Single scissors lift table
The basic model – Versatile in use
The electro-hydraulic single scissors lift table is a lifting unit with a scissors package and is the basic model of the lift table series. The scissors lift table has a wide range of applications and is used, for example, in production and logistics when height differences have to be compensated. As standard, this lift table is designed for a maximum of 25 cycles per hour in 1-shift operation. On request, we can supply and install the optimum solution individually according to your requirements and application.
- High quality execution “Made in Europe
- Manufacturing according to DIN EN 1570-1
- Extensive and modular range of accessories
- Optional with installation and commissioning
Variants
Below you can see the lift table variants, sorted according to their load capacity
Load capacity up to 500 kg
Load capacity up to 1000 kg
Load capacity up to 2000 kg
Load capacity up to 3000 kg
Load capacity up to 4000 kg
Load capacity up to 5000 kg
Load capacity up to 6000 kg
Standard version
- Designed for maximum 25 cycles per hour in 1-shift operation.
- For internal use only – in a dry environment.
- Not approved for the transport of persons
If the lift table is to be used in a pit, some important notes must be observed. Please download the pit layout. Do you have special requests and would like, for example, a lifting table in hot-dip galvanized design for outdoor use? Just send us your inquiry. We will check it for technical feasibility and let you know as soon as possible.
Product details
- Standard paint: RAL 7012, basalt grey
- Smooth sheet metal platform
- Operating voltage: 3 x 400V / 50 HZ
- Control voltage: 24 VDC
- Hand switch with 3m connection cable
- Aggregate within the lifting table
- Contact protection strip all around
- Customs tariff number: 8425420090
- Warranty: 24 months
Load distribution according to the standard DIN EN 1570-01 applicable to lifting platforms
Variant 1
100% of the maximum permissible load distributed over the entire platform
Variant 2
50% of the maximum permissible load distributed over half the platform in the longitudinal direction
Variant 3
33% of the maximum permissible load distributed over half the platform in lateral direction
Variant 4
10% of the maximum permissible load, attached to the edge of the platform