Application 166

Precision Wire Tensioner

Application Summary

Whether you are feeding a wire EDM machine, a wire stripper, or winding electric motor coils, precision wire tension is key in meeting today’s high-performance standards. The key to precision wire tension control requires live monitoring of the wire tension. By utilizing a load cell in-line with the wire tensioner, a versatile wire tensioning system can be developed that can adapt to changing wire quality and conditions. This adaptive system can maintain high coil winding quality and repeatability while maximizing process efficiency by preventing wire breakage.

 

Products in Use

One Miniature In Line Load Cell (LCM Series) paired with Instrumentation (IAA Series or IDA100).

 Precision Wire Tensioner
Load Cell - Precision Wire Tensioner
How it Works
  1. An LCM Series Miniature In Line Load Cell is mounted in-line between the wire tensioner and a linear actuator to measure wire tension.
  2. Adjusting the linear actuator piston causes changes in wire tension which generates a signal in the LCM series load cell.
  3. The signal from the LCM series load cell is then sent to the IAA series Analog Amplifier or IDA100 Digitally Configurable Amplifier.
  4. The amplified signal is then fed into a PLC/Motion Controller which drives the liner actuator, closing the control loop, and allowing the system to actively adapt to changing wire conditions.
  5. With the IDA100, amplifier output can be simultaneously monitored and adjusted on a Windows PC with FUTEK’s SENSIT™ software while providing high speed, amplified, analog output.
Load Cell - LCM Series - Miniature In Line Load Cell
LCM SERIES
Miniature In Line Load Cell
Load Cell - IAA Series - Analog Amplifier
IAA SERIES
Analog Amplifier
Load Cell - IDA100 - Digitally Configurable Amplifier
IDA100
Digitally Configurable Amplifier
 

 


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