IC697CPU781 | IC697CPU782 | CPU modules for 90-70 series plc

Model: IC697CPU781
Category: CPU modules for 90-70 series plc
Finish: new, not new
Stock: Yes
Brand: GE
Input signal: passive dry contact or wet contact.
Working voltage: 100-240VAC/DC.
Working current: ≤10mA.
Operating temperature: -25℃~70℃.
Storage temperature: -40℃~85℃.
Relative humidity: ≤95% (no condensation).
Dimensions: 48mm×96mm×16mm.

Installation method: guide rail installation.

IC697CPU781 module is a CPU module for 90-70 series plc. The IC697CPU781 module uses an 80386DC processor with a clock rate of 16 MHZ.

The Central Processing Unit Module (CPU) is the core component of the programmable logic controller (PLC), which is mainly responsible for executing user programs and controlling the operation of the system.

CPU module usually includes microprocessor, memory, input/output interface, communication interface and so on. It can perform logic, arithmetic and other control functions, and realize the control of industrial processes by exchanging data with external devices through input/output modules.

The main features of the CPU module include:

1. High performance: IC697CPU781 uses a high-performance microprocessor, which can quickly process large amounts of data and complex control tasks.

2. Large capacity memory: IC697CPU781 has enough memory to store user programs and data, and supports complex control logic and algorithms.

3. Multiple communication interfaces: Support a variety of communication protocols and interfaces, such as Ethernet, serial port, USB, etc., to facilitate communication with other devices.

4. Programmability: Users can write their own control programs through programming software to achieve specific control needs.

5. High reliability: industrial design, with high anti-interference ability and stability, can operate stably in harsh industrial environments.

IC697CPU781 CPU module is one of the most important components of PLC system, its performance and function directly affect the control effect and reliability of the whole system