MCV-2002
Linear, Angular and Flatness Calibration
OPTODYNE'S MCV-2002 Linear and Angular Machine Calibration Instrument calibrates CNC machine tools, CMM's
(Coordinate Measuring Machines), and other precision measurement machines and stages. Angular, straightness and flatness measurements can be made
"on-the-fly". The unique dual beam design provides a rapid means to measure the surface flatness of surface plates, optical tables, machine tools, and
bearing guides.
MAJOR FEATURES AND BENEFITS:
• Simultaneous linear and angular data collection
• Compact and light-weight
• Easy to align and set-up
• Automatic data collection
• NIST traceable laser accuracy
• Long range and high speed
• No tripod and no interferometer
• On-the-fly measurement capability (Via Displacement)
• WINDOWS or DOS software
• Automatic compensation for environmental factors
• NMTBA, VDI, ISO and BS standards
• Simultaneous linear and angular data collection
• Compact and light-weight
• Easy to align and set-up
• Automatic data collection
• NIST traceable laser accuracy
• Long range and high speed
• No tripod and no interferometer
• On-the-fly measurement capability (Via Displacement)
• WINDOWS or DOS software
• Automatic compensation for environmental factors
• NMTBA, VDI, ISO and BS standards
MAJOR APPLICATIONS:
• Calibration of surface plates
• Calibration of CNC machine tools
• Calibration of CMM's
• Check pitch and yaw angles of linear machines and XY-tables
• Measuring straightness of machine motion
• Calibration of surface plates
• Calibration of CNC machine tools
• Calibration of CMM's
• Check pitch and yaw angles of linear machines and XY-tables
• Measuring straightness of machine motion
Specifications:
The MCV-2002 Machine Calibration System features an environmental compensation sensor, which automatically adjusts the collected data for atmospheric temperature, barometric pressure and thermal expansion of the material of the axis being calibrated.
The Windows or DOS software package included in the MCV-2002 enables the user to collect and store measurements. Using the Moody method, flatness data can be converted into a surface height map. Straightness plots can also be calculated from angular data.
The MCV-2002 Machine Calibration System features an environmental compensation sensor, which automatically adjusts the collected data for atmospheric temperature, barometric pressure and thermal expansion of the material of the axis being calibrated.
The Windows or DOS software package included in the MCV-2002 enables the user to collect and store measurements. Using the Moody method, flatness data can be converted into a surface height map. Straightness plots can also be calculated from angular data.
CONFIGURATION:
Dual beam laser head |
L-104
|
Processor module with RS-232 Interface |
P-210
|
Dual retroreflector |
R-103
|
Alignment kit (flatness and angle) |
LD-32
|
Adapter platform for DB |
LD-14DB
|
Surface flatness kit |
LD-24
|
12 ft. cable set |
LD-21L
|
Linear calibration program |
W-102
|
Angular measurement program |
W-103
|
Surface flatness measurement program |
W-104
|
Automatic Temperature Compensation |
IATC
|
90° beam bender & adaptor |
LD-15A |
Magnetic base |
LD-03 |
OPTIONS:
Carrying case |
LD-20C |
Surface plate straight edge |
LD-43 |
Notebook Computer |
LTC 10 |
Digit LED Display |
D-101 |
CAPABILITY:
Laser Stability |
0.1 ppm |
Linear Accuracy |
1 ppm (typical) |
Angular Accuracy |
± 2% |
Angular Resolution |
1 microradian /0.2 arcsec |
Flatness Resolution |
1 microinch |
Max Angular Sweep |
± 10 degrees |
Max Distance |
33 feet linear, 16 feet angular; option: 66 feet/33 feet |
Slew Rate |
72 ips |
Power |
90 to 230 VAC, 50 to 60 Hz |