NT-NH3-PL1000 ammonia gas sensor for Industrial Safety Monitoring Livestock Farming

                    NT-NH3-PL1000 ammonia gas sensor for Industrial Safety Monitoring Livestock Farming 

Product Features:

1. High - precision Detection: It utilizes liquid electrochemical catalytic reaction tech. The sensor's three - electrode structure and liquid electrolyte interact with ammonia, generating a current signal that is linearly proportional to the ammonia concentration, with a sensitivity of 15nA/ppm±5nA/ppm and a resolution of 0.1ppm, which can precisely measure ammonia concentration.
2. Fast Response: The gas diffuses into the working electrode of the sensor via the diffusion holes, and the electrochemical reaction occurs rapidly. Its T50 response time is under 20 seconds, and the T90 response time is less than 50 seconds, which can promptly reflect the variation of ammonia concentration.
3. Leak - proof Design: It is equipped with a double - sealed shell, which can effectively prevent liquid electrolyte leakage and outside moisture and dust intrusion, ensuring the sensor can work stably in humid and dusty environments.
4. Zero - point Stability: The sensor features a stable zero - point property and short zero - point stabilization time. It can quickly and steadily return to the zero - point state after the ammonia concentration drops to zero, reducing the interference of zero - drift to the measurement results.
5. Energy - free Operation: It belongs to passive - type gas sensors, and no external power supply is required for its operation. The electrochemical reaction inside the sensor itself provides energy for signal output, reducing energy consumption and making the application simpler.
6. RoHS - compliant: The sensor design complies with the RoHS standard. The selection of materials and the production process meet environmental protection requirements, which are friendly to the natural environment and human health.
7. Strong Anti - EMI Capacity: Thanks to the innovative micro - circuit layout, the sensor has a good resistance to electromagnetic interference. Whether it is used near industrial frequency equipment, communication devices or other electromagnetic - field - rich equipment, it can keep stable measurement performance.

Product Applications:

1. Industrial Safety Monitoring: In chemical factories, fertilizer plants, ice - making plants and other industrial production workshops, ammonia is frequently used as a chemical raw material or refrigerant. The EC4 - NH3 - 1000 sensor can be installed in these places to detect ammonia gas leakage in real - time, helping enterprises to monitor production environments and protect the safety of employees and industrial facilities.
2. Refrigeration and Air - conditioning Systems: Ammonia has gradually substituted for some ozone - depleting refrigerants and is widely utilized in large - scale refrigeration systems. The sensor can be set up in ammonia - using refrigeration and air - conditioning equipment and pipeline systems to monitor ammonia content. If there is a refrigerant leakage situation, it can be detected early, which is beneficial to timely repair and avoid system failures and safety accidents.
3. Livestock Farming: In livestock breeding sites like poultry farms and pig farms, livestock excrement will generate ammonia gas. Excessive ammonia concentration will affect the health of livestock and the work environment of breeding workers. The EC4 - NH3 - 1000 can be used to monitor the ammonia concentration in the livestock house, facilitating ventilation adjustment and environmental improvement, to create a proper growth environment for livestock.
4. Air Quality Detection: In urban air quality monitoring stations and indoor environmental detection scenarios, ammonia is one of the key detection gaseous pollutants. The sensor can be integrated into various air quality detectors. Whether it is detecting ammonia concentration in outdoor atmosphere or testing indoor ammonia pollution caused by decoration materials and cleaning agents, it can provide accurate data support.