GE IC660BBD024

Technical Parameters

Rated voltage: 24V DC.

Minimum and maximum operating voltage: 18 and 30V DC.

Input current: 3-10mA.

Current output: 0.5A continuous load current, instantaneous surge current can also reach 4A/10ms.

Isolation voltage: The isolation voltage rating is 850V.

Number of I/O points: 32 I/O points

Input response time: 1-5ms.

Output response time: 1-10ms.

Working humidity: 0%-95%.

Working temperature: -40℃ to 85℃.

Communication protocol: Genius protocol.

Port type: In multiple ports, such as monitoring port, serial port.

Features

Configurable I/O circuit: GE IC660BBD024 contains 32 discrete identical I/O circuits, which can be easily set as input, output or output with feedback. This enables peak design and operating efficiency and lays the foundation for adapting to various industrial control scenarios and meeting a range of user needs.

Long service life: The GE IC660BBD024 output module adopts a three-way isolation principle and can support high injection voltage, which greatly improves the service life of the module and reduces user costs.

LED indicators: The GE IC660BBD024 provides unit OK and I/O enable LEDs to confirm that the module is operating normally and can communicate with the CPU. Each circuit provides a separate logic side indicator LED for storing input and output voltage status, allowing users to monitor the working status of the module and quickly identify problems.

Advanced diagnostic functions: The GE IC660BBD024 module can detect short circuits, overheating, switch failures, disconnections, overloads, open circuit conditions, etc.; and can report and transmit fault information in a timely manner to help users repair and detect faults in a timely manner; improving the reliability and stability of the system.

Outstanding advantages

High protection performance: GE IC660BBD024 has built-in protection for each channel as output, which can protect the driver and avoid short-term surge and short-circuit faults caused by wiring errors; effectively extending the service life of the module while ensuring the safety of the system. The isolation voltage between modules is rated at 850V, which can provide considerable electrical isolation and enhance the anti-interference ability of the system.

Resettable self-protection circuit: GE IC660BBD024 has a resettable self-protection circuit. The power supply not only ensures that the power supply is automatically cut off when an abnormality occurs, but also takes other protective measures to ensure that the modules and equipment in the system will not be damaged. Unlike traditional circuit breakers, which must be replaced by manual operators after use, this gap can be restored by itself, greatly reducing maintenance costs and downtime.

Software configurable: GE IC660BBD024 can be configured by software. Users can easily configure and change the parameters and functions of the module to meet specific application requirements using a handheld monitor or sending a write configuration datagram from the host to the module. Simple updates save time and effort

Application range

Industrial automation: GE IC660BBD024 can control the start and stop, working order of motors, solenoid valves, contactors and other equipment, realize automatic operation and monitoring of production lines, and improve production efficiency and product quality in industrial automation fields such as automobile manufacturing, mechanical processing, and food packaging.

Process control system: This module can be used in process control systems in chemical, pharmaceutical, water treatment and other industries to monitor and control the on and off status of various valves, pumps, and switches, and transmit the collected data to the host computer for processing and analysis.

Building automation: GE IC660BBD024 can also be applied to building automation systems, including HVAC systems, lighting control systems, and elevator control systems, to control the operation of fans, air conditioners, lighting fixtures, elevator doors and other equipment, realize intelligent control and energy-saving management of buildings, and improve the comfort and energy-saving effect of building environments. Compatible with a variety of input devices, allowing users to flexibly and easily select and connect peripheral devices.