Radial piston motors KM 11 - KM 110
Our radial piston motors of the "KM" series prove themselves daily in countless applications and have done so for many decades. They are constantly being further developed and optimized for new applications. Particularly noteworthy is the long service life and compact design of the motors.
This means that the motors can also be used in applications with limited installation space and demanding external influences. On the other hand, they exhibit very uniform concentricity, even at low speeds. Which is why they are particularly well suited as low-speed motors and for control applications.
Performance features
- Particularly long service life
- Compact design
- Uniform concentricity even at very low speeds
- High absorption of radial and axial loads.
- Wide speed range
- High power density
- Extremely low mass moment of inertia
Technical data
Schluckvolumen [cm³/U] tbd
Leistung [kW] bis tbd
Drehzahl [1/min] 3 – 5250
Drehmoment [Nm] bis 161
Motor specifications
Hydraulic motor KM 11 - RM 11
In radial piston engines, seven radially arranged pistons act on the crankshaft via a heptagonal ring with needle cage. In the KM 11 engine type, control is by means of translational movement of the control ring and gap seal to the housing. The RM 11 radial piston engine, on the other hand, has a backlash-adjusting control system. This makes the motor less sensitive to the effects of pressure and temperature and reduces leakage.
Vg = 11,1 cm³/rev
KM 11 – RM 11
Hydraulic motor KM 22 – KM 32
Radial piston motors with polygon rings and gap seal in the control system
Vg = 22,0 cm³/rev – 33,0 cm³/rev
KM 22 – KM 32
Hydraulic motors KM 45 – KM 63
Radial piston motors with polygon rings and gap seal in the control system
Vg = 44,0 cm³/rev – 66,0 cm³/rev
KM 45 – KM 63
Hydraulic motors KM 90 - KM 110
Radial piston motors with polygon rings and gap seal in the control system
Vg = 88,4 cm³/rev - 109,5 cm³/rev
KM 90 - KM 110
Application areas of radial piston motors KM 11 - KM 110
Bottom roller drive for coil winding
In the steel industry, downstream of the rolling mill, the flat steel is coiled into strip steel coils. These coils, which can weigh up to 45 tons, are the most common form of transport for flat steel products. The machine for coiling the flat steel consists, among other things, of two rollers at the bottom on which the coil rests. The rollers are driven by hydro-brake geared motors. They thus roll up the coil. The good controllability of the hydraulic motors ensures high process reliability.
Further application examples:
