Functions and accessories for choice
These automatic remote-controlled parking bollards feature a seamless, user-friendly remote control system.
Anti-theft alarm protection
Automatic sensor
Compatible with rechargeable batteries, dry batteries, or lithium batteries
2 remote controllers with a control range of 15 to 50 meters
Two manual keys
Expansion screws
User manual
Customizable stickers
Group controller

Specifications
|
Product Name |
Automatic Remote Control Parking Bollard |
|
Model |
TS-SP-103 |
|
Color |
Yellow + black or Customized |
|
Material |
Carbon Steel |
|
Dimension |
450*390*70mm |
|
Rise/Fall Running Time |
3S |
|
Rise/Fall Height: |
390mm/70mm |
|
Effective Loading Capacity |
Minimum 2000KG |
|
Remote Control Distance |
15 ~ 50M |
|
Rated Voltage |
DC 6V |
|
Static Current |
≤1mA |
|
Working Current |
≤1.5A |
|
Protection Grade |
IP67 |
|
Control Mode |
Remote Control; Auto-Sensing; Group Control |
|
Power Supply |
Dry battery, Lithium Battery, Storage Battery, Solar Energy |
|
Accessory List |
Instruction*1 |
|
Customization |
Arms, Base Shape and Size, Logo, Sticker Content, Weight, Color, etc. |
|
Net Weight: |
6.5 ~ 7.5KG (battery differences) |
|
Packing |
Plastic Bag + Carton Box + Pallet; Carton Size: 450mm*435mm*90mm |
Dimensions


Accessories List

Features and Advantages
IP67 Waterproof and Rustproof

180 Degree Anti-collision

Minimun 2000KG and maximum 8000KG Load Capacity
Tire-safe design – no risk of tire damage

product show

Packing Reference

applications
Automatic remote-controlled parking bollards have a wide range of application scenarios. Here are some of their main application fields:
Residential Communities
Parking Space Management: Residents can easily control the lifting and lowering of parking bollards via remote controls or mobile apps, ensuring that their exclusive parking spaces are not occupied by others. This provides great convenience to residents and reduces disputes caused by parking space occupation.
Control of Community Entrances and Internal Roads: Installing automatic remote-controlled parking bollards at community entrances and on internal roads can restrict the arbitrary entry of external vehicles, enhancing the safety of the community. When there are visitor vehicles, security personnel can remotely control the lifting and lowering of the bollards to allow the vehicles to enter and guide them to designated parking areas.
Commercial Premises
Shopping Malls and Shopping Center Parking Lots: They can effectively manage parking spaces in the parking lots, guide vehicles to park in an orderly manner, and improve the efficiency of parking lot usage. Meanwhile, they can provide exclusive parking spaces for some special customers (such as VIP customers) and ensure the availability of the parking spaces through remote control of the bollards.
Office Building Parking Lots: They facilitate parking for employees and visitors of enterprises in office buildings. Enterprises can assign exclusive control permissions of parking bollards to employees, who can control the bollards to lower via mobile apps before arriving at the parking lot, allowing them to quickly enter the parking space. For visitor vehicles, the reception desk or security personnel of the office building can remotely control the lifting and lowering of the bollards according to the visitors' reservation information, providing convenient parking services for visitors.
Public Transportation Hubs
Airport and Railway Station Parking Lots: They can achieve precise management of parking spaces in the parking lots and provide convenient parking services for passengers. Passengers can book parking spaces in the parking lots when booking air tickets or train tickets, and remotely control the lifting and lowering of the bollards via mobile apps to easily find their parking spaces.
Parking Lots Around Bus Terminals and Subway Stations: They facilitate citizens to transfer to public transportation. When citizens drive to bus terminals or subway stations, they can park their vehicles in designated parking spaces by remotely controlling the bollards, and then transfer to buses or subways to reach their destinations.
Industrial and Logistics Parks
Park Entrance Control: Installing automatic remote-controlled parking bollards at the entrances of industrial and logistics parks can strictly control the vehicles entering and exiting the parks. Only authorized vehicles can enter the parks by remotely controlling the lifting and lowering of the bollards, effectively ensuring the safety and order of the parks.
Warehouse and Logistics Center Parking Lots: They are convenient for managing the parking of logistics vehicles and improving the efficiency of logistics operations. Logistics enterprises can assign designated parking spaces to vehicles by remotely controlling the bollards according to the vehicles' delivery tasks and schedule, ensuring that the vehicles can load and unload goods quickly and reducing the waiting time of vehicles.
Schools and Educational Institutions
Campus Entrance and Internal Road Control: Installing automatic remote-controlled parking bollards at school entrances and on internal roads can effectively control vehicles during peak hours of school arrival and departure, ensuring the traffic safety of students. Usually, they can also restrict the arbitrary entry of external vehicles, maintaining the tranquility and safety of the campus.
Teacher and Student Parking Lots: They provide exclusive parking areas for teachers and students, which are managed by automatic remote-controlled parking bollards. Teachers and students can control the lifting and lowering of the bollards via remote controls or mobile apps, making parking and picking up vehicles convenient and fast.
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