GE IC660EBD025 Electronics assembly block

GE IC660EBD025 Electronics assembly block

Basic Properties

Manufacturer: GE Intelligent Platforms/GE Fanuc

Product Model:IC660EBD025

Type: 32-way sink I/O block of electronic components

Technical specifications

Rated voltage: 5V, 12V or 24V DC

Designed for: for receiving current from field output devices that are rated from 12V to 24V DC

Inter-module isolation: 850V

Input low heat sink rating: 8 inputs, 11W

Input high heat sink: 18W

Number of outputs: 32

Current rating: 5A

Ripple: 10% max at 12V/24V, 1% max at 5V

Power disconnect time: 4 ms at 12V, 20 ms at 24V

Required DC supply current rating: 300mA maximum, 150mA typical

Weight: approximately 4 lbs (1.8 kg)

Dimensions: 8.83 x 3.58 x 4.7 inches

Output specifications: 0.5 amps maximum steady state output current per circuit, 16 amps total block output current

Functional Features

High performance: As a member of the Genius I/O product family, the IC660EBD025 electronic component block offers outstanding performance and stability.

High Reliability: GE products are known for their high reliability and stability, and this eComponent block has the same advantages.

Easy to integrate: It can be easily integrated into various industrial automation and control systems, and seamlessly connected with other devices and modules.

Flexible Configuration: Users can configure and customise the module according to actual needs to meet specific application requirements.

Application Scenarios

Industrial automation: Can be used to automate production lines, manufacturing processes and factory facilities to monitor and control the running status and operation of different equipment.

Machinery control: can be integrated into various mechanical equipment for controlling motors, actuators, valves, etc. to achieve precise motion control and operation.

Process control: In the chemical, oil and gas industries, it is used to monitor and control various process parameters to ensure the stability and safety of the production process.

Energy management: can be used for monitoring and control of energy equipment such as generator sets, transmission lines, etc. to optimise energy generation and distribution.

Building automation: used in commercial and residential buildings for the integration and control of building automation systems such as air conditioning, lighting and security systems.

Precautions

During installation and use, follow the manufacturer's instructions and recommendations to ensure that the module is in an appropriate environment.

A reliable grounding system is required to ensure proper operation and safety of the equipment.

Appropriate cables and tools should be used when connecting and configuring the module.

Applications

Industrial Automation and Process Control

In a manufacturing plant, the IC660EBD025 can be used to interface with a wide range of equipment. It can receive input from sensors that monitor the position of robotic arms, the temperature of industrial ovens, and the flow rate of fluids in a production process. The output signals can be used to control actuators like motors, solenoids, and valves to adjust the operation of the machines and processes.

Building Automation Systems

In a building automation system, it can interface with I/O devices such as temperature sensors, humidity sensors, light switches, and motor - controlled blinds. The block can transfer the sensor data to the building management system and execute control commands to adjust the indoor environment, such as turning on or off the heating or cooling systems, adjusting the lighting levels, and controlling the position of the blinds.

Power Generation and Distribution

In a power plant, the IC660EBD025 can be used to interface with power - monitoring equipment such as current transformers, voltage transformers, and power meters. It can also control the operation of power - related equipment such as circuit breakers and generator controls. The block enables the transfer of power - related data to the control system and the execution of control commands to maintain the stability and safety of the power - generation and - distribution process.