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Emerson - GE Fanuc

RX3i PacSystem

PACSyctems RX3i from GE Automation and Controls are Programmable Automation Controller, or also known as a PAC, products designed to meet modern control requirements. This GE Programmable Controller product line is primarily made up of high-speed processors that are embedded with GE's patented technology that allows for faster data throughput. The PACSyctems RX3i is a highly scalable, open architecture controller platform that employs two types of backplanes: a high-speed Peripheral Component Interconnect backplane for new advanced input or output modules, enabling faster data throughput, and a serial backplane for serial-based modules such as GE Fanuc Series 90 or 30 modules for simplified migration. Aside from the PLC CPU, the GE PACSyctems RX3i supports a wide range of modules, including discrete, analogue, and specialty modules. These modules can be installed locally or remotely along the controller rack to implement distributed Input or Output architecture. PACSyctems RX3i modules support hot insertion and removal, also known as Hot Swap, in both PCI and serial backplanes for new and migrated Input or Output modules. The PACSycsystems RX3i is configured and programmed using the Proficy Machine Edition software application. This programming software is compatible with Microsoft Windows operating systems and is built with standard programming tools in a well-defined project view that is user-friendly. It also includes test and commission tools, online and offline edits, a programme comparison tool, and simplified editing methods like drag and drop. Ethernet-enabled controllers include a built-in Webserver that allows remote viewing of system operation using standard web browsers.

Collage of images depicting RX3i PacSystem units

RX3i Selection Guide

RX3i systems are innovative Programmable Automation Controllers (PAC) made by Emerson Automation, formerly GE Fanuc Intelligent Platforms. The RX3i PACSystem is an incredibly powerful and modular control system with a focus on high availability. It features a single control PAC-System engine and a universal programming environment that provides application portability and scalability across multiple hardware platforms.

PACSystem RX3i is a rack-based system with a variety of pluggable and hot-swappable modules covering discrete, analog, and numerous special-purpose I/O types. These modules allow you to customize your control system with the right mix of I/O devices, having a wide range of current capacities and voltage ranges/types to meet all your application needs. The RX3i rack system is built on high-speed interfaces and PCI standards, which provide fast and consistent data transfer across the connected modules.

With integrated mission-critical control platforms, process control, HMI, motion, logic, and high availability based on Reflective Memory Technology, the RX3i PACSystem enables users to boost the performance and flexibility of their automation systems. Also, RX3i controllers are equipped with high-speed processors that provide faster throughput without any information bottlenecks.

Overall, the revolutionary RX3i PACSystem addresses major engineering issues, whilst supporting the integration of new technologies into existing base systems with reduced engineering and commissioning costs. They are aimed at the needs of higher productivity and tighter cost control. Typical applications of RX3i PACSystem devices include Power, Waste & Wastewater, and Process Control.

Selection Criteria

As the complexity of industrial control applications continues to increase, requiring integration of multiple systems which incorporate discrete, process, and motion control, with higher demands for real-time data, the RX3i PACSystem from Emerson – GE Fanuc may be the ideal solution for your automation needs. Listed below are the key features to look for and some considerations to keep in mind whenever you’re selecting an RX3i controller for your application.

RX3i CPUs

To meet various performance criteria, RX3i PACSystem devices are available with multiple CPU offerings up to and including an Intel 1GHz RX3i CPU with 64 Megabytes of memory for advanced programming and performance. Depending on the performance requirements of your control system, you can select an RX3i CPU based on high-performance, high availability redundancy, and high availability data synchronization.

High-Performance

For high-performance, RX3i CPUs utilize the Intel M class 1GHz processor, which is characterized by fast computation and high throughput. An RX3i controller equipped with such a processor can manage up to 32K memory of I/O modules in multiple IEC 61131-3 standardized languages and C programming. This provides the programming flexibility of the controller. Also, powerful RX3i CPUs can perform complex control applications, which are easily solved by the incorporated high-performance processor with available user memory of up to 64 Megabytes.

High Availability Redundancy

This family of RX3i CPUs allows safety and mission-critical processes to continue operating even in the occurrence of failure in any single component within the controlled system. Hence, the name high availability. A High Availability RX3i PACSystem mainly uses two or more RX3i CPUs; one of which is an active unit that continuously controls the operation, while the rest are considered are back units. The backup units are synchronized with the active CPU. This enables them to take over control of the process if the active unit becomes unavailable.

