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Application Examples

Non-contact length measurement - application examples - application pictures

 
1. Product Information µSPEED
2. Difference Speed Measurement in Coating Machine 
3. Measurement of Shrinkage in Stenter Frames 
4. Speed Measurement in Non-woven Machines
5. Differential Speed Measurement in Fabric Inspection Process
6. Non-contact speed measurement in wet environment
7. Non-contact portable speed measurement in warm environment
8. Non-contact speed measurement in cold milling and cut-to length processes
9. Non-contact speed measurement of liquids
10. Non-contact speed measurement in oil- and water mist
11. Non-contact speed measurement in rolling mills
12. Non-contact elongation measurement by difference speed determination
13. Non-contact measurement of circumferential speed of chromium cylinders
14. Non-contact measurement of circumferential velocity of coated cylinders
1. Product Information µSPEED

  • clarification of the measuring principle of µSPEED
  • fields of applications in length and speed measurement
  • explanation of features of the µSPEED-Controller
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2. Difference Speed Measurement in Coating Machine 

  • calculation of the differential speed between coating roll and material
  • used for applications in coating machines, laminators, …
  • calculation of slippage via parallel speed measurement with up to 4 devices
  • objective: determining material characteristics and process optimization
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3. Measurement of Shrinkage in Stenter Frames 

  • calculation of the shrink factor between input and output of fabrics in stenter frames
  • application in stenter, dryer, coating machine, laminator, …
  • calculation of the shrinkage by differential speed measurement
  • objective: determining material characteristics and process optimization
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4. Speed Measurement in Non-woven Machines

  • measurement of speed during the manufacturing process of nonwoven felt
  • measurement on any kind of material surface, color, density and material thickness
  • objective: cetermining material characteristics and process optimization 
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5. Differential Speed Measurement in Fabric Inspection Process

  • differential speed measurement
  • determination of a tension free or stretch free material behaviour
  • objective: optimizing the fabric inspecting machine and the machine drives to prevent measurement errors caused by material stretch
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6. Non-contact speed measurement in wet environment

  • High accurate speed measurement despite portable installation and harsh envirsonment
  • Calibration of machine drives and encoders
  • Standard protection category of sensor head - IP 67
length measurement of wire and velt material
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7. Non-contact portable speed measurement in warm environment

  • Portable installation despite use of air conditioned protection housing at temperatures > 60°C (140° F)
  • Calibration of machine drives and encoders
portable non-contact speed measurement
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8. Non-contact speed measurement in cold milling and cut-to length processes

  • Speed measurement of dry and wet surfaces
  • Measurement of rusty and high reflective surfaces without modification or parametration of sensor system
  • Speed dependent control of cutting devices, winders, and milling lines
  • Difference speed applications (mass-flow control and skin-pass rolling)
speed measurement for dynamic control on wet and dry surfaces
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9. Non-contact speed measurement of liquids

  • Speed measurement of liquids
  • Speed measurement in different fields of depth of liquids
  • Calibratioon of  dynamic processes which can not be measured with tactile  devices
speed measurement in head box of paper machine
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10. Non-contact speed measurement in oil- and water mist

  • Portable calibration in wet and foggy environment
  • Calibration of dynamic processes which can not be measured by tactile devices
foggy and wet environment
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11. Non-contact speed measurement in rolling mills

  • Dynamic speed control in milling lines
  • Measurement of speed ration, elongation and shrinkage by differential speed detection
  • Detection of slippage by differential speed measurement

milling lines and metall production
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12. Non-contact elongation measurement by difference speed determination

  • Speed measurement calibration of production machines for proces optimization (elongation, shrinkage,...)
  • Measurement of elongation and shrinkage by detection of differential speed
differential speed measurement for elongation control
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13. Non-contact measurement of circumferential speed of chromium cylinders
  • Diameter independent measurement  of circumferential speed
  • Speed measurement despite mirrorlike  cylinder and roller surface
  • Portable detection of slippage by alternately measurement on cylinder and web material surface
  • Differential speed measurement
slippage detection by differential speed measurement
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14. Non-contact measurement of circumferential velocity of coated cylinders

  • Diameter independent measurement of circumferential speed
  • Speed measurement despite black shining, chrome plated or matt-finished cylinder surface
  • Portable detection of slippage by alternately measurement on roller / cylinder and on moved material surface
circumferential speed of black coated cylinders
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