Stora Trädgårdsgatan 30, 211 28 Malmö · Show on map
Calibration, SS-EN ISO/IEC 17025:2018
Latest decision date: 2025-05-20
Electricity and Magnetism
Mätstorhet
Metod/procedur
Produkt/objekt
Parameter/Egenskaper
Utvidgad mätosäkerhet ±
Mätområde/mätnivå
Anmärkning
Flex
Current
Inhouse method; PROC-TC-012
Multimeter
DC
0,25 µA
1 - 10 mA
-
Current
Inhouse method; PROC-TC-012
Multimeter
DC
0,53 mA
1 000-1 500 mA
-
Current
Inhouse method; PROC-TC-012
Multimeter
DC
130 µA
100 - 1 000 mA
-
Current
Inhouse method; PROC-TC-012
Multimeter
DC
16 mA
1 000 - 10 000 mA
-
Current
Inhouse method; PROC-TC-012
Multimeter
DC
4,0 µA
10 - 100 mA
-
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
0,35 mA
10 - 100 mA
50 Hz - 85kHZ
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
0,8 mA
100 - 1 000 mA
50 Hz - 85kHZ
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
14 mA
1 000 - 10 000 mA
205 kHz - 350 kHz
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
15 mA
10 - 100 mA
350 kHz - 370 kHz
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
15 mA
100 - 1 000 mA
350 kHz - 370 kHz
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
16 mA
10 - 100 mA
370 kHz - 500 kHz
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
16 mA
100 - 1 000 mA
370 kHz - 500 kHz
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
20 mA
1 000 - 10 000 mA
350 kHz - 370 kHz
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
20 mA
1 000 - 10 000 mA
370 kHz - 500 kHz
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
3,8 mA
10 - 100 mA
85 Hz - 205kHZ
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
4,2 mA
100 -1 000 mA
85 Hz - 205kHZ
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
5,1 mA
1 000 - 10 000 mA
50 Hz - 85kHZ
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
8,5 mA
1 000 - 10 000 mA
85 Hz - 205kHZ
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
8,6 mA
10 - 100 mA
205 kHz - 350 kHz
Current
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
9,0 mA
100 - 1 000 mA
205 kHz - 350 kHz
Current
Inhouse method; PROC-TC-013
Multimeter
DC
0,25 µA
1-10 mA
-
Current
Inhouse method; PROC-TC-013
Multimeter
DC
0,53 mA
1 000-1 500 mA
-
Current
Inhouse method; PROC-TC-013
Multimeter
DC
130 µA
100 - 1 000 mA
-
Current
Inhouse method; PROC-TC-013
Multimeter
DC
16 mA
1 500 - 10 000 mA
-
Current
Inhouse method; PROC-TC-013
Multimeter
DC
4,0 µA
10 - 100 mA
-
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
0,35 mA
10 - 100 mA
50 Hz - 85kHZ
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
0,8 mA
100 - 1 000 mA
50 Hz - 85kHZ
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
14 mA
1 000 - 10 000 mA
205 kHz - 350 kHz
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
15 mA
10 - 100 mA
350 kHz - 370 kHz
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
15 mA
100 - 1 000 mA
350 kHz - 370 kHz
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
16 mA
10 - 100 mA
370 kHz - 500 kHz
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
16 mA
100 - 1 000 mA
370 kHz - 500 kHz
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
20 mA
1 000 - 10 000 mA
350 kHz - 370 kHz
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
20 mA
1 000 - 10 000 mA
370 kHz - 500 kHz
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
3,8 mA
10 - 100 mA
85 Hz - 205kHZ
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
4,2 mA
100 -1 000 mA
85 Hz - 205kHZ
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
5,1 mA
1 000 - 10 000 mA
50 Hz - 85kHZ
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
8,5 mA
1 000 - 10 000 mA
85 Hz - 205kHZ
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
8,6 mA
10 - 100 mA
205 kHz - 350 kHz
Current
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
9,0 mA
100 - 1 000 mA
205 kHz - 350 kHz
Effect
Inhouse method; PROC-TC-012
Power meter
AC
1,1 mW
0 - 1 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-012
Power meter
AC
2,7 mW
1 000 - 5 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-012
Power meter
AC
3,6 mW
5 000 - 8 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-012
Power meter
DC
0,2 mW
100 - 1 000 mW
CATS I BST
Effect
Inhouse method; PROC-TC-012
Power meter
DC
1,1 mW
1 000 - 5 000 mW
CATS I BST
Effect
Inhouse method; PROC-TC-012
Power meter
DC
5,2 mW
5 000 - 15 000 mW
CATS I BST
Effect
Inhouse method; PROC-TC-012
Power meter
DC
7,6 mW
15 000 - 20 000 mW
CATS I BST
Effect
Inhouse method; PROC-TC-013
Power meter
AC
1,0 mW
5 - 8 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-013
Power meter
AC
1,6 mW
