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Smart Parking Systems

Lifting traversing PSH

Capacity
Custom
Span
Custom
Lift Height
Custom
$
PRICING MODEL
Project-Quoted
Configuration-dependent · Reply in 4 hours
What to include in your inquiry Tonnage · span (m) · lifting height (m) · control type (cabin/remote/pendant) · destination port · CE/CCC certification?

The Lifting Traversing PSH (Puzzle Parking System) is a mechanical smart parking solution engineered for high-density vehicle storage in commercial, residential, and industrial environments where land is at a premium. This system operates on a quasi-unmanned principle: after the driver parks the vehicle on a dedicated pallet at ground level and exits, the equipment autonomously lifts, lowers, and traverses the pallet to its assigned storage position. The core strength of the PSH lies in its ability to maximize parking capacity within a given footprint—typically achieving two to three times the density of a conventional flat lot—while maintaining rapid access times through intelligent sequencing of lifting and traversing movements. It is ideal for property developers, parking operators, logistics hubs, and municipal projects seeking a reliable, space-efficient, and cost-effective automated parking solution.

Technically, the Lifting Traversing PSH is fully customizable to project-specific requirements. The system capacity is engineered per the client’s vehicle weight specification, typically ranging from 2,000 kg to 2,500 kg per parking space, with heavier-duty options available for commercial fleets. The span and lifting height are determined by the site layout and number of tiers, with standard configurations supporting two to six layers of parking. The structural framework is fabricated from high-strength Q235B or Q345B steel, available in single-girder or double-girder configurations depending on span and load demands. All steel components are shot-blasted and coated with anti-corrosion paint to withstand diverse climates. The drive system integrates a frequency-controlled motor with optional Schneider or Siemens electrical components, ensuring smooth acceleration and deceleration during lifting and traversing operations. Control options include a central cabin with full system monitoring, a handheld pendant for local operation, and a wireless remote control for flexible management. Safety devices are comprehensive: each parking position is equipped with pallet presence sensors, anti-fall mechanical locks, emergency stop buttons, overload limiters, and photoelectric safety beams to prevent vehicle or personnel intrusion during movement. Optional features include automatic pallet centering, LED status indicators, remote diagnostics via IoT modules, and backup power systems for uninterrupted operation during outages. All designs comply with GB/T 26559 national standards for mechanical parking systems, and can be engineered to meet FEM, DIN, or CMAA guidelines upon request.

CustomizationNon-standard span / capacity / height / explosion-proof / metallurgical variants available per project spec
ElectricalSchneider / Siemens / Mitsubishi options on customer request
StandardsFEM / DIN / GB/T 14405 / CMAA-equivalent design
CertificationsCE / CCC / SGS available (project-specific)
Lead Time30-45 days production · 25-45 days sea freight
Warranty12 months from commissioning (14 months from shipment)

Technical Configuration

Technically, the Lifting Traversing PSH is fully customizable to project-specific requirements. The system capacity is engineered per the client’s vehicle weight specification, typically ranging from 2,000 kg to 2,500 kg per parking space, with heavier-duty options available for commercial fleets. The span and lifting height are determined by the site layout and number of tiers, with standard configurations supporting two to six layers of parking. The structural framework is fabricated from high-strength Q235B or Q345B steel, available in single-girder or double-girder configurations depending on span and load demands. All steel components are shot-blasted and coated with anti-corrosion paint to withstand diverse climates. The drive system integrates a frequency-controlled motor with optional Schneider or Siemens electrical components, ensuring smooth acceleration and deceleration during lifting and traversing operations. Control options include a central cabin with full system monitoring, a handheld pendant for local operation, and a wireless remote control for flexible management. Safety devices are comprehensive: each parking position is equipped with pallet presence sensors, anti-fall mechanical locks, emergency stop buttons, overload limiters, and photoelectric safety beams to prevent vehicle or personnel intrusion during movement. Optional features include automatic pallet centering, LED status indicators, remote diagnostics via IoT modules, and backup power systems for uninterrupted operation during outages. All designs comply with GB/T 26559 national standards for mechanical parking systems, and can be engineered to meet FEM, DIN, or CMAA guidelines upon request.

The Lifting Traversing PSH serves a broad spectrum of industries and applications where parking density and operational efficiency are critical. In commercial office complexes and shopping centers, it allows developers to meet strict parking ratios on constrained urban sites. Residential apartment towers use the system to provide secure, automated parking for residents without requiring large ramps or drive aisles. Hotels and hospitals benefit from the system’s fast retrieval times, reducing guest and patient wait times. Logistics and fleet operators deploy the PSH for indoor vehicle storage of company cars, delivery vans, or service vehicles, maximizing warehouse or depot floor space. Municipal parking garages and transit-oriented developments integrate the system to increase public parking capacity without expanding the building footprint. Additionally, industrial campuses and manufacturing facilities use the PSH for organized storage of employee vehicles, freeing up ground-level space for loading docks or production lines.

Buying from Chunhua Crane provides direct factory pricing that is typically 30% to 50% below equivalent European or Japanese brands, without compromising on quality or safety. As a manufacturer founded in 2003 with over two decades of experience in hoisting and parking machinery, we offer full CE certification for European projects and CCC certification for domestic Chinese markets. Every system is custom-engineered to the client’s site dimensions, vehicle mix, and local regulatory requirements. Our engineering team provides a detailed quotation and preliminary CAD layout within four hours of receiving your project specifications. We ship to over 60 countries via major sea freight routes, with comprehensive packing and container loading supervision to ensure damage-free delivery. Optional on-site installation supervision and commissioning by our senior technicians is available for clients who require turnkey support.

The ordering process is straightforward and designed for international B2B buyers. Begin by sending your project requirements—site dimensions, target parking capacity, vehicle types, and any local code references—via WhatsApp or email to our export sales team. We will respond with a formal quotation and a preliminary CAD layout within four hours. Upon acceptance, a 30% T/T deposit is required to initiate production. Manufacturing lead time is 30 to 45 days, depending on system complexity and order volume. After production, we coordinate sea freight delivery to your designated port, with full documentation including packing list, bill of lading, and certificate of origin. For clients requiring installation, we can arrange for a Chunhua engineer to travel to site for commissioning and training, with costs quoted separately. Payment terms are T/T, with the 70% balance due before shipment.

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