World Of Controls understands the criticality of your requirement and works towards reducing the lead time as much as possible.
IC3600SFPB1B - Generator Drive Circuit Board is available in stock which ships the same day.
IC3600SFPB1B - Generator Drive Circuit Board comes in UNUSED as well as REBUILT condition.
To avail our best deals for IC3600SFPB1B - Generator Drive Circuit Board, contact us and we will get back to you within 24 hours.
Part No: IC3600SFPB1B
Manufacturer: General Electric Fanuc
Product Type: Generator Drive Circuit Board
Series: Mark I & II
Availability: In Stock
Country of Origin: USA
IC3600SFPB1B is a Generator Drive Circuit Board developed by GE Fanuc. Designed for speed control by enabling droop mode operation through a configurable resistor network and allowing acceleration rate reprogramming for smoother startups and load adjustments, making it vital for stable and efficient turbine performance.
This board is designed to provide two primary functions to the Speed Control Card:
Features an integrated resistor network, enabling the system to operate in droop mode. Droop mode is commonly used in turbine control systems to ensure load-sharing between multiple generators operating in parallel.
The resistor network can be configured in two different ways:
This flexibility enables the board to adapt to various system configurations and operating conditions, making it suitable for a range of turbine control strategies.
In addition to droop mode control, also provides a signal that can be used to reprogram the turbine’s acceleration rate.
The board uses the FSA input to control this function. If FSA = 0, a fixed bias output is provided through ARA, ensuring a stable and predictable acceleration profile.
What is IC3600SFPB1B?
It is a Generator Drive Circuit Board developed by General Electric Fanuc.
What is droop mode, and how does this board support it?
Droop mode allows multiple generators to share load effectively when operating in parallel. The board provides a resistor network that can be permanently connected using SJA output or switched in and out of the circuit via the SJB output with the ISOC signal.
How does the board control turbine acceleration?
It provides a signal for reprogramming the turbine’s acceleration rate. When FSA becomes 0, it outputs a fixed bias through ARA, ensuring smooth and controlled acceleration.