Ammonia (NH3) Monitor, 0 to 50/100 ppm

ATO portable gas monitor provides real-time data, enabling timely interventions to prevent harmful exposure. This Ammonia gas monitor offers a measuring range from 0 to 100 ppm, making it ideal for detecting NH3 concentrations in diverse settings.

Specification

Note 1:

• If you require an NH3 gas detector with a measuring range not listed in the table above, please contact us with details about your operating environment. We can help you choose the right detector for your application.

• We also offer gas detectors for other common gases. Please refer to the ATO Gas Detector Catalog for available gas types and measuring ranges.

Note 2:

Regarding the flow rate for gas detectors, there are 2 types:

• Pump-Suction Type: Equipped with a built-in pump, with a flow rate of 600 mL/min. (Models: GD200, GD400, GD600)
• Diffusion Type: Not equipped with a built-in pump, with a flow rate of 300 mL/min. (Models: GD300, GD500, GD800)

If you require a customized flow rate, please let us know your specific requirements. We will evaluate whether customization is possible. A flow rate that is too high or too low can affect measurement accuracy, so we recommend using an appropriate flow rate for your application.

Flow rate only needs to be considered when sampling gas from pipelines. For measuring gas concentrations in normal ambient air, you do not need to consider the flow rate. To measure confined spaces such as pipelines, please get in touch with us and provide the detailed conditions of use.

Features

• Exceptional energy efficiency and extended standby capability: Boasting remarkably low power consumption, This mini NH3 tester offers a prolonged standby time of up to 2 years, eliminating the need for battery replacement.
• Hassle-free maintenance: Simply power on the Ammonia gas monitor, and it will operate continuously without requiring calibration, sensor replacements, or battery charging.
• Vigilant alarm system: Equipped with an ultra-high buzzer alarm, two high-intensity red LEDs for both upper and lower alarms, and a combination of sound, light, and vibration alerts, ensuring that workers are promptly alerted to potential dangers.
• Customizable alarm settings: Supporting various alarm types such as high point alarm, low point alarm, TWA (Time-Weighted Average), and STEL (Short-Term Exposure Limit), users can easily adjust alarm thresholds as needed throughout the device's lifespan.
• Rugged and secure design: This portable NH3 gas detecstor boasts an IP68 protection rating, making it splash-proof, dust-proof, explosion-proof, and shock-proof. Its intrinsically safe circuit design enhances safety in hazardous environments.
• User-friendly and compact: Designed for ease of use, it features a compact and lightweight design with intuitive two-button operation, reducing the need for extensive training.
• Portability at its best: Its small size and lightweight build ensure that it can be carried with ease, providing flexibility in its use.
• Built to last: Crafted from high-strength materials, the device's robust construction is tailored to endure the harshest environments while remaining comfortable and durable.
• Enhanced safety features: Featuring an automatic self-test function, mini NH3 gas detector continually ensures its own functionality, thereby improving safety by performing self-tests.

Structure

Applications

Ammonia (NH3) gas detectors are widely used in industry and agriculture to monitor Ammonia concentration in the air to ensure environmental safety and compliance with health standards. They are particularly important in places such as chemical plants, wastewater treatment plants and livestock farms, helping to prevent NH3 leaks and contamination. Real-time monitoring data can also be used to optimize production processes and reduce environmental impact.

Tips: Why do you need to use Ammonia detector to monitor NH3?

It is important to monitor Ammonia with a NH3 detector because NH3 gas has potential health and environmental hazards. First of all, ammonia is a toxic gas, and exposure to high concentrations can cause serious health problems to the human body, such as respiratory system damage, eye and skin irritation, etc. Long-term exposure to low concentrations of ammonia can also lead to chronic health problems.

Secondly, Ammonia is widely used in agriculture and industry, such as fertilizer production and refrigeration system leaks, so the risk of leaks is higher. Timely detection of NH3 gas leaks can help avoid potential explosion and fire risks and ensure personnel safety. In addition, Ammonia has a negative impact on the environment, causing air and water pollution. Therefore, Ammonia detectors can not only protect people's health and safety, but also help companies comply with environmental regulations, prevent environmental pollution, and ensure sustainable development. By continuously monitoring ammonia concentration, timely measures can be taken to prevent accidents and ensure the safety of the working and living environment.