GE IC660BBA026

Technical Parameters

Number of Input Points: 6

Input Signal Type: 4-20mA.

Input Resolution: 1µA.

Input Accuracy: 0.1% of Full-Scale Reading.

Operating Voltage: 18-56VDC

Module Power Supply: 115V AC/125V DC.

Communication Protocol: Help Genius Protocol.

Isolation Voltage: 1500V RMS.

Power Dissipation: 12W.

Input Conversion Time: 16.6ms to 400ms,

Features

Flexible I/O Arrangement: GE IC660BBA026 provides configurable I/O arrangement with 32 discrete I/O points. This feature allows each point to be easily configured as input or output, as well as control the output of different actuators, depending on the type of signal that needs to be processed in various industrial processes.

Fast Signal Processing: GE IC660BBA026 provides high-speed signal processing capabilities. It is able to quickly respond to incoming signals sent from input devices and generate appropriate output signals in a timely manner. In high-speed production lines, it processes rapidly changing sensor signals to ensure timely control commands and keep the equipment running smoothly.

Powerful industrial communication interface: GE IC660BBA026 has multiple communication interfaces and supports standard industrial communication protocols. It is able to communicate with other devices in the system to form part of a larger networked industrial control system, thereby enabling data exchange and coordinated actions.

Strong diagnostic and monitoring capabilities: GE IC660BBA026 integrates diagnostic functions to regularly check and monitor its own operating status. And it can detect abnormal conditions such as signal errors, short circuits or voltage out-of-tolerance in a timely manner, and send alarm signals or diagnostic words to the connected system, so that service personnel can quickly identify and correct faults and minimize downtime.

Outstanding advantages

Quality: GE IC660BBA026 is produced with high-quality components and undergoes rigorous testing procedures. This allows it to work stably even under harsh temperature changes, electrical interference, and mechanical collisions. The service life exceeds 10 years, the failure rate is extremely low, and a lot of maintenance costs and replacement frequency are saved.

Flexibility: The GE IC660BBA026 can be configured with I/O points according to user needs, and can adapt to changes in production processes or system expansion over time without major hardware adjustments, whether you are talking about a small manufacturing unit with simple control needs or a large industrial plant with a large number of automated equipment.

Compatibility: The GE IC660BBA026 is highly compatible with a variety of GE's industrial automation products as well as many third-party devices. It is easy to integrate with legacy systems, making it convenient for system integrators to upgrade or expand.

User-friendly: The GE IC660BBA026 configuration and programming is carried out through a user-friendly software interface or simple onboard controls. The skills required for startup are significantly lower than other technologies, saving valuable time and energy in installation, setup and maintenance.

Application Scope

Industrial Manufacturing: The GE IC660BBA026 is used to control the operation of production equipment such as conveyors, robotic arms and processing tools in factories that produce automobiles, electronic products or machinery. These signals may come from sensors that can detect the position of the workpiece or the status of the equipment, and may issue commands to adjust the operating speed or start/stop the machine to ensure efficient and precise production processes.

Industrial Control: Used in industrial control systems to control machines, production lines, and robots to perform tasks accurately and efficiently. It helps stabilize the production process and ensure product quality and safety by connecting relevant sensors and actuators.

Building Automation: GE IC660BBA026 can also be applied to control systems such as lighting, HVAC, and elevator operation in modern buildings. Because it can receive signals from occupancy sensors to turn on or off lighting in different areas, it can save energy and create a comfortable indoor environment.