Lifting and tilting device double column HKV

SKU: KI70284
Category: Lifting and tilting devices

Description

'Lifting and tilting device double column HKV H = 2500 mm, lifting weight max. 1000 kg 1. Intended use of the machine For lifting and emptying large containers 1,200 x 800 x 800 mm via their long side / narrow side 2. Technical data Lifting weight: max. 1000 kg including container Tipping height: 2500 mm Tipping angle: 30Â° Motor power: 2.2 kW Soft starter for the motor Mains connection: 400 V-50 Hz Control voltage: 24 V AC Lifting principle: by means of roller chain Lifting speed: 4.3 m/min Column height: approx. 4100 mm Total height: approx. 4250 mm, including container in tilted position! Protection class: IP 65 3. Design Function The mast, lifting fork and the machine casing are made completely of stainless steel, material no.: 1.4301 Surfaces ground. U-profiles, support tube, combination rollers, "sliders" are not made of stainless steel, but of galvanized black steel. The chains and sprockets are made of black steel. The lifting and tipping device consists of 2 columns, a lifting fork and a safety cage. The safety cage is equipped with an electromagnetic lock so that the lifting and tipping device can only be operated when the door is closed. The lifting fork is designed to hold the above-mentioned containers. The containers are emptied via their long side. The lift is completely ready for connection, with all safety equipment, including the adjustable limit switches in the top and bottom positions and a safety limit switch as a maximum lifting height limit. The lifting fork is guided during the tipping process via two guides attached to the mast. The upward movement of the lifting fork is self-locking, the downward movement - via a "dead man''s switch". The drive for the lifting and lowering movement consists of a geared brake motor made by "Lenze" and a roller chain connected to the slider, along with the necessary chain wheels. The brake motor prevents the lifting fork from sinking under load in the event of a power failure. If one of the chains breaks, the geared motor stops immediately