QC-500 One-day Quick Check Laser Calibration System
QC-500 One-day Quick Check Laser Calibration System
- Compact and lightweight design for easy transport and setup.
- Automatic data collection with NIST traceable laser accuracy.
- Operates without the need for a tripod or interferometer.
- Includes Windows™ software and USB interface.
- Supports VDI, ISO, and ASME B5.54 standards.
- Measures displacement, straightness, and squareness errors in four simple setups.
- Non-contact contouring measurements with variable radius.
- Automatically generates pitch and straightness error compensation files.
- Measures absolute radius, feed-rate, and acceleration of circular contours.
- Configuration includes a single aperture laser head, retro-reflector, magnetic base, flat-mirror target, and more.
- Power requirements: 90 to 230 VAC, 50 to 60 Hz.
- Laser stability: ±0.05 ppm; System accuracy: ±0.5 ppm.
- Resolution: ±0.5 microinch (0.005 µm); Range: 50 ft. (15 meters).
- Volumetric calibration range up to 40"x40"x40" (1 cubic meter).
- Measures 3 displacement errors, 6 straightness errors, and 3 squareness errors.
- Circular contouring test data rate: 1-1000 data/sec, max data points: 10,000, radius: 0.01" to 3".
Catalog excerpts
Laser Doppler Displacement Meter One-day Quick Check Laser Calibration system
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Optodyne's QC-500 compact one-day quick-check laser calibration system is designed to perform machine tool calibration based on the ASME B5.54 standard. The oneday quick-check laser system provides a full comprehensive measurement of linear, volumetric and contouring performance in accordance with the standard and the ISO 9000 requirements. The one-day quick-check system, based on the patented Laser Doppler Displacement Meter (LDDM™) technology, the Vector measurement technique (patent pending) and the Laser/ballbar technique (patent pending), is designed for easy setup and operation. The basic...
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Specifications The QC-500 One-day Quick-check Calibration System features single aperture optical arrangement. Using a flat-mirror as the target, it can perform the "Vector" m easurement to obtain the volumetric positioning e rrors. With the USB interface, it can perform the non-contact circular contouring measurement to obtain the dynamic positioning errors. For a CNC machine with a working volume of 1 cubic meter, both the static volumetric positioning errors and the dynamic circular contouring errors can be measured in one-day. A diagnosis of Circular contour A polar plot of Circular contour...
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QC-500 Configuration Single aperture laser head 0.5" diameter retro-reflector Magnetic base 12 ft. cable set Flat-mirror target 3"x4" (75 x 100 mm) Optical adapter Steering mirror Processor module w/RS-232 interface Windows™ software (SD and LB) Adapter platform Automatic temperature compensation Flat-mirror target 6"(150 mm) Magnetic base and post Capability Laser stability System accuracy Resolution Range Slew rate Volumetric calibration up to 40"x40"x40" (1 cubic meter) Range Measurement 3 displacement errors, 6 straightness errors and 3 squareness errors Accuracy Limited by machine repeatability...
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