8 000 - 16 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-013
Power meter
AC
12 mW
96 000 - 200 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-013
Power meter
AC
2,5 mW
16 000 - 32 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-013
Power meter
AC
3,4 mW
32 000 - 48 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-013
Power meter
AC
4,7 mW
48 000 - 72 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-013
Power meter
AC
6,0 mW
72 000 - 96 000 mW
50 Hz - 500 kHz
Effect
Inhouse method; PROC-TC-013
Power meter
DC
0,052 W
1 - 150 W
10V ≤ VDC ≤ 100V and 10mA ≤ IDC ≤ 100mA
Effect
Inhouse method; PROC-TC-013
Power meter
DC
0,16 W
1,5 - 100 W
10V ≤ VDC ≤ 100V and 100mA ≤ IDC ≤ 1500mA
Effect
Inhouse method; PROC-TC-013
Power meter
DC
1,1 mW
100 -5 000 mW
CATS II BST
Effect
Inhouse method; PROC-TC-013
Power meter
DC
1,6 W
15 - 1 000 W
10V ≤ VDC ≤ 100V and 1A ≤ IDC ≤ 10A
Effect
Inhouse method; PROC-TC-013
Power meter
DC
2,0 mW
10 - 1 000 mW
1V ≤ VDC ≤ 10V and 10mA ≤ IDC ≤ 100mA
Effect
Inhouse method; PROC-TC-013
Power meter
DC
5,2 mW
100 - 15 000 mW
1V ≤ VDC ≤ 10V and 1A ≤ IDC ≤ 10A
Effect
Inhouse method; PROC-TC-013
Power meter
DC
7,6 mW
5 000 - 20 000 mW
CATS II BST
Inductance
Inhouse method; PROC-TC-012
LCR meter
-
12 nH
1-10 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-012
LCR meter
-
170 nH
100-200 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-012
LCR meter
-
2 nH
0,1-1 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-012
LCR meter
-
24 nH
10-20 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-012
LCR meter
-
42 nH
20-50 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-012
LCR meter
-
420 nH
200-500 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-012
LCR meter
-
83 nH
50-100 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-013
LCR meter
-
12 nH
1-10 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-013
LCR meter
-
170 nH
100-200 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-013
LCR meter
-
2 nH
0,1-1 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-013
LCR meter
-
24 nH
10-20 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-013
LCR meter
-
42 nH
20-50 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-013
LCR meter
-
420 nH
200-500 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Inductance
Inhouse method; PROC-TC-013
LCR meter
-
83 nH
50-100 µH
ESR: 1mR-10R f: 1 kHz-1MHz
Q-factor
Inhouse method; PROC-TC-012
LCR meter
-
0,02
0-10
-
Q-factor
Inhouse method; PROC-TC-012
LCR meter
-
0,07
10-50
-
Q-factor
Inhouse method; PROC-TC-012
LCR meter
-
0,52
50-100
-
Q-factor
Inhouse method; PROC-TC-012
LCR meter
-
1,8
100-150
-
Q-factor
Inhouse method; PROC-TC-012
LCR meter
-
4,2
150-200
-
Q-factor
Inhouse method; PROC-TC-013
LCR meter
-
0,02
0-10
-
Q-factor
Inhouse method; PROC-TC-013
LCR meter
-
0,07
10-50
-
Q-factor
Inhouse method; PROC-TC-013
LCR meter
-
0,52
50-100
-
Q-factor
Inhouse method; PROC-TC-013
LCR meter
-
1,8
100-150
-
Q-factor
Inhouse method; PROC-TC-013
LCR meter
-
4,2
150-200
-
Resistance
Inhouse method; PROC-TC-012
LCR meter
ESR
10 mohm
Z < 6.8 Ω
-
Resistance
Inhouse method; PROC-TC-012
LCR meter
ESR
140 mohm
Z 68.5 Ω - 171,2 Ω
-
Resistance
Inhouse method; PROC-TC-012
LCR meter
ESR
29 mohm
Z 6.3 – 34.2 Ω
-
Resistance
Inhouse method; PROC-TC-012
LCR meter
ESR
57 mohm
Z 34,2 Ω - 68,5 Ω
-
Resistance
Inhouse method; PROC-TC-013
LCR meter
ESR
10 mohm
Z < 6.8 Ω
-
Resistance
Inhouse method; PROC-TC-013
LCR meter
ESR
140 mohm
Z 68.5 Ω - 171,2 Ω
-
Resistance
Inhouse method; PROC-TC-013
LCR meter
ESR
29 mohm
Z 6.3 – 34.2 Ω
-
Resistance
Inhouse method; PROC-TC-013
LCR meter
ESR
57 mohm
Z 34,2 Ω - 68,5 Ω
-
Voltage
Inhouse method; PROC-TC-012
Multimeter
DC
22 µV
1 - 10 V
-
Voltage
Inhouse method; PROC-TC-012
Multimeter
DC
3,8 µV
0,1 - 1 V
-
Voltage
Inhouse method; PROC-TC-012
Multimeter
DC
480 µV
10 - 100 V
-
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
14 mV
0,1 - 1 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
14 mV
1 - 10 V
85 kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
18 mV
1 - 10 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
19 mV
10 - 25 V
50 Hz - 85 kHZ
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
20 mV
0,1 - 1 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
21 mV
0,1 - 1 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
23 mV
10 - 25 V
85 kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
24 mV
1 - 10 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
25 mV
1 - 10 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
28 mV
