Longnose® EH series heavy-duty drainage vehicles are powered by truck engines, and the chassis is an equipment installation platform, which is refitted from heavy-duty trucks. It is a fully hydraulically driven drainage vehicle specially designed for flood control, irrigation, and fire-fighting water supply.

It consists of a heavy-duty truck chassis, a hydraulic power take-off system, a light tower, a water pipe winch module, an oil pipe winch module, three sets of drainage pumps and a multifunctional operating robot. The robot can walk up and down on the truck through the hydraulically driven rear door panel, automatically load and unload the drainage pump, and can also vertically lift the drainage pump from the bridge to the river for vertical drainage or water supply.

In addition to the basic drainage function, Longnose® EH series heavy-duty drainage vehicles can also be equipped with a 120kw hydroelectric generator to provide power for other electrical equipment or as a usual emergency power supply.

Longnose® EH series heavy-duty drainage vehicles are a number of domestic and foreign patented products. It creatively combines the load, space, power, and mobility of heavy-duty trucks with the versatility of robots, bringing a complete new concept and solution to the field of emergency rescue. It is an ideal choice for drainage, irrigation, fire protection, and power supply.

application

● Flood control and drainage
● Remote water supply 
● Agricultural irrigation
● Power supply.

feature

●Full power PTO output technology;

●Master-slave design brings more flexibility;

●Modular design creates compact and space-saving carriages;

●Light carriage design, the whole machine is lighter;

●Hydraulic power brings safe and reliable operation;

●IP68 waterproof design, which enables the robot to have amphibious capability;

The separation ability of the machine and pump can solve the last 10 meters problem;

●Multi-dimensional robotic arm completely replaces manpower;

●The lifting tool can make the bridge drain vertically.

Technical Information