Electrical Calibration
calibration

Electrical

Action Engineers is an accredited electro technical calibration lab. We calibrate a wide range of multi-meters, clamp-meters, oscilloscopes, transmitters, power source, relay test kit and more. Our scope of ISO 17025 also covers High voltage testers, AC/DC resistors, Luminance/Illuminance, welding machine, Shunts, LCR meters, LF Capacitance, HV Break Down Tester Oil Testing Kit with a wide range of measurement parameters. With digitally signed calibration certificate and traceability, Action Engineers’ accredited electrical calibration capabilities exceed the most stringent quality requirements.

Our digitally enabled unique features:

  1. Embedded traceability in your certificates
  2. Digitally signed certificates
  3. QR Code based Stickers and Certificates for authentication and on-demand download


On-site calibration is also offered by Action Engineers. We make sure the calibration services we provide at your location follow the same quality standards as followed by us at our calibration labs.

For more information, Request a Quote today!

We Calibrate using

Master Instruments

These are the master instruments we use to calibrate your instruments. All our master instruments are calibrated regularly. Traceability of our instruments is also available.

Digital Mutimeter Calibration, Multifunctional Calibrators

We calibrate Fluke meters such as 6.5-digit multimeter, 5.5-digit multifunction calibrators, 87-series, 787, 789, and 170-series, Megger multimeters and all other makes/models We also calibrate handheld, clamp-on, insulation testing, digital multimeters and analog multimeters
Fluke 8 1/2 Ref Multimeter

Micro-Ohmmmeter/DLRO Calibration

Action Engineers calibrates Digital Low Resistance Ohmmeters (DLROs) such as the Megger DLRO10-series and the AEMC Instruments 6200-series, as well as microohmmeters from B&K Precision, Extech, Hioki, and & more
Voltage Ration Transformer

Oscilloscope Calibration

Action Engineers calibrates oscilloscopes ranging up to 450 MHz from the top names in scopes including Keysight, Tektronix, Scientific, Fluke, and many more Handheld oscilloscopes including the Fluke 190 series, the AEMC Instruments OX-series, and the Keysight/Agilent U16-series
5 1/2 Multimeter

3 Phase Relay Test Kit

We at Action Engineers also calibrate Omicron 3 Phase Relay Test kit.
Giga Ohm Box

Insulation Tester Calibration and Megohmmeter Calibration

Action Engineers services benchtop resistance testers such as the the Megger MIT500-series and MIT1000-series, as well as benchtop units from manufacturers such as Hioki, EIT Labs, and AEMC We also calibrate handheld resistance testers and insulation testers such as the Fluke 1500-seriesand the Megger MIT400-series
Fluke Multimeter Calibrator
AC DC Divider
NABL Approved