For instance, the RX3i QuadPAC High Availability system utilizes four CRU320QP CPUs, in which one of the CPUs is the master controller while the other CPUs are synchronized as backup controller units. Moreover, the RX3i QuadPAC controller has the “Smart Redundancy” feature, which is an algorithm that calculates the real-time and relative availability of the system, identifying the most available CPU in the QuadPAC as the master controller. In such a system, the I/O racks can be grouped into different rack configurations, whether that be a single I/O rack, two redundant I/O racks, or three I/O racks (triple-redundant).

Therefore, if you intend to use your RX3i PACSystem for critical applications, a High Availability RX3i PACSystem supporting Hot Standby (HSB) CPU redundancy would be an excellent choice.

High Availability Data Sybchronization

This RX3i CPU architecture provides a backplane-based CPU redundancy. Whereby, a Redundancy Memory Xchange (RMX) module operates a redundancy communication path, which is a dedicated link between the available CPUs in an RX3i Hot Standby (HSB) redundancy control system.

The communication path provided by the RMX modules is used to transfer data between two redundancy CPUs in the RX3i redundant system. One complete communication path is made up of an RMX module primary unit, and another RMX module in the secondary unit. The two modules are connected using high-speed fiber optic cables. The path can support one or two redundancy links per high availability RX3i CPUs.

The information below outlines various RX3i CPU Models with the aforementioned characteristics, from which you can select a suitable CPU model that will meet your application performance requirements.

  • RS3i CPUs
    • IC695CPU310: 300 MHz RX3i CPU with 10 MB user memory
    • IC695CPU315: 1 GHz RX3i CPU with 20 MB user memory
    • IC695CPU320: 1 GHz RX3i CPU with 64 MB User Memory
    • IC695NIU001: 300 MHz Ethernet Interface Unit
    • IC695NIU001+: 1.1 GHz Ethernet Interface Unit
  • RX3i Redundancy CPU
    • IC695CRU320: 64MB User Memory
  • Standalone RX3i CPUs with a Built-in PROFINET/Ethernet Interface
    • IC695CPE400: 64MB User Memory in Field Agent
    • IC695CPL410: 64MB User Memory in Linux
  • RX3i CPUs with an Embedded PROFINET/Ethernet Interface
    • IC695CPE330: 64MB User Memory
  • RX3i CPUs with an Embedded Ethernet Interface
    • IC695CPE310: 10MB User Memory
    • IC695CPE305: 5MB User Memory
    • IC695CPE302: 2MB User Memory

RX3i Communication Features

The RX3i CPU communicates with Human Machine Interface (HMI) devices via the Ethernet ports or through the serial ports COM1 and COM2. The CPU can also communicate with the two features using Modbus RTU Slave protocols, SNP Slave protocol, or Serial I/O. Also, it communicates with Input/Outputs and smart option modules over a dual backplane bus, which provides:

  • High-speed, PCI backplane buses for fast throughput with the new and advanced RX3i I/O modules.
  • Serial baseplate which allows easy migration of pre-existing Series 90-30 I/O modules to RX3i I/O rack.

Also, RX3i PACSystem devices support a variety of open communication options for Input/Output and/or distributed control. The available communication modules from which you can choose include Ethernet, PROFINET, Ethernet Global Data (EGD), PROFIBUS, Service Request Transfer Protocol (SRTP), Modbus/TCP, TCP/IP protocol, HART Pass-Through, Distributed Network Protocol 3 (DNP3), and Serial Protocols. These RX3i communication modules can be installed easily and are quick to configure.

RX3i Hardware

The RX3i PACSystem hardware comprises an RX3i Universal Backplane and a maximum of seven Series 90-30 Expansion/Remote baseplates. You can install the RX3i CPU in any slot of the universal baseplate except for the last slot, which is set aside for the serial bus transmitter with a catalog number IC695LRE001. RX3i Universal Backplanes and Series 90-30 Expansion/Remote backplanes support the Series 90-30 Motion Control modules and Genius Bus Controller, and most of the RX3i/Series 90-30 digital and analog modules with catalog prefixes IC694 and IC693.  Note, that you can only install the IC695 RX3i modules in the universal backplane, which includes the Ethernet and other communication modules.

