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Annovi Reverberi S.p.a. pressure washer AR 1007 RLW
Stock status
Product Code: 15478-V
Stock status
Product Code: 15478-V
Product info
- Brand
- Annovi Reverberi S.p.a.
- Product Code
- 15478-V
Technical Specifications
Maximum pressure (bar): 230
Maximum flow rate (l/h): 900
Rated power (kw): 7.4
Revolutions per minute (rpm): 1450
Voltage (v): 400 (3-phase)
Frequency (hz): 50
Maximum inlet water temperature (°c): 60
Net weight (kg): 61.6
Device dimensions (l x w x h) (mm): 670 x 540 x 900
Gross weight (kg): 67.7
Package dimensions (l x w x h) (mm): 725 x 490 x 770
Additional Info
AR Blue Clean 10 Series 1007 RLW is a professional high-pressure washer, which is equipped with a 3-phase induction motor and a three-cylinder pump with ceramic pistons and a brass head crank mechanism, ensuring high performance and durability.
With a maximum pressure of 230 bar, a water flow of 900 l/h and a power of 7.4 kW, it is ideal for very frequent and demanding cleaning work – for example, in construction, the automotive industry, car washes, agriculture and animal husbandry.
The pressure is adjustable according to the cleaning needs and can be constantly monitored using a manometer.
The built-in detergent suction system with a 3-liter tank and adjustable suction is well suited for longer work cycles.
The sturdy steel frame with rubber wheels and an ergonomic handle ensures good maneuverability even on uneven surfaces.
The integrated hose reel included in the set makes it easy to use and store the high-pressure hose.
The device is equipped with the Total Stop System Timed system, which is well suited for situations where the washer is frequently switched on and off. When the trigger is released, the machine runs in bypass mode for 20 seconds and allows for a quick restart. This reduces wear and tear and energy consumption. After 20 seconds, the device switches off completely.
The self-priming function allows water to be used directly from the container (e.g. from a tank) without a direct water supply connection. To use this function, the height difference of the water level must not exceed 0.5 m – it is ideal if the water level is at the same height or higher than the water inlet of the device.