What specific checks are included in a Stannah stairlift maintenance service?

A Stannah stairlift maintenance service includes a systematic inspection, safety test and operational check of the complete lift. The engineer will usually assess the rail, drive system, seat, armrests, footrest, safety belt, controls, sensors, batteries and charging equipment, then clean, adjust or report components that require attention. The exact checks can vary according to the model, installation and condition of the stairlift.

Rail and installation checks: The engineer inspects the rail for damage, loose fixings, obstructions and signs of abnormal wear. They check that the lift is securely mounted and that its movement along the staircase is unobstructed. The ends of the rail, stopping positions and clearance from surrounding walls, steps, doors and furniture are also considered. Any unusual movement, vibration or noise can indicate that an adjustment or further investigation is needed.

Drive mechanism and movement: The motor, gearbox, drive system and associated mechanical parts are checked for wear, contamination and correct operation. The engineer runs the stairlift along the full rail to assess starting, stopping, acceleration, braking and travel. They may test it with the seat in different positions and observe whether it moves smoothly and consistently on bends, where applicable.

Seat, swivel and safety belt: The seat is checked for secure attachment, stability and damage. The swivel mechanism is tested to confirm that it locks correctly in the travel position and releases as intended when the user gets on or off. Where fitted, the safety belt is inspected for damage and tested with its buckle or locking mechanism. The seat sensors or interlocks that prevent travel when the seat is not correctly positioned may also be tested.

Armrests, controls and user switches: The engineer checks the armrests, handset and controls for damage, looseness or poor response. This can include the directional controls, on/off switch, key switch, remote controls and any display or warning indicators fitted to the model. Controls should respond predictably, and the stairlift should not operate when a safety control or interlock is in an unsafe position.

Footrest and obstruction sensors: The footrest is inspected for secure fixing, damage and correct folding or movement. Obstruction sensors around the footrest and other protected areas are tested to confirm that the stairlift stops or prevents movement when an obstruction is detected. These sensors are important because they help reduce the risk of trapping objects, clothing or feet during travel.

Safety circuits and braking: The engineer tests the stairlift’s safety circuits, stop controls and emergency functions in accordance with the manufacturer’s service procedure. They check that the lift stops correctly when a relevant control is operated and that the braking system holds the stairlift securely. Safety switches and interlocks may be examined individually, as a fault in one can prevent normal operation or create an unsafe condition.

Batteries and charging: The batteries are inspected for condition, secure connections, corrosion, leakage or other signs of deterioration. The engineer checks that the stairlift charges correctly at its charging points and that the charger or charging indicator behaves as expected. Battery performance is assessed during operation because a stairlift can appear to work normally while its batteries are beginning to lose capacity. Batteries are replaced when testing shows that they no longer provide dependable service, rather than solely because of their age.

Electrical connections and fault indicators: Accessible wiring, plugs, terminals and connectors are checked for damage, looseness or signs of overheating. The engineer may review fault lights, diagnostic information or stored error codes where the model provides them. Electrical checks are completed using appropriate service procedures; users should not remove covers or attempt to test internal electrical components themselves.

Charging points and parking positions: The engineer verifies that the stairlift reaches its designated charging positions and remains correctly aligned there. They may check charging at both ends of the rail where charging is available in more than one location. Parking positions are also assessed to ensure that the lift does not obstruct a landing, doorway or staircase more than necessary.

Cleaning and adjustment: Relevant accessible components may be cleaned to remove dust, hair and debris that could affect sensors, moving parts or the footrest. The engineer can make permitted adjustments, tighten suitable fixings and lubricate components where the manufacturer’s instructions allow it. Lubrication is not appropriate for every part, so applying household oil or cleaning products without guidance can cause problems.

Full functional test: After inspection and any agreed servicing work, the engineer operates the stairlift through its normal journey. They check travel in both directions, the controls, stopping points, safety features, charging and any model-specific functions. If a fault is found, the engineer should explain whether it affects safe use immediately, requires a repair or is a wear item that should be monitored.

Maintenance does not always include replacement parts or major repairs within the basic service. If a battery, sensor, belt, charger, drive component or other part needs replacing, the engineer should identify the problem and explain the recommended work before it is carried out, subject to the terms of your service arrangement. A service record should note the checks completed, defects found, adjustments made and any follow-up action required.

If your Stannah stairlift is already stopping unexpectedly, failing to charge, showing a fault warning, moving unevenly or making a new grinding, clicking or banging noise, report the symptom when arranging the service. Stop using the lift and seek professional advice if a safety belt will not lock, the stairlift does not stop when expected, there is visible electrical damage, a burning smell or any other condition that could make travel unsafe.