Products
Vertical Lift Door
  • Vertical Lift DoorVertical Lift Door
  • Vertical Lift DoorVertical Lift Door
  • Vertical Lift DoorVertical Lift Door
  • Vertical Lift DoorVertical Lift Door
  • Vertical Lift DoorVertical Lift Door
  • Vertical Lift DoorVertical Lift Door
  • Vertical Lift DoorVertical Lift Door
  • Vertical Lift DoorVertical Lift Door
  • Vertical Lift DoorVertical Lift Door

Vertical Lift Door

Vertical Lift Door by Lynxcool, a China-based manufacturer and factory, is designed for cold storage and low-temperature environments. Its vertical lifting mechanism saves space, ensures airtight sealing, and allows up to 500 cycles per day, providing efficient, reliable, and energy-saving solutions for frozen food, cold chain, and automated warehouse operations.

The Vertical Lift Door is offered by Lynxcool, a China-based manufacturer and is specifically engineered for cold storage, rapid freezing, and food processing environments. Its vertical lift design overcomes the space limitations of traditional sliding or swing doors while ensuring high sealing performance and temperature stability. Each unit is fully assembled in the factory, including lifting frames, motor, counterweights, safety devices, and fasteners, allowing for quick on-site installation.


Product Advantages


Choosing the product provides an efficient, safe, and durable solution for low-temperature insulated doors. Its benefits go beyond mechanical design, enhancing overall cold chain management and production efficiency. Whether for frozen food distribution centers, blast freezing facilities, food processing lines, or automated warehouses, this product ensures smooth passage and temperature stability.

Space-Saving Design

The Lynxcool vertical lift door requires no side wall space, making it ideal for narrow cold storage compartments or automated production lines with limited column spacing. The panel lifts vertically, instantly clearing the floor for operations, equipment, and logistics. It is especially suitable for low-headroom or constrained-width storage environments, enabling unhindered movement of personnel and materials.

Superior Thermal Insulation

· Panel thickness options: 80–200mm, filled with high-density polyurethane foam

· U-value up to 0.23 W/m²K, consistent with wall insulation

· High-pressure gaskets and four-sided compression/magnetic seals minimize heat loss
With these features, the Lynxcool Vertical Lift Door maintains stable temperatures under rapid freezing and high-pressure differential conditions, reducing energy consumption while ensuring food safety.

Seamless Automation Integration

· PLC and conveyor integration for precise opening and closing

· Automatic closure between batches, adjustable speed for operational efficiency

· Supports radar sensors, push-button operation, and remote control
This intelligent system reduces manual operation, increases production line efficiency, and ensures stable cold storage temperatures.

All-Weather Airtight and Frost Prevention

An electric frame heater prevents frost formation, and four-sided gaskets create a fully airtight barrier. The door maintains high sealing performance and long-term durability in sub-zero, high-humidity, or extreme environments.

Durable and Low Maintenance

· Counterweight system reduces motor power requirement by 50–70%, lowering energy costs

· Heavy-duty components support 200–500 cycles per day

· Rated life exceeds 200,000 opening cycles
These designs minimize maintenance costs and extend service life, making the product ideal for long-term, high-intensity industrial use.




Installation Guide


Lynxcool’s Vertical Lift Door is pre-assembled and pre-programmed at the factory, but proper on-site installation is required to ensure safety and optimal performance.

Preparation

· Verify opening dimensions and wall structural strength to match door specifications

· Prepare tools: screwdrivers, wrenches, drill, and level

· Ensure stable power supply according to door specifications (three-phase or single-phase)

Installation Steps

1. Frame Fixing: Secure the lifting frame to the wall or structural frame using expansion bolts, ensuring level and vertical alignment

2. Door Panel Mounting: Hang the door panel on rails or the counterweight system, adjust height and level

3. Motor & Counterweight Installation: Connect motor drive, cable drum or chain system, install counterweights, adjust balance

