Electrotechnical calibration is the process of verifying and adjusting the accuracy of electrical and electronic measuring instruments and equipment. It is essential to ensure that these devices provide reliable and precise measurements in various industries and applications. Calibration helps to maintain the integrity of measurement data, meet regulatory standards, and improve the overall quality and safety of electrical systems and devices.
Electrotechnical calibration applies to a wide range of instruments, including multimeters, oscilloscopes, power analyzers, voltage and current transformers, resistance and capacitance meters, and other devices used for measuring voltage, current, resistance, frequency, and other electrical parameters.
Calibration of AC voltage
Calibration of Resistance
Calibration of U Type temperature
Calibration of AC current
Calibration of AC High Voltage
Calibration of Capacitance
Calibration of Oscilloscope Amplitude
Calibration of Power factor
Calibration of DC High Voltage
Calibration of DC Voltage
Calibration of ELCB tester
Calibration of Energy Meter 1 & 3 Phase AC Power
Calibration of Frequency
Calibration of Inductance
Calibration of Insulation Tester
Calibration of J Type Temperature
Calibration of K Type Temperature
Calibration of Megger
calibration of multimeter
Calibration of Oscilloscope Amplitude
Calibration of Power factor
Calibration of PT-100 Temperature
Calibration of R Type Temperature
Calibration of Radiation Pyrometer
Calibration of S Type Temperature
Calibration of Single Phase & Three Phase Energy
Calibration of T Type temperature
Calibration of Insulation Tester
Calibration of Timer _Stopwatch
Calibration of True RMS high resolution Industrial Multimeter
Calibration Oscilloscope Bandwith