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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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IC695CBL002

The IC695CBL002 is a replacement cable for the RX3i PACSystem series. It connects CPU units to a power supply. It has a 7-pin keyed connector and a length of inches. The compatible energy pack is designed to be placed on a DIN Rail and accepts operating voltages of 120/240 Volts DC, 125 Volts DC, or 24 Volts DC.

IC695CBL003

The IC695CBL003 is a replacement cable for the energy pack to controller connection. It fundamentally connects energy packs to the CPUs. The cable is presented in the RX3i PACSystems platform. This 0.6 meter cable offers standard connectors and is compliant with RoHS standards. It can work on three voltage ranges: 120/240 Volts / 125 Volts DC or 24 Volts DC.

IC695CEP001

The IC695CEP001 is a GE Fanuc CEP carrier module used in the GE RX3i system. It has a copper RJ-45 Ethernet port and is designed for PROFINET communication. It has two Ethernet ports with 10-100 Base-TX connections. It operates between 19.2 and 30 VDC and draws 5.25W/0.22 amp at 24 VDC.

IC695ALG808

Product number IC695ALG808 is an analog current/voltage output module that was manufactured by Emerson - GE Fanuc. This module has a total of eight (8) configurable current/voltage output channels with output ranges of 0 to 20 milliamperes, 4 to 20 milliamperes, +/-10 volts DC, and 0 to 10 volts DC. It has a field-to-backplane isolation rating of 2550 volts DC for one (1) second, as well as a channel-to-channel isolation rating of 250 volts AC continuous or 1500 volts AC for one (1) minute per channel.

IC695ALG728

The IC695ALG728 is an analog output module from the RX3i mid-range from PAC Systems. It has eight non-isolated output channels. This device requires an external power source to function. The voltage range required is 19.2 to 30.0 Volts DC, with a maximum supply current of 250 mA. It can work with Highway Addressable Remote Transducer (HART). All channels have an update time of 16 ms while using HART communication and 8 ms without it.

IC695ALG708

The GE Fanuc IC695ALG708 non-isolated analog voltage/current output module belongs to the RX3i PACSystem product series. This product has eight (8) voltage/current output channels that are configurable. The output current ranges of the IC695ALG708 include 0-20 milliamperes and 4-20 milliamperes. Additionally, the output voltage ranges include +/-10 volts and 0-10 volts. The IC695ALG708 requires a backplane power of 375 milliamperes max at 3.3 volts. The approximate update rate of all eight (8) output channels of this device is 8 milliseconds.

IC695ALG704

The IC695ALG704 is a PAC system RX3i analog output module from Emerson Automation. This module has four 4 non-isolated output channels with voltage and current configurations. Its output signal current is 0-20 mA; 4-20 mA. The module has a +/-10 V DC, 0 to 10 V DC voltage rating. This unit's external supply voltage range is +19.2V to +30VDC Maximum current required is 375mA at 3.3 VDC.

IC695ALG628

The IC695ALG628 is an analog input module that supports HART 5.0 (Highway Addressable Remote Transducer). It is part of the PAC system Rx3i series, which has eight analog input channels when configured for single-ended wiring and four input channels when configured for differential wiring. It has two HART modems built-in. Its internal power consumption is 3.3V at 600mA and 5V at 450mA, with a 24-bit digital resolution.

IC695ALG626

The IC695ALG626 is a non-isolated analog input module for Emerson - GE Fanuc's PACSystem RX3i series of products. This module provides sixteen single-ended inputs or eight differential input channels that are compatible with current signals ranging from 0 to 20 milliamperes, 4 to 20 milliamperes, and 20 milliamperes, as well as voltage signals ranging from 10 volts, 0 to 10 volts, 5 volts, 0 to 5 volts, and 1 to 5 volts. Additionally, this module has a wide array of filter options, including 8 hertz, 12 hertz, 16 hertz, 40 hertz, 200 hertz, and 500 hertz. The IC695ALG626 supports HART communications.

IC695ALG616

Produced by GE Fanuc, the IC695ALG616 non-isolated differential analog voltage/current input module provides sixteen (16) single-ended input channels or eight (8) differential input channels. The inputs of this device may be configured for various current and voltage ranges, including 0 to 20 mA, 4 to 20 mA, +/-20 mA, +/-10 volts, 0 to 10 volts, +/-5 volts, 0 to 5 volts. and 1 to 5 volts. The IC695ALG616 requires a backplane power of 450 milliamperes max at 5.0 volts and 600 milliamperes max at 3.3 volts. Additionally, the IC695ALG616 has a maximum rated power dissipation of 6.48 watts.