Calibration Scope

Here is our NABL approved calibration scope for mass, weight and volume section.
S.No Discipline / Group Measurand or Reference Material / Type of instrument or material to be calibrated or measured / Quantity Measured / Instrument Calibration or Measurement Method or procedure Measurement range and additional parameters where applicable (Range and Frequency) Calibration and Measurement Capability(CMC) (±)
1. ELECTROTECHNICAL Alternating Current (< 1GHz) (Measure) AC Current (40Hz to 1 kHz) Using 81/2 DMM Fluke 8588A By Direct Method 0.32 A to 10 A 0.073 % to 0.093 %
2. ELECTROTECHNICAL Alternating Current (< 1 GHz) (Measure) AC Current (40Hz to 1 kHz) Using 81/2 DMM Fluke 8588A By Direct Method 10 A to 20 A 0.093 % to 0.168 %
3. ELECTROTECHNICAL Alternating Current (< 1 GHz) (Measure) AC Current (40Hz to 1 kHz) Using 81/2 DMM Fluke 8588A By Direct Method 30 µA to 0.32 A 0.54 % to 0.073 %
4 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Measure) AC Current (50Hz)/td> Using 61/2 DMM Fluke 8846A & CT By Direct Method & with Source By Comparison Method 100 A to 500 A 0.36 % to 0.58 %
5 ELECTROTECHNICAL Alternating Current (< 1 GHz)(Measure) AC Current (50Hz) Using 61/2 DMM Fluke 8846A & CT By Direct Method & with Source By Comparison Method 100 A to 500 A 0.36 % to 0.58 %
6 ELECTROTECHNICAL Alternating Current (< 1 GHz)(Measure) AC Current (50Hz) Using 61/2 DMM Fluke 8846A & CT By Direct Method & with Source By Comparison Method 500 A to 1000 A 0.58 % to 0.37 %
7 ELECTROTECHNICAL Alternating Current (< 1 GHz)(Measure) AC Energy (Wh) (1 Ph / 3 Ph, 50Hz) 110V to 240 V, 1 A to 5A, 0.5 PF to 1 PF Using Power /Energy Meter By Comparison Method 55 Wh to 3.6 kWh 0.33 % to 0.34 %
8 ELECTROTECHNICAL Alternating Current (< 1GHz)(Measure) AC Energy, Online(Wh) (1 Ph / 3 Ph,50Hz) 110 V to 240V, 5 A to 1000 A, 0.5PF to 1 PF Using Power /Energy Meter withCurrent Clamp CoilBy Comparison Method 275 Wh to 720 kWh 3.07%
9 ELECTROTECHNICAL Alternating Current (< 1 GHz)(Measure) AC Voltage (40Hz to 1 kHz) Using 81/2 DMM Fluke 8588A By Direct Method & with Source By Comparison Method 1 mV to 10 mV 0.53 % to 0.06 %
10 ELECTROTECHNICAL Alternating Current (< 1 GHz)(Measure) AC Voltage (40Hz to 1 kHz) Using 81/2 DMMFluke 8588A By Direct Method 10 mV to 100 V 0.06 % to 0.008 %
11 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Measure) AC Voltage (40Hz to 1 kHz) Using 81/2 DMM Fluke 8588A By Direct Method 100 V to 1000 V 0.008 % to 0.016 %
12 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Measure) AC Voltage (50Hz) Using High Voltage Divider with Display By Direct Method & with Source By Comparison Method 1 kV to 15 kV 0.74 % to 0.73 %
13 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Measure) AC Voltage (50Hz) Using High Voltage Divider with Display By Direct Method & with Source By Comparison Method 15 kV to 50 kV 0.73 % to 0.6 %
14 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Measure) Capacitance @ 1 kHz Using 81/2 DMM Fluke 8588A By Direct Method 10 µF to 100 mF 0.23 % to 0.094 %
15 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Measure) Capacitance @ 1kHz Using 81/2 DMM Fluke 8588A By Direct Method 220 pF to 10 µF 0.75 % to 0.24 %
16 ELECTRO TECHNICAL TEMPERATURE SIMULATION (MEASURE) Transformer Turn Ratio Meter (50Hz) Using 81/2 DMM Fluke 8588A, 61/2 DMM Fluke 8846A & Standard Ratio Transformer ByComparison Method 1 Ratio to 2000 Ratio 0.17 % to 0.33 %
17 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Source) AC Current (40Hz to 1kHz) Using Fluke 5522A MFC By Direct Method 0.32 A to 10 A 0.054 % to 0.1 %
18 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Source) AC Current (40Hz to1kHz) Using Fluke 5522A MFC By Direct Method 10 A to 20 A 0.1 % to 0.168 %
19 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Source) AC Current (40Hz to 1kHz) Using Fluke 5522A MFC By Direct Method 30 µA to 0.32 A 0.53 % to 0.054 %
