| Company name | Industrial Technology Centre |
|---|---|
| Company address | 200 – 78 Innovation Dr. Winnipeg, Manitoba R3T 6C2 |
| Contact | Tom Manson Telephone: 204-480-3333 Toll Free: 800-728-7933 Fax: 204-480-0345 Email: tmanson@itc.mb.ca |
| Clients served |
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| Fields of calibration |
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| Accreditation body |
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| ISO/IEC 17025 |
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This CLAS Certificate is published by the CLAS service of the National Research Council of Canada (NRC) in cooperation with the laboratory accreditation program of the accreditation body.
The accreditation body recognizes the capability of the named laboratory for being able to perform calibrations as per the listed Calibration and Measurement Capabilities with metrological traceability to the International System of Units (SI) or to standards acceptable to CLAS.
See supplementary notes.
Dimensional
| Type I Capability | ||
|---|---|---|
| Measured Quantity & Range or Instrument |
Expanded Measurement Uncertainty | Remarks |
| Dimensional | ||
| Steel gauge block, rectangular and square. length: | ||
| 0 in to 1 in | 4.6 µin | ANSI/ASME B89.1.2M, FED SPEC GGG-G-15C, T.O. 33K6-4-1-1, ISO 3650 |
| > 1 in to 4 in | (3.5 + 1.1L) µin (Note: L in 'inches') |
|
| > 4 in to 20 in | (2.3 + 2.4L) µin (Note: L in 'inches') |
|
| 0 mm to 25 mm | 0.117 µm | |
| > 25 mm to 100 mm | (0.089 + 0.0011L) µm (Note: L in 'millimetres') |
|
| > 100 mm to 508 mm | (0.058 + 0.0024L) µm (Note: L in 'millimetres') |
|
| Ceramic gauge block, rectangular and square. Length: | ||
| 0 in to 4 in | (4.9 + 0.8L) µin (Note: L in 'inches') |
ANSI/ASME B89.1.2M, FED SPEC GGG-G-15C, T.O. 33K6-4-1-1, ISO 3650 |
| 0 mm to 100 mm | (0.125 + 0.0008L) µm (Note: L in 'millimetres') |
|
| Chromium Carbide gauge block, rectangular and square. Length: | ||
| 0 in to 4 in | (5.3 + 0.6L) µin (Note: L in 'inches') |
ANSI/ASME B89.1.2M, FED SPEC GGG-G-15C, T.O. 33K6-4-1-1, ISO 3650 |
| 0 mm to 100 mm | (0.135 + 0.0006L) µm (Note: L in 'millimetres') |
|
| Gauge block, variation in length: | ||
| 0 in to 12 in | 1 µin | Parallelism of gauge blocks. ANSI/ASME B89.1.2M, FED SPEC GGG-G-15C, T.O. 33K6-4-1-1, ISO 3650 |
| 0 mm to 300 mm | 0.025 µm | |
| Cylindrical ring gauge, diameter: | ||
| 0 in to 21.01 in | (12 + 2L) µin (Note: L in 'inches') |
ANSI/ASME B89.1.6M |
| 0 mm to 534 mm | (0.31 + 0.002L) µm (Note: L in 'millimetres') |
|
| Cylindrical plug gauge, diameter: | ||
| 0 in to 21.01 in | (9 + 2L) µin (Note: L in 'inches') |
ANSI/ASME B89.1.5 |
| 0 mm to 534 mm | (0.23+ 0.002L) µm (Note: L in 'millimetres') |
|
| Thread wire, diameter: | ||
| 0 in to 1 in | 12 µin | ANSI/ASME B1.2-App.B (Unified), ANSI/ASME B1.16M-App.B (Metric) |
| 0 mm to 25 mm | 0.31 µm | |
| 60 degree thread plug gauge and thread setting plug gauge: | ||
| Pitch diameter (measured over thread wires) | ||
| 0 in to 1.5 in | 100 µin | ANSI/ASME B1.2, ANSI/ASME B1.3, ANSI/ASME B1.15 ANSI/ASME B1.16M, ANSI/ASME B1.22M, ISO 1502 The pitch diameter of a thread plug gauge is determined by measuring the diameter over thread wires inserted in the thread groove on opposite sides of the axis. The preferred term for this measurement is 'thread groove diameter'. Other names for this measurement are 'simple effective diameter' and 'simple pitch diameter'. |
| > 1.5 in to 6 in | 150 µin | |
| > 6 in to 12 in | 200 µin | |
| 0 mm to 35 mm | 2.5 µm | |
