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Calibration Service
or from NABL Website:
•www.nabl-india.orgFlow Meter Calibration Service
Minimum Order Quantity: 1 Number
Product Brochure
Service Location | At Site or In Lab |
Service Type | Liquid non hazardeous |
Measurement Range | >700 PSI |
Industry Type | Process Industry |
Number Of Flow Meters | 10 |
Calibrated For | Customer Requirement |
Calibration Interval | 6 Months |
Mass flow | Mass and Volume flow |
online/offline | online |
Flow meters are devices used to measure the rate of flow of liquids or gases in pipelines. Calibration of flow meters is essential to ensure that the readings obtained from the device are accurate and reliable.
Here are the steps we follow to calibrate a flow meter:
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Prepare the flow meter for calibration. Clean the flow meter and remove any debris that may interfere with the accuracy of the readings. Make sure the flow meter is installed in the pipeline, and the necessary valves are open.
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Select a suitable calibration fluid. The fluid should have a known density and viscosity, and its properties should be similar to the fluid that the flow meter is designed to measure. The fluid should also be chemically compatible with the flow meter components.
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Set up a flow loop. A flow loop is a closed circuit that circulates the calibration fluid through the flow meter. The loop should include a pump, a tank to hold the calibration fluid, and a measuring device to monitor the flow rate.
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Establish a stable flow rate. Use the pump to circulate the calibration fluid through the flow meter at a constant flow rate. Wait until the flow rate stabilizes before taking measurements.
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Take measurements. Record the readings from the flow meter and the measuring device at the same time. Take multiple readings at different flow rates to ensure accuracy. Repeat this process several times to obtain a reliable average value.
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Analyze the data. Compare the flow meter readings with the measuring device readings to determine the flow meter's accuracy. If the readings are not consistent, adjust the flow meter or replace any components that may be causing the discrepancies.
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Document the calibration. Record the calibration results, including the calibration fluid used, the flow rates, and the flow meter readings. Document any adjustments made to the flow meter.
By following these steps, we calibrate a flow meter and ensure its accuracy. Regular calibration is necessary to maintain accurate readings and detect any errors or problems with the flow meter.
Additional Information:
- Item Code: FMC
- Production Capacity: 10
- Delivery Time: 2 weeks
- Packaging Details: wooden
Sound Level Meter Calibration
Minimum Order Quantity: 1 Piece
Product Brochure
Mode Of Report | Hard Copy |
Service Charges | 1000 |
Industry Type | Engineering |
Number Of Sound Level Meters | 10 |
Location | site |
Maximum Sound Level | 140 dB |
Calibrated For | Customer Requirement |
Calibration Interval | Yearly |
Sound level meters are devices used to measure sound pressure levels in decibels (dB). Calibration of a sound level meter is important to ensure that it provides accurate and reliable measurements. Here are the steps to calibrate a sound level meter:
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Prepare the sound level meter for calibration. Make sure the battery is fully charged, and the device is functioning properly. Remove any protective covers and attachments.
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Select a suitable calibration source. The calibration source should produce a stable and known sound pressure level at a specific frequency. The calibration source can be a sound calibrator or a reference standard.
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Mount the sound level meter on the calibration source. Attach the sound level meter to the calibration source using a mounting adapter or magnetic base. Ensure that the sound level meter is securely attached and properly aligned.
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Set the calibration frequency and sound pressure level. Set the calibration frequency and sound pressure level to match the specifications of the sound level meter. Use a sound generator or a computer program to generate the desired signal.
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Record the readings from the sound level meter. Turn on the sound level meter and record the readings from the device. Take multiple readings at different frequencies and sound pressure levels to ensure accuracy. Repeat this process several times to obtain a reliable average value.
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Analyze the data. Compare the readings from the sound level meter with the calibration source readings to determine the meter's accuracy. If the readings are not consistent, adjust the sound level meter or replace any components that may be causing the discrepancies.
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Document the calibration. Record the calibration results, including the calibration source used, the frequency and sound pressure level settings, and the sound level meter readings. Document any adjustments made to the sound level meter.
