Which term describes the ratio of clicks to speed adjustment on the MFC?

The term that describes the ratio of clicks to speed adjustment on the MFC, which stands for Mass Flow Controller, relates to the specific increments at which adjustments are made. A ratio where 1 click equals 12 rpm indicates that for each click of adjustment on the controller, the speed changes by 12 revolutions per minute.

This particular ratio is significant for fine-tuning the operations of the gas turbine system, allowing technicians to make precise adjustments that accommodate the operational dynamics of gas flow, efficiency, and overall performance of the turbine. The ability to accurately adjust the speed in such increments is crucial for achieving optimal turbine functionality and maintaining safe operating conditions. The significance of this adjustment becomes apparent during the calibration and operational phases, where precise flow control is essential.

By understanding that 1 click corresponds to a 12 rpm change, technicians can effectively manage and respond to varying operational demands, ensuring the gas turbine operates within its designated parameters for efficiency and reliability.