860 KAPPA-LEVATOR Kappa Levator with combustion engine, carrying capacity 3,000 kg Patented / Application Made for Patent The strong vacuum lifter for heavy pieces comes with a petrol engine, an electric motor for 400 V – 50 Hz or via the hydraulic system on the lifting equipment Subject to alteration I 11.2010

Kappa Levator: the strong vacuum lifter for the handling of natural stones, concrete plates, pipes, metal plates … The Kappa Levator is the strongest member of our Levator technology. It is specially designed for the handling of heavy and/or porous material, where a large volume flow and a high low pressure are required. The Levator can be suspended to any kind of carrying equipment such as an excavator or a wheel loader by means of the load hook. The vacuum is created by a powerful vane-type rotary pump. This robust pump is oil-greased, designed for non-stop operation and produces very little...

Kappa-Levator with electric motor 400 V - 50 Hz and carrying module Kappa-Levator with hydraulic pump to be connected to the hydraulic system on the lifting equipment (with the following requirements: 16l/min, 150 bar, free runback, continuous oil flow) Suction pads for operation with lifting equipment Kappa-Levator with Honda petrol engine and carrying module, 4 kW Kappa-Levator is fitted with moveable wheels 900 x 650 x 750 with electric motor 400 V - 50 Hz 1 piece suction pad SP 400 2 pieces suction pads SP 400 3 pieces suction pads SP 400 1 piece suction pad SP 1000 2 pieces suction pads...

Special Designs X-shaped and adjustable tie-bar with integrated Kappa Levator with combustion engine. Equipped with six adjustable suction pads which can be switched off individually. Designed for a tank and apparatus engineering company to be used for charging machines with large-sized stainless steel plates. Carrying capacity: with 6 suction pads with 4 suction pads with 2 suction pads Plate diameter: maximum: minimum: Vacuum tie-bar for steel plates Safe working load 2,500 kg Lenght 9m Width 2m Subject to alteration I 11.2010