RX3i universal backplanes are available in 16, 12, and 7 slot configurations, from which you can choose the number of slots that will meet the needs of your application. Note, even though you have the option of selecting any of the aforementioned universal backplanes, a complete RX3i PACSystem must include either a 16-slot Universal Backplane (IC695CHS016) or a 12-slot Universal Backplane (IC695CHS012). The RX3i Universal Backplanes support hot-swap capabilities aimed at reducing system downtime.

If you require additional modules more than your selected RX3i Universal Backplane can take in, or you need some of the RX3i modules to be installed remotely, then you will need to install an RX3i Serial Bus Transmitter Module (Category Number IC695LRE001) at the last slot of your chosen RX3i Universal Backplane. Then using a D-connector from the RX3i Bus Transmitter module, link the additional RX3i Serial Expansion/ Remote baseplates to the RX3i PACsystem. Subsequent Serial Remote racks would need to be daisy-chained using customized or standard expansion cables. To maximize the flexibility of the RX3i Expansion/Remote module, backplanes are available in 5- and 10-slot versions.

Below is information regarding RX3i Universal Backplanes and Expansion/Remote Baseplates that are compatible with RX3i PACSystems:

  • IC695CHS007: PACSystems RX3i 7-Slot high-speed Universal Backplane; Supports only 5-serial bus slots; It is not expandable
  • IC695CHS016: PACSystems RX3i 16-Slot high Universal Backplane; Supports PCI and serial bus
  • IC695CHS012: PACSystems RX3i 12-Slot high-speed Universal Backplane; Supports both PCI and serial bus
  • IC694CHS398: PACSystems RX3i Serial 5-Slot Expansion Baseplate; Supports serial bus only
  • IC694CHS392: PACSystems RX3i Serial 10-Slot Expansion Baseplate; Supports serial bus only
  • IC693CHS399: PACSystems RX3i Serial 5-slot Remote Baseplate; Supports serial bus only
  • IC693CHS393: PACSystems RX3i Serial 10-slot Remote Baseplate; Supports serial bus only
  • IC693CHS398: Series 90-30 5-Slot Expansion Backplane
  • IC693CHS392: Series 90-30 10-Slot Expansion Backplane

Modules for RX3i PACSystems

Input/Output modules used in RX3i PACSystems are designed for mission-critical processes and discrete control applications. They also provide outstanding flexibility and advanced diagnostics, with a broad range of advanced and standard features. The RX3i rack-based I/O includes:

  • Discrete Input/Output Modules: The digital input modules provide the interface between the RX3i controller and external input devices, such as switches, pushbuttons, proximity sensors, and BCD (Binary-coded Decimal) thumbwheels. While the digital output modules provide the interface between the PAC controller and external output devices such as BCD displays, interposing relays, indicator lamps, and contactors. GE Intelligent Platforms provides a variety of discrete I/O modules which support a wide range of current capacities, different voltage types and ranges, response time, and isolation to meet your RX3i application needs. Also, the digital I/O modules used in RX3i PACSystems support 8 to 32 input/output points.
  • Analog Input/Output Modules: GE Fanuc provides a variety of easy-to-use analog modules and HART analog modules that can be used with RX3i PACSystems to control process temperatures, flow, and pressure. These modules support 4 to 16 analog input/output points.
  • Analog Mixed Input/Output Modules: These modules include four inputs and two outputs. They are available with or without advanced diagnostics. The incorporated advanced diagnostics could include rate of change, alarms, open wire, under range, and over range. They also include additional features, such as analog output clamp limits, 16-bit resolution, and output ramp mode option.
  • Relay Output Modules: Some of the RX3i modules within this category include:
    • A 2-ampere Relay Output module (IC693MDL940/IC694MDL940), which provides 16 normally open (N.O.) relay circuits for controlling output loads. This module can be installed in any I/O slot in an RX3i system and can be used to control a wide range of load devices like indicators and solenoids.
    • A 4-ampere Isolated 8-Point Relay Output module, which supports 8 normally open (N.O.) relay circuits for controlling output loads. This module is available as an RX3i PACSystem Relay Output module with a catalog number IC694MDL930. Note that you can install the Series 90-30 module in any I/O slot in an RX3i PACSystem or Series 90-30 PLC, but the RX3i version is only compatible with an RX3i CPU.

