Performance Characteristics
Your solar or photovoltaic system loses up to 30% of its power due to environmental influences and corresponding deposits (depending on the environment). Through continuous cleaning, you increase this performance again and thus your yield!
The professional HP telescopic lance for cold and hot water high pressure cleaner of all classes, has a length in the shortest condition of 2.8m and can be extended up to 7.4m. A high-pressure gun and an internal high-pressure hose are screwed with the lance. The whole unit can be operated <100°C and <250bar.
The HP telescopic lance is used wherever you otherwise can’t get there, i.e. up to 6.5m from you. As standard, the lance tip is supplied with an M22 overlay nut, whereby e.B. then the PV washing brush module or HP articulated joint with nozzle can be adapted.
The HP telescopic lance consists of 3 extendable segments made of aluminium and fiberglass, and weighs only about 3.5kg completely without water. The quick release clamps consist of a hard plastic rotary closure.
ADDITIONAL FUNCTION:
The HP telescopic lance is now not only used for the control and long arm of the “Photovoltaic Wash Brush Module”, but is now also equipped with the supplied stainless steel HP articulated joint (0°-120°), on which the flat jet nozzle can be screwed on and thus used as an independent HP telescopic lance with pointed flat beam spray angles. The HP telescopic lance can therefore also be used as a long lance with articulated joint and HP nozzle WITHOUT photovoltaic washing brush.
MATCHING YOUR HIGH PRESSURE CLEANER NECESSARY:
We deliver all accessory products such as functional lances, surface cleaners etc. ready for connection with connection adapters e.g. M21 (Wap), M22 + Quick Connect + Easylock (Kärcher), quick-release fasteners for Nilfisk, Mazzoni etc.) and configured with the appropriate nozzle size for your high-pressure cleaner. To do this, after ordering, we need the relevant information from you with regard to the manufacturer and type designation, alternatively flow rate and working pressure.
