
Explosion proof weather stations are used in environments with explosive hazards, and their performance affects the production output and quality of the production site. Explosion proof safety performance directly affects the personal and property safety of the production site, as well as the safety issues of enterprises and production sites. Correctly selecting high-quality explosion-proof meteorological stations is an important means of chemical explosion prevention work and ensuring chemical safety production.
The explosion-proof meteorological instrument adopts an integrated design and is applied in the chemical industry. With the addition of explosion-proof devices, it can provide excellent explosion-proof performance in terms of corrosion prevention, explosion prevention, waterproofing, shock resistance, and dust prevention. Suitable for use in environments such as chemical parks. Explosion proof meteorological instruments can be configured with various parameters to meet monitoring needs in different scenarios.
Features
1. Integrated structural design, easy installation and disassembly;
2. The sensor housing is made of ASA material, which is corrosion-resistant and anti-oxidation;
3. Support customization, flexible configuration of monitoring elements according to user needs;
4. PC/LED explosion-proof screen with multiple monitoring modes and wired transmission
5. Five proof design: waterproof, explosion-proof, dustproof, shockproof, and anti-corrosion;
6. Standard Modbus protocol, supports multiple backend protocol docking, providing convenience for customers;
8. Low power design, powered by AC220V;
As a high-tech enterprise specializing in the research and production of outdoor weather station equipment, Fengtu Technology will continue to adhere to the business philosophy of "creating value for customers" and serve you wholeheartedly! Welcome new and old customers to conduct on-site inspections. We will provide professional installation and usage methods, and have a comprehensive after-sales service system.












