Electro Technical Calibration
We are a NABL accredited calibration laboratory as per international standard ISO/IEC 17025: 2017. At our laboratory, we possess the expertise to perform calibration services for a wide range of parameters including DC Voltage & Current, Resistance, Temperature simulation (RTD, T/C J, T/C K, T/C T, T/C E, T/C R, T/C B, T/C C, T/C N, T/C S) for both source & measure mode.
Electrical measuring instruments are the utmost significant tool, widely employed in the industrial sector starting from research and development to quality assurance and manufacturing process as well. The calibration of these instruments is essential to safeguard accurate readings and evaluate input and output signals, linearity, sensitivity, and other performance measuring specifications. Calibration guarantees the precision & reliability of electrical parameters which are crucial for sustaining the optimal effectiveness of electrical equipment & data generated.
We offer Electro technical calibration services for a variety of products such as multi-channel scanners, multi-channel data loggers, temperature indicators, temperature controllers, temperature indicating devices, digital multi-meter, voltage sources, current sources, & so forth.
Features
Key Features:
Calibrate up to:
- DC Current: 1 mA to 100 mA (Source & Measure Mode)
- DC Voltage: 1 mV to 100 V (Source & Measure Mode)
- Resistance: 5 ohm to 4 kohm (Source & Measure Mode)
- RTD: -200 to 800 °C (Source & Measure Mode)
- T/C B: 200 to 1820 °C (Source & Measure Mode)
- T/C C: 200 to 2300 °C (Source & Measure Mode)
- T/C E: -200 to 1000 °C (Source & Measure Mode)
- T/C J: -210 to 1200 °C (Source & Measure Mode)
- T/C K: -200 to 1300 °C (Source & Measure Mode)
- T/C N: -200 to 1300 °C (Source & Measure Mode)
- T/C R: -50 to 1768 °C (Source & Measure Mode)
- T/C S: -50 to 1768 °C (Source & Measure Mode)
- T/C T: -200 to 400 °C (Source & Measure Mode)
Specification
| 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)(±) |
| Permanent Facility | |||||
| 1 | ELECTRO TECHNICAL DIRECT
CURRENT (Measure) |
DC Current | Using 6 ½ data
Acquisition/ Switch unit by Direct Method |
1 mA to 10 mA | 0.30 % to 0.12 % |
| 2 | ELECTRO TECHNICAL DIRECT
CURRENT (Measure) |
DC Current | Using 6 ½ data
Acquisition/ Switch unit by Direct Method |
10 mA to 100 mA | 0.12 % to 0.064 % |
| 3 | ELECTRO TECHNICAL DIRECT
CURRENT (Measure) |
DC Voltage | Using 6 ½ data
Acquisition/ Switch unit by Direct Method |
0.1 V to 1 V | 0.015 % to 0.010 % |
| 4 | ELECTRO TECHNICAL DIRECT
CURRENT (Measure) |
DC Voltage | Using 6 ½ data
Acquisition/ Switch unit by Direct Method |
1 mV to 100 mV | 0.48 % to 0.015 % |
| 5 | ELECTRO TECHNICAL DIRECT
CURRENT (Measure) |
DC Voltage | Using 6 ½ data
Acquisition/ Switch unit by Direct Method |
1 V to 10 V | 0.010 % to 0.013 % |
| 6 | ELECTRO TECHNICAL DIRECT
CURRENT (Measure) |
DC Voltage | Using 6 ½ data
Acquisition/ Switch unit by Direct Method |
10 V to 100 V | 0.013 % to 0.006 % |
| 7 | ELECTRO TECHNICAL DIRECT
CURRENT (Measure) |
Resistance | Using 6 ½ data
Acquisition/ Switch unit by Direct Method |
0.1 kohm to 1 kohm | 0.58 % to 0.07 % |
| 8 | ELECTRO TECHNICAL DIRECT
CURRENT (Measure) |
Resistance | Using 6 ½ data
Acquisition/ Switch unit by Direct Method |
1 kohm to 4 kohm | 0.07 % to 0.025 % |
| 9 | ELECTRO TECHNICAL DIRECT
CURRENT (Measure) |
Resistance | Using 6 ½ data
Acquisition/ Switch unit by Direct Method |
5 Ohm to 100 Ohm | 0.15 % to 0.06 % |
| 10 | ELECTRO TECHNICAL DIRECT
CURRENT (Source) |
DC Current | Using Precision
process calibrator by Direct Method |
1 mA to 100 mA | 0.15 % to 0.023 % |
| 11 | ELECTRO TECHNICAL DIRECT
CURRENT (Source) |
DC Voltage | Using Precision
process calibrator by Direct Method |
0.001 V to 0.1 V | 0.68 % to 0.0082 % |
| 12 | ELECTRO TECHNICAL DIRECT
CURRENT (Source) |
DC Voltage | Using Precision
process calibrator by Direct Method |
0.1 V to 1 V | 0.017 % to 0.005 % |
| 13 | ELECTRO TECHNICA LDIRECT
CURRENT (Source) |
DC Voltage | Using Precision
process calibrator by Direct Method |
1 V to 10 V | 0.016 % to 0.017 % |
| 14 | ELECTRO TECHNICAL DIRECT
CURRENT (Source) |
DC Voltage | Using Precision
process calibrator by Direct Method |
10 V to 100 V | 0.017 % to 0.005 % |
| 15 | ELECTRO TECHNICAL DIRECT
CURRENT (Source) |
Resistance | Using Precision
process calibrator by Direct Method |
400 Ohm to 4 kohm | 0.087 % to 0.009 % |
| 16 | ELECTRO TECHNICAL DIRECT
