Self-Water Spray Cooling Extinguishing Robot
Self-Water Spray Cooling Firefighting and Extinguishing Robot
Widershine Self-Water Spray Cooling Robot (36GX80)
Product Overview
This Self-Water Spray Cooling Firefighting and Extinguishing Robot (36GX80) Engineered to operate safely in extreme heat and hazardous environments, it is an indispensable tool for modern firefighting teams.
Combining durability, advanced remote control, and intelligent thermal management, this robot is designed to effectively suppress fires that are too risky for human entry. It significantly enhances firefighting capabilities, improves situational awareness, and ultimately helps protect both property and the lives of first responders.
Technical Specifications
| Parameter | Specification |
|---|---|
| Model NO | 36GX80 |
| Size | ＜1400*1000*1500 |
| IP Grade | IP67 |
| Detection Mode | Gas, camera |
| Detection Range | 1000m |
| Material | Steel |
| Working Power | 48V |
| Working Current | 10A |
Key Features
1. Lifting Device
Equipped with a lifting mechanism to facilitate detection of toxic gases at various heights.
2. Fire Monitor
80L/S flow rate, dual-purpose for water/foam, with a range of 75 meters.
3. Gas Sampling
Collection of five types of gases around the robot body (O2, CO, H2S, Cl2, CH4).
4. Large Support Area
Large support area with 150mm track width, suitable for operation in complex environments such as soft, muddy terrain.
5. Automatic Obstacle Avoidance
Front-end obstacle avoidance function enables it to evade collisions when encountering obstacles.
6. Spray Cooling
Equipped with spray heads for self-cooling in fire scenes or high-temperature environments to ensure normal operation of the vehicle.
Application Scenarios
Petrochemical Plants
Firefighting in petrochemical facilities where high temperatures and hazardous materials are present.
Warehouse Fires
Large-scale warehouse fires where human entry is too dangerous due to collapse risks and extreme heat.
Forest Fires
Wildfire fighting operations where the robot can create firebreaks and protect critical infrastructure.
Hazardous Material Incidents
Chemical spills and toxic substance fires where the robot can operate without risking human lives.
Tunnel Fires
Underground tunnel fires where visibility is low and temperatures can rapidly become extreme.
Urban Search and Rescue
Post-earthquake or collapsed building scenarios where fires may be present in unstable structures.