It mainly consists of a box, a hose reel, a foam liquid container, a negative pressure proportional mixer, a foam gun, an alarm button, a guide frame, and pipeline components, etc. It is a highly efficient low-expansion foam fixed fire extinguishing device.

A straight water fire hose converts the water flow in the hose into a high-speed columnar jet to quickly extinguish fires. Straight water fire hoses are mainly used in hotels, high-rise buildings, public facilities, warehouses, docks, etc., to extinguish Class A fires.

The automatic tracking and positioning jet fire extinguishing device is based on infrared and ultraviolet sensing technology and automatic control technology. It can automatically detect, lock onto, and extinguish the fire source, extinguishing the fire in its infancy. It can be used in large indoor spaces such as shopping malls, workshops, and warehouses.

The automatic tracking and positioning jet fire extinguishing device is based on infrared and ultraviolet sensing technology and automatic control technology. It can automatically detect, lock onto, and extinguish the fire source, extinguishing the fire in its infancy. It can be used in large indoor spaces such as shopping malls, workshops, and warehouses.

This series of fire extinguishing equipment integrates computer technology, optical detection technology, mechatronics technology, and video image transmission technology. Targeting the large amount of red and infrared radiation released by combustibles during combustion, it uses an electronic component (1) sensitive to this type of red and infrared radiation to perform non-contact, long-distance, multi-band, omnidirectional, active reception detection of fire, and converts it into an electrical signal. Then, through an automated control circuit, it drives the horizontal and vertical rotation mechanisms of the fire cannon to quickly and accurately aim the nozzle at the fire source. Subsequently, it automatically starts the pump and opens the valve, accurately spraying the extinguishing agent towards the target, instantly extinguishing the newly ignited fire.

This series of fire extinguishing equipment integrates computer technology, optical detection technology, mechatronics technology, and video image transmission technology. Targeting the large amount of red and infrared radiation released by combustibles during combustion, it uses an electronic component (1) sensitive to this type of red and infrared radiation to perform non-contact, long-distance, multi-band, omnidirectional, active reception detection of fire, and converts it into an electrical signal. Then, through an automated control circuit, it drives the horizontal and vertical rotation mechanisms of the fire cannon to quickly and accurately aim the nozzle at the fire source. Subsequently, it automatically starts the pump and opens the valve, accurately spraying the extinguishing agent towards the target, instantly extinguishing the newly ignited fire.

The explosion-proof image-type automatic fire cannon system consists of an image locator, an explosion-proof fire cannon, an explosion-proof control panel, an explosion-proof red-infrared detector, and a host computer. The system effectively combines image security monitoring, fire detection, and image positioning systems to provide all-weather automatic monitoring of the protected area. In the event of a fire, the system will immediately initiate an intelligent scan of the area to locate the fire source and determine its coordinates. After intelligent identification by the central controller, a fire alarm signal is issued, and the water pump is started, valves are opened, and the fire extinguishing device aims at the fire source to extinguish it. If new fire sources appear, the fire extinguishing device will repeat the process until all fire sources within the protected area are extinguished, after which the system returns to the monitoring state. The system uses explosion-proof design and meets relevant national standards, suitable for high-risk locations such as industrial and mining enterprises, petroleum, and chemical plants.