PK 53002 SH High Performance
Operator friendly and sensitive controllable. Impressive Attributes for delicate operations.
- Increased comfort and safety due to Soft Stopp
- Maximum utilisation of the working range due to HPSC
- More lifting power due to S-HPLS
- Continous slewing for increased efficiency and speed
- Additional applications with Power Link Plus
Images & Videos
Efficient for fleet, truck and crane - We support you in modern fleet management.
With our efficient solution we provide one digital platforms, optimized for fleet managers, crane operators and service partners. Maintain the overview, reduce administrative effort and ensure financial success for every PALFINGER equipment.
Continuous Slewing System
The PALFINGER Continuous Slewing Mechanism permits an unrestricted radius of action. The crane is rotated or 'slewed' using a gear box and hydraulic motor instead of a rack and pinion system. All endless slewing mechanisms come as standard with a high quality roller ball bearing.
Low-maintenance extension system
With sliding elements made of synthetic material and the high-quality KTL coating, this boom system significantly simplifies service performed by the operator. This saves time and money – and protects the environment.
Power Link Plus
The PALFINGER Power Link Plus system is a double linkage system with a linkage on the knuckle boom and a linkage between the main boom and crane column. With the 15 degree reverse linkage system, reaching through low door openings or working inside buildings is no problem.
High Power Lifting System
The PALFINGER High Power Lifting System (E-HPLS, A-HPLS or S-HPLS) increases the capacity of the crane by up to 15% while reducing working speed. E-HPLS can be activated manually for the occasional manipulation of very heavy loads. A-HPLS as well as S-HPLS are activated fully automatically. There is continuous activation depending on the power required.
The Soft Stop function is an electronic limit position damper. It causes gentle braking of all crane movements before the limit position is reached. Hence, jerky movements and load impacts can be avoided. The crane can be operated more gently and precisely.