Attractions
Calibration is required in the process of controlling our equipment if we are to ensure the traceability of measurements.
With the help of etalon weights we verify the accuracy of our indication, eccentricity and repetability.
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Metrology solution - – from your request to the idea and a quality solution. With the accreditation of a laboratory we confirm the technical qualifications of the employees, equipment and procedures for inspecting the measurements and samples.
Measuring devices for roadworthiness test and car repair workshops
LUMITESTER
Devices for control of headlight functioning are calibrated:
- calibration deadline for lumitesters at roadworthiness test is 1 year.
Recommendation of manufacturers and repair shops:
- annual calibration of lumitesters.
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SPEEDOMETER
Measuring devices for monitoring wheel speed with engine are calibrated:
- calibration deadline for speedometers at roadworthiness tests is 1 year.
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MEASURING DEVICES FOR ACCELERATION AND DECELERATION
Measuring devices for measuring acceleration and deceleration are calibrated:
- calibration deadline for measuring devices for measuring acceleration and deceleration at roadworthiness tests is 1 year.
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SCALE
Measuring devices for measuring mass of motor vehicles are calibrated:
- calibration deadline for scales at roadworthiness tests is 1 year.
Requirement of Rules for certification of brake cylinder in car repair workshops is:
- performing scale calibration with procedure of certificating brake cylinder is every 3 years.
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FORCE - DYNAMOMETER
Measuring device for measuring force:
- Dynamometer for measuring force on the pedal.
- Dynamometer for measuring force on the inertia brake.
- Calibration deadline for dynamometers at roadworthiness tests is 1 year.
- Calibration deadline for inertia brake at roadworthiness tests is 2 years.
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SOUND LEVEL METER
Devices for measuring sound pressure – noise are calibrated:
- calibration deadline for sound level meters at roadworthiness tests is 1 year.
Recommendation of manufacturers and repair shops is:
- annual calibration of sound level meters.
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LENGTH AND ANGLE MEASURING DEVICES
This group of measuring devices includes:
- Measuring devices for measuring tire depth
- Vernier callipers
- Micrometers
- Dial gauges
- Calibers
- Protractors
- Linear scales.
At roadworthiness tests, length, caliber and angle measuring devices are calibrated:
- Calibration deadline for tire depth measuring device at roadworthiness tests is 1 year.
- Calibration deadline for other length, caliber and angle measuring devices at roadworthiness tests is 2 years.
Recommendation of manufacturers and repair shops is:
- annual calibration of measuring devices.
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TORQUE WRENCHES
This group of measuring devices includes torque wrenches:
- For vulcanization purposes.
- For car repair purposes.
- For industry purposes.
Torque wrenches for tightening bolts with proper torque are calibrated:
- annually, according to recommendations of manufacturers and repair shops.
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MONITORING ENVIRONMENT CONDITIONS
This group of measuring devices includes:
- Thermometers for measuring air temperature.
- Relative air humidity measuring devices.
- Air pressure measuring devices.
Recommendation of manufacturers and repair shops is:
- annual calibration of measuring devices.
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PRESSURE
This group of measuring devices includes:
- Manometers for measuring pressure in the brake system.
- Tire pressure measuring devices.
- Mechanic manometers, vacuum gauge, electric pressure converters…
Recommendation of manufacturers and repair shops is:
- annual calibration of measuring devices.
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SERVICE
- We provide service of measuring devices of all types.
- For you we obtain an authorized service person.
WHY PERFORM CALIBRATION OF MEASURING DEVICES
- Change in temperature, humidity, air pressure and other adverse factors influence the accuracy of devices, as well as operator’s work.
- Accuracy of measuring devices is not stable time-wise.
- Regular calibration ensures accurate and precise operation of measuring devices.
- Indication accuracy and reproducibility are verified by reference values.
Certificate, which you are provided with after each calibration, ensure measuring traceability of measuring devices with establishment and maintenance of quality systems (ISO certification), laboratory accreditation and is in accordance with requirements GMP, GLP and GCP.
CALIBRATION PERIOD
Calibration period is set in accordance with standards or recommendations for ensuring quality of measuring equipment SIST ISO 10012, ILAC-G24 / OIML D10.
DETAILED SCOPE OF ACCREDITATION
 | Annex to the Accreditation Certificate | LK-008 |
| Issued on | 15. junij 2011 | |
| Replaces Annex dated | 1. april 2011 | |
| Information on current accreditation status is available at: | www.sa.gov.si |
| In laboratory and on site |
| Measured quantity | Range | Best measuring capability BMC (k=2)* | Notes |
| 3 |
| TIME AND FREQUENCY |
| 3.2.3 |
| Tachometers |
| Speedometers |
| 10 to 70 km/h | 0,09 km/h | By comparison In laboratory and on-site |
| 4 |
| DIMENSIONAL QUANTITIES |
| 4.1 |
| Length |
| 4.1.2 |
| Length measuring devices |
| Guage block | 0,5 mm to 10 mm nad 10 mm to 125 mm nad 125 mm to 1000 mm | 70 nm 60 nm + 1· 10-6·L 100 nm + 1,6·10-6·L | By comparison | |
| Step gauges | 0 mm to 1000 mm | 1,25 μm + 5,5·10-5·L | Measuring area: < 100 mm x 100 mm | |
| Dial gauges | 0 mm to 100 mm | 0,4 μm + 2·10-5·L | In laboratory and on-site. On-site calibration only with load | |
| Tire depth gauges | 0 mm to 100 mm | 0,03 mm | In laboratory and on-site | |
| Electronic probes | 0 mm to 100 mm | 0,4 μm + 2·10-5·L | In laboratory and on-site Calibration on-site without evaluation of hysteresis | |
| Thickness gauges | 0 mm to 1000 mm | 0,2 μm + 6·10-6·L | Measuring area: < 100 mm x 100 mm | |
| Gap gauges | 0 mm to 1000 mm | 1,25 μm + 5,5·10-6·L | Measuring area: < 100 mm x 100 mm |
| 5 |
| MECHANICAL QUANTITIES |
| 5.1 |
| Force |
| Force transducers |
| > 1 N to 10 N 10 N to 100 N 100 N to 200 N 200 N to 400 N 400 N to 600 N 600 N to 1000 N 1000 N to 1500 N 1500 N to 2000 N 2000 N to 2500 N 2500 N to 5000 N | 0,011 N 0,11 N 0,11 N 0,11 N 0,12 N 0,13 N 1,1 N 1,1 N 1,2 N 3,5 N | By comparison In laboratory and on-site |
| 5.7 |
| Acceleration |
| Measuring devices for acceleration and deceleration |
| 0 ms-2 to 10 ms-2 | 0,03 ms-2 | By comparison In laboratory and on-siteIn laboratory and on-site |
| 8 |
| OPTICAL QUANTITIES |
| 8.3 |
| Optical systems’ properties |
| Regloscopes |
| 0 % to 5 % | 0,07 % | By comparison In laboratory and on-site |
WHY CHOOSE US
- Slovenian accreditation constantly audit our technical staff and equipment.
- Results of inter-laboratory comparisons show good work of the laboratory.
- We provide quick reaction time from order to service implementation.
- We strive to interfere with the work process as less as possible when providing service.
- Constant training of our staff enables us quality service.
- All of our measuring equipment has secured measuring traceability on national or international etalon.
- We inform you regularly on the date of next calibration.
- MeOL: electronic monitoring of measuring devices over the Internet.
- Trust of auditors and inspectors in our results.
- We are always available to provide information.
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