20 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Source) AC Current (50Hz) Using Fluke 5522A MFC & 50 Turns Current Coil By Direct Method 20 A to 1000 A 0.48 % to 0.38 %
21 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Source) AC Power Analyzer with / without Current Loop (Active/Reactive/Apparent) W/VAR/VA, 50 to 70 Hz, 0.25 to 1PF (Lead/Lag), 40 Vto 320 V, 20 A to 120 A Using Fluke 5522A MFC & 50 Turns Current Coil By Direct Method 9.6 kW to 38.4 kW 1.39% to 0.36%
22 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Source) AC Power Analyzer with / without Current Loop (Active/Reactive/Apparent) W/VAR/VA, 50 to 70 Hz, 0.25 to 1PF (Lead/Lag), 40 Vto 320V, 0.1 A to 20A Using Fluke 5522AMFC By DirectMethod 1 W to 6.4 kW 0.59% to 0.14%
23 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Source) AC Voltage (40Hz to 1kHz) Using Fluke 5522A MFC By Direct Method 3 mV to 32 mV 0.25 % to 0.04 %
24 ELECTROTECHNICAL Alternating Current (< 1 GHz) (Source) AC Voltage (40Hz to 1kHz) Using Fluke 5522A MFC By Direct Method 32 mV to 32 V 0.024 % to 0.02 %
25 ELECTRO TECHNICAL TEMPERATURE SIMULATION (MEASURE) AC Voltage (40Hz to 1kHz) Using Fluke 5522A MFC By Direct Method 32 V to 320 V 0.02 % to 0.023 %
26 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) AC Voltage (40Hz to 1kHz) Using Fluke 5522A MFC By Direct Method 320 V to 1000 V 0.023 % to 0.036 %
26 ELECTROTECHNICAL DIRECT CURRENT (Measure) DC Voltage Using 81/2 DMM Fluke 8588A By Direct Method 10 V to 100 V 0.00047 % to 0.00079 %
27 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) Capacitance @ 1 kHz Using Capacitor Box By Direct Method 1 nF to 100 µF 1.3 % to 1.16 %
28 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) Capacitance @ 1 kHz Using Fluke 5522A MFC By Direct Method 220 pF to 100 nF 5.8 % to 0.41 %
29 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) Inductance @ 1 kHz Using Inductor Box By Direct Method 100 µH to 10 H 1.2 % to 1.15 %
30 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) Power Factor / Phase Angle (40V,0.5A & 240V,20A @ 50 Hz) Using Fluke 5522A MFC By Direct Method 0.1 PF (Lag / Lead) to 1 PF (Lag / Lead) 2.34% to 0.13%
31 ELECTROTECHNICAL DIRECT CURRENT (Measure) DC Current Using 81/2 DMM Fluke 8588A By Direct Method 1 A to 20 A 0.027 % to 0.089 %
32 ELECTROTECHNICAL DIRECT CURRENT (Measure) DC Current Using 81/2 DMM Fluke 8588A By Direct Method 10 µA to 100 µA 0.25 % to 0.0017 %
33 ELECTROTECHNICAL DIRECT CURRENT (Measure) DC Current Using 81/2 DMM Fluke 8588A & DC Shunt By Comparison Method 10 A to 1000 A 0.75 % to 0.72 %
34 ELECTROTECHNICAL DIRECT CURRENT (Measure) DC Current Using 81/2 DMM Fluke 8588A By Direct Method 100 µA to 100 mA 0.0017 % to 0.008 %
35 ELECTROTECHNICAL DIRECT CURRENT (Measure) DC Current Using 81/2 DMM Fluke 8588A By Direct Method 100 mA to 1 A 0.008 % to 0.027 %
36 ELECTROTECHNICAL DIRECT CURRENT(Measure) DC Voltage Using 81/2 DMM Fluke 8588A By Direct Method 0.1 mV to 100 mV 0.25 % to 0.001 %
37 ELECTROTECHNICAL DIRECT CURRENT(Measure) DC Voltage Using High Voltage Divider with Display By Direct Method & with Source By Comparison Method 1 kV to 70 kV 2.44 % to 2.54 %
39 ELECTROTECHNICAL DIRECT CURRENT (Measure) DC Voltage Using 81/2 DMM Fluke 8588A By Direct Method 100 mV to 10 V 0.0012 % to 0.00047%
40 ELECTROTECHNICAL DIRECT CURRENT (Measure) DC Voltage Using 81/2 DMM Fluke 8588A By Direct Method 100 V to 1000 V 0.00052 % to 0.00079 %
41 ELECTROTECHNICAL DIRECT CURRENT (Measure) Low Resistance (4Wire) Using 81/2 DMM, 61/2 DMM & MFC (V/I Method) By Direct Method & with Source By Comparison Method 0.1 mOhm to 20 Ohm 0.504 % to 0.24 %
42 ELECTROTECHNICAL DIRECT CURRENT (Measure) Resistance Using 81/2 DMM Fluke 8588A By Direct Method 1 Ohm to 100 Ohm 0.016 % to 0.0011 %
43 ELECTROTECHNICAL DIRECT CURRENT (Measure) Resistance Using 81/2 DMM Fluke 8588A By Direct Method 10 MOhm to 100 MOhm 0.0067 % to 0.028 %
