🇨🇿 TÜV SÜD Czech s.r.o. PL

ČIA 2405 • Mladá Boleslav, Czech Republic • 17 calibration items

Metrology & calibration

TÜV SÜD Czech s.r.o. is a calibration laboratory accredited by ČIA under number 2405 (Mladá Boleslav, Czech Republic). Its accreditation scope covers 17 calibration items in the following areas: Metrology & calibration. Calibrated items include: Mechanical and electromechanical manometers, Acceleration of linear mechanical vibrations of harmonic wave form…, Angular velocity of the vibration-rotation harmonic waveform / Angu…, Belt motion sensors. Most frequently used calibration principles: comparison with a standard acceleration sensor, comparison with a standard angular velocity sensor, direct measurement.

At a glance

Accreditation number: ČIA 2405
Calibration items in scope: 17
Types of calibrated items: 16
Calibration principles used: 14
City: Mladá Boleslav, Czech Republic
Valid until: 05-02-2029

Accreditation number: 2405
Accreditation body: ČIA
Address: UNO TECHNOLOGY PARK Bezděčín, Hala H1a, č.p. 108, 293 01 Mladá Boleslav
City: Mladá Boleslav, Czech Republic
Division: Laboratorium wzorcujące
Valid until: 05-02-2029

What this laboratory calibrates (16)

Mechanical and electromechanical manometers — 2 calibration items
Acceleration of linear mechanical vibrations of harmonic wave form / Vibration sensors, vibrometers, vibration calibrators, vibration generators — 1 calibration item
Angular velocity of the vibration-rotation harmonic waveform / Angular velocity sensors — 1 calibration item
Belt motion sensors — 1 calibration item
Frequency measurement, frequency generators, digital speed cameras, synchronization boxes, time bases for measuring instruments and systems, counters and frequency meters — 1 calibration item
Meters and sensors of half-sine wave mechanical shock acceleration — 1 calibration item
Revolution counters, rpm sensors, stroboscopes — 1 calibration item
Sensitivity of angular velocity sensors — 1 calibration item
Sensitivity of vibration sensors and vibrometers — 1 calibration item
Sensors of distance and position — 1 calibration item
Sensors of position and inclinometers — 1 calibration item
Speedometers with a rolling wheel — 1 calibration item
Speedometers, GPS and radar speedometers, speed sensors — 1 calibration item
Time interval / stopwatches, timers and other chronometers — 1 calibration item
Transmission of amplifiers, filters and vibrometers — 1 calibration item
and 1 more

Calibration principles (14)

comparison with a standard acceleration sensor — 2 calibration items
comparison with a standard angular velocity sensor — 2 calibration items
direct measurement — 2 calibration items
comparison with a calibration jig — 1 calibration item
comparison with a digital inclinometer or rotary index table — 1 calibration item
comparison with a digital pressure gauge — 1 calibration item
comparison with a height gauge — 1 calibration item
comparison with a piston pressure gauge — 1 calibration item
comparison with a standard counter — 1 calibration item
comparison with a vibration standard — 1 calibration item
comparison with distance and time standard — 1 calibration item
direct generation of circumferential velocity — 1 calibration item
direct measurement of an optical or electrical signal — 1 calibration item
direct measurement with a standard counter — 1 calibration item

Certificate information

Certificate date: 02.07.2025

Accreditation scope — calibration items (17)

CMC — lowest stated expanded measurement uncertainty (ILAC-P14, EA-4/02 M); if not stated otherwise, coverage probability approx. 95 % and values without a unit are relative to the measured value. The uncertainty of a specific calibration may be higher.

