Pentronic AB

Accreditation no: 0076

Org no:: 556042-5141
Phone:: 0490-25 85 00
Postal and visiting address:: Box 36, 593 21 Västervik · Show on map

Business unit

Karlstad (ID 002) Västervik, Gunnebo (ID 001)

Calibration, SS-EN ISO/IEC 17025:2018

Latest decision date: 2021-03-26

Electricity and Magnetism
Mätstorhet	Metod/procedur	Produkt/objekt	Parameter/Egenskaper	Utvidgad mätosäkerhet ±	Mätområde/mätnivå	Business unit
Current	Inhouse method; 1.31, edition 1.3	Current showing	DC	400mA	2 – 20mA
Current	Inhouse method; 1.31, edition 1.3	Current showing	DC	40mA	0,001 – 2mA

Temperature
Mätstorhet	Metod/procedur	Produkt/objekt	Parameter/Egenskaper	Utvidgad mätosäkerhet ±	Utrustning/Mätprincip	Mätområde/mätnivå	Business unit
Temperature	Inhouse method; 2.50 utg 2.0	Resistance thermometer	Resistance	0,0016 °C	Water	0,01 °C
Temperature	Inhouse method; 2.50 utg 2.0	Resistance thermometer	Resistance	0,002 °C	Gallium	29,7646 °C
Temperature	Inhouse method; 2.50 utg 2.0	Resistance thermometer	Resistance	0,002 °C	Quicksilver	-38,8344 °C
Temperature	Inhouse method; 2.50 utg 2.0	Resistance thermometer	Resistance	0,003 °C	Indium	156,5985 °C
Temperature	Inhouse method; 2.50 utg 2.0	Resistance thermometer	Resistance	0,004 °C	Tin	231,928 °C
Temperature	Inhouse method; 2.50 utg 2.0	Resistance thermometer	Resistance	0,005 °C	Zinc	419,527 °C
Temperature	Inhouse method; 2.50 utg 2.0	Resistance thermometer	Resistance	0,008 °C	Aluminum	660,323 °C
Temperature	Inhouse method; 2.60 Utg 1.7	Resistance thermometer	Contact	0,015 °C	-	-80 – 200 °C
Temperature	Inhouse method; 2.60 Utg 1.7	Resistance thermometer	Contact	0,02 °C	-	-80 – 250 °C
Temperature	Inhouse method; 2.60 Utg 1.7	Resistance thermometer	Contact	0,02 °C	-	200 – 550 °C
Temperature	Inhouse method; 2.60 Utg 1.7	Resistance thermometer	Contact	0,1 °C	-	550 – 650 °C
Temperature	Inhouse method; 2.60 Utg 1.7	Resistance thermometer	Contact	0,25 °C	-	250 – 425 °C
Temperature	Inhouse method; 3.60 Utg 1.9	Thermocouple	Contact	0,07 °C	-	-80 – 550 °C
Temperature	Inhouse method; 3.60 Utg 1.9	Thermocouple	Contact	0,1 °C	-	-80 – 250 °C
Temperature	Inhouse method; 3.60 Utg 1.9	Thermocouple	Contact	0,1 °C	-	550 – 650 °C
Temperature	Inhouse method; 3.60 Utg 1.9	Thermocouple	Contact	0,4 °C	-	250 – 425 °C
Temperature	Inhouse method; 3.60 Utg 1.9	Thermocouple	Contact	0,5 °C	-	425 – 700 °C
Temperature	Inhouse method; 3.60 Utg 1.9	Thermocouple	Contact	0,7 °C	-	650 – 1100 °C
Temperature	Inhouse method; 3.60 Utg 1.9	Thermocouple	Contact	0,7 °C	-	700 – 1100 °C
Temperature	Inhouse method; 3.60 Utg 1.9	Thermocouple	Contact	1 °C	-	1100 – 1200 °C
Temperature	Inhouse method; 5.11 utg 1.0	Temperature sensors	Contact	0,015 °C	-	-200 – 850 °C
Temperature	Inhouse method; 5.21 utg 1.4	Temperature sensors	Contact	0,07 °C	-	-200 – 1750 °C
Temperature	Inhouse method; 5.50 utg 1.5	Temperature sensors	Contact	0,0016 °C	Water	0,01 °C
Temperature	Inhouse method; 5.50 utg 1.5	Temperature sensors	Contact	0,002 °C	Gallium	29,7646 °C
Temperature	Inhouse method; 5.50 utg 1.5	Temperature sensors	Contact	0,002 °C	Quicksilver	-38,8344 °C
Temperature	Inhouse method; 5.50 utg 1.5	Temperature sensors	Contact	0,003 °C	Indium	156,5985 °C
Temperature	Inhouse method; 5.50 utg 1.5	Temperature sensors	Contact	0,004 °C	Tin	231,928 °C
Temperature	Inhouse method; 5.50 utg 1.5	Temperature sensors	Contact	0,005 °C	Zinc	419,527 °C
Temperature	Inhouse method; 5.50 utg 1.5	Temperature sensors	Contact	0,008 °C	Aluminum	660,323 °C
Temperature	Inhouse method; 5.50 utg 1.5	Temperature sensors	Contact	0,1 (med t/e) °C	Silver	961,78 °C
Temperature	Inhouse method; 5.60 Utg 1.8	Temperature sensors	Contact	0,015 °C	-	-80 – 200 °C