IC695ALG608

The IC695ALG608 is a PAC system RX3i platform analog input module. When configured for single-ended wiring, it may supply eight input channels and four input channels when configured for differential wiring. This module also handles a wide range of input signals. The filter possibilities include 8Hz, 12Hz, 16Hz, 40Hz, 200Hz, and 500Hz, while the internal power ranges are 3.3V: 450mA and 5V: 600mA.

IC695ALG600

Product number IC695ALG600 is a universal analog input module. This unit has eight (8) general-purpose input channels, as well as two (2) cold junction compensation (CJC) channels. The IC695ALG600 requires a backplane power of 400 milliamperes max at 5 volts and 350 milliamperes max at 3.3 volts. Additionally, the rated power dissipation of this product is 5.4 watts maximum. The supported voltage inputs of this device include -10 to 10V, 0 to 10V, 0 to 5V, 1 to 5V, -50 to 50mV, and -150 to 150mV. Furthermore, the supported current inputs are -20 to 20mA, 4 to 20mA, and 0 to 20mA.

IC695ALG508

The IC695ALG508 is a resistance temperature detector (RTD) module belonging to the PACSystem RX3i line of products. This module has eight differential RTD channels that are separated. This module supports Platinum 391.6, Platinum 385, Nickel 672, Nickel-Iron 518, Nickel 618, and Copper 426 on each channel. Direct resistance inputs such as 0-260 ohms, 0-1050 ohms, 0-525 ohms, 0-2100 ohms, 0-3150 ohms, and 0-4200 ohms are also supported. This module allows you to choose between Celsius, Fahrenheit, or Ohms as the unit of measurement. Two-wire, three-wire, and four-wire RTD sensors are supported by this module. All of the LEDs on the module are powered by the backplane power bus. Every channel of the IC695ALG508 has a customizable notch filter frequency ranging from 2.3 to 28 hertz. With 32-bit floating-point IEEE data or integer data (16-bit), each channel features a selectable input data filter. RTD linearization is formulated on the ITS-90 and meant for use with the IC695ALG508 module.

IC695ALG412

Product number IC695ALG412 is a thermocouple input module from the RX3i PACSystem series of products manufactured by Emerson - GE Fanuc. This product has twelve (12) thermocouple input channels that are individually isolated. The resolution of this device is 11.5 to 16 bits. The IC695ALG412 has a common-mode rejection with all filters at 50/60 hertz of 110 decibels (dB). This thermocouple input module has a backplane current requirement of 400 milliamperes at 3.3 volts, as well as 425 milliamperes at 5.0 volts. The compatible thermocouple types of the IC695ALG412 include types J, K, T, E, R, S, B, N, and C.

IC695ALG312

Product number IC695ALG312 is an isolated thermocouple input module that was manufactured by Emerson - GE Fanuc. This module has a total of twelve (12) individually isolated input channels, as well as a resolution of 11.5 to 16 bits. The thermocouple input types available for this device include Types B, C, E, J, K, N, R, S, and T. The backplane current requirements of this unit are 400 milliamperes at 3.3 volts and 425 milliamperes at 5.1 volts.

IC695ALG112

Catalog number IC695ALG112 is an isolated analog module with twelve (12) individually isolated input channels. This device belongs to the RX3i PACSystem line of products from Emerson - GE Fanuc. The input current ranges of this device include 0 to 20 milliamperes, 4 to 20 milliamperes, and +/- 20 milliamperes. Additionally, the input voltage ranges of the IC695ALG112 include +/- 10 volts, 0 to 10 volts, 0 to 5 volts, and 1 to 5 volts. This module has filter options consisting of 8 hertz, 12 hertz, 16 hertz, 40 hertz, 250 hertz, and 1000 hertz. The IC695ALG112 module has an isolation voltage of 250 volts AC (continuous) from the terminal block to the backplane/chassis and 1500 volts AC for 1 minute channel-to-channel.