4. Electrical Connection: Connect control systems including PLC, push buttons, radar, or conveyor interlock signals

5. Seal & Frost Adjustment: Check four-sided gaskets, verify electric frame heater functionality

6. Opening/Closing Test: Perform 500-cycle test to ensure smooth operation and adjustable speed

Installation Notes

· Keep installation area clean and free of obstacles

· Two people can complete standard door installation in one day

· Custom doors (low headroom/wide-low profile) require prior design consultation

· Save installation documentation, load calculations, and safety test reports for future maintenance


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Technical Parameters

Parameter

Value / Range

Door Type

Vertical single-panel lift; counterweighted; motor-driven

Opening Width Range

800 mm — 6,000 mm (clear opening)

Opening Height Range

2,000 mm — 5,000 mm (clear opening)

Door Panel Core Material

Rigid closed-cell polyurethane foam (PUF)

Door Panel Core Thickness

80 mm / 100 mm / 120 mm / 150 mm / 200 mm

Door Panel U-Value (100 mm)

0.23 W/m²K (consistent with wall panel specification)

Facing Skin — Standard

Pre-painted galvanised steel (white polyester coating)

Facing Skin — Food-Grade / Hygienic

Food-grade epoxy / PVDF / Stainless steel 304

Perimeter Seal

Compression or magnetic PVC gasket; all four sides; self-aligning

Frame Heater

Electric resistive; thermostat-controlled; standard for −0°C and below

Frame Heater Power

120 — 500 W (door perimeter dependent)

Lift Drive Type

Electric motor via cable drum, chain hoist, or screw drive

Drive Motor Power

0.37 — 2.2 kW (door panel weight dependent)

Opening / Closing Speed

0.1 — 0.5 m/s (adjustable via VFD)

Counterweight System

Steel counterweight balances door panel; reduces motor power requirement by 50–70%

Overhead Frame Height

Door clear height + 300–600 mm (panel travel + motor housing)

Structural Fixing

Bolt-fixed to cold store wall panel or structural frame; design loads provided

Safety Devices

Safety edges (bottom and sides); obstruction sensor; emergency manual lowering; door position indicator

Control Options

Push-button / pull-cord / radar presence detector / conveyor interlock / PLC remote

Operating Temperature Range

−60°C to +40°C (panel core and seal selection dependent)

Motor Voltage

380 V / 3-phase / 50 Hz (single-phase 220 V for small doors)

Factory Cycle Test

Minimum 500 complete open-close cycles at factory before dispatch

Footprint (frame, 2,500×3,000 mm door)

Wall projection: 350–500 mm (frame depth); width: opening width + 200 mm


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Application Scenarios


1. Multi-compartment cold storage: ideal for openings with surrounding pillars

2. Automated distribution centers: up to 0.5 m/s opening speed, 200–500 cycles/day

3. Food processing lines: synchronized with conveyors, minimizing temperature leakage

4. Quick-freezing facilities: reinforced panels and high-compression seals withstand extreme pressure differentials

5. Custom cold storage: low headroom, wide-low profile, or curved wall openings


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FAQ


Q: When should I choosethelift door instead of sliding doors?

A:Vertical Lift Door is recommended when side space is limited (columns/walls on both sides), conveyor integration is required, high-speed operation is needed, or opening dimensions are special. Sliding doors are better suited for ample space and simpler maintenance needs.

Q: How much headroom is required?

A: Standard configuration requires +300-600 mm headroom. Custom folding or segmented panels can reduce headroom to 150-250 mm for restricted spaces.

Q: Can it operate at extremely low temperatures?

A: Yes, with 200 mm panels, cryogenic seals, high-power frame heaters, and PTFE/stainless rails, it can operate continuously below −60°C while maintaining airtightness and smooth operation.

Q: How many cycles per day can it handle?

A: Heavy-duty lift Door supports 200–500 cycles/day, suitable for high-intensity cold chain, food processing, and automated warehouse operations. The counterweight system reduces energy consumption even under high-frequency use.

Q: Is installation complicated?

A: Installation is straightforward. Pre-assembled and pre-programmed doors allow two people to complete standard installation in one day. Steps include frame fixing, door mounting, motor/counterweight installation, electrical connection, sealing, and 500-cycle testing.

 

Vertical Lift DoorVertical Lift Door


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