Markham, Ontario L3R 0E2
- All interested parties.
- Internal Clients
- Flow
- Volume
- Standards Council of Canada (SCC)
- SCC file number: 151075
- First issued 2018-12-08
- Issue 4.0e 2025-01-15
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.
Flow
Liquid flow: Mass flow (water)
| Measured Quantity & Range or Instrument | Calibration and Measurement Capability expressed as an Uncertainty (±) (See supplementary notes) | Type of service | Remarks |
|---|---|---|---|
|
168 kg/min to 2200 kg/min |
00.19 % |
II |
Calibration of mass flow meter using Coriolis Transfer Standard Method to compare mass flow rate (TSM stand: Master Meters MM1, MM2, MM3 and Density Meter). Trillium procedure SWI 005. |
|
500 kg to 132000 kg |
0.19 % |
II |
Calibration of mass flow meter at flow rates between 168 kg/min to 2200 kg/min using Coriolis Transfer Standard Method to compare total mass (Batch). (TSM stand: Master Meters MM1, MM2, MM3 and Density Meter). Trillium procedure SWI 005. |
|
40 kg to 400 kg |
0.19 % |
II |
Calibration of mass flow meter at flow rates between 168 kg/min to 2200 kg/min using Small Volume Prover and Density Meter to compare total mass (Batch). Trillium procedure SWI 002. |
Liquid flow: Volumetric flow (water)
| Measured Quantity & Range or Instrument | Calibration and Measurement Capability expressed as an Uncertainty (±) (See supplementary notes) | Type of service | Remarks |
|---|---|---|---|
|
168 L/min to 2200 L/min |
0.17 % |
II |
Calibration of volume flow meter using Coriolis Transfer Standard Method to compare volume flow rate (TSM stand: Master Meters MM1, MM2, MM3). Trillium procedure SWI 005. |
|
500 L to 132000 L |
0.17 % |
II |
Calibration of volume flow meter at flow rates between 168 L/min to 2200 L/min using Coriolis Transfer Standard Method to compare total volume (Batch). (TSM stand: Master Meters MM1, MM2, MM3). Trillium procedure SWI 005. |
|
40 L to 400 L |
0.032 % |
II |
Calibration of volume flow meter at flow rates between 168 L/min to 2200 L/min using Small Volume Prover to compare total volume (Batch). Trillium procedure SWI 002. |
Gas flow: Volumetric flow (air)
| Measured Quantity & Range or Instrument | Calibration and Measurement Capability expressed as an Uncertainty (±) (See supplementary notes) | Type of service | Remarks |
|---|---|---|---|
|
0.125 SLPM to 100 SLPM |
0.83 % |
II |
Calibration of flow meter using dry piston gas flow prover (DryCal 800 System). Trillium procedures SWI 021 and SWI 022. |
|
100 SLPM to 500 SLPM |
0.88 % |
II |
Calibration of flow meter using dry piston gas flow prover (Definer-1020). Trillium procedures SWI 021 and SWI 022. |
Volume
Volume Measurement (water)
| Measured Quantity & Range or Instrument | Calibration and Measurement Capability expressed as an Uncertainty (±) (See supplementary notes) | Type of service | Remarks |
|---|---|---|---|
|
40 L |
0.021 % |
II |
Calibration of Small Volume Prover by waterdraw using a narrow neck volumetric standard. Trillium procedure SWI 009. |