You can include different kinds of Emerson Rx3i modules in an RX3i PACSystem setup, but you have to check their compatibility with the RX3i CPU used as well as the type of backplane they require. For example:

  • RX3i Modules (IC695): The RX3i modules with a catalog prefix IC695 can only be installed in RX3i PACSystem devices with a Universal Backplane (IC695), such as the IC695CHS016 or IC695CHS012. Some examples of the IC695- RX3i modules include: the RX3i Ethernet Module IC695ETM001, the RX3i 8-Channel Non-isolated, 4-Channel Differential Analog Input Module IC695ALG608, the RX3i Output Analog Current/Voltage 8 Channels, HART Communications: IC695ALG728, and the RX3i Profibus Master Module IC695PBM300.
  • RX3i Modules (IC694): RX3i IC694- modules are compatible with the serial buses in RX3i all Universal Baseplates and with RX3i Serial Expansion Baseplates. Emerson – GE Fanuc provides a wide range of analog, discrete, and special-purpose IC694 modules, from which you can select the modules that are compatible with the CPU of your RX3i PACSystem.
  • Series 90-30 Modules (IC693): Most of the Series 90-30 modules provided by GE Fanuc are compatible with RX3i PACSystem devices, but not all modules are compatible. The compatible Series 90-30 modules can be installed in RX3i PACSystems that have an RX3i serial bus in the Universal/Expansion Backplanes or those with Series 90-30 Expansion Backplanes.

Note, that the Series 90-30 modules which are incompatible with the RX3i PACSystem cannot be included in an RX3i Universal Backplane or any RX3i Expansion/Remote Backplane.  Hence, be sure to check whether the firmware of the selected Series 90-30 module enables RX3i to its functions. Alternatively, you can consult a GE Fanuc representative on the firmware compatibility status.

RS3i Power Supplies

The Power supply of an RX3i PACSystem is either hosted directly by the RX3i Universal Backplane or by an Expansion baseplate that is connected to the Universal Backplane. Therefore, when selecting a power supply for your RX3i system, check whether it is to be installed in the Universal Backplane or the Serial Expansion Backplanes. Power Supplies for connecting to RX3i Universal and Serial Expansion Backplanes include:

  • Power Supplies Installed in the RX3i Universal Backplane: The IC695PSA040 120/240 VAC, 125 VDC, 40-Watts RX3i Power Supply, the IC695PSA140 120/240 VAC, 125 VDC, 40-Watts, Multi-Purpose RX3i Power Supply, the IC695PSD040 24 VDC, 40-Watts RX3i Power Supply, and the IC695PSD140 24 VDC, 40-Watts Multi-Purpose RX3i Power Supply.
  • Power Supplies Installed in the Serial Expansion/Remote BAckplanes: The IC694PWR321 120/240 VAC, 125 VDC, Serial Expansion RX3i Power Supply (IC694PWR321), the IC694PWR330 120/240 VAC, 125 VDC, High-Capacity Serial Expansion RX3i Power Supply, and the IC694PWR331 24 VDC, High-Capacity Serial Expansion RX3i Power Supply.

All RX3i power supply modules are plugged into the RX3i rack as with I/O modules, and they work with any RX3i CPU model. Also, you can configure the multipurpose power supplies for redundancy or incremental capacity.

RX3i Battery Pack

Ensure that your RX3i PACSystem has a three-cell Lithium-ion battery pack (IC698ACC701). The battery is very important as it maintains the controller’s programs and data memory in the event of power failure. Also, the battery operates the calendar clock. When replacing the RX3i battery, ensure that the replacement battery has a similar voltage rating as the one being replaced.

Conclusion

Imagine having real-time visibility and control over all of your manufacturing processes, from anywhere around the globe. Or replacing scheduled maintenance downtimes with just-in-time, predictive maintenance that prevents unplanned plant interruptions. Well, you can achieve all this by just installing an RX3i PACSystem to monitor and control your manufacturing processes. However, you must select the right components to come up with a complete RX3i PACSystem setup that will operate as intended. This article guides you in selecting the right components for your RX3i PACSystem, to enable you to meet your application requirements.

