kaiserkraft Compact lift table
More than 10 pieces in stock at third-party supplier
Product details
Compact lifting table with a load capacity of 2000 kg and a platform size of 2000 x 900 mm. The classic among stationary compact lifting tables, which has been continuously developed for 40 years and has proven itself in shift operation. The components are laser-cut and robot-welded, the scissors are made of rigid square tubing and manufactured from Swedish steel in a special alloy.
Compact lifting tables can be freely positioned or installed so that the platform is flush with the floor. At the push of a button, the table quickly and smoothly rises to the desired height. The electro-hydraulic unit is integrated into the device. The high-quality powder coating provides an appealing appearance, with the platform and frame in signal blue (RAL 5005) and the scissors in signal orange (RAL 2010). Operation is via a hand switch with a 3 m cable and an emergency stop button. The operating voltage is 400 volts, and the control voltage is 24 volts. A 230-volt version is available upon request. Accessories for static compact lifting tables are also available upon request.
The stationary compact lifting tables are equipped with safety edges and electrically controlled safety valves, thus complying with EN-1570 and VDE regulations.
Material | Steel, powder-coated |
Type of conveyor system | Lift table |
Lifting height | 1.30 m |
Load capacity | 2 t |
Item number | 9119695 |
Manufacturer | kaiserkraft |
Category | Conveyor technique |
Manufacturer No. | 228530 |
Release date | 9.7.2018 |
External links |
Colour | Blue |
Exact colour description | Signal blue |
Material group | Metal |
Material | Steel, powder-coated |
Surface finish | Powder coating |
Type of conveyor system | Lift table |
Lifting height | 1.30 m |
Load capacity | 2 t |
Operating voltage | 24 V |
Frame material | Steel |
Lifting time | 30 s |
Country of origin | Sweden |
CO₂ emissions | 106.72 kg |
Climate contribution | CHF 2.53 |
Length | 200 cm |
Width | 90 cm |