21m High Lift Jet Fire Truck (Volvo FM500 Chassis)

First, a complete set of solutions:

In recent years, fires in low- and medium-height buildings such as old urban areas, small high-rise buildings, petrochemical enterprises, and oil tanks in various cities have occurred frequently, but ordinary foam fire trucks and large lifting fire trucks have their own limitations, which cannot meet the fire rescue tasks in multiple scenarios. Therefore, Sany Heavy Industry has specially developed a large tank lifting jet fire truck, a hard-core fire truck integrating large tank (20 tons of liquid load), multi-crew (2+4+3 crew configuration), large flow (equipped with 10,000-liter pump, boom gun rated flow rate of 100L/S, maximum flow rate of 120L/S, maximum range of fire cannon 90 meters), long boom (maximum working height of 21 meters, maximum working range of 11 meters) and other multi-functional hard-core fire trucks, which have become the optimal solution for fire rescue tasks.

2. Product features/selling points

1.2021 Combination

The vehicle has a liquid capacity of 20 tons and is equipped with a 21-meter boom. At the same time, it has the ability of main combat vehicle, heavy water tank foam vehicle and high spray vehicle.

2. Multi-crew configuration

According to the actual needs of firefighting, it is equipped with an independent crew compartment and carries no less than 6 combatants. The occupant room is equipped with air conditioning and heating systems, professional firefighting seats, door-controlled automatic pedals, real-time intercom video systems, etc.

3. Boom water cannon linkage operation

At the same time of the pump fire-fighting operation, the boom and water cannon attitude can be adjusted arbitrarily to "move the boom while drawing water", and the flow rate of the pump remains unchanged to improve the efficiency of fire fighting.

3. Construction cases (including pictures including physical drawings, actual combat drawings, and conceptual drawings)

3.1 Product Pictures

3.2 Actual pictures of application scenarios

3.3 Concept map