44 ELECTROTECHNICAL DIRECT CURRENT (Measure) Resistance Using 81/2 DMM Fluke 8588A By Direct Method 100 MOhm to 10 GOhm 0.028 % to 0.27 %
45 ELECTROTECHNICAL DIRECT CURRENT (Measure) Resistance Using 81/2 DMM Fluke 8588A By Direct Method 100 Ohm to 10 MOhm 0.0011 % to 0.0067 %
46 ELECTROTECHNICAL DIRECT CURRENT(Source) DC Current Using Fluke 5522A MFC By Direct Method 1 A to 20 A 0.028 % to 0.12 %
47 ELECTRO TECHNICAL DIRECT CURRENT (Source) DC Current Using Fluke 5522A MFC By Direct Method 10 µA to 3.2 mA 0.25 % to 0.013 %
48 ELECTRO TECHNICAL DIRECT CURRENT (Source) DC Current Using Fluke 5522A MFC & 50 Turns Current Coil By Direct Method 20 A to 1000 A 0.38 % to 0.32 %
49 ELECTRO TECHNICAL DIRECT CURRENT (Source) DC Current Using Fluke 5522A MFC By Direct Method 3.2 mA to 1 A 0.013 % to 0.028 %
50 ELECTRO TECHNICAL DIRECT CURRENT (Source) DC Voltage Using Fluke 5522A MFC By Direct Method 0.1 mV to 100 mV 1.22 % to 0.004 %
51 ELECTRO TECHNICAL DIRECT CURRENT (Source) DC Voltage Using Fluke 5522A MFC By Direct Method 100 mV to 3.2 V 0.0036 % to 0.0014 %
52 ELECTRO TECHNICAL DIRECT CURRENT (Source) DC Voltage Using Fluke 5522A MFC By Direct Method 3.2 V to 32 V 0.0014 % to 0.0015 %
53 ELECTRO TECHNICAL DIRECT CURRENT (Source) DC Voltage Using Fluke 5522A MFC By Direct Method 32 V to 1000 V 0.0015 % to 0.0023 %
54 ELECTRO TECHNICAL DIRECT CURRENT (Source) Low Resistance (4 wire) Using Low Resistance Box Shunt By Direct Method 0.1 mOhm to 20 Ohm 0.5 % to 0.25 %
55 ELECTRO TECHNICAL DIRECT CURRENT (Source) Resistance Using Fluke 5522A MFC By Direct Method 100 KOhm to 100 MOhm 0.003 % to 0.063 %
56 ELECTRO TECHNICAL DIRECT CURRENT (Source) Resistance Using Fluke 5522A MFC By Direct Method 100 Ohm to 320 MOhm 0.063 % to 0.43 %
57 ELECTRO TECHNICAL DIRECT CURRENT (Source) Resistance Using Fluke 5522A MFC By Direct Method 100 Ohm to 100 KOhm 0.005 % to 0.003 %
58 ELECTRO TECHNICAL DIRECT CURRENT (Source) Resistance Using Fluke 5522A MFC By Direct Method 2 Ohm V to 100 Ohm 1.16 % to 0.005 %
59 ELECTRO TECHNICAL DIRECT CURRENT (Source) Resistance Using Fluke 5522A MFC By Direct Method 320 MOhm to 1 GOhm 0.043 % to 1.93 %
60 ELECTRO TECHNICAL DIRECT CURRENT (Source) Resistance/ Insulation tester(upto 5kV) Using High Resistance Box By Direct Method 1 MOhm to 100 Mohm 0.62 % to 0.30 %
61 ELECTRO TECHNICAL DIRECT CURRENT (Source) Resistance / Insulation Tester(upto 5kV) Using High Resistance Box By Direct Method 100 MOhm to 1 TOhm 0.30 % to 1.78 %
62 ELECTRO TECHNICAL ELECTRICAL EQUIPMENT (Source) Oscilloscope amplitude @ 50 Ohm, 50 KHz(Reference) Using Fluke 5522A MFC with SC600 Scope Option By Direct Method 5 mV p-p to 5.5 V p-p 1.88 % to 4.68 %
63 ELECTRO TECHNICAL ELECTRICAL EQUIPMENT (Source) Oscilloscope Frequency Response(Bandwidth), @50 Ohm Using Fluke 5522A MFC with SC600 Scope Option By Direct Method 50 KHz to 450 MHz 1.88 % to 4.8 %
64 ELECTRO TECHNICAL ELECTRICAL EQUIPMENT (Source) Oscilloscope Horizontal Deflection (Time Base), @ 50 Ohm Using Fluke 5522A MFC with SC600 Option By Direct Method 2ns to 5 s 0.22 % to 0.58 %
65 ELECTRO TECHNICAL ELECTRICAL EQUIPMENT (Source) Oscilloscope Vertical Deflection V/Div (AC), @ 1 M Ohm, 1 kHz Square Wave Using Fluke 5522A MFC with SC600 Scope Option By Direct Method 1 mV p-p to 130 V pp 4.8 % to 0.12 %
66 ELECTROTECHNICAL ELECTRICAL EQUIPMENT (Source) Oscilloscope Vertical Deflection V/Div (AC), @ 50 Ohm, 1 kHz Square Wave Using Fluke 5522A MFC with SC600 Scope Option By Direct Method 1 mV p-p to 5 V p-p 0.55 % to 0.31 %
67 ELECTRO TECHNICAL ELECTRICAL EQUIPMENT (Source) Oscilloscope Vertical Deflection V/Div (DC), @ 1 M Ohm Using Fluke 5522A MFC with SC600 Scope Option By Direct Method 1 mV to 130 V 4.8 % to 0.058 %
68 ELECTRO TECHNICAL ELECTRICAL EQUIPMENT (Source) Oscilloscope Vertical Deflection V/Div (DC), @ 50 Ohm Using Fluke 5522A MFC with SC600 Scope Option By Direct Method 1 mV to 5 V 0.53 % to 0.31 %