No.	Calibrated quantity / subject of calibration	Nominal range / parameters / CMC	Calibration principle	Calibration procedure
Calibration items
1	Sensors of distance and position	Calibration – length 0 mm to 300 mm · CMC 0,04 mm 300 mm to 1500 mm · CMC 0,30 mm CMC for the field of measured quantity: Length	comparison with a height gauge	I540 – 068 – 10
2	Belt motion sensors	Calibration – length -400 mm to 400 mm · CMC (0,2·L + 0,40) mm CMC for the field of measured quantity: Length	comparison with a calibration jig	I540 – 068 – 10
3	Sensors of position and inclinometers	Calibration – plane angle 0 ° to 360 ° · CMC 0,02° CMC for the field of measured quantity: Plane angle	comparison with a digital inclinometer or rotary index table	I540 – 068 – 10
4	Meters and sensors of half-sine wave mechanical shock acceleration	Calibration – mechanical motion 100 m·s⁻² to 1471 m·s⁻² · CMC 1,0 % 1471 m·s⁻² to 2000 m·s⁻² · CMC 1,5 % 2000 m·s⁻² to 40000 m·s⁻² · CMC 1,8 % CMC for the field of measured quantity: Mechanical motion	comparison with a standard acceleration sensor	I 540 – 068 – 43
5	Acceleration of linear mechanical vibrations of harmonic wave form / Vibration sensors, vibrometers, vibration calibrators, vibration generators	Calibration – mechanical motion 5 Hz to 10 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 2,0 % 10 Hz to 20 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 1,0 % 20 Hz to 80 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 0,75 % 80 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 0,5 % 80 Hz to 1000 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 0,75 % 1000 Hz to 5000 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 1,0 % 5000 Hz to 10000 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 2,0 % CMC for the field of measured quantity: Mechanical motion	comparison with a standard acceleration sensor	I 540 – 068 – 45
6	Sensitivity of vibration sensors and vibrometers	Calibration – mechanical motion 5 Hz to 10 Hz — 0,01 mV/(m·s⁻²) to 10000 mV/(m·s⁻²) · CMC 2,0 % 10 Hz to 20 Hz — 0,01 mV/(m·s⁻²) to 10000 mV/(m·s⁻²) · CMC 1,0 % 20 Hz to 80 Hz — 0,01 mV/(m·s⁻²) to 10000 mV/(m·s⁻²) · CMC 0,75 % 80 Hz — 0,01 mV/(m·s⁻²) to 10000 mV/(m·s⁻²) · CMC 0,5 % 80 Hz to 1000 Hz — 0,01 mV/(m·s⁻²) to 10000 mV/(m·s⁻²) · CMC 0,75 % 1000 Hz to 5000 Hz — 0,01 mV/(m·s⁻²) to 10000 mV/(m·s⁻²) · CMC 1,0 % 5000 Hz to 10000 Hz — 0,01 mV/(m·s⁻²) to 10000 mV/(m·s⁻²) · CMC 2,0 % 5 Hz to 10 Hz — 0,01 pC/(m·s⁻²) to 1000 pC/(m·s⁻²) · CMC 2,0 % 10 Hz to 20 Hz — 0,01 pC/(m·s⁻²) to 1000 pC/(m·s⁻²) · CMC 1,0 % 20 Hz to 80 Hz — 0,01 pC/(m·s⁻²) to 1000 pC/(m·s⁻²) · CMC 0,75 % 80 Hz — 0,01 pC/(m·s⁻²) to 1000 pC/(m·s⁻²) · CMC 0,5 % 80 Hz to 1000 Hz — 0,01 pC/(m·s⁻²) to 1000 pC/(m·s⁻²) · CMC 0,75 % 1000 Hz to 5000 Hz — 0,01 pC/(m·s⁻²) to 1000 pC/(m·s⁻²) · CMC 1,0 % 5000 Hz to 10000 Hz — 0,01 pC/(m·s⁻²) to 1000 pC/(m·s⁻²) · CMC 2,0 % 5 Hz to 10 Hz — 0,01 mV/(m·s⁻¹) to 10000 mV/(m·s⁻¹) · CMC 2,0 % 10 Hz to 20 Hz — 0,01 mV/(m·s⁻¹) to 10000 mV/(m·s⁻¹) · CMC 1,0 % 20 Hz to 80 Hz — 0,01 mV/(m·s⁻¹) to 10000 mV/(m·s⁻¹) · CMC 0,75 % 80 Hz — 0,01 mV/(m·s⁻¹) to 10000 mV/(m·s⁻¹) · CMC 0,5 % 80 Hz to 1000 Hz — 0,01 mV/(m·s⁻¹) to 10000 mV/(m·s⁻¹) · CMC 0,75 % 1000 Hz to 5000 Hz — 0,01 mV/(m·s⁻¹) to 10000 mV/(m·s⁻¹) · CMC 1,0 % 5000 Hz to 10000 Hz — 0,01 mV/(m·s⁻¹) to 10000 mV/(m·s⁻¹) · CMC 2,0 % 5 Hz to 10 Hz — 0,01 mV/m to 10000 mV/m · CMC 2,0 % 10 Hz to 20 Hz — 0,01 mV/m to 10000 mV/m · CMC 1,0 % 20 Hz to 80 Hz — 0,01 mV/m to 10000 mV/m · CMC 0,75 % 80 Hz — 0,01 mV/m to 10000 mV/m · CMC 0,5 % 80 Hz to 1000 Hz — 0,01 mV/m to 10000 mV/m · CMC 0,75 % 1000 Hz to 5000 Hz — 0,01 mV/m to 10000 mV/m · CMC 1,0 % 5000 Hz to 10000 Hz — 0,01 mV/m to 10000 mV/m · CMC 2,0 % CMC for the field of measured quantity: Mechanical motion	comparison with a vibration standard	I 540 – 068 – 45
