Control System
Touch Screen Control
Lifting Mechanism
Mechanical
Operation Mode
Semi-Automatic, automatic
Safety Features
Anti-Collision Sensors, Fire Suppression System
Type
Mechanical Parking System
Control Type
Panel Control
Safety Measures
Anti-slip Surface, Emergency Stop, Railings
Safety Lock
Automatic lock
Vehicle Size
5300*2100*1550mm
Installation Space
6000*4850mm
Certification
CE, ISO, CCC
Lift Mode
Hydraulic Cylinder
1
Design to park vehicles by vertically circulating cage in CW/CCW directions.
2
The most space efficient parking solution as you can park up to 20 cars in a small area that normally fits only 2 cars.
3
Simple one-touch control that doesn't require a professional operator.
4
Intelligent rotation direction (CW/CCW) to shorten entry and exit time.
5
PLC automatic control system with a touch screen to call required vehicles in one touch.
6
Steel parts are sandblasted, anti-corrosion primer painted, and top finish color coated.
❓ Frequently Asked Questions
What is the maximum load capacity of this rotary parking system?
The system is designed with a heavy-duty load capacity of 2500kg, making it suitable for both standard cars and most SUVs.
How many cars can be parked in one system?
This highly space-efficient solution allows you to park up to 20 vehicles in a footprint that would normally accommodate only 2 cars.
Is the system easy to operate for non-professionals?
Yes, it features a simple PLC automatic control system with a one-touch screen interface, eliminating the need for a professional operator.
What are the safety features included?
The system includes anti-collision sensors, a fire suppression system, an emergency stop button, safety railings, and an automatic locking mechanism for maximum security.
Can this system be installed outdoors?
Yes, the system is designed for outdoor installation and the steel parts are treated with sandblasting and anti-corrosion coatings to withstand various environments.
How long does it take to retrieve a vehicle?
The system uses intelligent rotation (CW/CCW) to find the shortest path. The average rise time is 50 seconds and the drop time is approximately 40 seconds.