Browse our selection of RX3i PacSystem units

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IC694MDL646

The IC694MDL646 is a positive logic or negative logic input module from the RX3i Pac system series with a rated voltage of 24 VDC. It features a 7 mA input current, a 0-30 Volts DC input voltage range, and power consumption of 80 mA from a 5-volt bus or 125 milliamps from a 24V supply. The response timings for (On/Off) have an average response time of 1 ms.

IC694MDL654

The IC694MDL654 is a low-voltage input module. This module is compatible with the RX3i PLC system and can be placed in any PLC rack slot. It has a constant isolation voltage of 250 VAC and operates with a 5-12 VDC voltage, an input voltage of 0-25 VDC, and an input current of 3 to 8.5 mA. It has an on and off response time of 1 ms max.

IC694MDL632

The IC694MDL632 is a positive/negative logic input module with eight input points split into two groups. This input module is compatible with Ge Fanuc's RX3i PacSystem product line and is used on electronic proximity switches, pushbuttons, and limit switches. It can consume 40 mA from the 5V bus and 36 mA from the user supply.

IC694MDL634

GE Fanuc has manufactured the IC694MDL634 input module. The RX3i Pac system platforms offer this module. This module has a 7-ampere input current and a 0- to 30-volt DC input voltage range. Additionally, it consumes  45 mA from a 5V bus and 62 mA from a 24V supply. There are 8 inputs to this unit, in which they are configured into a single group. 

IC694MDL635

The IC694MDL635 is an input module, designed for the PAC system platform. This unit is rated at 125 VDC, and can draw 1.97 milliAmps. Its input volt range is 0-150 VDC. This module has a single set of 16 input points with a shared power input terminal. This Ge Fanuc module is used to operate filed devices.

IC694MDL350

The IC694MDL350 is a discrete output module part of the RX3i PAC system. It is manufactured by GE intelligent platforms (former); Emerson Automation (current). It has 16 isolated output points that can accept voltages ranging from 120 to 240 volts AC. It has a lower noise immunity, reducing the need for external snubbers to protect the outputs from noise caused by electrical transients. This unit's output voltage ranges from 74 to 265 volts AC at 47 to 63 Hz.

IC694MDL390

The IC694MDL390 is a 5 points output module that sends signals to the output devices. It is part of the RX3i PacSystem platform. The system's rated voltage is 120/240 Volts AC, and its output voltage range is 85 to 264 Volts AC at 50/60 Hertz. It consumes 2 amperes of output current per point, while its instantaneous current range is 25 amperes.

IC694MDL330

The  IC694MDL330 is an output module of the GE Fanuc. It has a rated voltage of 120-240 VAC, an output current of 2 amps, and an output voltage range of 85-264 VAC at 50-60 Hz. It contains eight output points, divided into two sets of four points each. Every group has its own common, and the commons in the module are not connected.

IC694MDL340

The IC694MDL340 is a GE Fanuc output module with a voltage rating of 120 volts AC and a current rating of 0.5 amperes. This module may be inserted into any I/O slot within a PACSystem RX3i system. This unit has an inrush current rating of 20 amperes maximum for one (1) cycle and a power consumption rating of 315 milliamperes, with all of the outputs on, from a 5-volt bus on the backplane. The IC694MDL340 has two (2) 3-ampere fuses.

IC694MDL250

The PACSYstem RX3i product platform includes the IC694MDL250 digital input module. It primarily consists of 16 independently isolated 120 Volts AC input channels that allow a voltage range of 0-132 Volts AC. This module is classified as a high-voltage module within the PAC system RX3i family.

IC694MDL260

Ge Fanuc's PLC 90-30 family includes the IC694MDL260, a high-density discrete input module. This module is compatible with the RX3i PAC system and supports positive logic wiring. It has 32 input channels, separated into 4 groups of 8 channels each. Each group is unique, but they all use the same common reference. Therefore if the common reference fails, the group will be rendered useless while the other groups continue to function normally.

