Brand: GE Description: 16 discrete circuits Condition: Brand New Certificate:COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 15 Payment Term: T/T Shipping Port: ShenZhen The GE IC660BRD020 is a highly versatile and reliable I/O source module that offers a wide range of operating parameters, powerful product features, and broad application prospects.
Manufacture |
GE |
Model Number |
IC660BRD020 |
Ordering Number |
IC660BRD020 |
Catalog |
- |
Country Of Origin |
USA |
HS CODE |
85389091 |
Dimension |
11cm*5.5cm*6.5cm |
Packing Dimension |
14cm*9cm*9cm |
Weight |
0.8kg |
Operating parameters
Rated voltage: 24 V.
Circuit: 16 independent circuits.
Maximum current consumption: 300 mA
Maximum ripple: 10%.
Rated power off time: 10 ms.
Inter-module isolation voltage rating: 1500 volts.
Product function
Current delivery: GE IC660BRD020 is a 24/48 VDC discrete source module that provides current to field devices through 16 I/O circuits. It is able to provide the required power for different types of electromechanical sensors and solid-state sensors, allowing these devices to work properly in industrial control systems.
Can be used with a variety of configurable forms: 16 different discrete circuits can be manually set as input, tri-state input or output according to your custom application requirements. Because they are modular, you can customize them according to the multiple control types you need and make the control easy to design and implement.
Status indication: GE IC660BRD020 has multiple LEDs to indicate its operating status. It has a status LED for "Device OK", an "I/O Enable" status LED, and each individual circuit has an associated LED to show its status. This visual cue allows the user to easily see if the module is operating normally, and investigate the problem if not.
Stay safe: Thanks to the integrated blocking diodes and feedback resistors, the GE IC660BRD020 provides redundancy in critical applications. This type of architecture ensures that if one of the components fails, multiple redundant components will still be able to perform the function that the failed component is no longer able to perform, thereby enhancing the reliability and fault tolerance of the entire system.
Advanced diagnostics to take action without waiting: Because it has advanced diagnostic capabilities, installation and operation errors can be accurately diagnosed. This enables users to detect and solve problems in a timely manner, thereby minimizing system downtime and maintenance expenses.
Application range
Manufacturing: The GE IC660BRD020 can be applied to various production equipment and automated production lines in manufacturing plants. In robotic arms, conveyor belts, machine tools, and packaging equipment, it can connect and power sensors, actuators, and other field devices to monitor and control production processes in real time.
Power Generation and Distribution: It can be used for communication and control between power plant and substation control systems and different intelligent electronic devices. The power-on signal can supply power and signal transmission to protective relays, instruments and other high-power (high-voltage) equipment, so that the power generation and distribution systems and the protection of equipment and personnel can operate normally.
Oil and Gas: In the process of oil and gas exploration, production and refining, GE IC660BRD020 can be used for wellhead control systems, pipeline monitoring systems and refinery automation systems. Oil and gas production and processing equipment must operate safely and efficiently, and it can connect and manage sensors to monitor pressure, temperature, flow, etc.
Water and Wastewater Treatment: GE IC660BRD020 can control and monitor pumps, valves, sensors and other equipment in water treatment plants and wastewater treatment facilities. It can be applied to the automation of water treatment processes to provide power and signal transmission, which belongs to the category of water treatment process automation to improve the efficiency of water treatment and improve the quality of water treatment, and reduce operating costs.