Installing a Terry Lift
Installing a Terry Lift requires careful consideration of several factors to ensure a smooth and successful process.
Site Assessment and Suitability
A thorough site assessment by a qualified professional is crucial to determine the suitability of your home for a Terry Lift model. This will involve evaluating the structural integrity of the floors, the available space for the floor aperture and the lift mechanism, and access for installation.
Minimal Structural Alterations Required
Compared to traditional cabin lifts, Terry Lifts typically require less extensive structural work. The main alteration is usually creating the aperture in the floor for the lift to travel through. However, some reinforcement around the aperture might be necessary depending on the floor joist structure.
Installation Process: A General Overview
The installation process generally involves:
Creating the Floor Aperture: Cutting an appropriately sized opening in the floor between the two levels.
Installing the Lift Mechanism: Fitting the framework and drive system for the lift.
Installing the Car or Platform: Assembling and securing the lift car or platform.
Wiring and Controls: Connecting the electrical components and installing the user controls.
Safety Checks and Commissioning: Thoroughly testing all safety features and ensuring the lift operates correctly.
Electrical Requirements
Terry Lifts typically require a dedicated electrical supply. The specific voltage and current requirements will vary depending on the model, so it's essential to consult the manufacturer's specifications and ensure your home's electrical system can accommodate these needs. A qualified electrician should handle the electrical connections.
Potential for DIY Installation (Model Dependent)
While some simpler Terry Lift models might be marketed as having a potential for DIY installation, it is generally recommended to have the installation carried out by a qualified and experienced professional. This ensures compliance with safety regulations, proper installation of all mechanical and electrical components, and validation of warranties. Incorrect installation can lead to safety hazards and costly repairs.