IC694MDL310

GE Fanuc's IC694MDL310 is a 12-point output module. It's part of the RX3i PAC systems family. Its output points are distributed into two groups rated at 120 volts AC, with an output voltage range of 85 to 132 volts AC and a 50/60 Hz frequency. A 3-ampere fuse protects both output groups.

IC694MDL240

Designed by Emerson - GE Fanuc, catalog number IC694MDL240 is an input module. This module has sixteen input points, along with one common power input terminal. The rated voltage of the IC694MDL240 is 120 volts alternating current (AC). Additionally, the voltage range of this product's input points is 0 to 132 volts AC at a frequency of 50/60 hertz. The IC694MDL240 has an isolation rating of 250 volts AC (continuous) from the field to the backplane and 1500 volts AC for one minute to the frame ground. The rated current of the inputs is typically 12 milliamperes at the rated voltage.

IC694MDL241

The IC694MDL241 is a 16-point input module that is compatible with the RX3i PLC system. It's made to connect the PLC system to various input devices like thumb switches and sensors. It has a current rating of 7 milliamps and operates on a 24 volt AC/DC power source. It is a low-voltage module with a compact design. The module's field to backplane voltage is 250 volts AC.

IC694DSM324

The IC694DSM324 is a motion controller module, part of the RX3i Platform (PAC) PAC system. It features four motion control axes and two control modes: standard mode without a follower loop and Follower mode with a follower control loop. The FSBB; COMM; I/O connections communication interfaces are supported by this single-slot controller. Compatible CPU models include RX3i CPUs version 2.8 or later, which can be installed on the main rack or the expansion's remote baseplate.

IC694MDL230

The IC694MDL230 is an 8-point input module compatible with the GE RX3i devices made by GE Fanuc. The input module's main purpose is to connect PLC devices with other input devices such as switches, sensors, and buttons. The module also has a voltage rating of 120v. The module is used to transmit data and information quickly. It also enables higher throughput.

IC694MDL231

The IC694MDL231 is part of the RX3i PacSystem series by GE Fanuc Automation. It is an isolated input module, which can consume up to 60 mA at 5 Volts bus voltage. This 8 input point unit operates on 240 Volts AC and 50/60 Hz input frequency at 0 to 60 °C.

IC694DSM314

The IC694DSM314 is a motion mate module for PLC components such as backplanes, CPUs, I/O modules, etc. This module can accept 800 milliamps/4 W on its own and up to 500 milliamps/2.5 Watts) at 5 VDC. It can be used as an accessory device for various components other than PLCs because it is designed to offer platform specific functions.

IC694CEE001

The IC694CEE001 is an expansion carrier module compatible with RX3i CEP001 carrier host devices and also uses them as a power source. The module can use PROFINET I/O LAN network interfaces for communication. It is part of the RX3i PacSystems. It can be panel mounted, as well as DIN-rail mounted.

IC694CHS392

The IC694CHS392 is a 10-slot serial expansion baseplate by Ge Fanuc. It is compatible with the PLCs and RX3i PacSystems. This baseplate is used on analog, discrete, and special-purpose modules. The max cable length is 50 feet, and it also supports recessed mounting. Its expansion slot has 25-pin D-shell female connector, and it can be panel mounted. Its power range is 150 mA at 5 VDC.

IC694CHS398

The IC694CHS398 is a serial expansion backplane from RX3i Pac systems.   It helps the PLCs to accommodate more I/O modules by expanding their application capabilities. It works with both high and low capacity power supplies and is compatible with 12-Slot and 16-Slot universal backplanes. Its 50-foot wire can be plugged into the power supply unit's leftmost slot. At 5V dc, it can handle a maximum load of 0.85W.

IC694DNM200

Catalog number IC694DNM200, which was designed by GE Fanuc, is a DeviceNet master module. This module allows a central processing unit (CPU) to send and receive data over a DeviceNet network. This product may be installed in any I/O slot that is available in an RX3i PACSystem or Series 90-30 backplane. The IC694DNM200 typically consumes 450 milliamperes of current from the backplane at 5 volts direct current (DC).

IC694BEM340

The IC694BEM340 is a GE Fanuc RX3i controller. It belongs to the RX3i Pac system platform. It has an open architecture, enables I/O and data packets, and is PAC and serial bus compliant. It uses 5VDC and 300mA of electricity and can connect to various Genius blocks, VersaMax systems, field control stations, and hand-held monitors.

