Ammonia Calibration Gas – NH3 Cal Gas

Ammonia Calibration Gas (NH3) Cylinder sizes:

• 11 litre Bump aerosol with trigger for bump testing
• 17 litre Non-reactive gases
• 34 litre Reactive/Non-reactive gases
• 58 litre Reactive gases
• 74 litre Reactive gases
• 103 litre Non-reactive gases

Calsmart™ – Refillable Cylinder for Calibration Gases

The Calsmart™ 116-litre refillable cylinder provides an economical and environmentally conscientious alternative to the disposable cylinders of its class.  The Calsmart™ delivers twice the volume of gas as do disposable cylinders, and its portability allows it to fit easily into standard carrying cases.  These cylinders accommodate both pure and mixed gases to fit a variety of needs.  The efficiency and economical benefits of this refillable cylinder will appeal to the “smart” buyer interested in growing their company’s operations.

Disposable Cylinders for Calibration Gases

Airwave Electronics provides disposable cylinders of a full range of calibration gases that are compatible with a wide variety of gas detection equipment. Applications include monitoring industrial workplaces, medical laboratories, industrial hygiene and environmental assessments.

How to Calibrate a detector requiring Ammonia Calibration Gas (NH3) .

Calibrating your gas detector with Ammonia Calibration Gas (NH3) is vital to guarantee precise measurement of your personal or fixed Gas Detectors.

Establish the correct concentration of calibration gas for your detector. It should be noted that most detectors allow you to indicate the intended gas percentage, to match the calabration gas conscentration used.

Establish an airtight connection between the Ammonia Calibration Gas (NH3) cylinder and the gas detector using the correct tubing and flow regulator.

Adjust the flow rate of the calibration gas to align with the correct specifications, ensuring an accurate calibration.

Activate the calibration process on the gas detector, exposing the sensors to Ammonia Calibration Gas (NH3) to trigger the measurement.

Monitor the gas detector readings closely during calibration, validating that the detected concentration aligns with the known concentration of the calibration gas.

If discrepancies arise between the detected and known concentrations, follow the manufacturer’s instructions to adjust the gas detector’s calibration settings until accurate readings are achieved.

Document the calibration process, recording the date, time, concentration of the calibration gas used, and any adjustments made to the gas detector. Proper documentation is essential for regulatory compliance and audit purposes.

After completing calibration, conduct a functional check at regular intervals using a bump test to ensure the gas detector responds appropriately to the presence of Ammonia Calibration Gas (NH3) .

Regular calibration is paramount to maintaining the accuracy and reliability of gas detectors in detecting hazardous gases, ensuring a safe working environment. Always adhere to the manufacturer’s instructions and industry standards during gas detector calibration.