ABB KUC711AE101 Product Introduction

ABB KUC711AE101 is a high-performance module card.The following is a detailed introduction to it.

Basic information

Brand:ABB

Model:KUC711AE101

Technical specifications and functions

Type:Redundant communication module

System compatibility:It is part of the ABB Symphony Plus system,a distributed control system(DCS)used in various industries such as power generation,oil and gas,and chemical processing.

Communication capability:It can provide high-speed communication between various system components in the Symphony Plus system,with two independent communication channels,each with a bandwidth of 100Mbps.

Redundancy function:Built-in redundancy functions such as dual Ethernet ports and support for Link Aggregation Control Protocol(LACP)to ensure high availability and resilience of the communication network.

Power supply

Main power supply voltage:AC 220V,380~480V±10%

Auxiliary voltage:AC 220V±15%,50/60Hz

Rated current:25A~750A

Phase input control signal:4~20mA,0~5V,1~5V,0~10V,2~10V

Output voltage range:0~100%

Use environment

Temperature:-10°C~50°C

Humidity:below 90%RH

Insulation resistance:above 20MΩ(between power supply and housing),above 20MΩ(between input signal and housing)

Withstand voltage

Between power supply and housing:2500VAC/1 minute

Power supply and input signal:1000VAC/1 minute

Other features

With 24V DC power supply.

Provides 16 digital input channels and 16 digital output channels,supports multiple input types and output types,and has channel isolation function.

The design is rugged and reliable,and can withstand the harsh environmental conditions common in industrial environments.

Application scenarios

The ABB KUC711AE101 module is a key component of the Symphony Plus system,which can provide reliable and efficient communication between system components to achieve efficient and safe operation of industrial processes.It is widely used in industrial automation systems in industries such as power generation,oil and gas,and chemical processing.