10 - 25 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
33 mV
10 - 25 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
34 mV
10 - 25 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
48 mV
25 - 50 V
50 Hz - 85 kHZ
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
5,5 mV
0,1 - 1 V
50 Hz - 85 kHZ
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
52 mV
25 - 50 V
85 kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
53 mV
50 - 100 V
50 Hz - 85 kHZ
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
57 mV
25 - 50 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
57 mV
50 - 100 V
85kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
62 mV
25 - 50 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
62 mV
50 - 100 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
63 mV
25 - 50 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
67 mV
50 - 100 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
68 mV
50 - 100 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
8,9 mV
0,1 - 1 V
85 kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-012
Precision Power Analyzer
AC
9,8 mV
1 - 10 V
50 Hz - 85 kHZ
Voltage
Inhouse method; PROC-TC-013
Multimeter
DC
22 µV
1 - 10 V
-
Voltage
Inhouse method; PROC-TC-013
Multimeter
DC
3,8 µV
0,1 - 1 v
-
Voltage
Inhouse method; PROC-TC-013
Multimeter
DC
480 µV
10 - 100 V
-
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
14 mV
0,1 - 1 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
14 mV
1 - 10 V
85 kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
18 mV
1 - 10 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
19 mV
10 - 25 V
50 Hz - 85 kHZ
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
20 mV
0,1 - 1 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
21 mV
0,1 - 1 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
23 mV
10 - 25 V
85 kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
24 mV
1 - 10 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
25 mV
1 - 10 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
28 mV
10 - 25 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
33 mV
10 - 25 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
34 mV
10 - 25 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
48 mV
25 - 50 V
50 Hz - 85 kHZ
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
5,5 mV
0,1 - 1 V
50 Hz - 85 kHZ
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
52 mV
25 - 50 V
85 kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
53 mV
50 - 100 V
50 Hz - 85 kHZ
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
57 mV
25 - 50 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
57 mV
50 - 100 V
85 kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
62 mV
25 - 50 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
62 mV
50 - 100 V
205 kHz - 350 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
63 mV
25 - 50 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
67 mV
50 - 100 V
350 kHz - 370 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
68 mV
50 - 100 V
370 kHz - 500 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
8,9 mV
0,1 - 1 V
85 kHz - 205 kHz
Voltage
Inhouse method; PROC-TC-013
Precision Power Analyzer
AC
9,8 mV
1 - 10 V
50 Hz - 85 kHZ
Temperature
Mätstorhet
Metod/procedur
Produkt/objekt
Utvidgad mätosäkerhet ±
Mätområde/mätnivå
Flex
Temperature
Inhouse method; PROC-TC-012
Temperature gauge
1,3 °C
20-80 °C
Temperature
Inhouse method; PROC-TC-013
Temperature gauge
1,3 °C
20-80 °C
Time and Frequence
Mätstorhet
Metod/procedur
Produkt/objekt
Utvidgad mätosäkerhet ±
Mätområde/mätnivå
Flex
Frequency
Inhouse method; PROC-TC-012
LCR meter
0,1 kHz
95 - 105 kHz
Frequency
Inhouse method; PROC-TC-012
LCR meter
1,0 kHz
50 - 2 000 kHz
Frequency
Inhouse method; PROC-TC-013
LCR meter
0,1 kHz
95 - 105 kHz
Frequency
Inhouse method; PROC-TC-013
LCR meter
1,0 kHz
50 - 2 000 kHz
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%.
The accredited body has been granted flexible scope. The body shall be able to provide an updated list of the current scope of accreditation upon request.
Type 2 of flexibility:
Introduce new version of standard method and make editorial changes to non-standard method, - Introduce new version and modifications of non-standard method. The procedure must be equivalent. The changes introduced through accreditation with flexible scope must not involve new measurement principles, changes in measurement range, CMC (best measurement capability), or new quantities other than those included in the accreditation decision for calibration laboratories.
