GE IC695LRE001

Operation Parameters

Current Consumption: 132 mA at 5V from the backplane.

Effective Data Rate: 500 kBps when the expansion bus includes remote backplanes.

Maximum Cable Lengths: Expansion Backplanes  Up to 50 feet (15 meters).  Remote Backplanes Up to 700 feet (213 meters).

Serial Port: RS-232 DCE, supporting baud rates from 1,200 to 115,200 bps.

Electrical Isolation: Non-isolated differential communications.

Product Features

Signal Translation:GE IC695LRE001 Is used to translate signal levels from the Universal Backplane to those needed by serial expansion backplanes.

Status Indication: 2 Green LEDs.

Expansion Active: Indicates the status of the expansion bus; it is ON when the module is communicating with expansion backplanes and OFF when not communicating.

Fast Computing Power: It has the ability to perform complex calculations at high speed, thanks to powerful microprocessors. The extensive training allows it to process real-time data for algorithms and decision-making functions much faster and more accurately. For example, in industrial automation, GE IC695LRE001 can quickly react to changes in sensor inputs and adjust control outputs as necessary.

Multiple Options for Communication: GE IC695LRE001 can communicate using Ethernet/IP, Profibus DP, and Modbus TCP protocols. This process works smoothly as the platforms provide powerful interfaces for integration with various industrial equipment, including programmable logic controllers (PLCs), human-machine interfaces (HMIs) and Supervisory Control and Data Acquisition (SCADA) systems. It encourages high-performance data interchange and coordinated control across the whole industrial network.

Robust Diagnostic and Monitoring Features: The device has a full-featured self-diagnostic function. It can also monitor its own internal state, such as voltage, temperature and communication link integrity. It also expels all error codes and diagnostic messages in the event of an anomaly, allowing for fast identification and recovery from issues. This self-regulating capacity minimizes both downtime and maintenance costs to a great extent.

Installation

Mounting: As part of any system, this GE IC695LRE001 module mounts within the special expansion connector on the right end of the Universal Backplane. Because it does not use a normal a system slot, this allows other modules to efficiently use the slots available. The other (front) side of the module has a connector, to which the expansion cable must be connected (it must be a Belden 8107 or similar type product, as long as it is good quality).

Application range

Industrial automation: GE IC695LRE001 is extensively used in manufacturing plants as a control and management system for sophisticated production processes. It is capable of being a central controller for robotic arms, conveyor belts, and automated assembly lines. It provides the ability to connect with different types of sensors and actuators as well which helps to control and optimize production operations accurately to either improve productivity or product quality.

Power Generation and Distribution:At power plants and substations, GE IC695LRE001 is used to monitor and control power generation and distribution systems. It is responsible for controlling turbine speed, voltage regulation, and power factor correction. It also can interface with grid control centers to enable reliable power delivery and grid stability.

Process industries: such as chemical, pharmaceutical, food processing by controlling some critical process. It can also sense and control variables such as temperature, pressure and flow rate in reactors, pipelines and mixing vats. This allows them to meet stringent process requirements and product quality specifications.

Troubleshooting

LED Indicators:Confirm that the EXP OK LED is lit to ascertain that the backplane is supplying 5V power to the module.If the Expansion Active LED does not illuminate during expected communication, check the connections to the expansion or remote backplanes as well as the expansion cable itself for proper connection and damage.

Cable Integrity:  Check the expansion cable for any signs of wear or damage, and make sure it meets the specified requirements

 for optimum performance.

Proper module placement: Check that the module is fully inserted into the specialized expansion connector at the far right of the Universal Backplane.

Firmware Updates: Keep the module's firmware updated to ensure system compatibility and performance.