Pillar

Engineered square pillar for high rigidity and low deadweight. User friendly position of emergency switch

Pillar head

Hammerhead design for widest possible slewing angle. Robot welding for maximum precision. Consistently high standard of quality.

Pillar connection

A) Fixing the column with anchor bolts in the existing concrete floor: assembly of the anchor plate with chemical anchors, subsequent secure screwing to the pillar base of the crane. Highly suited also for relatively thin concrete floors that have a thickness of  ≥ 200 mm.

B) Anchors are used to fix pillars to the foundations. Exact alignment of the anchors with a template.

Jib

Light-weight design for best possible handling characteristics. Improved ergonomics thanks to optimised deadweight in relation to rigidity. Available in various designs:

• KBK steel up to 1,000 kg / 8 m length
• KBK Aluline up to 1,000 kg / 7 m length
• I-profile beam up to 10,000 kg / 12 m length

Slewing motion limiter

Exactly adjustable slewing range of the jib.
The clamp-fitted design also enables it to be installed at a later date.

Electric chain hoist

Rapid and precise handling of loads weighing up to 5 t.
DC chain hoist and DC-II chain hoist generations with wide scope of features and designs

Cross-travel unit

Convenient handling, also for manual operation, thanks to very low travel forces.

Electric cross-travel unit

Electric travel also possible, if required (e.g. if very heavy loads need to be moved).

Power supply line for KBK profiles

Flat trailing cable without any external fittings for minimum maintenance.

• Easy to move
• Robust design

Wall mounting arrangement

Pillar brackets can be used for simple attachment of wall-mounted slewing jib cranes to a wide range of pillar dimensions. They can be attached at the required height to all squaresection pillars.

Electric slewing drive

Inverter control for particularly smooth slewing motions.

Power supply for I-beam-girder

Low-maintenance flat trailing cable, safely guided and easy to move