Read how the EUFS team was able to improve motor performance (and vehicle dynamics) with highly accurate torque and shaft power data from a High-Spec Dynamometer, built in-house and featuring Datum M425 torque sensor and DUI.
Read how Stannah build a dynamometer, using a rotary torque sensor to accurately measure motor efficiency performance to be able to understand their performance, like torque, speed, thermal characteristics, current and voltage, etc.
Read how a one of the most established mining complexes in Australia implemented Datum’s 3–hole bolt-on weighing sensors, eliminating risks of potential failures and reducing maintenance issues to a minimum.
Marine Scotland used a temporary shaft power measurement system to verify fishing vessel engine power as part of its regulatory compliance process under EU fisheries regulations.
Here’s how Comer Industries used Datum Power Monitoring System (PTO) to verify the optimised performance of the Powershift gearbox and find out the difference between the predicted duty cycle and an actual use in the field.
Read how Sperre AS used torque data to validate VSD efficiency, enhancing ROV motor control, performance, and reliability in demanding subsea operations.
Discover how Stork Food & Dairy Systems used a custom retrofit torque transducer to prevent production line breakdowns and maintenance by developing a Condition Based Predictive Monitoring System, able to accurately detect faults in real time and suggest the best course of action on site.
This case study reveals how Kawak Aviation used a Datum M425 to prove their new helicopter refill pump efficiency by highly accurate measurement of shaft power.