IS220PDIAH1B GE High Speed Turbine Control Circuit Board

Product Description

The IS220PDIAH1B GE high-speed turbine control circuit board is used for the control and regulation of high-speed turbines,and can achieve functions such as motor start,stop,and speed regulation.It has the characteristics of high precision and fast response.

feature

High speed control capability

Reliable performance

Compact design

Easy to install and maintain

The IS220PDIAH1B GE high-speed electric turbine control circuit board is designed to provide precise control and monitoring of high-speed electric turbines.It ensures the efficient and safe operation of turbines in power generation and industrial applications.This control circuit board has advanced functions and reliable performance,and is an important component in the steam turbine system.

IS220PDIDIH1B is the symbol of General Electric,which is integrated with various General Electric terminal boards.This is one of these I/O pack/board combinations that can be used in the control here.Many of these devices have been left in a legacy position by OEMs,and manufacturers may no longer provide these devices.Control and maintain inventory of these products to the best of our ability to better serve our customers.

Approved for use in hazardous locations.It can be paired with multiple different terminal boards,including IS200STcih1A and 2A,IS200STcih8A,IS200TBcih2c or H4C,IS400TBcih2c,IS400STcih1A or 2A,or IS400STcih8A.These typical power distribution boards are part of the Markovi electronic system.

The nominal voltage of the IS220PDih1B I/O package is 24.0VDC,and the maximum voltage is 28.6.The maximum input voltage of the contact is 32VDC.This unit is listed as non hazardous and hazardous location.Please refer to the documentation for UL markings for all different classes and regions.IS220PDih1B is designed for temperatures between-30-+65 degrees Celsius(ambient temperature).

application area

The IS220PDIAH1B GE high-speed turbine control circuit board is widely used in rail transit fields such as high-speed trains,subways,and light rail.As a key control component of high-speed turbines,it provides guarantees for the safe and stable operation of trains.