DS200VPBLG1A

GE DS200VPBLG1A Digital Relay Product Details

Overview

GE DS200VPBLG1A is a VME backplane for protection and control of power systems.It uses advanced VME bus technology and has the following features:

High performance:supports high-speed data transmission and multi-tasking,which can meet the real-time requirements of power system protection and control.

High reliability:adopts redundant design to ensure stable operation of the system.

Easy to expand:system functions can be expanded as needed.

Easy to maintain:modular design,easy to maintain.

Product Specifications

Model:DS200VPBLG1A

Brand:GE

Manufacturer:

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Description

GE DS200VPBLG1A Digital Relay Product Details

Overview

GE DS200VPBLG1A is a VME backplane for protection and control of power systems.It uses advanced VME bus technology and has the following features:

High performance:supports high-speed data transmission and multi-tasking,which can meet the real-time requirements of power system protection and control.

High reliability:adopts redundant design to ensure stable operation of the system.

Easy to expand:system functions can be expanded as needed.

Easy to maintain:modular design,easy to maintain.

Product Specifications

Model:DS200VPBLG1A

Brand:GE

 

Series:Multilin DS200

Type:VME Backplane

Application:Power System Protection and Control

Features:

Support VMEbus standard

32-bit address/data bus

64-bit DMA transfer

Support multiple VME modules

Provide interrupt and timer functions

Operating temperature:-40°C to 85°C

Protection level:IP65

Dimensions:230 x 160 x 80 mm

Weight:2.5 kg

Product Functions

Provide VMEbus standard interface:can connect various VME modules to achieve a variety of protection and control functions.

Support high-speed data transmission:The data transmission rate is up to 160 MB/s,which meets the real-time requirements of power system protection and control.

Support multi-tasking:can run multiple tasks at the same time to improve system efficiency.

Redundant design:key components adopt redundant design to ensure stable operation of the system.

Easy to expand:the system function can be expanded as needed to meet the needs of different users.

Easy to maintain:Modular design makes faults easy to diagnose and troubleshoot.