IC695ACC403

The IC695ACC403 is an energy pack module for GE RX3i PacSystem modules. It has been certified with the cULus and CE standards and is designed to function in a Class I Division 2 certified environment. It requires a 72 Watt SELV power supply and operates at a voltage of 24 Volts DC. The energy pack also has an LED light that illuminates during the initial power-up process.

IC695ACC412

The IC695ACC412 is an RX3i energy pack that can be upgraded or replaced. The energy pack can be used to maintain user memory during power outages and failures. It is coupled to a GE CPE330 processor. The energy pack maintains power and can help the CPU handle memory. In addition, this energy pack comes with a capacitor that has a 5-year lifespan.

IC695ACC600

The IC695ACC600 is a cold junction compensation kit from GE Fanuc's RX3i PAC systems family. It has a compact size and is compatible with universal analog inputs. It has eight different input channels and two CJCs (cold junction compensation channels). Its inputs are divided into two groups, each with four inputs. The CJC junction connections are formed with the compensation kit.

IC695ALG106

The IC695ALG106 is an analog input module from the RX3i platform of the PAC system. It accepts a wide range of voltage and current standard signals through its six isolated analog input channels. Backplane current draw is 230 mA at 5.0V +5 percent / -2.5 percent and 320 mA at 3.3V +5 percent / -3 percent for this unit. The isolated power supply has a current draw of 500 mA at 19.2 to 30 Volts DC.

IC695ACC302

The IC695ACC302 is an auxiliary smart battery module that was manufactured by Emerson - GE Fanuc for the PACSystem RX3i/RX7i series of products. This product has a battery capacity rated at 15.0 amp-hours. The Lithium content of this battery module is a total of 5.1 grams, in which the three (3) battery cells have 1.7 grams of Lithium content each. This battery module should be used at a temperature ranging from 0 to 60 degrees Celsius.

IC695ACC400

The IC695ACC400 is an energy pack module for the RX3i platform of Emerson Automation's PAC system. It's an add-on module for CPE305 and CPE310 controller modules and can be used to save CPU data during power failures. This pack primarily provides power during power outages, allowing the CPU to transfer RAM contents to non-volatile flash memory. This energy pack supports PVC IC695CBL001 cable, which has 300 Volts AC rating.

IC695ACC402

The IC695ACC402 is an energy pack module only used with the CPE 330 controller of the PAC system RX3i. Its primary purpose is to supply adequate controller power to allow memory content transfer from RAM to non-volatile memory or Flash memory. The module is DIN rail-mounted and uses the IC695CBL002 to connect to the partner controller. An external energy source voltage of 18 to 30 Volts DC with a maximum power of 36 Watts is used to charge this energy pack.

IC694TBB032

The IC694TBB032 is a box-style terminal block from the PAC system RX3i platform. It is compatible with RX3i and equivalent 90-30 high density I/O modules. It features 36 screw-type terminals and has seven lb-inch tightening torque. The stripping length of this block is 0.310 inches of 7.87 mm. This terminal block can be mounted on I/O chassis and is also removable. It includes solid or stranded wire with 14-26 AWG gauge.

IC694TBB132

The IC694TBB132 is a terminal block. The block type of this product is box style. It's part of Emerson Automation's RX3i series of PAC systems. There are 36 terminal blocks. It also comes with a screw for securing the connection. The terminal tightening torque is 7 lb-in and can support both solid or stranded wires.

IC694TBS032

The IC694TBS032 is a spring-clamped high-density terminal block. It is compatible with the GE RX3i and Series 90-30 PLC systems and compact in size, and it is simple to install and saves panel space. The block's strip wire length is 0.31 inches, and it supports wire gauges of 14 to 28 AWG.

IC694TBS132

The IC694TBS132 is a GE Fanuc terminal block corresponding to the RX3i industrial automation product line. The terminal block's exterior cover is about 13 mm deeper than other terminal block coverings. It can easily handle wires with gauges spanning from 14 to 28 AWG. The wire strip in the block is 0.310 inches long in total. This block consists of 36 terminals for field wiring to the unit.

IC694PWR330

The IC694PWR330 is a GE power supply module, featured in the RX3i PacSystems products family. It supports AC and DC power supplies. The AC voltage range is 85 to 264, while its DC voltage range is 100 to 300. The torque rating of this unit is 1.3 N-m, and its current draw is 2 amps only. It comes with a GE 44A724627-109 fuse.

