GE

IS220PDIOH1A Excitation system output module

IS220PDIOH1A Excitation system output module

IS220PDIOH1A is an excitation system output module from GE (General Electric), which is commonly used in GE excitation systems, especially with the EX2100 excitation system. This module plays an important role in the generator excitation control, which is responsible for converting the control signal into the appropriate excitation current output to maintain the stable voltage output of the generator.

Get A Quote
Contact Us

IS220PDIOH1A Excitation system output module

IS220PDIOH1A is an excitation system output module from GE (General Electric), which is commonly used in GE excitation systems, especially with the EX2100 excitation system. This module plays an important role in the generator excitation control, which is responsible for converting the control signal into the appropriate excitation current output to maintain the stable voltage output of the generator.

Here are some of the features of IS220PDIOH1A :

The main function of IS220PDIOH1A is to receive the command signal from the excitation controller and convert it into a controllable current output to drive the excitation system of the generator. This module is usually used in conjunction with the power amplifier and field winding of the generator excitation system.
Reliability: GE’s excitation system modules are known for their high reliability and long life. IS220PDIOH1A also inherits this feature, through accurate design and strict quality control, to ensure its stable operation in a variety of environments.
Compatibility: As part of the EX2100 excitation system, IS220PDIOH1A has good compatibility with other components in the system, which can ensure the smooth operation of the entire system.
Maintenance and diagnostics: The module is usually equipped with easy-to-access diagnostic interfaces and indicators, making maintenance and troubleshooting much simpler. In addition, GE provides technical support and repair services to ensure customers can take full advantage of the performance of these modules.

 

 

 

Scroll to Top