IC694BEM320

This IC694BEM320 link network interface module uses the I/O link protocol to connect nodes to a central processing unit or PLC to transmit and receive data. It can use jumper wires to configure 2 sets of data from either 32 or 64 inputs. This single slot module has an IP20 rating available in the RX3i PacSystem from GE Fanuc.

IC694BEM321

The Ge Fanuc IC694BEM321 is a single slot I/O link interface module featuring 024 inputs and 1024 outputs. It functions as the master module in an I/O Link network consisting of up to 16 I/O slave modules. It is compatible with PACSystems RX3i CPUs and features 3 LED indicators. This module contains an IP20 rating for safety and protection, and it supports a universal backplane. The module can work with RS485/422 communication port.

IC694BEM331

The IC694BEM331 interfaces the PACSystems RX3i with the Genius Serial I/O bus. It's a single-slot module that works with Genius blocks, PLCs that use Genius Bus Controllers, Remote I/O drops, VersaMax, and Field Dispersed I/O. It can exchange 128 bytes of data with each Genius I/O device and receive 128 bytes of global data. Each Genius-enabled device can exchange up to 128 bytes of data with the IC694BEM331. A single RX3i system can support eight (8) Genius bus controllers. Two (2) LED status indicators are included in the IC694BEM331 package. These LED indicators indicate the operational and communication status of the module. During regular functioning, the OK LED is naturally engaged. This LED is switched off during diagnostics and power-up. The COM LED indicates the status of the communication exchange between the Genius Bus. The COM LED illuminates when everything is working correctly. The COM LED blinks during intermittent bus problems and turns off completely when the Genius Bus fails. The COM LED is also not lit when the CPU receives no qualified information from the IC694BEM331 Bus controller. The IC694BEM331 has a software changeable transmission rate of 153.5Kbaud standard/extended, 76.8Kbaud, or 38.4Kbaud. The GE controller has a transient common-mode isolation rating of 1500 Volts and a 2000 Volts isolation rating. It has a 300-milliamp current rating. The IC694BEM331 bus controller uses a daisy chain cable or twisted pair cable. The GE Series 90-30 and Series 6 PLC systems are compatible with the controller.

IC694APU305

The IC694APU305 is an I/O processing module that handles pulse train signals from various industrial operations, including flow metering and event counters in motion control systems. Moreover, it is an add-on module for the RX3i product series that requires a 5V DC power supply from the RX3i backplane to function properly.

IC694APU300

The IC694APU300 is a high-speed counter module, part of the RX3i PAC system series, manufactured by GE Fanuc. It features 12 single-ended or 6 differential positive logic inputs. Its output voltage range is 4.7 to 40 Volts DC at 1.5 amps maximum resistive load and 0.5 amps maximum pilot duty. It consumes up to 250 milliamps, and its processing speed is 80 kHz.

IC694ALG442

The IC694ALG442, which was designed and produced by Emerson - GE Fanuc, is an analog current/voltage I/O module that has four (4) differential input channels and two (2) single-ended output channels. The external supply voltage range of this device is 20 to 30 volts DC, with a typical external supply voltage rated at 24 volts DC. Additionally, the rated power consumption of this unit is 95 milliamperes from an internal +5 volts DC supply and 129 milliamperes from an external supply.

IC694ALG542

The IC694ALG542 is an analog I/O module. It is part of the RX3i PAC systems. This device offers a flexible method of controlling and monitoring industrial applications in various domains. It has 2 single-ended output channels and 4 differential input channels. They can all be operated at the same time and adjusted independently. The output current ranges accepted are 0 to 20 mA and 4 to 20 mA.

IC694ALG392

Catalog number IC694ALG392 is an analog current/voltage output module. This module was produced by Emerson - GE Fanuc as part of the RX3i PACSystem line of products. This product supports up to eight (8) output channels that are single-ended and have a current range of 4 to 20 mA and 0 to 20 mA, as well as a voltage range of 0 to 10 volts and -10 to +10 volts. The IC694ALG392 requires a 24-volt DC power source which must be supplied by the user. Additionally, the external supply voltage range suitable for this module ranges from 20 volts DC to 30 volts DC.

