Description
The GE IC695CRU320 is a product designed and manufactured by GE Fanuc, specifically a solid-state automation computer used as the logical brain for applications implemented through the RX3i PACSystems platform. Here is a summary of its parameters, specifications, dimensions, weight, series, features, and role in English:
Parameters and Specifications:
CPU Performance: The IC695CRU320 operates at a speed of 1 GHz and features an Intel Celeron-M microprocessor.
Memory: It includes 64 MB of battery-backed user memory and 64 MB of non-volatile flash memory.
Power Requirements: The device requires +3.3V DC at 1.0A nominal and +5V DC at 1.2A nominal.
Operating Temperature: It can operate within a temperature range of 0 to 60°C (32 to 140°F).
Dimensions and Weight:
Weight: The approximate weight of the IC695CRU320 is 2KG.
Dimensions: Exact dimensions may vary, but the device is designed for industrial use and should be suitable for rack-mounting.
Series:
The GE IC695CRU320 belongs to the RX3i series of PACSystems products manufactured by GE Fanuc.
Features:
Hot Standby Redundancy: A key feature of the IC695CRU320 is its support for “hot standby redundancy”, which allows for the setup and configuration of two RX3i CPUs to perform identical functions in a given application. This provides flexibility and ensures processor redundancy, minimizing downtime in time-critical applications.
Communication Ports: The device features two serial communication ports: an RS-232 port and an RS-485 port, enabling integration into the user’s control algorithms.
Durability: It is designed for industrial environments, but it is recommended to install it in a properly protected enclosure to maintain the manufacturer’s specified environmental parameters.
Role and Application:
The GE IC695CRU320 serves as the central processing unit for industrial automation systems. It can be programmed and configured to control various machines, processes, and material handling systems in real-time. Its precision and reliability are essential for maintaining efficient and accurate operations in industrial settings.
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