| > 35 mm to 150 mm | 3.8 µm | |
| > 150 mm to 300 mm | 5.1 µm | |
| Major diameter | ||
| 0 in to 12 in | (15 + 4.7L) µin (Note: L in 'inches') |
ANSI/ASME B1.2, ANSI/ASME B1.3, ANSI/ASME B1.15 ANSI/ASME B1.16M, ANSI/ASME B1.22M, ISO 1502 The pitch diameter of a thread plug gauge is determined by measuring the diameter over thread wires inserted in the thread groove on opposite sides of the axis. The preferred term for this measurement is 'thread groove diameter'. Other names for this measurement are 'simple effective diameter' and 'simple pitch diameter'. |
| 0 mm to 300 mm | (0.38 + 0.0047L) µm (Note: L in 'millimetres') |
|
| Type II Capability | ||
|---|---|---|
| Measured Quantity & Range or Instrument |
Expanded Measurement Uncertainty | Remarks |
| 60 degree adjustable thread ring gauge: | ||
| Set to thread setting plug | The adjustable thread ring gauge is set to the functional diameter of the thread setting plug | ANSI/ASME B1.2, ANSI/ASME B1.16M ITC Procedure CAL.013 |
| NPT/NPTF Thread plug and ring Standoff | ||
| 1/16 in to 2 in | 200 µin | ANSI/ASME B1.2, ANSI/ASME B1.16M ITC Procedure CAL.013 |
| Micrometer setting standard: | ||
| 0 in to 40 in | (9 + 2L) µin (Note: L in 'inches') |
CAN/CGSB-39.18, T.O. 33K6-4-369-1, ASME B89.1.13 ANSI/ASME B89.1.10M, R is the discernable resolution (for example 1/2, 1/4 or 1/5 of the graduation), Up to 4 inch travel Up to 100 mm travel |
| >40 in to 80 in | (35 + 3.2L) µin (Note: L in 'inches') |
|
| 0 mm to 1016 mm | (0.23 + 0.002L) µm (Note: L in 'millimetres') |
|
| >1016 mm to 2032 mm | (0.89 + 0.0032L) µm (Note: L in 'millimetres') |
|
| Indicators, Analog: | ||
| Inch, 0.00005 in graduation (Range: 0 in to 4 in) |
(10 + 1.2x10-6R) µin (Note: R in 'inches') |
CAN/CGSB-39.18, T.O. 33K6-4-369-1, ASME B89.1.13 ANSI/ASME B89.1.10M, R is the discernable resolution (for example 1/2, 1/4 or 1/5 of the graduation), Up to 4 inch travel Up to 100 mm travel |
| Metric, 0.001 mm graduation (Range: 0 mm to 100 mm) |
(0.25 + 1200R) µm (Note: R in 'millimetres') |
|
| Indicators, Digital: | ||
| Inch, 0.00001 in resolution (Range: 0 in to 4 in) |
(10 + 6.0x105R) µin (Note: R in 'inches') |
ANSI/ASME B89.1.10M, R is the resolution, Up to 4 inch travel |
| Metric, 0.0002 mm resolution (Range: 0 mm to 100 mm) |
(0.25 + 600R) µm (Note: R in 'millimetres') |
ANSI/ASME B89.1.10M, R is the resolution, Up to 100 mm travel |
| Micrometer: outside | ||
| 0 in to 6 in | (30 + 3L) µin (Note: L in 'inches') |
CAN/CGSB-39.18, T.O. 33K6-4-661-1, T.O. 33K6-4-15-1 |
| > 6 in to 60 in | (60 + 5L) µin (Note: L in 'inches') |
|
| 0 mm to 150 mm | (0.76 + 0.003L) µm (Note: L in 'millimetres') |
|
| > 150 mm to 1500 mm | (1.5 + 0.005L) µm (Note: L in 'millimetres') |
|
| Micrometer: inside | ||
| 0 in to 24 in | (160 + 8L) µin (Note: L in 'inches') |
CAN/CGSB-39.18, T.O. 33K6-4-661-1, T.O. 33K6-4-15-1 |
| > 24 in to 60 in | (150 + 6L) µin (Note: L in 'inches') |
|
| 0 mm to 600 mm | (4.1 + 0.008L) µm (Note: L in 'millimetres') |
|
| > 600 mm to 1500 mm | (3.8+ 0.006L) µm (Note: L in 'millimetres') |
|
| Micrometer: depth | ||
| 0 in to 24 in | (240 + 9L) µin (Note: L in 'inches') |
CAN/CGSB-39.18, T.O. 33K6-4-661-1, T.O. 33K6-4-15-1 |
| 0 mm to 600 mm | (6.1 + 0.009L) µm (Note: L in 'millimetres') |
|
| Caliper: outside | ||
| 0 in to 60 in | (290 + 5L) µin (Note: L in 'inches') |
CAN/CGSB-39-19 |
| 0 mm to 1500 mm | (7.4 + 0.005L) µm (Note: L in 'millimetres') |
|
| Caliper: inside | ||
| 0 in to 60 in | (300 + 5L) µin (Note: L in 'inches') |
