Traction Villa Elevator

Engineering notes

Designed around the house, not the catalogue

The most common reason a villa lift project stalls is that the shaft does not exist — or exists in a shape the standard product cannot use. The traction villa elevator is therefore supplied as a family of frame variants rather than one fixed geometry.

With a backpack frame the guide rails sit behind the car, so car depth is added to shaft depth while shaft width stays minimal. With a gantry frame the rails sit to both sides, giving a wider car for the same shaft footprint. Both accept hinged or sliding landing doors, and both can be installed inside an existing stairwell void, an external shaft or a self-supporting steel tower.

Comfort you can measure

A home lift is judged by how it sounds at night. Three measures keep this model quiet: a microcomputer board written specifically for the residential duty cycle, a machine frame fixed directly to the guide rails so the building structure carries no load, and inverter-controlled doors that remove the slam of a conventional operator.

Total rated running power is approximately 1.5 kW, of which the drive accounts for 1.1 kW — less than a microwave oven, and around 80% lower than a commercial small lift of the same capacity. Because the machine accepts a single-phase 220 V household supply, no industrial power application is needed before installation.

Safety systems that work without mains power

An ARD (automatic rescue device) is fitted as standard. When the supply fails, the ARD drives the car to the nearest landing and opens the doors so passengers can step out — a requirement in most residential codes and simple peace of mind in a family house.

A one-touch emergency telephone auto-dials three to five family numbers in sequence, and the optional remote module forwards running status and fault codes to the owner's phone, so a minor door fault is reported before it becomes a stranded car.