HMF Crane 340-K
A sturdy and versatile loader with great flexibility. Available up to three hydraulic extensions and equipped with link arm offering both increased hook height close to the column and increased lifting capacity at long reach.
In addition, this crane is available in two widths: 1700 mm with a standard stabilizer spread of 3300 mm and 2000 mm with a double stabilizer spread of 3900 mm. In this way, the high lifting capacity can be combined with increased vehicle stability. This ensures a larger working area with higher lifting capacity.
- A smaller loader designed with the big loader’s characteristics.
- Reliable and sturdy design.
- Available with radio remote control as an option.
- Available with 2 extra valves for grab and rotator.
- Compact design with short platform length offers good utilization of the truck body.
Slew Braking Control - SBC
Damps the slewing motion in the event of sudden stops and gives smooth movements. This means that quick work such as loading and unloading can be carried out more efficiently. The load and wear on the crane's components is also reduced, which gives a longer service life and a higher used value.
EVS – stability system
Electronic Vehicle Stability (EVS) is a dynamic vehicle stability system that constantly monitors the stability of the vehicle in all working areas during crane operation. EVS actively incorporates the load on the vehicle, the inclination of the ground, the vehicle heel, the load moment of the crane, and its working speed. EVS can increase the […]
HMF Radio Remote Control
HMF's radio control is one part of a unique control and safety system (TCC – Total Crane Control) which gives the crane operator all the advantages and possibilities for radio control of crane functions and essential safety functions in the HMF RCL safety system. A number of actions can be performed in addition to controlling […]
Progressive Crane Control - PCC
Damps both mechanical and hydraulic slewing in the event of sudden movements making crane motion smoother, work more efficient whilst reducing wear.