The Delta DT15200PHR Petrol Pressure Washer is a high-performance cleaning machine designed for industrial and commercial applications. Powered by an 11 HP Honda GX340 petrol engine, it delivers a maximum pressure of 200 bar (2900 psi) and a flow rate of 15 litres per minute, making it ideal for demanding cleaning tasks.
This pressure washer features a robust powder-coated trolley frame with durable wheels, ensuring stability and easy mobility across various terrains. The gearbox-driven Interpump 47 Series pump operates at 1450 RPM, enhancing longevity and performance. Additionally, the unit includes a return-to-tank unloader valve and an external chemical injector for efficient and safe operation.
Specification | Details |
---|---|
Model Number | DT15200PHR |
Power Source | Petrol (Honda GX340 Engine) |
Engine Power | 11 HP |
Max Pressure | 200 bar (2900 psi) |
Flow Rate | 15 litres/min |
Pump Type | Interpump 47 Series |
Drive Mechanism | Gearbox Driven |
Hose Length | 10 meters |
Dimensions (L x W x H) | Not specified |
Weight | Not specified |
Fuel Tank Capacity | 6.4 U.S. quarts (6.1 liters) |
The Delta DT15200PHR excels in delivering powerful and efficient cleaning, effectively removing stubborn dirt and grime from various surfaces. Users appreciate its robust construction, ease of mobility, and the reliability of the Honda engine. The long-reach hose and versatile lance enhance its usability, making it suitable for a wide range of cleaning applications.
Q: Can this pressure washer draw water from a static source?
A: Yes, it comes with a 3-meter suction hose equipped with a heavy-duty filter, allowing it to draw water from static sources such as tanks or barrels.
Q: What accessories are included with the Delta DT15200PHR?
A: The unit includes a 10-meter high-pressure hose, a two-piece lance with a size 045 nozzle, and a 3-meter suction hose with a filter.
Q: Does the pressure washer have a chemical injection system?
A: Yes, it features a low-pressure chemical system that enables the application of cleaning agents during operation.