ABB PHARPS11010000 Power Supply Module

Power Supply Module Manufacturers ABB, Bailey Model(s) ABB Bailey Infi 90

ABB Bailey Infi 90 and Net 90

Additional Information Modular Power System III (MPS III) 5V @ 14A, +15V @ 1A, -15V @ 1A, 24V @ 6A,125V @ 2.3A

Estimated Shipping Size Dimensions: 0.0" x 0.0" x 0.0" (0.0 cm x 0.0 cm x 0.0 cm)

Weight: 0 lbs 0.0 oz (0.0kg ) Power Supply Module

ABB offers you 10% discount on select UNITROL® 6000. 

5000 and F critical spare parts Having critical spare parts on-hand can significantly reduce the downtime associated with excitation maintenance, 

forced outages, electrical and mechanical failures. 

As a minimum for operational reliability, it is essential to have critical spare parts and components readily available.

Excitation services provides you with a complimentary recommended spare part list and takes care of testing, 

maintaining and adjusting your spare part stock. We will also keep you informed about critical ageing processes of vital components.

Excitation Care

Power plants have three service needs in common:

emergency support, proactive maintenance and performance optimization. 

Excitation Care is designed to fulfill these common needs, is part of Power Generation Care and can be seamlessly integrated in these contracts. 

Excitation Care offers three different levels of support: Rapid Response, Life Cycle Management and Performance Improvement.

The Excitation Care program provides peace of mind and reassurance to your maintenance team.

Master Update Period

Master update period is the frequency that Harmony Server synchronizes time with 

the underlying Harmony control network. This property is used only when Time 

Synchronization is enabled. The permissible values are 120 to 3540 seconds.

Below is a side internal view of the EL mechanism and the associated anti-pumping component. 

When the opening pushbutton or coils are activated the opening shaft lever pushes down on point C of the anti-pump device.

This causes the device to side down slot D in direction of arrow B. 

Then the trigger portion A moves out from between the closing push-button and the closing shaft lever. 

So if the closing button or signal is held active and the opening button or signal is then activated.

The trigger A will pull out from between closing shaft lever and the closing push button. 

Once the open signal is released the trigger A will come to rest under the closing push-button and will 

not return between the closing shaft lever and closing push-button until the button or closing command is released.

The closing push button is operated by the closing coil (MC) directly by the shaft closing device.

This allows the anti-pumping device to prohibit closing by manual or electrical means.

You may need the following additional products：