Our latest case study explains how accurate torque and power measurement data can improve improving the design, prototyping and verification of the world’s most power-dense permanent magnet electric motors.
In this case study Datum team designed and delivered three torque sensing solutions and conduct permanent monitoring on heavy duty pumps for a lower cost, than fitting a competitor’s single standard torque sensor.
Find out more about DWR UIsce Project, or how Trinity College Used Torque Sensor to Measure Efficiency and Actual Performance of Pumps as Turbines for a Microhydro System.
Discover how Shiptech RDA used Datum’s Shaft Power Measurement Kits to improve engine power verification process on fishing vessels, ensuring compliance with strict marine regulations in Europe.
Explore how Ashwoods Electric Motors used an in-line dynamometer Torque Sensor to facilitate prototyping and development stages of their new electric motor technology by improving their power density.
Find out how Parvalux created a torque sensing solution, using Datum Torque Sensor, to compare theoretical analysis of their motor and gearbox combination, against actual performance on their new product line.
Read how a Datum Rotary torque sensor helps determine actual gear motor load & efficiency, enabling Mellor Electrics to profile the gear motor’s performance under various loads that their customers required.
Take a look at how our bolt-on strain gauge sensors are enabling B-Konnet to perform continuous level measurement and precise stock inventory in storage silo applications in Chile, South America.
Find out how we helped Motivity Ltd. with building a motor test rig to evaluate the actual motor performance of their new product, benchmark alternative motors and develop a full specification for the motor their customer.
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.