Technical specification
Product model: IC697CPU782RR
Module type: scalable floating-point CPU
Number of slots: 1 (single slot)
Required current: 1.6 amps
Points: 12K input and output (any mix)
Support: IC660/IC661 I/O and IC697 I/O
Technical specification
Product model: IC697CPU782RR
Module type: scalable floating-point CPU
Number of slots: 1 (single slot)
Required current: 1.6 amps
Points: 12K input and output (any mix)
Support: IC660/IC661 I/O and IC697 I/O
Product description
The IC697CPU782RR is a programmable logic controller designed to be installed in a single rack slot. It provides real-time control of machinery and material handling systems. The rack-mounted backplane enables the device to communicate with various I/O modules. To operate and control this device, use the run/stop control switch or a connected computer with the appropriate software. The IC697CPU782 has a 16MHz microprocessor capable of performing floating-point calculations at a performance speed of 0.4 microseconds. The device can handle various blends of up to 12K inputs and outputs and 8K analog I/O.
The IC697CPU782 requires a memory expansion board to store user data and program information. This expansion board provides up to 512 KB of volatile memory and 256 KB of flash memory. The volatile memory is maintained by a CMOS RAM battery. To install this expansion board, the CPU must first be initialized by the connected computer. The IC697 LAN interface module, IC660 and IC661 bus controllers, numerous coprocessor modules, various communication modules, and all discrete and analog I/O modules of the IC697 family are compatible with the IC697CPU782.
The IC697CPU782RR PLC module usually has the following characteristics:
High reliability: PLC modules generally have high reliability because they are designed to work in harsh industrial environments and have undergone rigorous quality control and testing.
Simple programming: PLC modules can be programmed using a variety of programming languages, including ladder diagram, Boolean logic, function block diagram, etc. These languages are usually very intuitive and easy to learn and use.
High flexibility: PLC modules can be expanded and configured according to needs, including the addition of digital or analog input/output modules, communication modules, etc. This allows the PLC to adapt to a variety of different application scenarios.
Easy maintenance: PLC modules usually have a self-diagnostic function to quickly detect and locate faults. In addition, the PLC module is also easy to remove and replace for easy repair and maintenance.
Energy efficient: PLC modules typically have a low-power design that reduces energy consumption. In addition, PLC can also improve energy efficiency and reduce waste by optimizing control algorithms.
