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E-mail
1505508739@qq.com
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Phone
18948352970
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Address
4th Floor, Building 2, Dayangtian Industrial Zone, No. 141 Fengtang Avenue, Bao'an District, Shenzhen
Shenzhen Osen Purification Technology Co., Ltd
1505508739@qq.com
18948352970
4th Floor, Building 2, Dayangtian Industrial Zone, No. 141 Fengtang Avenue, Bao'an District, Shenzhen
Disclaimer: The above prices do not represent actual prices and need to be confirmed based on actual needs before pricing can be determined. Our company has multiple configurations, with high configurations and high prices. If you have any needs, please consult us by phone or contact our customer service online. We apologize for any inconvenience caused!
Gas monitoring mainly relies on traditional methods such as fixed gas monitoring stations and offline laboratory analysis, which have many core shortcomings that are difficult to overcome, seriously restricting the effectiveness of gas safety protection and emergency response. Firstly, the monitoring parameters are single and the coordination is poor. Traditional single gas detection equipment can only monitor one gas, which cannot meet the monitoring needs of multiple gases coexisting in complex scenarios and is prone to overlooking potential gas risks; Secondly, the monitoring timeliness is extremely poor. Offline analysis in the laboratory requires processes such as sampling, transportation, and testing, with a cycle of several hours to several days, making it difficult to obtain gas concentration data in real time and support on-site real-time control and emergency response; Thirdly, there are blind spots and insufficient flexibility in monitoring coverage. The number of fixed gas monitoring stations is limited and fixed, making it difficult to cover gas risk areas with strong mobility or complex environments such as corners of chemical industrial parks, underground mines, municipal pipelines, and enclosed spaces. It is impossible to accurately capture sudden changes in gas concentration in local areas; The fourth issue is that the operation is complex and the response is delayed. Traditional monitoring methods require professional personnel to operate, and some equipment preparation processes are cumbersome, making it difficult to quickly respond to sudden gas leakage events and prone to missed disposal opportunities; The fifth limitation is that the adaptation scenarios are limited. Traditional fixed monitoring equipment is bulky and inconvenient to move, which cannot meet the gas monitoring needs of special scenarios such as confined spaces, high-altitude work sites, and field operations.
Handheld multi gas detector for safety supervision and inspection of confined space operationsIt can synchronously and quickly detect various gas concentrations such as flammable gases, toxic and harmful gases, etc. It has the characteristics of portability, multi parameter synchronous monitoring, instant warning, and easy operation. It is widely used in gas safety on-site monitoring in chemical parks, underground mines, municipal pipelines, enclosed space operations, emergency rescue and other fields.

Handheld multi gas detector for safety supervision and inspection of confined space operationsfeature
Built in pump suction measurement, integrated with water vapor and dust filters, with rapid response;
Dustproof, explosion-proof, anti vibration, anti-static, and anti electromagnetic radiation interference;
Multiple communication methods: wireless communication, wired communication, and extended WiFi module;
Multiple mainstream positioning systems: Beidou GPS、GLONASS、QZSS;
One click data export: supports one click data export from USB flash drive and Bluetooth;
Data printing: The device has a built-in printer and adopts an integrated design;
Device battery level display: Real time display of the remaining battery level of the device;
Voice reminder: Reminder for preheating process during startup, reminder for monitoring data exceeding standards;
Charging interface: using the popular Type-C charging interface;
Convenient to carry: The overall weight of the device is relatively light, making it easy to carry and conduct monitoring work anytime and anywhere.
Product Parameters
detection parameters |
Detection range |
resolution |
Technical Principle |
PM2.5 |
0-1000ug/m³ |
1ug/m³ |
light scattering |
PM10 |
0-1000ug/m³ |
1ug/m³ |
light scattering |
Carbon monoxide (CO) |
0-3000ppb |
0.01ppm |
electrochemistry |
Sulfur dioxide (SO2) |
0-4000ppb |
0.01ppm |
electrochemistry |
H2S |
0-50ppm |
0.01ppm |
electrochemistry |
CH4 |
0-99.99%LEL |
0.1%LEL |
catalytic combustion |
NH3 |
0-100ppm |
0.01ppm |
electrochemistry |
HCN |
0-10ppm |
0.01ppm |
electrochemistry |
O2 |
0-30%VOL |
0.01%VOL |
electrochemistry |
VOC |
0-40ppm |
0.01ppm |
PID |
Nitrogen dioxide (NO2) |
0-3000ppb |
0.01ppm |
electrochemistry |
Ozone (O3) |
0-1500ppb |
0.01ppm |
electrochemistry |