7	Transmission of amplifiers, filters and vibrometers	Calibration – mechanical motion 0,2 Hz to 1 Hz — 0,001 mV/pC to 10000 mV/pC · CMC 0,5 % 1 Hz to 5000 Hz — 0,001 mV/pC to 10000 mV/pC · CMC 0,4 % 5000 Hz to 10000 Hz — 0,001 mV/pC to 10000 mV/pC · CMC 0,4 % 10000 Hz to 20000 Hz — 0,001 mV/pC to 10000 mV/pC · CMC 0,6 % 20000 Hz to 50000 Hz — 0,001 mV/pC to 10000 mV/pC · CMC 1,0 % 0,2 Hz to 1 Hz — 0,001 V/V to 1000 V/V · CMC 0,4 % 1 Hz to 20000 Hz — 0,001 V/V to 1000 V/V · CMC 0,3 % up to 50000 Hz — 0,001 V/V to 1000 V/V · CMC 1,0 % CMC for the field of measured quantity: Mechanical motion	direct measurement	I 540 – 068 – 45
8	Vibration measurement / Vibration generators	Calibration – mechanical motion 5 Hz to 10 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 2,0 % 10 Hz to 20 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 1,0 % 20 Hz to 80 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 0,75 % 80 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 0,5 % 80 Hz to 1000 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 0,75 % 1000 Hz to 5000 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 1,0 % 5000 Hz to 10000 Hz — 0,1 m·s⁻² to 295 m·s⁻² · CMC 2,0 % CMC for the field of measured quantity: Mechanical motion	direct measurement	I 540 – 068 – 45
9	Speedometers, GPS and radar speedometers, speed sensors	Calibration – mechanical motion distance standard — 5 km·h⁻¹ to 180 km·h⁻¹ · CMC 0,02 % measured distance — 20 km·h⁻¹ to 130 km·h⁻¹ · CMC 0,04 % CMC for the field of measured quantity: Mechanical motion	comparison with distance and time standard	I 540 – 068 – 29
10	Speedometers with a rolling wheel	Calibration – mechanical motion 2 m·min⁻¹ to 100 m·min⁻¹ · CMC 0,1 % + 0,01 m·min⁻¹ CMC for the field of measured quantity: Mechanical motion	direct generation of circumferential velocity	I 540 – 068 – 05
11	Revolution counters, rpm sensors, stroboscopes	Calibration – mechanical motion 500 min⁻¹ to 10 000 min⁻¹ · CMC 0,006 min⁻¹ 10 000 min⁻¹ to 100 000 min⁻¹ · CMC 0,06 min⁻¹ CMC for the field of measured quantity: Mechanical motion	direct measurement of an optical or electrical signal	I 540 – 068 – 05
12	Angular velocity of the vibration-rotation harmonic waveform / Angular velocity sensors	Calibration – mechanical motion 1 Hz to 200 Hz — 0,01 rad·s⁻¹ to 87,3 rad·s⁻¹ · CMC 1,5 % CMC for the field of measured quantity: Mechanical motion	comparison with a standard angular velocity sensor	I 540 – 068 – 45
13	Sensitivity of angular velocity sensors	Calibration – mechanical motion 1 Hz to 200 Hz — 0,001 mV/(rad·s⁻¹) to 10000 mV/(rad·s⁻¹) · CMC 1,5 % CMC for the field of measured quantity: Mechanical motion	comparison with a standard angular velocity sensor	I 540 – 068 – 45
14	Mechanical and electromechanical manometers	Calibration – pressure, mechanical stress gas — -95 kPa to 0 kPa · CMC 0,1 kPa gas / liquid — 0 MPa to 0,7 MPa · CMC 0,03 % + 0,08 kPa gas / liquid — 0,7 MPa to 3,5 MPa · CMC 0,03 % + 0,4 kPa gas / liquid — 3,5 MPa to 7 MPa · CMC 0,03 % + 0,8 kPa gas / liquid — 7 MPa to 20 MPa · CMC 0,03 % + 2,3 kPa CMC for the field of measured quantity: Pressure, mechanical stress	comparison with a digital pressure gauge	I540 – 068 – 3
15	Mechanical and electromechanical manometers	Calibration – pressure, mechanical stress oil — 0 MPa to 6 MPa · CMC 3,5 kPa oil — 6 MPa to 60 MPa · CMC 0,06 % CMC for the field of measured quantity: Pressure, mechanical stress	comparison with a piston pressure gauge	I540 – 068 – 3
16	Frequency measurement, frequency generators, digital speed cameras, synchronization boxes, time bases for measuring instruments and systems, counters and frequency meters	Calibration – time, frequency 1 Hz to 1 MHz · CMC 2,3·10⁻⁷ Hz CMC for the field of measured quantity: Time, frequency	direct measurement with a standard counter	I 540 – 068 – 44
17	Time interval / stopwatches, timers and other chronometers	Calibration – time, frequency 1 ms to 1000 ms · CMC 1,0·10⁻⁵ s 1 s to 10800 s · CMC 6,0·10⁻⁴ s CMC for the field of measured quantity: Time, frequency	comparison with a standard counter	I 540 – 068 – 02

Reference standards (8)

I 540 – 068 – 02

I 540 – 068 – 05

I 540 – 068 – 29

I 540 – 068 – 43

I 540 – 068 – 44

I 540 – 068 – 45

I540 – 068 – 10

I540 – 068 – 3

The same scope as data (JSON): https://labcoda.pl/api/accreditation-scopes/labs/CZ/2405