Electrotechnical Calibration Training

Electrotechnical Calibration Training & Certification Course

Calibration is the process of comparing a known measurement to an unknown measurement to determine the accuracy of a device and detect deviations and maintain precision. It helps to maintain the quality of industries. Electro-technical calibration refers to the process of verifying the accuracy of electrical measuring instruments by comparing their readings against a known standard, ensuring they are providing precise measurements of electrical parameters like voltage, current, resistance, and frequency within a specified tolerance level; essentially, it’s the calibration of electrical testing equipment used in industrial and laboratory settings. 

FARE Labs, an accredited laboratory as per ISO/IEC 17025:2017 for the calibration of Electro-technical equipment, provides calibration facilities in AC/DC Voltage, AC/DC Current, DC Resistance, Frequency & Time, AC Resistance, Inductance, Capacitance, Temperature Thermocouple & RTD, AC/DC Amplitude, Time Marker, Bandwidth, RF Voltage, AC/DC Power & Energy (Reference Standards/Energy Meters), AC/DC Magnetic Field (Gauss Meters), AC/DC High Voltage (upto 100 kV), Voltage Transformer (Upto 132 kV) and Current Transformer (upto 3200 A) for Ratio and Phase Error at lab as well at Site. Calibration plays a vital role in manufacturing, engineering, aerospace, Defence and quality control. By ensuring compliance with international measurement standards, calibration enhances product reliability, reduces errors, and maintains consistency in production processes.

FARE Labs, having expertise in the calibration of Electro-technical equipment and in possession of calibration standards with National/International traceability, offers Electrotechnical Calibration Training & Certification Course for freshers and professionals. 

Objectives

Training on Electrotechnical Metrology and calibration methods covering some of the following:

1. Importance of Calibration. 
2. Need and application of calibration.
3. Brief on Regulatory requirements of Calibration.
4. Understand Electro-technical metrology principles and instrumentation.
5. Calibration Procedures/ Standard methods.
6. Importance of traceability and uncertainty measurement.
7. Hands on practice of instrument calibration.
8. Worked examples and exercises on uncertainty evaluation.
9. Environmental Monitoring for stable calibration conditions.
10. Ensure compliance with ISO/IEC 17025:2017 standards.
11. Difference between Uncertainty and CMC.
12. Calibration Certificate Preparation & Record Keeping.