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Multi-level Parking Systems — Frequently Asked Questions
What are the main types of multi-level parking systems?
Two-post (column-guided) stackers use a single-column lift to raise a top platform while the lower space remains accessible — the simplest and most compact solution for residential garages. Four-post platform lifts raise an upper vehicle on a full-width platform over a lower parking space. Pit-and-post systems combine a ground-level post-lift with a hydraulic pit below floor level, tripling the capacity of a single space without overhead height requirements. Fully automated pallet-shuttle systems use a robot cart to store vehicles in multi-row racks — maximum density for large commercial car parks.
What is the minimum ceiling height needed for a two-level parking system?
A two-level post-stacker for standard saloon cars requires a minimum clear ceiling height of 4200–4500 mm. For SUVs and MPVs the requirement increases to 5000–5500 mm. Pit systems can reduce the required ceiling height to 3200–3800 mm by moving one level below floor, making them suitable for existing underground car parks with low headroom. Platform load capacity is typically 2 000–3 500 kg per platform for residential use and 5 000 kg for commercial applications.
What safety features are required for automated parking systems?
CE-marked parking systems must include presence sensors or light curtains detecting persons in the danger zone before platform movement, overload sensors preventing movement above rated capacity, interlock contacts on all access doors and barriers, emergency stop buttons at each entry/exit point, and emergency manual lowering capability for power-failure recovery. Electronic controls must meet EN ISO 13849-1 safety category requirements appropriate to the risk assessment result.
How does a multi-level parking system integrate with building management?
Modern parking system PLCs provide TCP/IP Ethernet interfaces for BACnet, Modbus, or REST API integration with building management systems. Data outputs include space occupancy per level, fault logs, cycle counts per platform, and energy consumption per shift. Licence plate recognition cameras can link space assignment to building access control, enabling residents to call their car automatically via a smartphone app before arriving at the garage entrance.