Production introduction
The FTQ4.0/15-LR2 Floating Pump delivers high-volume pressurized water supply for complex emergency firefighting, drawing raw water directly from open natural water bodies without fixed pipeline infrastructure. This FTQ4.0/15-LR2 Floating Pump is powered by a robust Loncin LC1P92F four-stroke gasoline engine and supports three flexible startup modes: remote, electric and recoil. It reaches a maximum flow of 1500L/M, rated pressure of 0.4MPa and an 80-meter pump head, enabling this FTQ4.0/15-LR2 Floating Pump to transport large water volumes over long hoses to elevated and distant fire zones. The wireless remote control works reliably at distances beyond 600 meters, allowing operators to activate this FTQ4.0/15-LR2 Floating Pump while staying away from hazardous firefronts.
This FTQ4.0/15-LR2 Floating Pump balances powerful output and flexible on-site operability. With a total weight of 60KG and compact outer dimensions, crews can hoist and transport this FTQ4.0/15-LR2 Floating Pump on rescue vehicles or small boats for cross-regional emergency tasks. It adopts an 80mm large inlet paired with a standard 65mm outlet, compatible with mainstream fire hoses to achieve efficient water absorption and delivery. The heavy-duty buoyant base maintains stable flotation amid waves and water currents, securing consistent water intake without air suction. The air-cooled power assembly resists overheating, letting this FTQ4.0/15-LR2 Floating Pump sustain continuous high-load operation during prolonged fire suppression.
Products Parameters
|
Model |
FTQ4.0/15-LR2 |
|
Engine type |
Air-cooled,4-stroke,single-cylinder, gasoline |
|
Engine model |
Loncin LC1P92F |
|
Starting way |
Remote/Electric/Recoil |
|
Remote distance |
≥600m |
|
Max flow |
1500L/M |
|
Rated pressure |
0.4Mpa |
|
Rated flow |
15L/S |
|
Pump head |
80m |
|
Inlet |
80mm |
|
Outlet |
65mm |
|
Weight |
60KG |
|
Appearance size |
750*750*420mm |
Application Scenarios Detail
- Large-Scale Mountain Wildfire Interception: Fire teams deploy the pump on mountain rivers and reservoirs. The 600m remote function allows crews to start the unit from safe terrain, building continuous high-flow spray barriers to block wildfire spread across slopes.
- Riverside Industrial Park Fire Emergency Defence: For factories and storage yards built along inland waterways lacking sufficient fixed fire water, the floating pump extracts river water to supply fire suppression jets for workshops and material stockpiles.
- Port and Inland Waterway Vessel Fire Rescue: At medium-sized docks and shipping terminals, the pump floats on the water surface to deliver high-pressure water for burning barges, cargo ships and wooden pier structures.
- Highland Remote Town Fire Protection: For upland settlements far from urban water supply networks, the pump draws water from local lakes, transporting pressurized water uphill to protect residential blocks and public facilities.
Products Description
FAQ
Q: What environmental factors will affect the maximum 600m remote control distance of the FTQ4.0/15-LR2 Floating Pump?
A: Dense trees, steep terrain, buildings and thick smoke will block wireless signals. The full remote range can only be achieved under open, unobstructed line-of-sight conditions.
Q: Why is this FTQ4.0/15-LR2 Floating Pump equipped with three different starting modes?
A: Multi-mode startup guarantees backup solutions. If the remote or electric starting fails due to signal loss or battery issues, crews can rely on recoil start to activate the pump and avoid mission interruption.
Q: What advantages does the 80mm large inlet bring to the FTQ4.0/15-LR2 Floating Pump during continuous operation?
A: The wider inlet improves water intake efficiency and reduces the risk of blockage by aquatic weeds and sediment, supporting the pump's high 1500L/M maximum flow performance.
Q: Can the FTQ4.0/15-LR2 Floating Pump keep stable water output when reaching the full 80-meter pump head?
A: The high-torque Loncin engine maintains steady rated pressure at maximum lift height. Minimize excessive hose bends to reduce pipeline pressure loss for optimal jet performance.
Q: What regular maintenance work should be carried out for the remote control receiving module of the FTQ4.0/15-LR2 Floating Pump?
A: Keep the receiver dry and clean after each field mission. Inspect wiring connections regularly and replace aging batteries for the remote transmitter to prevent startup failure.