1x HPR 210-02 + HPV 55-02

Multiple units

2x HMV 210-02

Variable displacement motor

1x HMF 55-02

Fixed displacement motor

2x CMV 115 E400

Variable displacement motor

1x VW25M3

Directional control valve

1x iCon

Electronic control unit

50 t
75 t
3000 t
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Linde Standard Product Portfolio

50 t - 3000 t

Application Example

75 t


1x HPR 210-02 + HPV 55-02 (pump tandem)
2x HMV 210-02 (track motors)
1x HMF 55-02 (swing drive motor)
2x CMV 115 E400 (winch motor)
1x VW25M3 (directional control valve)
1x iCon (electronical control unit)

  • Excellent low speed and true running behaviour of the motors
  • Can be electrically controlled even for individual sections
  • Smooth and precise control characteristics
  • Weight/Power density
  • Reduced power losses
  • System scope and level of electrification can be scaled
  • Partial automation

Crawler Crane

The crawler crane utilises the full benefits of LSC technology: the combined movement of individual functions without mutual interactions or influences in all load situations ensures perfect positioning. Furthermore, the crane also benefits from the smooth operation and no lowering of loads at the start of the movement.

This ensures excellent load capacity in all working conditions. The superb low speed behaviour and the smooth, even running characteristic of the Linde Hydraulics motors is particularly noticeable when it comes to lifting and lowering the hook.
The valve sections in the control block can be actuated fully hydraulically or electro-hydraulically. The two types of control can also be combined in one control block.
Thanks to the electronic controller, selected functions can also be operated by remote control or partially automated. Sophisticated safety systems are also possible, which can be implemented via locking mechanisms or through proportionally slower reactions from individual actuators in given situations. Even without the use of position sensors, the machine can be equipped with the functions of the LSC+ system.
In particular, this includes switching between rough control or fine control, or overriding the LS signal if load-dependent machine reactions are required. The maximum efficiency of single actuators is achieved, when they are controlled purely via the pump with fully open directional control valve pistons.