IC694PWR321

The IC694PWR321 is an expansion power supply module with three outputs: a 5 VDC output, a 24 VDC relay output for powering relay modules' circuits, and a 24 VDC isolated output for powering field devices connected to 24 VDC input modules. Its AC input voltage ranges from 85 to 264 volts, and its DC input voltage ranges from 100 to 300 volts, with a current rating of 2 amps.

IC694MDR390

The IC694MDR390 is an I/O module used by RX3i Pac and PLC systems. It has eight normally open (N.O) isolated relay outputs separated into two groups of four output points each. As it sinks or sources current to or from connected input devices to the common, its inputs can be positive or negative. Moreover, its input unit is compatible with many industrial input devices, such as limit switches, electronic switches, and pushbuttons.

IC694PSK001

Product number IC694PSK001 is a power sync and measurement kit. This kit was produced by GE Fanuc, and it is a part of the RX3i PACSystem product line. This kit is comprised of one (1) terminal assembly, one (1) PSM module, and two (2) interface cables. RMS voltages, RMS currents, the phase connection between the voltages of all electrical grids, and frequency can be measured when using this kit. The IC694PSK001 kit is typically used in applications related to generators, a utility grid, and reduction/load shedding.

IC694PSM001

The GE Fanuc IC694PSM001 is a Power sync and measurement module designed to replace the RX3i PAC System series PSM modules. It's used to keep track of two independent three-phase power grids. Using DSP (Digital Signal Processor) technology, this module can constantly handle 4 current and 3 voltage inputs on each grid.

IC694MDL940

Product number IC694MDL940 is a relay output module that provides 16 normally open (NO) relay circuits. These relay circuits are used to control output loads. This module has an output switching capacity of 2 amperes per output. The IC694MDL940 has a rated voltage of 24 volts direct current (DC) or 120/240 volts alternating current (AC). Additionally, the operating voltage of this device ranges from 5 to 30 volts direct current (DC) or 5 to 250 volts alternating current (AC) at a 50/60-hertz frequency. The maximum inrush current of the IC694MDL940 is 5 amperes. It has ON and OFF response times of 15 milliseconds max.

IC694MDL931

The IC694MDL931 is an 8-point relay output module for Pac systems PLCs. It connects 90-30 PLCs to output field devices such as indicators, solenoids, and motor starters. It has eight separately isolated output circuits, four NC relays, and four form C relays, and it can shift 8.0 amps rated max loads per point. Every output circuit has its common output terminal.

IC694MDL916

The IC694MDL916 is a 16 point relay output module from the PACSystem RX3i platform. It features 16 individually isolated form A or normally open output channels. Each has a maximum current capacity of 4 amperes and is rated at 0 to 125 Volts DC. The output voltage of this unit is 5 to 250 Volts AC or 0 to 125 Volts DC. It supports point to point isolation and has a 10 ms response time.

IC694MDL930

The IC694MDL930 is a relay output module from Ge Fanuc's RX3i PAC system. It contains 8 normally open (N.O) channels, or form A contact outputs, independently separated. Different voltage types and levels can be linked to this module, especially 5-30 Volts DC, 24 nominal, and 5-250 Volts AC, 120-240 Volts AC nominal, thanks to the independent common and dry-contact nature of each output contact. The maximum current capacity of this module is 4 amperes. 

IC694MDL758

The IC694MDL758 is a Ge Fanuc digital output device that is part of the RX3i PacSystem product family. It has 32 output points and runs on 12/24 Volts DC. It has a switching current of 0.5 amps, a 5.4 amp inrush current, and a maximum backplane drain of 250mA. The outputs of this unit are indicated by 32 LEDs, and its max response time is 0.5 ms.

IC694MDL753

The Emerson Automation IC694MDL753 is a discrete input module from the RX3i programmable automation controller (PAC). It's a high-density digital output module with 32 output channels divided into four groups of 8 channels each. This module's output voltage range is 10.2 to 28.8 VDC, with nominal values of 12 to 24 VDC for each channel. Its wiring configuration is positive logic. The on and off response time is 0.5 milliseconds.

IC694MDL754

Manufactured by GE Fanuc, catalog number IC694MDL754 is a positive logic output module with electronic short-circuit protection (ESCP). The IC694MDL754 has two (2) groups of sixteen (16) discrete output channels for a total of thirty-two (32) output channels. The outputs of this device can switch user loads, ranging from 12 to 24 volts direct current (DC). These outputs can also source a max current of 0.75 amperes per point/channel. The IC694MDL754 has a power consumption rating of 300 milliamperes max from a 5-volt bus on the backplane.

