CALIBRATION REPORT FOR COORDINATE MEASURING MACHINE

Transcription

1 CALIBRATION REPORT FOR COORDINATE MEASURING MACHINE Customer Information: Machine Information: Chad Richardson Precision Measuring Name: Inc Machine Serial No: Address: 1492 Maple Grove Church Road Machine Type: Global_Classic City: Mount Airy Machine Size: 9208 State: NC Probehead Type: TESASTAR-M Test Information: Certificate Date: 11/01/2012 Probe Type: PROBE_TP20 Engineer: Darryl Haynes Probe Serial No: R35050 B/L Number: Work Instruction No: HWI Engineers Temp Gage Cert: Test Method: American National Standard ASME B89,4,1b-2001 It is hereby certified that the above-described machine has been tested onsite per the American National Standard ASME B89,4,1b-2001 test method per ISO and ANSI Z540 and conforms to the original manufacturer's specifications that are traceable to NIST. Records of traceability are on file and available for review. Findings: Contracted Service, Minor adjustments to squareness were performed Environmental Conditions: Max Standard Ambient Temperature ( C):22 Meets Factory Specification Min Standard Ambient Temperature ( C):18 Meets Factory Specification Spatial Thermal Gradient ( C/meter):1 Max Recorded Temperature ( C):21.9 Min Recorded Temperature ( C):19.6 Meets Factory Specification Signed by: Darryl Haynes Date:11/01/2012 Page 1of 10

2 B89 Repeatability, (as derived from B b, Section 5.3).* Calibration Results: Uncertainty ±0.2 (µm) Axis Factory Specification Measured Range X 2.2 (µm) 0.45 (µm) Meets Factory Specification Y 2.2 (µm) 0.75 (µm) Meets Factory Specification Z 2.2 (µm) 0.65 (µm) Meets Factory Specification Calibration Data: Position X Deviation (µm) Y Deviation (µm) Z Deviation (µm) Diameter B89 Repeat Page 2of 10

3 B89 Volumetric Performance, Measurement Uncertainty (as derived from B b, Section 5.5.2).* Calibration Results:Meets Factory Specification Factory Specification : 11.0 (µm) Ballbar Gage Control No : GC_14060 Results : 4.33 (µm) Ballbar Gage Cert No : GS_14060 No of Bar Positions : 25 Ballbar Gage Due Date : 02/08/2013 Uncertainty : ±0.6 (µm/m) Nominal Bar Length :749.8 Calibration Data: Bar Position Measured Length Range (µm) Dev'n to Mean (µm) Page 3of 10

4 B89 Volumetric Performance, Measurement Uncertainty (as derived from B b, Section 5.5.2).* Calibration Data (Continued): Bar Position Measured Length Range Dev'n to Mean B89 Volumetric Page 4of 10

5 Calibration Results: Linear Displacement Accuracy = Maximum spread of mean differences over 3 runs Uncertainty Method:None Axis Factory Specification Uncertainty (µm) Measured Range (µm) Gage X L/ Serial No:GC_13619 Cert No:13619 Meets Factory Specification Due Date:10/14/2013 Calibration Data: X X X X X X X X X X X X X X X X X Page 5of 10

6 Calibration Data (Continued): B89 Lda X Page 6of 10

7 Calibration Results: Linear Displacement Accuracy = Maximum spread of mean differences over 3 runs Uncertainty Method:None Axis Factory Specification Uncertainty (µm) Measured Range (µm) Gage Y L/ Serial No:GC_13619 Cert No:13619 Meets Factory Specification Due Date:10/14/2013 Calibration Data: Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Page 7of 10

8 Calibration Data (Continued): Y Y Y Y Y Y Y Y Y Y Y Y Y B89 Lda Y Page 8of 10

9 Calibration Results: Linear Displacement Accuracy = Maximum spread of mean differences over 3 runs Uncertainty Method:None Axis Factory Specification Uncertainty (µm) Measured Range (µm) Gage Z L/ Serial No:GC_13619 Cert No:13619 Meets Factory Specification Due Date:10/14/2013 Calibration Data: Z Z Z Z Z Z Z Z Z Z Z Z Z Z Page 9of 10

10 Calibration Data (Continued): B89 Lda Z Page 10of 10