SIP Tempest PPG1002/250 248bar Petrol Pressure Washer - Honda Engine
SIP Tempest PPG1002/250 248bar Petrol Pressure Washer - Honda Engine
Overview
- 248bar Maximum Output Pressure
- 1002 ltr/hour Water Flow Rate
- Honda GX390 Petrol Engine
- Gearbox Pump - Reduced Wear
- Built & Tested In UK
SIP
Specification for SIP Tempest PPG1002/250 248bar Petrol Pressure Washer - Honda Engine
CE APPROVED | Yes |
---|---|
DIMENSIONS PACKAGED | 120 x 60 x 67cm |
ENGINE TYPE | GX390 - 11.7hp |
FUEL TYPE | Petrol |
ENGINE MAKE | Honda |
GUARANTEE COMMERCIAL | 3 Year Engine Warranty / 1 Year Other Parts |
HOSE LENGTH | 10 Metre |
INCLUDED | Heavy Duty Metal Lance |
MAX FLOW RATE | 1002 ltr/hour |
PRODUCT ID NO | SIP08952 |
PUMP TYPE | Gearbox Pump - Reduced Wear |
WEIGHT | 72.00 kg |
WEIGHT PACKAGED | 72.00 kg |
WHEELS | Yes - Pneumatic |
BAR PRESSURE | 248bar (3600psi) |
Engine Make | Honda |
Availability | Usually Delivered Within 3 Days |
SIP Petrol Pressure Washer
The PPG1002/250 pressure washer is ideal for use in the farming or contractor industry where a powerful engine is needed. Teamed with large pneumatic tyres to ensure the pressure washer can be transported easily even in tough conditions whilst the powder coated folding frame is folding to allow for excellent space saving and easy transportation from task to task.
This gear box driven tempest pressure washer has been designed with a powerful Honda GX390 petrol engine - the gearbox pump reduces the pump speed meaning less wear and tear on the machine thus giving a prolonged life without affecting the performance. Backed by a 3 year engine warranty you can really see why SIP have put the time into this machine.
Offering a 1002ltr/hour water flow rate from a 248bar (3600psi) max output pressure. Featuring low oil protection to help prevent any accidental engine damage. Comes complete with 10 metres of rubber hose and a heavy duty metal lance.
This product is built and tested right here in the UK by SIP themselves to ensure you receive your high quality machine in the best possible condition.