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CHS CAPACITIVE HEIGHT SENSING SYSTEM
Part #: CHS-8000 To attain high quality cutting results, a precise control of the stand-off distance between the nozzle tip and the workpiece is required. The nozzle tip stand-off can be controlled within 0.01mm by using the CHS-8000 Capacitive Height Sensing System. The CHS-8000 measures the nozzle tip stand-off distance and converts the measurement into an analog output signal. After calibrating the system to three known stand-off distances, the on-board microprocessor digitally linearizes the analog output signal. Automatic calibration can be accomplished by a simple PMC-interface. Two channel technology allows the user to store two different calibration curves for different nozzle types. For use with conductive work surface. Non-conductive materials require a tactile adapter (TTA-3029-M8-AMX) in place of the capacitive height sensing nozzle. |
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CHS-8000 Features:
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CHS-8000 Specifications:
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| CHS-6000A-SC15 | Ultra-Low Noise Capacitive Sensor Cable Assembly. Triaxial Design. 15m length. BNC to SMA Connection. Additional configurations available. | |
| CHS-6000A-JB | Junction Box. Provides junction between Sensor Cable and Electrode Cable. SMA to MCX Connection. Additional configurations available. | |
| CHS-6000A-EC300
CHS-6000A-EC510 |
300mm Electrode Cable. Connects between Junction Box and Capacitive Nozzle Body. MCX to MCX Connection. Additional configurations available.
510mm Electrode Cable. Connects between Junction Box and Capacitive Nozzle Body. MCX to MCX Connection. Additional configurations available. |
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| NZL-3029-M8-AMX | Capacitive Nozzle Body for M8 Nozzle Tip. (Several designs available). | |
| TTA-3029-M8-AMX | Standard Tactile Adapter. (Several designs available). For use with non-conductive materials. |
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Laser Beam Bender l Laser Focus Head l Capacitive Height Sensing l Laser Head l Laser Beam Delivery l
Beam Delivery l Beam Expander l Fiber Laser l Laser Process Head l Fiber Laser Process Head
All rights reserved by Haas Laser Technologies, Inc. Copyright 2008 |