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Cảm biến NH3 (S-NH3-01) công nghiệp dùng đo khí NH3 trong không khí, và tích hợp đo nhiệt độ, độ ẩm của không khí.
Cảm biến thiết kế theo tiêu chuẩn chống nước IP65, hỗ trợ chuẩn truyền thông RS485 Modbus-RTU.
Ứng dụng rộng rãi trong nông nghiệp, khu công nghiệp, giám sát khí tượng.
Sản phẩm nhập khẩu chính hãng từ Seeed.
Xuất VAT cho khách hàng, công ty, cơ quan có nhu cầu.
Sản phẩm bảo hành 12 tháng.
The S-NH3-01 is an industrial-grade IP65 rated electrochemical detection of solid polymers with a revolutionary innovative technique in electrochemical detection areas with wide applications in farming, industrial areas, and meteorological monitoring.
Note: The gas sensor needs to be calibrated after approximately six months of use to ensure its accuracy and reliability.
+ 3-in-1: Monitor 3 measurements - Ammonia concentration, air temperature, and humidity in 1 single sensor.
+ High Resistance of Disturbance: Tolerate extreme temperature and exposure to high levels of ammonia gas.
+ User-friendly: Easy to set up and support adjustment for different uses.
+ Advanced Technology: Apply the revolutionary solid polymer electrochemical technology for gas detection.
+ Support Multiple Applications: Livestock farming, gas leaking detection for heavy industry and atmospheric environmental gas detection, etc.
Ammonia gases are the most common cause of the stinky smell in our daily life and it has a tremendous effect on our health. A small number of ammonia gases only make you suffer from a bad smell. However, when one area concentrates a big amount of large ammonia gases, it will become toxic gas and hurt your olfactory system.
There are different sources of ammonia gases whether by humans or by nature. One major source is the excretion produced by the livestock farming industry. Another major source is energy generation in heavy industry because burning coal, fuel, and natural gases produce a huge amount of ammonia gas, which increases the risk of improperly disposing of ammonia gas.
RS485 NH3 Sensor S-NH3-01 adopts an imported sensor chip from Germany with the ability to monitor hydrogen sulfide concentration, air temperature, and humidity at the same time. The sensor transmits data with the help of the RS485 Modbus RTU protocol. The sensor contains excellent features as it can respond to gas or environment with high speed and sensibility, tolerate disturbance, and adopts a compensation algorithm and adjustable standards, all of that assure the accuracy of the sensor. This equipment was powered by 5V DC, able to support most of the sensors in the market. Equipment can be easily integrated into most of the system without a complex setup procedure.
Solid polymer electrochemical technology is a revolutionary innovation in the field of electrochemical detection. This technology is based on the principle of electrochemical catalytic reaction triggered by different target gas leading to sending out a different electrical signal that is directly proportional to the gas concentration. The sensor module is composed of three catalytic electrodes, a solid electrolyte, and gas diffusion holes. The gas reaches the working electrode of the sensor through the diffusion holes, an electrochemical redox reaction occurs on the porous micro-surface of the electrode, and the solid electrolyte conducts electron transfer and generates a current signal as an output. The current signal can characterize the gas concentration.
+ Livestock farming (pig houses, chicken coops, cattle herding, etc.)
+ Smart public toilet ammonia and odor monitoring
+ Ammonia monitoring in landfills and sewage treatment plants
+ Gas leak detection for heavy industry
+ Atmospheric environmental gas detection
+ Other sensor applications
| The basic parameters | ||||||
| Product model | S-NH3-01 | |||||
| Supply Voltage | 5 ~ 24V DC (recommended 5V or 12V power supply). | |||||
| Supported Protocol | MODBUS-RTU RS485 | |||||
| IP Rating | IP65 (The equipment should be protected from direct sunlight and rain over long periods of time). | |||||
| Operating Temperature | -40°C to 50°C (best operating temperature 20 to 35 °C). | |||||
| Operating Humidity | 15 to 95% RH (non-condensation) (best operating humidity 50%RH). | |||||
| Ambient Pressure | Atmospheric pressure ±10%. | |||||
| Cable Length | 2 meters | |||||
| Measurement Parameters | ||||||
|
| Measurement | Measurement accuracy | Resolution | |||
| Ammonia | 0~100 ppm | typ. ±5%F.S, max ±10%F.S | 0.1 ppm | |||
| Temperature | -40~50 °C | ± 0.5 °C | 0.1 °C | |||
| Humidity | 10~95 %RH | ± 5% | 0.1 %RH | |||
| Power | ||||||
| Operating Current | 6mA（Max，5V DC）；3.2mA（typ.12V DC）
| |||||
| Performance reference | ||||||
|
| Parameter | Min | Typical value | Max | Unit | |
| RS-485 mode | Warm-up Time [1] | — | 5[2] | — | minutes | |
| Poll Rate [3] | — | 1 | — | seconds | ||
| Response time[4] | — | 30 | — | seconds | ||
[1] The time from when the sensor is powered on to when the data is read. Note the parameter when the sensor is powered on.
[2] If started in an environment with clean air it requires less time
[3] The measurement data update interval, after the power-up warm-up time, if the power supply continues, the sensor periodically updates the reading at this interval.
[4] T90＜30s
