Koppel A.W. of course, although it is a specialist in the “tailored design” lifts, may supply and install standard lifts as well, which may be electric or hydraulic, with or without machine room, with capacity from 350 to 1.000 kg, and speed from 0.5 to 1.75 m/s, cost competitive, and with a really good value for money. These lifts are designed according to the standard EN 81-20.
Hydraulic elevating platforms
Koppel A.W. has been installing lifts since 1958, but since some years, after requirements by his Clients, has been proposing on the market also its own elevating platforms for disabled or elderly people.
It is a product which is similar but not equal to the “classical” lift, technically it is a machine, that is conforming to Machine directive 2006/42/Ce and EN 81-41 standard.
In practice it differs from lifts as follows:
– less room needed in vertical and horizontal section, with the same capacity
– speed which cannot overcome 0.15 m/s
– due to this small speed, and reduced capacity, the needed power supply and starting current are small (power supply: usually 1.5 KW), giving the chance of cost saving on the electric bill
– lack of car door, where the operation is a hold on type (otherwise it is possible to install a manual or automatic car doors, with normal operation)
– in general, landing doors are manual swing type, but now it is possible to install also normal automatic sliding doors, where there is room to do so.
The power supply is single-phase, normally 220 V.
These platforms fit in particular to the use of persons with impaired mobility, and in family houses, or in any case small buildings with a few apartments and low traffic.
They are often installed where it is not possible or very uneasy to fit a real lift, because of problems of vertical or horizontal room.
Their travel also should not be too high, considering the very limited speed of 0.15 m/s; for instance, the time needed to travel 4 m is about 27 seconds. In the case this factor is critical for the Client, a real lift is still the best choice.