IC694ALG390

The GE Fanuc IC694ALG390 is an analog output module. It has two output channels. However, it may be connected to any CPU compatible with the RX3i Pac system. This unit can be inserted in either a GE RX3i serial expansion backplane or a 90-30 series expansion backplane as an output component in an RX3i Pac system PLC.

IC694ALG391

The IC694ALG391 is a GE Fanuc output module that is interoperable with all of the CPUs in the RX3i Pac system family. It is mountable in any I/O slot on a GE industrial PLC platform, whether a 90-30 expansion backplane or a GE RX3i serial expansion backplane. It has a 0-20 mA or 4-20 mA output signal range for its two outputs.

IC694ALG232

The IC694ALG232 is a GE Fanuc input module featured in the RX3i PacSystem platform. It supports up to sixteen input channels for dealing with analog voltages. The input ranges of this unit include 0 to 10 Volts and -10 to +10 Volts. In other words, it can be employed to provide eight differential input channels or 16 single-ended input channels. This unit can consume 112 mA at 5V.

IC694ALG233

The IC694ALG233 is a 16-point analog current input module from the RX3i Pac system series. The following input ranges are available for each channel: 0 to 20 mA, 4 to 20 mA enhanced, and 4 to 20mA normal. It has a 120 milliamp power range at 5 volts DC and a 20 to 30 volts DC external supply voltage range. This unit's input low pass filter response rate is 23 Hertz, and it operates between 0 and 60 ° C.

IC694ALG223

Product number IC694ALG223 is an analog current input module. This module supports up to sixteen (16) input channels that are single-ended. The input current ranges, which are selectable for each input channel, include 0-20 mA, 4-20 mA, and 4-20 mA enhanced. The update rate of the IC694ALG223 is 13 milliseconds for all of its input channels. This unit has a resolution of 4 microamperes at 4-20 mA, 5 microamperes at 0-20 mA, and 5 microamperes at 4-20 mA enhanced. Additionally, the IC694ALG223 has a 250-ohm input impedance.

IC694ALG221

The IC694ALG221 programmable automation controller (PAC) RX3i module is part of the PAC system RX3i series. It features four analog inputs at 0-20 mA, 4-20 mA nominal input signal range, and a 2 ms update rate for each channel. The module has a 12-bit digital resolution. The analog output resolution of this unit is 4 µA at 4-20mA; 5 µA at 0-20 mA. Its accuracy rate is 0.1 % full scale, and its input filter response rate is 325 Hz.

IC694ALG222

Catalog number IC694ALG222 from GE Fanuc is an analog input module. This product supports up to sixteen (16) single-ended input channels or up to eight (8) differential input channels. The input current ranges of the IC694ALG222 include 0 - 10 volts unipolar or -10 - +10 volts bipolar. The update rate for all of the sixteen single-ended input channels is 6 milliseconds, while the update rate for all of the eight differential input channels is 3 milliseconds. The IC694ALG222 may be installed in an RX3i system through any I/O slot.

IC694ACC300

The IC694ACC300 module is a discrete input simulator from the GE Fanuc RX3i PacSystem product line. Its simulators consist of 8/16 input module functions. It's compatible with all RX3i processors. As a result, it applies to all kinds of RX3i industrial systems. When all inputs are on, it consumes 120 mA.

IC694ACC310

The IC695ACC310 is an accessory component for the RX3i PAC system, a slot filler module. It is often referred to as a dummy module, slot cover, or blank module. This slot filter device is primarily used to protect a vacant slot's exposed electronic circuitry from industrial impurities such as dust and dirt and splashes of water, oil, grease, and other contaminants.

IC694ACC311

The IC694ACC311 is a terminal block featured as an accessory component. It is part of the RX3i PacSystem series. This terminal block is compatible with the IC694xx low-density I/O modules and is used to connect them to the I/O modules. It offers a user friendly and time effective solution for interfacing. This block is also compatible with solid and standard wires.

IC694ALG220

The IC694ALG220 is an analog input module from the GE RX3i Pac systems series.  It doesn't support hot-swapping, which means it can't be installed or removed from a system that's still turned on and attached to its power source. It also has four input channels. This module's maximum load requirements are 27 mA and 0.135W at 5 VDC voltage.
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