69 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) B -Type Thermocouple Using 81/2 DMM Fluke 8588A As per ITS90 Scale -By Simulation Method 600 °C to 1800 °C 0.066 °C
70 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Measure) E -Type Thermocouple Using 81/2 DMM Fluke 8588A As per ITS90 Scale -By Simulation Method -200 °C to 1000 °C 0.017 °C
71 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) J-Type Thermocouple Using 81/2 DMM Fluke 8588A As per ITS90 Scale -By Simulation Method -200 °C to 1200 °C 0.021 °C
72 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) K- Type Thermocouple Using 81/2 DMM Fluke 8588A As per ITS90 Scale -By Simulation Method -200 °C to 1300 °C 0.034 °C
73 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) N -Type Thermocouple Using 81/2 DMM Fluke 8588A As per ITS90 Scale -By Simulation Method -200 °C to 1300 °C 0.022 °C
74 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Measure) R-Type Thermocouple Using 81/2 DMM Fluke 8588A As per ITS90 Scale -By Simulation Method 0 to 1700 °C 0.049°C
75 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Measure) RTD (Pt-100) Using 81/2 DMM Fluke 8588A As per ITS90 Scale -By Simulation Method -200 °C to 600 °C 0.021°C
76 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Measure) S -Type Thermocouple Using 81/2 DMM Fluke 8588A As per ITS90 Scale -By Simulation Method 0 to 1700 °C 0.055 °C
77 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Measure) T -Type Thermocouple Using 81/2 DMM Fluke 8588A As per ITS90 Scale -By Simulation Method -200 °C to 400 °C 0.024°C
78 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) B -Type Thermocouple Using MFC Fluke 5522A As per ITS90 Scale - By Simulation Method 600 °C to 1800 °C 0.51 °C to 0.25 °C
79 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) E -Type Thermocouple Using MFC Fluke 5522A As per ITS90 Scale - By Simulation Method -200 °C to 1000 °C 0.58 °C to 0.25 °C
80 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) J- type thermocouple Using MFC Fluke 5522A As per ITS90 Scale - By Simulation Method -200 °C to 1200 °C 0.32 °C to 0.27 °C
81 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) K -Type Thermocouple Using MFC Fluke 5522A As per ITS90 Scale - BySimulation Method -200 °C to 1300 °C 0.39 °C to 0.50 °C
82 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) N-Type Thermocouple Using MFC Fluke 5522A As per ITS90 Scale - BySimulation Method -200 °C to 1300 °C 0.47 °C to 0.32 °C
83 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) R-Type Thermocouple Using MFC Fluke 5522A As per ITS90 Scale - By Simulation Method 0 to 1700 °C 0.66 °C to 0.47 °C
84 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) RTD Using MFC Fluke 5522A As per ITS90 Scale - By Simulation Method -200 °C to 600 °C 0.061 °C to 0.14 °C
85 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) S -Type Thermocouple Using MFC Fluke 5522A As per ITS90 Scale - By Simulation Method 0 to 1700 °C 0.55°C
86 ELECTRO TECHNICAL TEMPERATURE SIMULATION (Source) T-Type Thermocouple Using MFC Fluke 5522A As per ITS90 Scale - By Simulation Method -200 °C to 400 °C 0.73 °C to 0.18 °C
87 ELECTRO TECHNICAL TIME & FREQUENCY (Measure) Frequency Using 81/2 DMM Fluke 8588A By Direct Method 10 Hz to 2 MHz 0.0003 % to 0.00013%
88 ELECTROTECHNICAL TIME & FREQUENCY(Measure) Time, Time Interval Meter / Stop Watch Using Time Interval Meter By Comparison Method 0.01 sec to 900 sec 1.22 msec to 6.0 sec
89 ELECTROTECHNICAL TIME & FREQUENCY (Measure) Time, Time Interval Meter / Stop Watch Using Time Interval Meter By Comparison Method 900 sec to 7200 sec 3.13 sec to 13.0 sec
90 ELECTROTECHNICAL TIME & FREQUENCY (Source) Frequency Using Fluke 5522A MFC By Direct Method 100 Hz to 2 MHz 0.0003% to 0.0004%
91 ELECTROTECHNICAL TIME & FREQUENCY (Source) Frequency Using Fluke 5522A MFC By Direct Method 5 Hz to 100 Hz 0.0014 % to 0.0003%
Instrument list

