GE Fanuc IC697CHS790 | 9-slot Programmable Controller

Description

The IC697CHS790 is a 9-slot, rear mount PLC rack from the Series 90-70 Programmable Logic Controller (PLC) platform. Formerly manufactured by GE Fanuc, now under Emerson Automation, this baseplate mainly features Nine (9) slots and One (1) Power Supply slot. This rack measures 11.15H x 19W x 7.5D (283mm x 483mm x 190mm). It supports extended I/O where Two (2) racks can be extended and share power supply modules. This rack supports all IC697 PLC modules.

Technical Specifications for IC697CHS790

The IC697CHS790 is a 9-slot, rear mount rack that is part of the Series 90-70 Programmable Logic Controller (PLC) series formerly by GE Fanuc Automation, now under Emerson Automation. This hardware provides the mounting location to any IC697 modules via the electronic mounting slots available. It allows any installed module to connect to the backplane to receive backplane power and communicate with an a communication adapter or a Central Processing Unit (CPU). The IC697CHS790 mounting slots are intended to any IC697 modules. Another mounting slot is also provided that is intended for installation of the rack power supply. This rack measures 11.15H x 19W x 7.5D (283mm x 483mm x 190mm) and supports extended I/O where additional Two (2) racks can be extended and share the same power supply module. The IC697CHS790 rack is a programmable controller rack by GE Fanuc. It has a current rating of 20 Amps and a voltage rating of 5 Volts DC. It is a Series 90-70 controller rack with 9 mounting slots. It is used for industrial automation and it can configure the CPU and the input/output module. It is housed inside an enclosure with depth of 10 inches. It is compact in size and it has dimensions of 7.5 inches in depth, 19 inches in width, and 11.15 inches in height. The IC697CHS790 rack does not require slots or jumpers with the input/output module. The IC697CHS790 rack provides provision for 2-rack operations by using a single power unit for extended I/O requirements. The module supports slot addressing. It allows for the user configuration of I/O point references for switches and jumpers.

Functional Features Installation Method: It supports two installation methods, rear installation and front installation. The rear installation requires an installation depth of 10 inches (255 millimeters), and the front installation is for a standard 19-inch rack. Expansion Capability: It supports I/O expansion. Two racks can be expanded and share the power supply module. The power supply expansion cable used is IC697 CBL 700. I/O Configuration: The I/O reference can be configured by the user without the need to use module jumpers or DIP switches. Rack Identification: Rack identification or addressing is carried out through four jumpers located behind the rack power supply. Heat Dissipation Design: In response to the possible problem of heat accumulation, there are specific fan accessories available to prevent this situation, such as IC697 ACC 721 suitable for a 120-volt AC power supply, IC697 ACC 724 suitable for a 240-volt AC power supply, and IC697 ACC 744 suitable for a 24-volt DC power supply.

Application Areas Manufacturing Industry: It is used for the automated control of production lines, such as automotive manufacturing, electronic device production, etc. It can achieve precise control and coordination of various devices in the production process, improving production efficiency and product quality. Energy Sector: It can be applied in places such as power plants and substations to monitor and control the operation of the power system, ensuring the stable supply of energy and the safe operation of equipment. Water Treatment Industry: In facilities such as waterworks and sewage treatment plants, it is used to control various devices in the water treatment process, such as water pumps, valves, mixers, etc., to achieve the purification of water quality and the automation of the treatment process. Transportation: For example, in rail transit systems such as subways and light rails, it is used to control the operation of trains, the switching of the signal system, and the operation of station equipment, etc., to ensure the safety and efficiency of transportation.

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