Temperature	Inhouse method; 5.60 Utg 1.8	Temperature sensors	Contact	0,02 °C	-	-80 – 250 °C
Temperature	Inhouse method; 5.60 Utg 1.8	Temperature sensors	Contact	0,02 °C	-	200 – 550 °C
Temperature	Inhouse method; 5.60 Utg 1.8	Temperature sensors	Contact	0,1 °C	-	550 – 650 °C
Temperature	Inhouse method; 5.60 Utg 1.8	Temperature sensors	Contact	0,25 °C	-	250 – 425 °C
Temperature	Inhouse method; 5.60 Utg 1.8	Temperature sensors	Contact	0,5 °C	-	425 – 700 °C
Temperature	Inhouse method; 5.60 Utg 1.8	Temperature sensors	Contact	0,7 °C	-	650 – 1100 °C
Temperature	Inhouse method; 5.60 Utg 1.8	Temperature sensors	Contact	0,7 °C	-	700 – 1100 °C
Temperature	Inhouse method; 5.60 Utg 1.8	Temperature sensors	Contact	1 °C	-	1100 – 1200 °C
Temperature	Inhouse method; 5.81 utg 1.1	Temperature sensors	Non-contact thermometry	2 °C	-	0 – 200 °C
Temperature	Inhouse method; 5.83 utg 1.5	Temperature sensors	Non-contact thermometry	3 °C	-	-10 – 550 °C
Temperature	Inhouse method; 6.20 Utg 1.5	Block calibrator	Contact	0,1 °C	-	-80 – 200 °C
Temperature	Inhouse method; 6.20 Utg 1.5	Block calibrator	Contact	0,2 °C	-	>200 – 650 °C
Temperature	Inhouse method; 6.20 Utg 1.5	Block calibrator	Contact	1 °C	-	>650 – 1100 °C
Temperature	Inhouse method; 6.20 Utg 1.5	Temperature sensors	Contact	0,1 °C	-	-80 – 200 °C
Temperature	Inhouse method; 6.20 Utg 1.5	Temperature sensors	Contact	0,2 °C	-	200 – 650 °C
Temperature	Inhouse method; 6.20 Utg 1.5	Temperature sensors	Contact	1 °C	-	650 – 1100 °C
Temperature	Inhouse method; 7.10 Utg 1.1	Temperature sensors	Contact	0,1 °C	-	-200 – 1750 °C
Temperature	Inhouse method; 7.40 Utg 1.0	Temperature sensors	Contact	0,1 °C	-	-80 – 400 °C
Temperature	Inhouse method; 7.40 Utg 1.0	Temperature sensors	Contact	0,2 °C	-	400 – 650 °C
Temperature	Inhouse method; 7.40 Utg 1.0	Temperature sensors	Contact	1 °C	-	650 – 1200 °C
Temperature	Inhouse method; 7.60 Utg 1.0	Temperature sensors	Contact	0,1 °C	-	-80 – 400 °C
Temperature	Inhouse method; 7.60 Utg 1.0	Temperature sensors	Contact	0,2 °C	-	400 – 650 °C
Temperature	Inhouse method; 7.60 Utg 1.0	Temperature sensors	Contact	1 °C	-	650 – 1200 °C
Temperature	Inhouse method; 7.80 Utg 1.1	Temperature sensors	Non-contact thermometry	5 °C	-	-10 – 550 °C
Temperature	Inhouse method; 7.80 Utg 1.1	Temperature sensors	Non-contact thermometry	5 °C	-	-10 – 550 °C
Temperature	Intern method; 2.85 utg 1.0	Temperature sensors	Resistance	0,015 °C	-	-200 - 850 °C
Temperature	Intern method; 3.84 utg 1.2	Temperature sensors	Contact	0,1 °C	-	-200 - 1750 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	-	0,07 °C	Indium	156,5985 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	-	0,07 °C	Tin	231,928 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	-	0,1 °C	Aluminum	660,323 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	-	0,1 °C	Silver	961,78 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	-	0,1 °C	Zinc	419,527 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	Contact	0,07 °C	Indium	156,5985 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	Contact	0,07 °C	Tin	231,928 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	Contact	0,1 °C	Aluminum	660,323 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	Contact	0,1 °C	Silver	961,78 °C
Temperature	Intern metod; 3.50 Utg 1.6	Thermocouple	Contact	0,1 °C	Zinc	419,527 °C

The calibration and measurement capability (CMC) includes measureand (technology area), method, measurement range and expanded measurement uncertainty. The expanded measurement uncertainty corresponds to a coverage probability (confidence level) of ~95%.

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