By following these steps, we calibrate a sound level meter and ensure its accuracy. Regular calibration is necessary to maintain accurate readings and detect any errors or problems with the sound level meter
Additional Information:
- Item Code: SLM
- Production Capacity: 100
- Delivery Time: 2 week
- Packaging Details: Wooden
Electrical Equipment Calibration Service
Product Brochure
Calibration Interval | 3 Months |
Electrical Equipment Name | Ammeter |
Service Location | In Laboratory |
Service Mode | Off Line |
Service Duration | 2 or 3 days |
Energy Meter Calibration Services
Minimum Order Quantity: 1 Number
Product Brochure
Service Location | on site |
Instrument Type | Energy Meter Calibration |
Service Charge | 1000 |
Service Type | Calibration |
Industry Type | Industry |
Energy Meter Type | Electronic |
Calibrated For | Customer Requirement |
Calibration Interval | Yearly |
Number Of Energy Meters | 1 |
Energy meter calibration is the process of verifying the accuracy of an energy meter, which is a device that measures the amount of electrical energy consumed by a home or building. Over time, energy meters can become less accurate, which can result in overcharging or undercharging of electricity bills. Calibrating energy meters helps to ensure that the meter is measuring electricity consumption accurately, which can help to prevent billing errors and ensure fair billing.
The calibration process typically involves comparing the readings of the energy meter with a known standard, such as a reference meter or a laboratory standard. The energy meter is then adjusted or corrected to align its readings with the reference standard. This process is often carried out by a qualified electrician or a specialized calibration service provider.
Energy meter calibration is usually required on a periodic basis, depending on the type and model of the meter, and local regulations. Some energy meters may need calibration every few years, while others may require calibration more frequently. Regular calibration of energy meters helps to ensure accurate billing and can also help to detect potential issues with the energy supply or electrical system.
In summary, energy meter calibration is an important process that helps to ensure the accuracy of energy meters and prevent billing errors. It is typically performed by qualified professionals using specialized equipment and standards, and may be required on a periodic basis depending on the type of meter and local regulations
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Preparation: Make sure the energy meter is properly installed and connected to the power source. Ensure that all the necessary equipment, including calibration equipment, is ready and functioning correctly.
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Verify the Meter: Verify that the meter is functioning correctly by checking its reading against a known source of energy, such as a calibrated reference meter. If the meter is reading correctly, proceed to the next step. If not, repair or replace the meter.
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Adjust the Meter: Using the calibration equipment, adjust the meter's calibration settings to match the known energy source's output. The calibration process may involve adjusting the meter's voltage or current settings, depending on the type of energy being measured.
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Repeat the Test: After the meter has been adjusted, recheck its reading against the known energy source to ensure that the calibration has been successful. Repeat the calibration process if necessary.
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Record the Results: Once the calibration is complete, record the meter's reading and the calibration settings for future reference. This information can be used to verify the meter's accuracy in the future.
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Certify the Calibration: If required, have the calibration certified by a qualified calibration lab to ensure that the meter is within acceptable accuracy limits. This certification may be required for legal or regulatory purposes.
Additional Information:
- Item Code: EMCS
- Production Capacity: 1
- Delivery Time: 1 WEEK
- Packaging Details: WOODEN
Instruments Calibration Services
Product Brochure
Instrument Type | Laboratory Instrument |
Calibrated For | Industrial |
Mode Of Report | Offline |
Thermal Instrument Name | Blood Chemistry Analyzer |
Calibration Interval | One Time Requirement |
Instruments Calibration Services
Instruments Calibration Services
Instruments Calibration Services
Process Instrument Calibrations Services
Product Brochure
Instrument Type | Laboratory Instrument |
Calibrated For | Industrial |
Mode Of Report | Offline |
Thermal Instrument Name | Blood Chemistry Analyzer |
Calibration Interval | One Time Requirement |
Thermal Instruments Calibration Service
Product Brochure
Service Duration | 2 or 3 days |
Location | Client Site |
Certified | NABL |
Service Mode | Off Line |
Acknowledged as a pioneer organization of the business industry, we are affianced in providing Thermal Calibration Services. With our experienced team, we cater to the demands of our clients. Apart from this, we are offering this thermal calibration service range at the budget-friendly market price.
