SAC-SINGLAS Accredited · ISO/IEC 17025

Analog Multimeter Calibration in Singapore

Unitest calibrates analog (pointer-type) multimeters in Singapore across DC/AC voltage to 1020 V, DC/AC current to 30 A and resistance to 1200 MΩ, under SAC-SINGLAS accreditation LA-2023-0845-C (ISO/IEC 17025). Standard turnaround is 5–7 working days; express service is 2–3 days, with free collection and delivery in Singapore for orders above $300.

Also known as: Analog-Type Multimeter · Pointer Multimeter · Analogue Multimeter

Why calibrate?

Unitest calibrates analog (pointer-type) multimeters in Singapore for DC/AC voltage, current and resistance, with traceable ISO/IEC 17025 certificates. Analog meters are sensitive to mechanical shock and drift — regular calibration confirms the pointer scale remains accurate.

What you receive

What analog multimeter calibration at Unitest covers

Traceable certificate

Calibration certificate with an unbroken traceability chain to national and international standards, recording the as-found condition before any adjustment.

Stated uncertainty

Results reported with measurement uncertainty, so you know exactly how much confidence each reading carries in your quality system.

5–7 day turnaround

Standard turnaround 5–7 working days; express 2–3 working days on request. Free collection and delivery within Singapore for orders above S$300.

Part of our electrical calibration service, accredited under SAC-SINGLAS LA-2023-0845-C.

How often

How often should a analog multimeter be calibrated?

Analog multimeters should be calibrated at least every 12 months. Instruments used in critical applications may need 6-monthly checks.

Accredited ranges

Analog Multimeter calibration ranges & measurement uncertainty

The parameters, ranges and calibration & measurement capability (CMC) below are taken from our SAC-SINGLAS Schedule of Accreditation (LA-2023-0845-C, to ISO/IEC 17025). CMC is the smallest measurement uncertainty we can achieve under accredited conditions.

