Description

UNITROL 1010 ABB Indirect Excitation System

Product Overview

UNITROL 1010 is a small indirect excitation system launched by ABB,suitable for voltage regulation of small and medium-sized synchronous generators and industrial machinery.It has the following characteristics:

Compact size and easy installation

Powerful and reliable performance

Easy to operate and maintain

High cost performance ratio

UNITROL 1010 ABB

Product parameters

Model:UNITROL 1010

Input voltage:208-250VAC,50/60Hz

Output voltage:0-400VDC

Output current:maximum 8A

Working temperature:-20°C to 55°C

Storage temperature:-40°C to 85°C

Relative humidity:5%to 95%(non condensing)

Dimensions:230mm x 160mm x 80mm

Weight:5kg

Product specifications

Compliant with CE and RoHS standards

Provide overvoltage,overcurrent,and short circuit protection

High efficiency and low power consumption

Easy to program and use

series

UNITROL 1010 belongs to the UNITROL 1000 series,which also includes other types of excitation systems,such as rotary rectifier excitation systems,static excitation systems,and digital excitation systems.

feature

Compact size and easy installation

Powerful and reliable performance

Easy to operate and maintain

High cost performance ratio

Compliant with CE and RoHS standards

Provide overvoltage,overcurrent,and short circuit protection

High efficiency and low power consumption

Easy to program and use

effect

The function of UNITROL 1010 is to provide excitation current for synchronous generators to regulate their output voltage.It can ensure that the generator can stably output voltage under different load conditions,meeting the needs of the power grid or load.

purpose

UNITROL 1010 can be used for various small and medium-sized synchronous generators,including:

Hydroelectric generator

Steam turbine generator

Diesel generator

Wind turbine generator

It can also be used for excitation of various industrial machines,such as:

AC motor

DC motor

Exciter

UNITROL 1010 ABB

application area

UNITROL 1010 can be widely applied in the following fields:

Power system

industrial automation

Oil and natural gas

metallurgy

mine

railway

vessel