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GE IS215UCVHM06A VME Processor Control Card

short description:

Item no: IS215UCVHM06A

brand: GE

price: $15000

Delivery time: In Stock

Payment: T/T

shipping port: Xiamen


Product Detail

Product Tags

Description

Manufacture GE
Model IS215UCVHM06A
Ordering information IS215UCVHM06A
Catalog Mark VI
Description GE IS215UCVHM06A VME Processor Control Card
Origin United States (US)
HS Code 85389091
Dimension 16cm*16cm*12cm
Weight 0.8kg

Details

The IS215UCVHM06A is a VME Processor Control Card developed by GE. It is a part of Mark VI control system.

It is a specialized single-slot board that plays a crucial role in control and communication within the context of a larger system.

It incorporates an Intel Ultra Low Voltage CeleronTM processor running at a frequency of 1067 MHz (1.06 GHz), accompanied by 128 MB of flash memory and 1 GB of Synchronous Dynamic Random Access Memory (SDRAM).

The compact design efficiently utilizes its resources to contribute to the overall functionality of the system.

One of the features of the UCVH is its dual Ethernet connectivity. The board is equipped with two 10BaseT/100BaseTX Ethernet ports, each of which employs an RJ-45 connector.

These Ethernet ports serve as the gateway for network communication, facilitating connectivity and data exchange within the system and beyond.

The first Ethernet port fulfills a pivotal role in establishing connectivity to the Universal Device Host (UDH), which is utilized for configuration and peer-to-peer communication.

The UCVH leverages this port to interact with the UDH, allowing for configuration of various parameters and settings crucial to the operation of the system.

Additionally, the first Ethernet port facilitates direct communication between peer devices within the network, contributing to the seamless exchange of information and collaborative operations.

 

The EX2100 exciter consists of the following basic components.
• Power Conversion Module (PCM) and cooling fans
• Power potential transformer (PPT) (mounted separate from exciter)
• Line-to-line filters
• Shaft voltage suppressor
• De-excitation module
• Diagnostic Interface (keypad)
• Controllers and I/O boards
• Control power supplies
Optional components that can be added to the exciter are:
• Warm backup bridge configuration
• Multibridge configuration for high current requirements
• Compound power source (separate from exciter)
• Auxiliary power source (bus-fed)
• Crowbar module (for hydro and other special applications)
• Dc Disconnect
• Field ground detector
• Redundant ac source for power supply
• Ac disconnect
• Field flashing module
• Redundant controllers providing a Triple Modular Redundant (TMR) system
• GE Control System Toolbox (toolbox) for configuration
The control hardware is basically the same for the different types of excitation. The
power conversion hardware is defined by application requirements, which therefore
determines the exciter bridge size.

 


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