Description
The GE ACC-5595 is a highly specialized device used in industrial automation and networking applications. Here is an overview of its parameters, specifications, dimensions, weight, series, features, and functions in English:
Parameters and Specifications:
The ACC-5595 is designed for use in GE series communication networks, specifically for reflection memory applications.
It supports Small Form-factor Pluggable (SFP) transceivers for optical fiber connectivity, enabling high-speed communication.
It offers up to eight ports for connecting to other devices or nodes.
The ACC-5595 can be cascaded with other units to create a larger network, supporting up to 256 nodes.
Dimensions and Weight:
The standard chassis size is 1U for a 19-inch rack-mount installation.
The physical dimensions are approximately 425mm (width) x 254mm (depth).
The weight of the unit, including any necessary components, can be found in the manufacturer’s specifications.
Series:
The ACC-5595 belongs to the GE series of industrial automation and networking products.
Features:
Automatic Bypass: The ACC-5595 can automatically bypass faulty or unconnected nodes in the network, ensuring the continued operation of other nodes.
SFP Transceiver Compatibility: It supports both multimode (for short-distance communication) and single-mode (for long-distance communication) SFP transceivers.
Signal Regeneration: Each port regenerates the serial optical signal, eliminating insertion loss and cable attenuation.
Monitoring and Control: The ACC-5595 provides an RS-232 port for local access and control, as well as TCP/IP capabilities for remote access and control through a network connection.
Flexible Configuration: The unit can be configured for a variety of installation options, including rack-mount or desktop configurations.
Functions and Applications:
The ACC-5595 functions as a hub or switch in GE’s reflection memory network, facilitating high-speed data transfer between devices.
It is commonly used in applications that require real-time data transfer and low-latency communication, such as flight simulators, automated test systems, ship and submarine simulators, and other industrial automation scenarios.
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