACSystem RX7i Internet interface module is the GE Fanuc IC698ETM001. This module is capable of high-performance Ethernet. This module has two (2) Ethernet ports that can communicate at 10/100 Mbps with auto-sensing and one (1) serial port used as a station manager port. It lets you use SRTP, SRTP Client, Modbus/TCP Server, and MODBUS/TCP Client to communicate over TCP/IP. This module features a dedicated microprocessor, which allows it to do processing at a speed rating of 200 Mega-Hertz.

IC698CRE020

The RX7i PACSystem series GE Fanuc Redundant CPU, Catalog ID IC698CRE020, connects through an Ethernet network and is simple to upgrade RX7i PLCs. This CPU operates at a rate of 700 MHz and contains 10 Megabytes of user space. The GE Fanuc IC698CRE020 backup CPU can also talk through its three isolated serial ports, which include an RS-232 port, an RS-485 port, and an Ethernet station manager connector is also an RS-232 port. Also an Ethernet port with two RJ-45 ports is linked by an auto-sensing converter. This RJ-45 Ethernet port can be used to upload, download, or watch it.

IC698CRE030

A Pentium-M redundancy CPU, the IC698CRE030, is part of the PACSystem RX3i series. It is rated at 600 megahertz and contains Mega-Bytes of user storage memory. This module features an embedded Ethernet node that can communicate at 10 / 100 MB and has two RJ-45 ports. For RS-232 connections, the station manager node uses a straight-through wire, just like any other RS-232 cable. The IC698CRE030 CPU could be put in an RX7i PLC's VME64 backplane.

IC698CPE030

A controller for the PACSystems RX7i is IC698CPE030. Emerson Automation, formerly known as GE Intelligent Platforms, produces this (GE IP). Two (2) Ethernet connection ports, one (1) RS232 port, one (1) RS485 port, and one Station manager connector are the key characteristics of this controller. It has 64 MB RAM and 64 MB Flash memory, and a 600 MHz Pentium M microprocessor. The Ethernet protocols supported are SRTP, Modbus TCP Server and Client, and Ethernet Global Data (EGD). It also has an FTP and a web server that can handle up to 16 connections simultaneously.

IC698CPE040

The GE Fanuc IC698CPE040 Microprocessor has an 1800 MHz clock speed and 64 MB of onboard memory. It can run on 5 Volts DC, 24 Volts DC, and -24 Volts DC and is a component of the RX3i PACSystem. This CPU can be utilized for a prolonged time because it can be updated to work with new technologies and meet the needs of new industrial applications. The IC698CPE040 CPU is made to work with an RX7i PACSystem PLC, which stands for "programmable logic controller."

IC698CPE020

It is a central unit, the IC698CPE020 (CPU). The Allen Bradley IC698CPE020 CPU is in Slot 1 of the Rx7i I/O rack. It can draw up to 3.2 Amperes of current from the backplane at 5 Volts of Direct Current. It has three serial ports on the back: the RS-485 port, the RS-232 port, and the RS-232 manager port. It also has two embedded Ethernet ports that support high-speed TCP/IP communication.

IC698CPE010

It is a central processing unit called the IC698CPE010 (CPU). It is a component of the PACSystem RX7i system, which was once made by GE Smart Platforms and is now produced by Emerson Automation (GE IP). This CPU is a rack-mounted device with a 300 MHz Celeron microprocessor, 10 MB of user memory with a battery backup, and 10 MB of non-volatile (Flash) memory. The CPU's IO memory can be set up to a maximum of 32 Kilo-bits for discrete I and Q and up to 32K words for analog AI and Q.

IC698CMX016

Product number IC698CMX016 is a control memory Xchange module from the PACSystem RX7i product series. This device was manufactured by Emerson - GE Fanuc. This device operates at a voltage of 5 volts DC, and it requires a 1.8-ampere current rating. The IC698CMX016 has a user memory of 16 MB, as well as a reflective memory of 128 MB. The transfer rate of this module is 2.1 GB.

IC698CHS117

The IC698CHS117 I/O rack from GE Fanuc is a Rx7i PACSystems I/O rack. This rack is manufactured with 18 slots and it can be wall/panel-mounted. The IC698CHS117 I/O rack features 15 single-width slots and 8 double-width slots. This rack also comes with a power supply slot. The rack can support I/O modules and it can support CPU modules and it is compatible with all standard PACSystems VME modules.

IC698CHS109

The GE Rx7i PACSystems IC698CHS109 I/O rack is a rack that hosts different kinds of modules that are used in industrial PLCs. The IC698CHS109 rack is a standard PACSystems rack which has 9 slots built into it. In addition to a special power supply slot, the IC698CHS109 rack has 9 slots that are single-width slots for small I/O modules and 5 double-width slots for large I/O modules.

IC698CHS017

The IC698CHS017 rack is a GE Rx7i PACsystem rack for hosting modules. It has 17 slots made for hosting modules. The IC698CHS017 rack has mounting hardware on its rear side that allows it to be wall-mounted. This rack is able to be used with a GE Rx7i power supply. The IC698CHS017 rack can host a variety of different I/O modules.

IC687BEM744

The IC687BEM744 controller is a GE Fanuc bus controller in the Rx7i PACSystems product line. It functions as one of the components in a GE PACSystems PLC system. The IC687BEM744 bus controller is a half-slot type of module rather than a full-slot type of module. It comes with a half-width faceplate and it can be used in an integrated rack in the PLC system.

IC698ACC701

The GE Rx7i PACSystem series IC698ACC701 battery kit is an Rx7i PACSystem replacement lithium battery kit. The kit contains lithium batteries for GE CPU modules that can replace the lithium batteries which originally came with the CPUs. The IC698ACC701 kit's lithium batteries were engineered to be smart batteries.

IC698CHS009

The Rx7i PAC system, Catalog ID IC698CHS009, is designed to work with the Rx7i I/O Rack. The Rx7i CPUs & I/O combinations, the Class 90-70 I/Os, and the VME modules are all supported by this 9-slot I/O rack, which is software programmable. Slots 1 through 8 are each 20 millimeters wide and can only hold single-slot modules. Slot 9 is 40.6 millimeters wide and can take modules that are double-wide. Slot 1 is only for CPUs, and the power supply module goes in "slot 0," which is 61 millimeters wide.

IC687BEM731

The bus voltage and current used by the GE Fanuc Automation WME bus controller, Catalog ID IC687BEM731, are 5 volts and 1.3 amperes, respectively. It features one built-in port for a portable monitor. This module can connect to up to 31 different devices, but each one needs to be installed separately. A bus controller's main job is to keep track of the voltage and temperature of different devices, especially those that have been set up so that it can keep track of them.

IC670ALG310

An independent analog output module, Catalog ID IC670ALG310, is a part of the Rx7i PAC system. It is designed with an open architecture. For input data, it takes 0 - 8 words of analog output data, 0 - 3 bytes of input data for the unit and channel status, and 0 to 2 bytes of output data to clear alarms. The output device and the bus interface unit are where all the data exchanges happen.

IC670ALG320

The GE Fanuc IC670ALG320 is a 4-point output module. This 4-point output module is part of the GE Rx7i PACSystems product line. The IC670ALG320 output module's outputs are analog. The outputs can operate with current or voltage. The IC670ALG320 module's outputs all support a maximum current value of 20 milliamps and a maximum voltage value of 10 Volts.

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