Binary (High-Ceiling) and Fold (Low-Ceiling) Parking Systems

Operating Principle of Parking Systems

Parking systems operate by coupling vertical and horizontal transfer elements in a coordinated manner. They are designed according to the required capacity and traffic flow. In areas with heavy traffic, the number of lifts can be increased, or horizontal carriers can be used to support the vertical lifts by reducing the travel distance, helping to solve parking space problems.

In addition to parking systems that can be designed entirely as steel structures, systems can also be designed using a combination of reinforced concrete and steel construction. The exterior facade of the structures can optionally be clad in a manner suitable for the surrounding environment.

Due to increasing population and changing living standards, the parking areas that need to be allocated in existing and newly constructed buildings are expected to increase in the coming years. Therefore, semi-automatic and fully automatic parking systems are expected to be preferred instead of high construction costs. In addition, the concentration of workplaces in central locations, insufficient parking capacity at metro and public transportation stations, inadequate existing parking facilities, insufficient personnel and visitor parking at public institutions, and limited parking capacity for students and academic staff at private and state universities will continue to increase the need for automatic and semi-automatic parking systems.

Advantages

• Designed to park a larger number of vehicles in significantly smaller areas and volumes compared to conventional multi-level and flat parking facilities.
• Saves space.
• System safety is controlled by PLC.
• Can be constructed in various areas allocated according to requirements and designed functionally.
• Helps ensure vehicle safety by reducing accidents that may occur during parking.
• Operating costs are kept to a minimum. The system does not require additional systems such as external lighting or ventilation and minimizes personnel requirements.
• Thanks to the bidirectional drive system, vehicles can be retrieved from the parking system in the shortest possible time.
• External cladding and a turntable can optionally be added to the system.

Technical Specifications

• Type: Fully Automatic Mechanical Puzzle Parking System
• Operating Mode: LCD / IC Card / Manual
• Vehicle Capacity: 2200 kg
• Vehicle Dimensions (L × W × H): 5000 x 1850 x 1550 mm / 5000 x 1850 x 2050 mm
• Lifting Speed: 4 kW: 8-12 m/min / 2.2 kW: 5.6 m/min
• Warning Device: Yes
• Protection Device: Full hydraulic protection, anti-fall frame, and mechanical lock
• Operating Noise: Min.
• Voltage: 220 V / 240 V / 380 V
• Motor Power: 2.2 kW
• Fault Indicator: Computerized fault diagnosis with audible warning
• Paint: Galvanized coating or high-quality corrosion-resistant paint
• Certification: ISO 9001 and CE

Advantages

• Simple operation
• Safe operation
• Low noise
• Small space requirement
• Attractive and stylish appearance
• Easy and fast installation
• Suitable for both private and general use