GE IC697CHS770 Dual Redundant Rear Mount Rack

GE IC697CHS770 Dual Redundant Rear Mount Rack

Product Overview

The GE IC697CHS770 rack features a dual redundancy design, a design that ensures that the system remains operational in the event of a failure of one of the engine components. This high level of reliability and stability makes it an indispensable part of industrial automation and control systems.

Product Features

Dual redundancy design:

Provides higher system reliability and stability.

In the event of a component failure, the system is able to seamlessly switch to the backup component to ensure continuous operation.

Rear mounting:

Facilitates installation and maintenance in limited spaces.

Provides more flexible mounting options to suit different industrial environments.

Rugged construction:

Manufactured from high quality steel to withstand harsh environmental conditions.

Provides reliable protection and flexible configuration options.

Expandable:

The rack can be expanded to accommodate additional components to meet future needs.

Provides a high degree of flexibility and expandability to adapt to changing industrial automation needs.

Product Specifications

Dimensions: 19‘ rack compliant with 7U height and 17’ depth.

Load capacity: up to 200 lbs, capable of carrying a wide range of industrial control systems and drives.

Protection rating: IP65, providing excellent dust and water resistance.

Material and Surface Treatment: Made of steel with powder coated surface to improve corrosion resistance and aesthetics.

Application Scenario

GE IC697CHS770 Dual Redundant Rear Mounting Rack is widely used in a variety of industrial fields, including but not limited to:

Industrial control: carrying key equipment such as PLC and centralised control systems.

Automation system: support the operation of automation equipment such as robots and assembly lines.

Process control: to carry process controllers and data acquisition systems in petroleum, chemical, pharmaceutical and other industries.

Power generation: for carrying equipment such as power plant control systems and relay protection.

Functionality and Features

Dual - Redundant Design

The primary feature of the IC697CHS770 rack is its dual - redundant architecture. This means it has two parallel paths or subsystems that can operate independently. In case one of the paths fails due to a hardware - malfunction, power - outage, or other issues, the other path can take over the operation to ensure continuous functionality of the industrial - control system. For example, if a power - supply module in one of the redundant paths fails, the other power - supply module can continue to provide power to the critical components mounted on the rack.

Rear - Mount Configuration

The rear - mount design offers several advantages. It provides a more organized and protected way of connecting the modules. Cables and wiring can be routed at the rear of the rack, keeping the front - side access clean and free for maintenance and module - replacement operations. The rear - mount also allows for better heat - dissipation in some cases, as the components can be spaced more effectively to allow air - flow and cooling. For example, in a densely - populated - control - system setup, the rear - mount rack can help in maintaining the operating - temperature of the modules within the recommended - limits.

Module - Mounting and Interconnection

The rack provides a standardized - mounting - mechanism for various modules. It has slots or rails where different - sized and - shaped - modules can be securely mounted. The interconnection between the modules is also facilitated through a backplane or a set of connectors. The backplane typically provides power - distribution and - data - - communication - - paths between the mounted - modules. For example, an I/O module can receive power from the rack's power - distribution - system and communicate with a PLC module through the data - - communication - - channels provided by the backplane.

Fault - Detection and Management

The IC697CHS770 is designed to detect and manage faults. It can monitor the status of the modules mounted on it, such as the power - on - status, communication - link - status, and other - critical - - parameters. In case of a fault, it can trigger alarms or alerts to the system - operator. Additionally, it may have features to isolate the faulty - module or subsystem to prevent the spread of the fault and to allow for easy - replacement or - repair of the affected - component.