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Hydraulic 4-Post Parking Lifts for Garage

Model: HE-C07

Key Features & Technical Specs:

Component Specification Benefit
Weight Capacity 4,000–8,000 kg (8,800–17,600 lbs) Handles trucks, EVs, and fleet vehicles
Lift Height 1.8m–3.6m (6ft–12ft) Creates 2–3 parking tiers vertically
Energy Consumption 2.2 kW per cycle (30% regenerative recovery) Cuts operational costs
Platform Size 5.5m x 2.4m (18ft x 8ft) Fits full-size pickups
Safety Systems Automatic locks, shear valves, emergency descent OSHA-compliant protection

 

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Product Details


Hydraulic 4-Post Parking Lifts for Garage

 

 

Maximize Space with Heavy-Duty Hydraulic 4-Post Parking Lifts

Engineered for commercial buildings, auto dealerships, and residential buildings, the Hydraulic 4-Post Parking Lift redefines efficient vehicle storage. Using industrial-strength elevator components like synchronized hydraulic cylinders and reinforced steel columns, this system safely transports cars, trucks, or SUVs vertically—doubling parking capacity without expanding footprints. Ideal for high-rise buildings with limited ground space, it combines brute strength with energy-smart operation.

How It Works

  1. Drive-On Design: Vehicles park onto a steel platform (similar to an elevator car).

  2. Hydraulic Lifting: Four columns with integrated pistons raise the platform smoothly (30 sec/cycle).

  3. Automatic Locking: Safety locks engage at each level during vertical transportation.

 

Key Features & Technical Specs

Component Specification Benefit
Weight Capacity 4,000–8,000 kg (8,800–17,600 lbs) Handles trucks, EVs, and fleet vehicles
Lift Height 1.8m–3.6m (6ft–12ft) Creates 2–3 parking tiers vertically
Energy Consumption 2.2 kW per cycle (30% regenerative recovery) Cuts operational costs
Platform Size 5.5m x 2.4m (18ft x 8ft) Fits full-size pickups
Safety Systems Automatic locks, shear valves, emergency descent OSHA-compliant protection

 

Applications

  • Commercial Buildings: Service centers, dealerships, and fleet depots.

  • Residential Buildings: Apartment complexes or luxury homes with limited garage space.

  • High-Rise Buildings: Integrates with parking towers for multi-level stacking.

Technical Advantages

  • Stability: 4-post design prevents sway during lifting (critical for vertical transportation).

  • Durability: Galvanized steel columns resist corrosion in humid/coastal areas.

  • Smart Controls: RFID access, remote diagnostics, and overload sensors.

  • Low Maintenance: Sealed hydraulic systems require yearly servicing vs. quarterly for chain lifts.

Model Spotlight: Titan-4 Pro

  • Weight Capacity: 8,000 kg (17,600 lbs)

  • Rise Speed: 45 seconds (unloaded)

  • Special Features:

    • Adjustable runway widths for tire servicing.

    • Built-in jacking beams for undercarriage work.

    • Solar-ready power options to reduce energy consumption.

Sustainability & ROI

  • Energy Efficiency: 40% lower consumption vs. screw-driven lifts.

  • Space Savings: 1 surface slot stores 3 vehicles vertically.

  • ROI Timeline: 2–4 years via increased storage revenue or service bay throughput.

Q/A: Elevator Industry Insights

Q1: Why choose 4-post lifts over 2-post for parking in commercial buildings? +
A1: 4-post lifts offer superior stability for long-term storage—critical when stacking vehicles vertically. Two-post lifts are for repairs (open undercarriage access), not efficient parking.
Q2: Can these lifts handle electric vehicles (EVs) in high-rise buildings? +
A2: Yes. Titan-4 Pro supports 8,000 kg, covering Hummer EVs/Rivian trucks. Optional charging docks can be installed on platforms during vertical transport.
Q3: How do hydraulic 4-post lifts reduce energy consumption? +
A3: Regenerative hydraulics capture energy during descent. Smart sleep modes cut idle power by 90%. Solar integration further slashes grid reliance.
Q4: What elevator components are used in these systems? +
A4: Industrial hydraulic cylinders, PLC control systems, guide rails, and safety locks—all meeting ASME/ANSI elevator safety standards.*
Q5: Can residential buildings retrofit these without structural changes? +
A5: For concrete garages: yes. Minimum 15cm slab thickness required. For older buildings, pile foundations may be needed for column load distribution.

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