🇨🇿 MSP - GLOBAL s.r.o. PL
Metrology & calibration
MSP - GLOBAL s.r.o. is a calibration laboratory accredited by ČIA under number 2286 (Dobrá, Czech Republic). Its accreditation scope covers 8 calibration items in the following areas: Metrology & calibration. Calibrated items include: – current loops, – Resistance sensors, – Type “K” thermocouples, Deformation and digital manometers, pressure transducers. Most frequently used calibration principles: Comparison with a reference simulator of el. quantities, Comparison with a reference thermometer in a dry block, Comparison with a reference thermometer in a dry block and in a hor….
At a glance
- Accreditation number: ČIA 2286
- Calibration items in scope: 8
- Types of calibrated items: 11
- Calibration principles used: 8
- City: Dobrá, Czech Republic
- Valid until: 28-08-2028
- Accreditation number
- 2286
- Accreditation body
- ČIA
- Address
- Dobrá 240, 739 51 Dobrá
- City
- Dobrá, Czech Republic
- Division
- Czeska Służba Wzorcująca
- Valid until
- 28-08-2028
What this laboratory calibrates (11)
- – current loops — 1 calibration item
- – Resistance sensors — 1 calibration item
- – Type “K” thermocouples — 1 calibration item
- Deformation and digital manometers, pressure transducers — 1 calibration item
- Electronic and mechanical scales with non-automatic function — 1 calibration item
- Indicating thermometers and temperature measuring chains — 1 calibration item
- Measuring chains – Simulation of electrical output signal: — 1 calibration item
- Micrometer calliper gauges division 1 µm and 10 µm — 1 calibration item
- Resistance thermometers Pt100 — 1 calibration item
- Slide gauges: division 0,01 mm and 0,02 mm, division 0,05 and 0,1 mm — 1 calibration item
- Torque / torque wrenches and screwdrivers — 1 calibration item
Calibration principles (8)
- Comparison with a reference simulator of el. quantities — 1 calibration item
- Comparison with a reference thermometer in a dry block — 1 calibration item
- Comparison with a reference thermometer in a dry block and in a horizontal furnace — 1 calibration item
- Comparison with a reference torque sensor — 1 calibration item
- Comparison with reference parallel gauge blocks — 1 calibration item
- Comparison with reference parallel gauge blocks and rings — 1 calibration item
- Direct loading with a reference weight — 1 calibration item
- gas: comparison with a reference digital pressure gauge; oil: comparison with a reference piston pressure gauge; water: comparison with a reference digital pressure gauge — 1 calibration item
Certificate information
- Certificate date
- 28.08.2023
Accreditation scope — calibration items (8)
| No. | Calibrated quantity / subject of calibration | Nominal range / parameters / CMC | Calibration principle | Calibration procedure | |
|---|---|---|---|---|---|
| Calibration items | |||||
| 1 | Slide gauges: division 0,01 mm and 0,02 mm, division 0,05 and 0,1 mm | Calibration – length 0 mm to 250 mm · CMC 30 µm CMC for the field of measured quantity: Length |
Comparison with reference parallel gauge blocks and rings | KBP 7.2, KBP 7.1 | |
| 2 | Micrometer calliper gauges division 1 µm and 10 µm | Calibration – length 0 mm to 300 mm · CMC 3 µm CMC for the field of measured quantity: Length |
Comparison with reference parallel gauge blocks | KBP 8 | |
| 3 | Electronic and mechanical scales with non-automatic function | Calibration – mass class F1 weight — 0 kg to 0,22 kg · CMC 1,4 mg class F1 weight — 0,22 kg to 1,6 kg · CMC 5,8 mg class F1 weight — 1,6 kg to 5 kg · CMC 42 mg class F1 weight — 5 kg to 10 kg · CMC 81 mg class F2 weight — 10 kg to 16 kg · CMC 0,13 g class F2 weight — 16 kg to 20 kg · CMC 1,2 g class M1 weight — 20 kg to 50 kg · CMC 3,2 g class M1 weight — 50 kg to 100 kg · CMC 6,3 g CMC for the field of measured quantity: Mass |
Direct loading with a reference weight | KBP 14.1, KBP 14.2 | |
| 4 | Torque / torque wrenches and screwdrivers | Calibration – force, mechanical tests 2 Nm to 1 100 Nm · CMC 1,4 % CMC for the field of measured quantity: Force, mechanical tests |
Comparison with a reference torque sensor | KBP 25 | |
| 5 | Deformation and digital manometers, pressure transducers | Calibration – pressure, mechanical stress gas — 0 kPa to 35 kPa · CMC 22 Pa gas — 35 kPa to 200 kPa · CMC 61 Pa gas — 200 kPa to 2 000 kPa · CMC 0,6 kPa oil — 1,2 MPa to 12 MPa · CMC 0,03 % water — 0 MPa to 60 MPa · CMC 0,07 MPa CMC for the field of measured quantity: Pressure, mechanical stress |
gas: comparison with a reference digital pressure gauge; oil: comparison with a reference piston pressure gauge; water: comparison with a reference digital pressure gauge | KBP 9, KBP 9.1, KBP 10 | |
| 6 | Resistance thermometers Pt100 | Calibration – temperature 0 °C to 200 °C · CMC 0,32 °C 200 °C to 400 °C · CMC 0,54 °C CMC for the field of measured quantity: Temperature |
Comparison with a reference thermometer in a dry block | KBP 5 | |
| 7 | Indicating thermometers and temperature measuring chains | Calibration – temperature 0 °C to 200 °C · CMC 0,32 °C 200 °C to 400 °C · CMC 0,54 °C 400 °C to 650 °C · CMC 2,1 °C 650 °C to 1 100 °C · CMC 2,8 °C CMC for the field of measured quantity: Temperature |
Comparison with a reference thermometer in a dry block and in a horizontal furnace | KBP 15 | |
| 8 | Measuring chains – Simulation of electrical output signal: – Type “K” thermocouples – Resistance sensors – current loops |
Calibration – temperature type “K” thermocouples — - 200 °C to 1000 °C · CMC 0,6 °C type “K” thermocouples — 1000 °C to 1100 °C · CMC 0,7 °C resistance sensors — - 200 °C to 200 °C · CMC 0,20 °C resistance sensors — 200 °C to 600 °C · CMC 0,34 °C resistance sensors — 600 °C to 850 °C · CMC 0,50 °C current loops — 0 mA to 4 mA · CMC 3 µA current loops — 4 mA to 12 mA · CMC 6 µA current loops — 12 mA to 25 mA · CMC 8 µA CMC for the field of measured quantity: Temperature |
Comparison with a reference simulator of el. quantities | KBP 4.1 | |
Reference standards (12)
KBP 10
KBP 14.1
KBP 14.2
KBP 15
KBP 25
KBP 4.1
KBP 5
KBP 7.1
KBP 7.2
KBP 8
KBP 9
KBP 9.1