Instruments we Calibrate

  • Multimeter (Up to 6 1/2 digits)
  • Clampmeter
  • Megger / Insulation Tester
  • Earth Leakage Current Tester / Earth Testers
  • HV Break Down Tester Oil Testing Kit
  • Hi Voltage Testers / Hi Pot Testers / Holiday Detector
  • Spark Tester
  • 4-20mA - 10V Transducer
  • Breaker Timing Kit
  • CRO / Oscilloscope Waveform Generators (Frequency)
  • CT / PT Ratio
  • Current Source
  • Decade Box – Resistance / Capacitance
  • ELCB/ RCD Testers
  • Energy Meter (Online & Offline)
  • Frequency Counters
  • Function Generator
  • LCR Meters
  • Micro Ohmmeter
  • Million-Mega Ohmmeter
  • Multifunction Calibrator
  • PowerMeter / Power Analyzer
  • Power Factor Meter
  • Power Source
  • Relay Test Kit
  • Standard Shunt
  • Stopwatch / Timer / Counter / Time Totalizer
  • Transformer Turns Ratio meter
  • Temperature / Pressure Calibration
  • Temperature Simulation (Controller / Indicators/Transmitter / Logger/ Scanner)
  • Variac
  • Voltmeters / Ammeters – AC / DC
Not able to find your instrument in the list? We might still be able to calibrate it Request a Quote or see our Full Scope of Calibration.  
Brand list

Brands we Calibrate

  • Agilent
  • Ametek-Jofra
  • Amprobe
  • Beamex
  • Druck
  • FLIR Systems
  • Fluke
  • Keysight Technologies
  • Martel Electronics
  • Megger
  • Mitutoyo
  • Norbar Torque Tools
  • Omicron
  • HTC
  • Tektronix
  • Testo
  • Yokogawa
  • Greenlee
  • Hioki
  • Kyoritsu
Not able to find your instrument's brand in the list? We might still be able to calibrate it Request a Quote or see our Full Scope of Calibration.
OUR OFFICE
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CONTACT
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info@actionengineers.com
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