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Product Alerts
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From Honeywell Sensing and Control
First, let's revisit what torque is and why it's important. Torque is a measure of the forces that cause an object to rotate. Reaction torque is the force acting on the object that's not free to rotate. An example is a screwdriver applying torque to a rusted screw. With rotational torque, the object is free to rotate. Examples include industrial motor drives and gear reducers. Torque and RPM determine horsepower, and horsepower determines system efficiencies, so being able to monitor and control torque can be critical in optimizing overall system efficiency. Torque measurement is paramount in engine and transmission testing, turbine testing, pump testing and testing of gear trains and power measurement within propulsion systems. Monitoring torque can be critical to the performance of axles, drive trains, gear drives, and electric and hydraulic motors. Other in-plant applications include gas and steam turbines. Product Announcements
Topics of Interest
First, let's revisit what torque is and why it's important. Torque is a measure of the forces that cause an object to rotate. Reaction torque is the force acting on the object that's not free to...
(Read More)
There are many applications that require rotary style transducers. This special class of transducer requires the ability to rotate but be able to measure the torque applied to a joint. Historically...
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Internal Differential Drives
DIFFERENTIAL GEAR TRAINS MAKE POSSIBLE THE GREATEST SPEED REDUCTION IN THE MINIMUM SPACE. THEY ARE OF GREAT VALUE WHERE A LARGE REDUCTION OF MOTION IS REQUIRED, BUT THEY...
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Speed Reducers
The function of speed reducers, more commonly called gear reducers, is to reduce the high rotational speed of the prime mover to the pumping speed required. The usual speed reduction...
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Glossary of Terms Backlash: Rotational (arc) movement due to clearance betweeen transmission elements. In reducers, upon reversing direction of the input shaft, there is no immediate rotation of the...
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