NIST Traceability Masters and Setting Gages
from Pratt & Whitney Measurement Systems, Inc.
If a large direct reading range is important to you, choose the Lab micrometer measuring system. Designed for gage calibration laboratories requiring precise internal and external measurements over long lengths. It's popular with aerospace and defense contractors because of its robust design. Common... [See More]
- Type: Gage Block; Pin or Plug Gage; Ring Gage
- Range or Size: 0.0 to 64
- Measurement Scale / Units: English; Metric
- Steps / Increments: 1.00E-7
from TruPosition
The selected measurement instrument (LMI 200, Digital Indicator, etc..) once turned on is inserted into the 3rd axis probe body and locked in. Insert 3rd axis probe into the Verification Master. The reading on the measurement instrument should be “.00 +/-.01 mm ”. If readings beyond... [See More]
- Features: NIST Traceability
from Edmunds Gages
Special marking available, see manufacturer for details [See More]
- Measurement Scale / Units: English (optional feature); Metric (optional feature)
- Features: Calibration Certificate (optional feature); NIST Traceability
- Range or Size: 0.1500 to 0.2300
from TruPosition
The selected measurement instrument (LMI 200, Digital Indicator, etc..) once turned on is inserted into the 3rd axis probe body and locked in. Insert 3rd axis probe into the Verification Master. The reading on the measurement instrument should be “.00 +/-.01 mm ”. If readings beyond... [See More]
- Features: NIST Traceability
from TruPosition
The selected measurement instrument (LMI 200, Digital Indicator, etc..) once turned on is inserted into the 3rd axis probe body and locked in. Insert 3rd axis probe into the Verification Master. The reading on the measurement instrument should be “.00 +/-.01 mm ”. If readings beyond... [See More]
- Features: NIST Traceability
from TruPosition
The selected measurement instrument (LMI 200, Digital Indicator, etc..) once turned on is inserted into the 3rd axis probe body and locked in. Insert 3rd axis probe into the Verification Master. The reading on the measurement instrument should be “.00 +/-.01 mm ”. If readings beyond... [See More]
- Features: NIST Traceability
from TruPosition
The selected measurement instrument (LMI 200, Digital Indicator, etc..) once turned on is inserted into the 3rd axis probe body and locked in. Insert 3rd axis probe into the Verification Master. The reading on the measurement instrument should be “.00 +/-.01 mm ”. If readings beyond... [See More]
- Features: NIST Traceability
from TruPosition
Description: The CM1.00 Certification Master is used to check and certify the accuracy of the TruPosition Probe. If you have a calibration system and want to maintain files on your TruPosition Probes, then the CM1.00 Certification Master is the best and quickest way to check calibration. CM1.00. The... [See More]
- Features: NIST Traceability
from TruPosition
Description: The CM1.25 Certification Master is used to check and certify the accuracy of the TruPosition Probe. If you have a calibration system and want to maintain files on your TruPosition Probes, then the CM1.25 Certification Master is the best and quickest way to check calibration. CM1.25. The... [See More]
- Features: NIST Traceability
from TruPosition
Description: The TruPosition Probe has two electronic devices called “potentiometers ”, (one for “A ” axis and one for “B ” axis). These potentiometers have to be calibrated with the data collector being used with the Probe. The calibration process gives accuracy... [See More]
- Features: NIST Traceability
from TruPosition
Description: The TruPosition Probe has two electronic devices called “potentiometers ”, (one for “A ” axis and one for “B ” axis). These potentiometers have to be calibrated with the data collector being used with the Probe. The calibration process gives accuracy... [See More]
- Features: NIST Traceability