DC Voltage measuring instrument· UNI-E001 Rev:0
Range / measured quantityMeasurement uncertainty (CMC)
0 mV – 120 mV0.0024 mV
>120 mV – 1.2 V0.0011 %
>1.2 V – 12 V0.0017 %
>12 V – 120 V0.0024 %
>120 V – 1020 V0.0024 %
AC Voltage measuring instruments· UNI-E001 Rev:0
Range / measured quantityMeasurement uncertainty (CMC)
1.0 mV to 12 mV, 3 Hz to 5 Hz1.6%
1.0 mV to 12 mV, >5 Hz to 10 kHz1.0 %
1.0 mV to 12 mV, >10 kHz to 20 kHz0.65 %
1.0 mV to 12 mV, >20 kHz to 50 kHz0.66 %
1.0 mV to 12 mV, >50 kHz to 100 kHz1.7 %
1.0 mV to 12 mV, >100 kHz to 500 kHz3.9 %
12 mV to 120 mV, 3 Hz – 5 Hz0.32 %
12 mV to 120 mV, >5 Hz – 10 kHz0.17 %
12 mV to 120 mV, >10 kHz – 20 kHz0.065 %
12 mV to 120 mV, >20 kHz – 50 kHz0.11 %
12 mV to 120 mV, >50 kHz – 100 kHz0.25 %
12 mV to 120 mV, >100 kHz – 500 kHz1.3 %
120 mV – 1.2 V, 3 Hz – 5 Hz0.42 %
120 mV – 1.2 V, >5 Hz – 10 Hz0.15 %
120 mV – 1.2 V, >10 Hz – 40 Hz0.6 %
120 mV – 1.2 V, >40 Hz – 20 kHz0.13 %
120 mV – 1.2 V, >20 kHz – 50 kHz0.047 %
120 mV – 1.2 V, >50 kHz – 100 kHz0.11 %
120 mV – 1.2 V, >100 kHz – 500 kHz0.41 %
1.2 V – 12 V, 3 Hz – 5 Hz0.33 %
1.2 V – 12 V, >5 Hz – 10 Hz0.5 %
1.2 V – 12 V, >10 Hz – 40 Hz0.6 %
1.2 V – 12 V, >40 Hz – 20 kHz0.018 %
1.2 V – 12 V, >20 kHz – 50 kHz0.035 %
1.2 V – 12 V, >50 kHz – 100 kHz0.081 %
1.2 V – 12 V, > 100 kHz – 500 kHz0.25
12 V – 120 V, >3 Hz – 5 Hz0.32 %
12 V – 120 V, >5 Hz – 10 Hz0.50 %
12 V – 120 V, >10 Hz – 40 Hz0.045 %
12 V – 120 V, >40 Hz – 20 kHz0.092 %
12 V – 120 V, >20 kHz – 50 kHz0.036 %
12 V – 120 V, >50 kHz – 100 kHz0.082 %
120 V – 330 V, 3 Hz – 5 Hz0.50 %
120 V – 330 V, >5 Hz – 10 Hz0.16 %
120 V – 330 V, >10.1 Hz – 20 kHz0.021 %
120 V – 330 V, >20 kHz – 50 kHz0.039 %
120 V – 330 V, >50 kHz – 100 kHz0.17 %
330V – 1020 V, 3 Hz – 5 Hz0.29 %
330V – 1020 V, >5 Hz – 10 Hz0.12 %
330V – 1020 V, >10 Hz – 10 kHz0.04 %
DC Current measuring instruments· UNI-E001 Rev:0
Range / measured quantityMeasurement uncertainty (CMC)
0 µA – 120 µA0.021 µA
>120 µA – 1.2 mA0.045 %
>1.2 mA – 12 mA0.019 %
>12 mA – 120 mA0.02 %
>120 mA – 1.2 A0.029 %
>1.2 A – 3.1 A0.044 %
>3.1 A – 12 A0.041 %
>12 A – 30 A0.11 %
AC Current measuring instruments· UNI-E001 Rev:0
Range / measured quantityMeasurement uncertainty (CMC)
10 µA – 120 µA, >3 Hz – 22.5 Hz0.14 %
10 µA – 120 µA, >22.5 Hz – 45 Hz0.06 %
10 µA – 120 µA, >45 Hz – 1 kHz0.06 %
10 µA – 120 µA, >1 kHz – 5 kHz0.06 %
10 µA – 120 µA, >5 kHz – 10 kHz0.14 %
10 µA – 120 µA, >10 kHz – 30 kHz3.4 %
120 µA – 1.2 mA, 3 Hz – 22.5 Hz0.14 %
120 µA – 1.2 mA, >22.5 Hz – 45 Hz0.11 %
120 µA – 1.2 mA, >45 Hz – 1 kHz0.12 %
120 µA – 1.2 mA, >1 kHz – 5 kHz0.11 %
120 µA – 1.2 mA, >5 kHz – 10 kHz0.24 %
120 µA – 1.2 mA, >10 kHz – 30 kHz4.8 %
1.2 mA – 12 mA, 3 Hz – 45 Hz0.11 %
1.2 mA – 12 mA, >45 Hz – 1 kHz0.11 %
1.2 mA – 12 mA, >1 kHz – 5 kHz0.11 %
1.2 mA – 12 mA, >5 kHz – 10 kHz0.24 %
1.2 mA – 12 mA, >10 kHz – 30 kHz1.4 %
12 mA – 120 mA, 3 Hz – 45 Hz0.11 %
12 mA – 120 mA, >45 Hz – 1 kHz0.06 %
12 mA – 120 mA, >1 kHz – 5 kHz0.018 %
12 mA – 120 mA, >5 kHz – 10 kHz0.24 %
12 mA – 120 mA, >10 kHz – 30 kHz1.4 %
120 mA – 1.2 A, 3 Hz – 45 Hz0.34 %
120 mA – 1.2 A, >45 Hz – 1 kHz0.068 %
120 mA – 1.2 A, >1 kHz – 5 kHz0.09 %
120 mA – 1.2 A, >5 kHz – 10 kHz0.5 %
120 mA – 1.2 A, >10 kHz – 30 kHz0.8 %
1.2 A – 3.1 A, 3 Hz – 45 Hz0.25 %
1.2 A – 3.1 A, >45 Hz – 1 kHz0.06 %
1.2 A – 3.1 A, >1 kHz – 5 kHz0.06 %
1.2 A – 3.1 A, >5 kHz – 10 kHz0.3 %
3.1 A – 12 A, 3 Hz – 45 Hz0.12 %
3.1 A – 12 A, >45 Hz – 1 kHz0.05 %
3.1 A – 12 A, >1 kHz – 5 kHz0.07 %
3.1 A – 12 A, >5 kHz – 10 kHz0.29 %
12 A – 30.2 A, 3 Hz – 45 Hz0.21 %
12 A – 30.2 A, >45 Hz – 1 kHz0.14 %
12 A – 30.2 A, >1 kHz – 5 kHz0.57 %
Resistance measuring instrument· UNI-E001 Rev:0
Range / measured quantityMeasurement uncertainty (CMC)
0 Ω – 12 Ω0.011 Ω
>12 Ω – 120 Ω0.13 %
>120 Ω – 1.2 kΩ0.11 %
>1.2 kΩ – 12 kΩ0.019 %
>12 kΩ – 120 kΩ0.011 %
>120 kΩ – 1.2 MΩ0.011 %
>1.2 MΩ – 12 MΩ0.021 %
>12 MΩ – 120 MΩ0.062 %
>120 MΩ – 1200 MΩ0.42 %
Download the full SINGLAS Schedule (LA-2023-0845-C) — PDF

You can also verify our accreditation on the SAC-SINGLAS directory.

Questions

Analog Multimeter calibration FAQ

How often should a analog multimeter be calibrated?

Analog multimeters should be calibrated at least every 12 months. Instruments used in critical applications may need 6-monthly checks.

Is analog multimeter calibration accredited?

Yes. Analog Multimeter calibration is covered under our SAC-SINGLAS scope of accreditation (LA-2023-0845-C, ISO/IEC 17025), covering DC/AC voltage to 1020 V, DC/AC current to 30 A and resistance to 1200 MΩ. Certificates state the measured values and measurement uncertainty, traceable to national and international standards. Where an instrument falls outside the accredited ranges, we can calibrate it as a traceable service instead.

How long does analog multimeter calibration take?

Standard turnaround is 5 to 7 working days; express service is 2 to 3 working days. Collection and delivery in Singapore are free for orders above $300.

Can you calibrate my brand of analog multimeter?

Almost certainly — the makes listed on this site are simply the ones customers most commonly send in. Send us the make and model and our engineers will confirm whether it falls within our accredited scope or can be calibrated as a traceable service.

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