Hydraulic Drive Lift

Hydraulic Drive Lift

This lift has the following features:

• travel up to 19.5 metres – 6 stops
• cabin size 1400 x 1100, 1200 x 1200, 1400 x 1000, 1250 x 1000, 1200 x 900, 900 x 750
• standard platform sizes variable
• 120 – 130 mm deep pit required
• possible access on 3 sides
• photo-electric safety barrier to cabin entrances
• headroom 2200mm minimum
• cabin doors available to provide one-touch operation (headroom 2600mm)
• customised finishes available
• single phase supply
• minimal building work required

There is a comprehensive choice of products that will help you meet the requirements of the DDA (Disability Discrimination Act) and comply with Part ‘M’ of the Building Regulations.

All our platform lifts are manufactured to the highest standards are technically-advanced, safe and reliable.

Hydraulic Drive Lifts come with several advantages and some limitations worth considering. Here’s a breakdown:

Pros:

Space Efficiency: The absence of machinery above the shaft makes them space-efficient compared to traction lifts that require space for machinery.

Safety Features: Hydraulic lifts mitigate the risk of a ‘dead drop’ situation due to the absence of cables. In case of a system failure, the descent is typically slower as it relies on oil leakage speed.

Cost-Effectiveness: They are generally cheaper than traction lifts, making them a more budget-friendly option.

Cons:

Speed and Height Limitations: Hydraulic Drive Lifts tend to be slower (up to 1m/s) and might not be suitable for buildings with multiple floors (typically not recommended for more than 6-8 floors) due to their slower speed and the need for additional underground space for the cylinder.

Space Requirements: They necessitate space for a machine room and an oil pit, which might not be feasible in buildings with limited floor space. Digging deep for pit systems might not always be practical.

Temperature Sensitivity: Hydraulic systems can be affected by temperature changes as the oil’s viscosity alters, potentially impacting the lift’s performance. Proper system balancing is crucial to manage this effect.

Maintenance Challenges: There’s a risk of oil leakage, which, although less common in new systems, can cause significant issues. Regular maintenance is essential to prevent these problems.

Energy Efficiency: Hydraulic lifts are less energy-efficient compared to alternatives like traction lifts. They demand higher power to lift the car as the oil works against gravity, making them less favorable for meeting certain energy efficiency standards like BREEAM.

Considering these factors based on your specific needs and the building’s requirements can help determine if a hydraulic lift is the right choice or if an alternative might be more suitable.