EA9 Platform Lift Straight
HANDI-LIFT TYPE EA9
The HANDI-LIFT is designed for straight staircases and is built individually with regards to the width and length of the staircase. Normally the lift can be installed without considerable rebuilding costs. The HANDI-LIFT is provided with barrier arms and sensitive flaps on the front and rear edge of the platform. The barriers, flaps and platform are folded electrically, whereby the lift takes up minimal space on the stair when “parked”. The HANDI-LIFT is built in accordance with the latest European standards and is delivered CE-marked. The lift is equipped with Soft start and brake, which ensures a smooth and pleasant drive. The HANDI-LIFT can be delivered with batteries, which ensures operation during power cuts. The lift is delivered with different platform sizes according to need and can be delivered with access from rear and side.
HANDI-LIFT TYPE EA9HS
HANDI-LIFT EA9 raise lower is a further development of the HANDI-LIFT EA9, which is ideal when the space at the end of the staircase is minimal. The lift can be parked close to the bottom step. The drive is begun with a vertical raise until the lift is free from the stairs. It then drives its course and is then lowered vertically once it has reached the top of the stairs. The height adjustable lift can be delivered with the same equipment as the traditional lift.
Specifications:
Load: 225 kg. or 300 kg. Travel: From 20 to 45 degrees slope. Speed: 0,11 m/s Driving motor: 550 w 3 ph. Platform motor: 24 V Barrier-arm motor: 24 V Electric supply: 1 phase 230 V, 10 A. Driving mechanism: Rack with overspeed governor. Construction: Steel- and aluminium rails on the wall or on columns.
Dimensions:
Rail width: 68 mm. Width folded up: 290 mm. Width folded out: 1050 mm. Platform standard size: 1000 x 800 mm. Platform height: 45 mm.
Safety details:
- Overspeed governor and brake.
- Limit switch
- Weight sensor
- Manual emergency raising of barrier arms and platform
- Emergency lowering system
- Active surfaces that stops the lift when it runs into an obstacle.