Flatbed Parking System
The car plate parking equipment is a widely used mechanical parking solution, which takes the car-carrying plate as the core component to realize safe and efficient storage and retrieval of vehicles. As a practical and cost-effective parking device, it integrates mechanical transmission, intelligent control and multi-layer safety protection technologies, mainly used to solve the parking difficulty in areas with tight land resources. It is widely applicable to residential communities, commercial plazas, office buildings, hospitals and industrial parks, and can be flexibly designed into multi-layer structures to make full use of vertical space, significantly improving the utilization rate of parking space compared with traditional flat parking lots.
This equipment adopts a high-strength steel structure, with stable operation and strong load-bearing capacity, which can meet the parking needs of ordinary private cars and SUVs. It is equipped with an advanced PLC intelligent control system and multiple groups of infrared sensing devices, supporting license plate recognition, one-click operation and card swiping, and the car-carrying plate can move stably and smoothly. The car-carrying plate is also equipped with wheel positioning devices to prevent vehicle slipping during operation, and its flexible installation design can be customized according to the actual site size, suitable for both new parking lot construction and old garage renovation.
Working Principle
The working principle of the car plate parking equipment is simple and reliable. The transmission mechanism is driven by a geared motor, and the car-carrying plate is connected to the traction chain or hydraulic lifting system. When storing vehicles, the driver drives the vehicle to the designated car-carrying plate, and the system automatically detects the vehicle position, weight and parking safety through sensors. After confirmation, the motor drives the transmission mechanism to drive the car-carrying plate to lift, lower or traverse, and move the vehicle to the designated parking space. When retrieving vehicles, the user inputs vehicle information through the operation panel or mobile terminal, and the system reverses the operation to move the target car-carrying plate to the entrance, allowing the driver to drive the vehicle out directly.
Features/Equipment Characteristics
The car plate parking equipment has distinct practical characteristics. Firstly, it has excellent space-saving performance, which can realize 2-6 layers of parking, and the space utilization rate is 3-8 times that of traditional flat parking lots. Secondly, it is safe and reliable, equipped with anti-fall devices, overload protection, emergency stop buttons and entrance photoelectric safety devices, which can immediately stop operation and alarm in case of abnormalities. Thirdly, it is easy to install and maintain, with prefabricated car-carrying plates and components, which shortens the on-site installation cycle. Fourthly, it has strong adaptability, suitable for various models of ordinary cars and SUVs, and can be used in both indoor and outdoor environments with good corrosion resistance.
Production Process
Our car plate parking equipment adopts a strict and standardized production process to ensure product quality and stable operation. Firstly, raw material selection and inspection: we select high-strength corrosion-resistant steel and high-quality electrical components that meet national standards, and conduct strict quality inspection to eliminate unqualified materials from the source. Secondly, car plate and frame processing: professional technicians use advanced laser cutting and automatic welding equipment to process car plates and steel frames, and conduct non-destructive testing on welding joints to ensure structural firmness. Thirdly, surface treatment: the components are sprayed with anti-corrosion and anti-rust paint through an automatic spraying production line to enhance durability. Finally, assembly and debugging: prefabricated components are assembled, and the transmission, control and safety systems are debugged, and each finished product undergoes strict load-bearing and safety tests before leaving the factory.
