Mechanical Dock Shelters are used for door openings in vehicle loading and unloading areas to ensure a sealed environment during the loading and unloading process. It effectively seals the space between vehicles and buildings, preventing wind, rain, dust, and airflow. It also improves the working environment and contributes to energy conservation and warehouse operations.
The width of the side curtain is 600mm, suitable for various types of trucks. When the truck is parked, the three side curtains wrap around the three sides of the carriage, providing an excellent sealing effect.
Multiple security measures
Safety warning tape: warn operators to pay attention to safety. Reverse guide rail (optional accessory): Standardize vehicle parking. Red and green indicator lights (optional accessory): avoid accidental collisions during parking.
Parts Design Highlights
01
The front curtain panel is made of 3mm thick chloroprene fiber rubber material and coated with PVC on the surface. The service life exceeds 30000 times.
02
Scalable structural design, the dock shelter can be compressed towards the wall (with a minimum compression of 150mm), and when the vehicle leaves, the dock shelter can return to its normal state,will not be damaged.
Process Highlights
Fully automatic door curtain production equipment, cutting speed of 1m/s, size error not exceeding 1mm.
The maximum width range of mechanical dock shelter sealing vehicles (the width difference between the widest and narrowest vehicles) is 800mm; The maximum height range of the sealed vehicle (the height difference between the highest and lowest vehicles) is 1000mm, which is suitable for sealing most vehicle models. If the width/height range of the vehicle exceeds the standard, dock shelters of two different sizes can be used for parking vehicles of different sizes.
The mechanical dock shelter adopts a fixed structural design. To avoid frequent collisions with vehicles during use. Multiple protective measures can be taken: 1) Using reverse rails to limit the range of vehicle parking can ensure accurate one-time parking and prevent structural damage caused by frequent squeezing/pulling of the vehicle; 2) Professional personnel are required to guide the vehicle to the designated parking location to avoid collisions caused by blind spots in the driver's line of sight.
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