Energy Meter Calibration Services
Product Brochure
Calibration Interval | One Time Requirement |
Energy Meter Type | Electromechanical Induction |
Number Of Energy Meters | 5 |
Location | Client Site |
Service Mode | Off Line |
Energy meters are the most important part of any electrical system. The revenue of the utilities is dependent on the measurement of the energy consumed. Accurate measurement is essential. With the stress on energy conservation, it is more important now to account for the energy being consumed by each and every machine in the industry. Hence energy meters are being designed to become more and more intelligent. The Government of India has decided to install meters in all the consumer's premises. In view of this, it is very important to check the quality and reliability of energy meters so that their performance is satisfactory to enable accurate billing of electricity consumption. Earlier electro-mechanical meters having accuracy of class 1.0 and 2.0 were used but with the advancement of technology, static energy meters having accuracy class of 0.5 and 0.2 are available in the market.
BAPL has been carrying out testing and calibration of energy meters since the last 15 years. BAPL has complete type test facilities for testing energy meters as per Indian and International Standards. BAPL can also calibrate 0.05 class reference energy meters using 0.02 class reference energy meter.
Major Attractions
- Complete type test facilities for testing energy meters and transducers as per Indian and International Standards.
- Test facility up to 200 A for energy meters is accredited by NABL
- Calibration of 0.05 class reference energy meters using 0.02 class reference energy meter
- Special and tamper tests according to requirements of utilities
- Independent third party inspection agency for disputed energy meters
- Calibration of energy meters at site/mobile laboratory using 0.05 class reference meters
- Evaluation of energy meters as per the requirements of electricity boards and ranking them according to quality
- Durability & Accelerated Reliability Testing of Energy Meters as per IEC/EN Standards
Energy Meter testing
Energy Meter testing
Current Transformers Calibration Services
Product Brochure
Calibrated For | End User |
Location | Client Site |
Service Duration | 2 or 3 days |
Service Mode | Off Line |
Utm Machine Calibration Services
Minimum Order Quantity: 1 Piece
Product Brochure
Service Location | At Site or In Lab |
A Universal Testing Machine (UTM) is used to test the mechanical properties of materials such as tensile strength, compression strength, bending strength, and shear strength. Calibration of the UTM is essential to ensure that it provides accurate and reliable results.
Here are the steps we follow to calibrate a UTM:
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Prepare the UTM for calibration. Make sure that the UTM is clean, properly lubricated, and free of any debris that may interfere with the accuracy of the readings.
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Select a suitable calibration standard. The calibration standard should have a known and traceable value for the property being measured, such as force, displacement, or strain. The calibration standard should be of a similar material to the test sample and be within the range of the UTM's capabilities.
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Install the calibration standard. Follow the manufacturer's instructions to install the calibration standard onto the UTM. Ensure that the standard is aligned properly and securely fastened.
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Perform a zero-force calibration. Set the UTM to the zero-force setting and check that the force reading is zero. If the reading is not zero, adjust the UTM accordingly.
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Perform a calibration at a known force or displacement. Apply a known force or displacement to the calibration standard and record the readings from the UTM. Take multiple readings at different force or displacement levels to ensure accuracy. Repeat this process several times to obtain a reliable average value.
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Analyze the data. Compare the readings from the UTM with the known value of the calibration standard to determine the UTM's accuracy. If the readings are not consistent, adjust the UTM or replace any components that may be causing the discrepancies.
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Document the calibration. Record the calibration results, including the calibration standard used, the force or displacement levels, and the UTM readings. Document any adjustments made to the UTM.
By following these steps, you can calibrate a UTM and ensure its accuracy. Regular calibration is necessary to maintain accurate results and detect any errors or problems with the UTM
Additional Information:
- Item Code: UTMC
- Production Capacity: 10
- Delivery Time: 2 weeks
- Packaging Details: wooden
Laboratory Calibration Services
Product Brochure
Oven Calibration Service
Product Brochure
Pressure Calibration Services
Service Location | Pan India |