CURRENT (Source) |
Resistance
|
Using Precision
process calibrator by Direct Method |
5 Ohm to 400 Ohm | 0.36 % to 0.087 % |
| 17 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
RTD simulation
(Calibration of temperature Calibrator/simulator/ test kit) |
Using Precision
process calibrator by Simulation Method |
-200 °C to 800 °C | 0.35°C |
| 18 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple B
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
200 °C to 400 °C | 2.32°C |
| 19 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple B
Type (Calibration of temperature Calibrator/simulator/test kit) |
Using Multifunction
Calibrator by Simulation Method |
400 °C
to 1820 °C |
1.18°C |
| 20 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple C
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
1000 °C to 2000 °C | 0.93°C |
| 21 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple C
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
200 °C to 1000 °C | 0.47°C |
| 22 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple C
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
2000 °C to 2300 °C | 1.39°C |
| 23 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple E
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
-270 °C to 1000 °C | 0.42°C |
| 24 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple J
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
-210 °C to 1200 °C | 0.35°C |
| 25 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple K
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
-200 °C to 1300 °C | 0.47°C |
| 26 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple N
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
-260 °C to 1300 °C | 0.47°C |
| 27 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple R
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
-50 °C to 1768 °C | 1.17°C |
| 28 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple S
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
-50 °C to 1768 °C | 1.17°C |
| 29 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Measure) |
Thermocouple T
Type (Calibration of temperature Calibrator/simulator/ test kit) |
Using Multifunction
Calibrator by Simulation Method |
-270 °C to 400 °C | 0.35°C |
| 30 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
RTD simulation
(Calibration of temperature Indicator / Controller/ Recorder/ Calibrator/Transmitter/Scanner/ Data logger) |
Using Precision
process calibrator by Simulation Method |
-200 °C to 800 °C | 0.084°C |
| 31 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple B
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
200 °C to 400 °C | 2.31°C |
| 32 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple B
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
400 °C to 1820 °C | 1.16°C |
| 33 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple C
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
1000 °C to 2000 °C | 0.93°C |
| 34 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple C
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
200 °C to 1000 °C | 0.47°C |
| 35 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple C
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
2000 °C to 2300 °C | 1.39°C |
| 36 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple E
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
-200 °C to 1000 °C | 0.30°C |
| 37 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple J Type
(Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
-210 °C to 1200 °C | 0.35°C |
| 38 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple K
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
-210 °C to 1372 °C | 0.47°C |
| 39 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple N
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
-200 °C to 1300 °C | 0.46°C |
| 40 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple R
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
-50 °C to 1768 °C | 1.16°C |
| 41 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple S
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
-50 °C to 1768 °C | 1.16°C |
| 42 | ELECTRO TECHNICAL TEMPERATURE
SIMULATION (Source) |
Thermocouple T
Type (Calibration of temperature Indicator / Controller/Recorder/ Calibrator/ Transmitter/Scanner /Data logger) |
Using Multifunction
Calibrator by Simulation Method |
-200 °C to 400 °C | 0.35°C |