CAN/CGSB-39-19 |
| 0 mm to 1500 mm | (7.6 + 0.005L) µm (Note: L in 'millimetres') |
|
| Caliper: depth | ||
| 0 in to 24 in | (300 + 6L) µin (Note: L in 'inches') |
CAN/CGSB-39-19 |
| 0 mm to 600 mm | (7.6 + 0.006L) µm (Note: L in 'millimetres') |
|
| Height gauge | ||
| 0 in to 40 in: | NAVAIR 17-20MD-17, FED SPEC GGG-G111C | |
| 0.0001 in resolution | (86 + 7L) µin (Note: L in 'inches') |
|
| 0.0005 in resolution | (295 + 7L) µin (Note: L in 'inches') |
|
| 0.001 in resolution | (580 + 7L) µin (Note: L in 'inches') |
|
| 0 mm to 1000 mm: | ||
| 0.001 mm resolution | (1.7 + 0.007L) µm (Note: L in 'millimetres') |
|
| 0.01 mm resolution | (6.0 + 0.007L) µm (Note: L in 'millimetres') |
|
| 0.02 mm resolution | (11.7 + 0.007L) µm (Note: L in 'millimetres') |
|
| Extensometer Displacement | ||
| 0.5 in to 8 in (up to 25 % strain) | 32L µin (Note: L in 'inches') |
ASTM E83 On-site calibration available. |
| Actuator Travel Displacement | ||
| 0 in to 24 in | 0.002 in | ASTM E2309 On-site calibration available. |
| Actuator Travel Speed | ||
| 0.01 in/min to 10 in/min | 0.25 % of reading | ASTM E2658 On-site calibration available. |
| Type III Capability | ||
|---|---|---|
| Measured Quantity & Range or Instrument |
Expanded Measurement Uncertainty | Remarks |
| Surface plate | ||
| 17 in to 161 in diagonal | Federal Specification GGG-P-463, On-site calibration available. D is the diagonal length | |
| Flatness | (30 + 0.8D) µin (Note: D in 'inches') |
|
| Repeat reading | 25 µin | |
Pressure
| Type II Capability | ||
|---|---|---|
| Measured Quantity & Range or Instrument |
Expanded Measurement Uncertainty | Remarks |
| Vacuum | ||
| -15 psi to 0 psi | 0.05 % of reading or ± 0.05 psi, whichever is greater | Gauge pressure, comparison to a reference pressure transducer or dead weight tester. ITC Procedure CAL.038 |
| Pressure | ||
| 0 psi to 300 psi | 0.05 % of reading or ± 0.05 psi, whichever is greater | Gauge pressure, comparison to a reference pressure transducer or dead weight tester. ITC Procedure CAL.038 |
| 300 psi to 3000 psi | 0.06 % of reading or ± 0.6 psi, whichever is greater | Gauge pressure, comparison to a reference pressure transducer or dead weight tester. ITC Procedure CAL.038 |
| 3000 psi to 10000 psi | 0.1 % of reading | Gauge pressure, comparison to a reference pressure transducer or dead weight tester. ITC Procedure CAL.038 |
Force
| Type II Capability | ||
|---|---|---|
| Measured Quantity & Range or Instrument |
Expanded Measurement Uncertainty | Remarks |
| Calibration of load cells | ||
| Tension | ||
| 0.06 lbf to 10 lbf | 0.01 lbf | Comparison to a reference load cell per ITC Procedure CAL.040. In place of the pound-force (lbf) unit, calibration or verification may be performed using the SI unit, the Newton (N). 1 lbf is equivalent to 4.448222N. Calibration in house to 270000 lbf. Calibration onsite in client load frame to 600000 lbf. |
| 1 lbf to 600000 lbf | 0.1 % of reading | |
| Compression | ||
| 0.06 lbf to 10 lbf | 0.01 lbf | Comparison to a reference load cell per ITC Procedure CAL.040. In place of the pound-force (lbf) unit, calibration or verification may be performed using the SI unit, the Newton (N). 1 lbf is equivalent to 4.448222N. Calibration in house to 270000 lbf. Calibration onsite in client load frame to 600000 lbf. |
| 1 lbf to 600000 lbf | 0.1 % of reading | |
| Calibration of force testing machines | ||
| Tension | ||
