Powered rotor jets
Combination of motor and water tool
Available in different performance classes
Overview
Rotary drives
Powered rotor jets are a combination of motor and water tool. The motors are powered electrically or hydraulically and are available in different performance classes. Here are some examples:
Hydraulic rotary drives
Variants with the following parameters:
Operating pressure: max. 3000 bar
Speed: max. 3000 rpm
Flow rate: max. 250 l/min
Operating pressure: max. 3000 bar
Speed: max. 3000 rpm
Flow rate: max. 250 l/min
Electrical rotary drives
Variants with the following parameters:
Operating pressure: max. 1000 bar
Speed: max. 3000 rpm
Flow rate: max. 100 l/min
Operating pressure: max. 1000 bar
Speed: max. 3000 rpm
Flow rate: max. 100 l/min
Electrical rotary drives
Variants with the following parameters:
Operating pressure: max. 4000 bar
Speed: max. 3000 rpm
Flow rate: max. 50 l/min
Options for combining rotary drives and nozzle holders
400 mm working width
Centrally driven nozzle bar system, triple rotary drive.Rotor jet with spray bar and wear protection, hydraulically driven.
1518 mm working width
Centrally driven nozzle bar system, triple rotary drive.
350 mm working width
190 mm working width
The rotary drives and nozzle holders are modular and can be combined. Other nozzle holder versions are available.
The number of nozzles on surface cleaning systems and their layout are optimized with the help of the latest simulation programs.
Process-integrated application systems
Rotor jet, electrically driven
Nozzle inserts, electrically driven
Multiple rotor jet, electrically driven
Internal processing system, electrically driven
Angled rotary drive, electrically driven
Multiple oscillating rotary drive, electrically driven
Spray bar
Multiple rotary drive for external drive
Nozzle arm, hydraulically driven
Hammelmann app
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