Commercial lifts are larger than residential ones, with dimensions typically around 1.2m x 1.4m to meet the Code on Accessibility in the Built Environment 2019. These lifts need to accommodate more passengers or disabled person, making them inclusive for offices, shopping malls, and multi-level buildings.

The space required for a lift shaft depends on the type of lift and its capacity. It is essential to consult us to ensure sufficient room for both the shaft and the lift mechanism.

To accommodate a wheelchair, the lift cabin should have minimum dimensions of 1.2m x 1.4m and door size of 900mm wide as stated in the Code on Accessibility in the Built Environment 2019.

UPleev can provide the headroom calculation based on BCA SS550:2020. This will include the run-bys and refuge spaces requirements together with the speed and height of the lifts.

UPleev can provide the pit calculation based on BCA SS550:2020. It is notable that the regulations requires the refuge spaces to be considered in the pit. Hence, the pit depth will include the run-bys and refuge spaces requirements together with the speed of the lift.

Lift dimensions remain relatively consistent regardless of the number of floors. However, larger buildings that serve many floors may require bigger lifts to handle higher passenger volumes or heavier loads. The shaft size and motor specifications may need to be adjusted accordingly, especially for high-rise buildings where the lift system experiences more stress. The size of lift and its capacity are stated in SS550:2020 Table 6 – Rated load and maximum available car area.

The key factors include the type of building (residential or commercial), the number of floors, load capacity, safety regulations, budget, and space availability. Additionally, you need to consider the purpose of the lift (passenger or goods) and energy efficiency.

The manufacturing process will take around 12 weeks, which the time needed for the lift shaft to be built. After delivery, the lift installation process typically takes 8 to 12 weeks, depending on the complexity of the project, the type of lift, and the building structure.

Under Regulation 27 of the Building Control Regulations Section K, the Approved Solutions for Lifts are equipment that comply to either SS550:2020 or EN81:41.

UPleev can provide a value for money and detailed quotation, depending on the lift type, building requirements, and any customization involved. Factors influencing cost include the number of stops, load capacity, materials used, and added features like aesthetics or destination control access systems.

UPleev is a Bizsafe Level 3 company which complies to the safety requirements stringently. We do not take chances when it comes to safety and is proud of our safety records.

Choosing the right lift depends on your building’s purpose and layout. Consider factors like passenger traffic, space constraints, budget, and whether the lift is for residential, commercial, or industrial use. UPleev will help you find a solution that meets your specific requirements.

Lifts can be installed in both existing buildings and new constructions. Retrofitting a lift into an existing building may require additional structural work, such as building a shaft or modifying current architecture, but it is a common practice.

After installation, regular maintenance is crucial for safety and longevity. The maintenance interval are clearly stated in SS550:2020 and typically includes monthly inspections, lubrication of moving parts, testing emergency systems, and cleaning. A maintenance contract with UPleev ensures smooth and uninterrupted lift operation.