Fixed 4G Wireless Gas Detector HRP-T1000-H

The device requires no self-built communication network (such as LoRa gateways or wired LANs), only device installation and a 4G SIM card. Deployment time for a single device is ≤10 minutes, significantly reducing construction costs and shortening the construction cycle compared to wired solutions.

The 4G gas detector supports mainstream industrial communication protocols such as MODBUS, MQTT, and TCP/IP, seamlessly integrating with existing enterprise SCADA, DCS, and safety management platforms without requiring system rebuilds, reducing system integration costs. It supports large-scale networking, managing thousands of 4G detectors simultaneously with no limit on the number of network nodes, making it suitable for centralized monitoring in large enterprises and cross-regional projects.

Meanwhile, the cloud platform provides open API interfaces, allowing for customized development of functions to meet individual management needs.

1.Independent shielding design, stronger anti-interference ability
Socket module usually has an independent metal shield or isolation cavity. This design physically and electromagnetically isolates the sensor circuit from the main board of the host computer, effectively preventing the electromagnetic interference generated by devices such as frequency converters and high-power motors, and ensuring that the data is still stable and reliable in the complex 2.industrial electromagnetic environment.
Reserved expansion interface, upgrade without changing the machine.
Many hosts with sockets are designed with redundant slots. This means that if it is necessary to increase the types of detection gases in the future (for example, upgrading from detecting a single combustible gas to detecting combustible gas+oxygen+hydrogen sulfide), it is only necessary to add corresponding modules to the idle slots without replacing the whole detector host, thus protecting the initial investment.
3.Isolated gas path design to prevent cross contamination.
Modular design usually cooperates with independent air inlet cavity, and sensors of different gases have independent diffusion channels. This can effectively prevent the chemical reaction or cross interference of different gases in the detection room (such as the impact of high concentration combustible gas on the toxic gas sensor), prolong the service life of the sensor and improve the detection accuracy.
4.High-grade isolation protection, adapt to bad weather.
The joint of socket usually adopts special potting process or waterproof sealing ring, which realizes the complete isolation of sensor module from the external environment. This makes the equipment not only dustproof and waterproof (reaching IP66/IP67 grade), but also effectively resistant to salt spray corrosion, especially suitable for highly corrosive environments such as seaside platforms and chemical plants.
5.Standardized production, high quality consistency
Compared with the complicated welding wiring in traditional equipment, the socket module is produced by standardized assembly line. Each module has undergone independent rigorous testing and aging screening before leaving the factory. This standardized manufacturing method ensures that the performance of each equipment is highly consistent and reduces the failure rate of equipment caused by uneven manual welding quality.