| 0.06 lbf to 10 lbf | 0.025 lbf | ASTM E4. 300 lbf, 2 klbf, 10 klbf, 60 klbf, 270 klbf, and 600 klbf standards. In place of the pound-force (lbf) unit, calibration or verification may be performed using the SI unit, the Newton (N). 1 lbf is equivalent to 4.448222 N. |
| 1 lbf to 600000 lbf | 0.25 % of reading over the Class A loading range of the standard | |
| Compression | ||
| 0.06 lbf to 10 lbf | 0.025 lbf | ASTM E4. 300 lbf, 2 klbf, 10 klbf, 60 klbf, 270 klbf, and 600 klbf standards. In place of the pound-force (lbf) unit, calibration or verification may be performed using the SI unit, the Newton (N). 1 lbf is equivalent to 4.448222 N. |
| 1 lbf to 600000 lbf | 0.25 % of reading over the Class A loading range of the standard | |
Mass
| Type II Capability | ||
|---|---|---|
| Measured Quantity & Range or Instrument |
Expanded Measurement Uncertainty | Remarks |
| Balances | ||
| Specific values: | Class of calibration weights is given below: | |
| 1 mg, 2 mg, 5 mg, 10 mg, 20 mg, 50 mg, 100 mg, 200 mg, 500 mg | 0.01 mg | ANSI/ASTM Class 1 On-site calibration available. |
| 1 g, 2 g, 5 g | 0.034 mg | |
| 10 g | 0.05 mg | |
| 20 g | 0.074 mg | |
| 50 g | 0.12 mg | |
| 100 g | 0.25 mg | |
| 200 g | 0.5 mg | |
| 500 g | 1.2 mg | |
| 1 kg | 2.2 mg | |
| 2 kg | 5 mg | |
| 5 kg | 12 mg | |
| 10 kg | 25 mg | |
| 0.05 oz | 1 mg | NIST Class F On-site calibration available. |
| 0.1 oz | 1.3 mg | |
| 0.2 oz | 1.6 mg | |
| 0.5 oz | 2.8 mg | |
| 1 oz | 5.4 mg | |
| 2 oz | 11 mg | |
| 4 oz | 23 mg | |
| 8 oz | 45 mg | |
| 1 lb | 70 mg | |
| 2 lb | 91 mg | |
| 5 lb | 227 mg | |
| 10 lb | 450 mg | |
| 50 lb | 2300 mg | |
| 100 lb | 4500 mg | |
| 500 lb | 23000 mg | |
Hardness
| Type III Capability | ||
|---|---|---|
| Measured Quantity & Range or Instrument |
Expanded Measurement Uncertainty | Remarks |
| Indirect verification of Brinell hardness testers | Governed by the uncertainty of the standardized test block used to perform the indirect verification | ASTM E10, ITC Procedure CAL.049, Standardized Test Blocks per ASTM E10 On-site calibration available. |
| Indirect verification of Rockwell hardness testers | Governed by the uncertainty of the standardized test block used to perform the indirect verification | ASTM E18, ITC Procedure CAL.050, Standardized Test Blocks per ASTM E18 On-site calibration available. |
| Indirect verification of Rockwell Superficial Hardness Testers | Governed by the uncertainty of the standardized test block used to perform the indirect verification | ASTM E18, ITC Procedure CAL.050, Standardized Test Blocks per ASTM E18 On-site calibration available. |
| Indirect verification of Knoop hardness testers | Governed by the uncertainty of the standardized test block used to perform the indirect verification | ASTM E384, ITC Procedure CAL.051, Standardized Test Blocks per ASTM E384 On-site calibration available. |
| Indirect verification of Vickers Macro hardness testers | Governed by the uncertainty of the standardized test block used to perform the indirect verification | ASTM E92, ITC Procedure CAL.051, Standardized Test Blocks per ASTM E384 On-site calibration available. |
| Indirect verification of Vickers Micro hardness testers | Governed by the uncertainty of the standardized test block used to perform the indirect verification | ASTM E384, ITC Procedure CAL.051, Standardized Test Blocks per ASTM E384 On-site calibration available. |
| Indirect verification of Portable hardness testers | Governed by the uncertainty of the standardized test block used to perform the indirect verification | ASTM E110, ITC Procedure CAL.052, Standardized Test Blocks per ASTM E110 On-site calibration available. |