IC694MDL742

The IC694MDL742 is an output module compatible with the RX3i PLC system and can be put in any PLC rack slot. This device has 16 outputs, divided into two groups of eight outputs each, and operates on negative logic. It has two electronic short-circuit prevention features: one protects output points 1-8, and the other protects 9-16.

IC694MDL752

The IC694MDL752 is a 1-slot width module installed in any RX3i backplane slot. The operating voltage range is 5.0-24.0 VDC. It can be used as a local output module at a single CPU rack or a distributed output module at a dispersed I/O station. Its I/O capacity is 32 discrete output points, with an output voltage range of 10.2-28.8 Volts DC (12/24 VDC Mode); 4.75 - 5.25 Volts DC (TTL Mode).

IC694MDL741

The IC694MDL741 is a discrete output module from the PAC system RX3i product family that can power relay coils, solenoid-actuated devices, indicator lamps, motor starters, and other output devices. This unit has 16 output channels, each of which delivers 0.5 amps of output current, with a maximum total current per group of 2 amps.

IC694MDL734

The IC694MDL734 is a GE Fanuc output module that has six outputs. Its rated voltage is 125V DC, and its output voltage range is 10.8 to 150 VDC. It consumes 1 ampere output current per output point. The module connects the output equipment required for an optimum operation process and fulfills all the application requirements.

IC694MDL740

The IC694MDL740 is a discrete output module for the RX3i platform of the PAC system. This module was previously produced by GE Intelligent Platforms (GE IP), but Emerson Automation now owns it. It is one of the newer controller modules, having 16 positive output channels that generate rated voltages of 12 to 24 Volts Dc and output currents of 0.5 amps per point and two amps per module.

IC694MDL660

Product number IC694MDL660 is a positive/negative logic input module from Emerson - GE Fanuc. This module has a voltage rating of 24 volts direct current (DC). It has a total of thirty-two (32) discrete input points that operate at up to 30 volts. The power consumption rating of this unit is 300 milliamperes, with all of the inputs on, from a 5-volt bus on the backplane.

IC694MDL730

The IC694MDL730 is an output module having a 12-24 VDC rated voltage and a 12-24 VDC output voltage range. Between the field and the logic side, there is a 1500-volt isolation voltage. The output current per point is 2 amps. The current used by the module is affected by the fusing temperature; at 60 ℃, the current is 2 amps, whereas, at 50 ℃, the current is 4 amps. 

IC694MDL732

The IC694MDL732 is a positive-logic output module designed by Ge Fanuc. This module is part of the RX3i PacSystem. It has eight outputs in a single group, each of which can supply current to loads from the common and positive bus user. This unit's rated voltage range is 12-24V DC, while the output voltage range is 12-24V DC.

IC694MDL655

The IC694MDL655 positive/negative logic input module has thirty-two discrete input channels. The voltage rating of the IC694MDL655 is 24 volts direct current (DC) with positive or negative logic. This module has an input voltage that ranges from 0 volts DC to 30 volts DC. Additionally, the input current is rated as 7.0 milliamperes, which is also the typical ON current at 24 volts DC.

IC694MDL658

The IC694MDL658 is an input module with 32 discrete points and positive and negative logic. This unit is manufactured by Ge Fanuc. It connects RX3i PacSystem units and features an LED status indicator feature. Its power requirement is 7.0 mA at 24V DC, and its response time is 2 ms max (on and off). It supports a 30 m cable and works in 0 to 60 degrees Celsius, taking 0 to 30V DC input voltage range.

IC694MDL645

Catalog number IC694MDL645 is a positive/negative logic module from Emerson - GE Fanuc. This device has a total of sixteen input points, in which are grouped up into one group with a single common. The voltage rating of this module is 24 volts direct current (DC). Additionally, the input voltage of the IC694MDL645 ranges from 0 to 30 volts direct current (DC). The rated power consumption of this product is 80 milliamperes from a 5-volt bus on the backplane and 125 milliamperes from an isolated 24-volt backplane bus. This module is equipped with sixteen light-emitting diodes (LEDs) to indicate the ON/OFF status of each input point.
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