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Automated Boom Barrier Parking Gate Specs Overview.

Introduction.
Automated boom barrier systems have become essential for modern parking management, access control, and facility security. They are widely used in commercial complexes, government facilities, residential communities, industrial areas, and toll collection points. Their primary purpose is to regulate vehicle access, ensuring controlled entry and exit while enhancing both safety and operational efficiency. This overview highlights the specifications and capabilities of a high-performance automated boom barrier parking gate designed to deliver durability, speed, and adaptability for diverse applications.
Product Video.
Dimensions and Build Quality.
The system is engineered with precise dimensions of 1050 × 350 × 240 mm, ensuring that it remains compact enough for easy installation yet robust enough to house the necessary internal mechanisms. These dimensions strike a balance between functionality and form, allowing the barrier to blend seamlessly into a wide range of environments without occupying excessive space.
The housing is constructed from a 2 mm steel plate, providing a strong protective enclosure that resists impact, wear, and long-term weather exposure. In addition, the outer surface undergoes metal powder electrostatic spraying, a treatment that enhances corrosion resistance and improves surface hardness. This finishing not only provides long-term durability but also delivers a refined, professional appearance suitable for public-facing areas such as corporate offices, hotels, and government facilities.
Power Supply and Motor System.
The automated boom barrier operates on a DC24V power supply, which ensures stable performance and safety. The low-voltage system minimizes electrical hazards, making it safer for operators and technicians who perform installation or maintenance. Furthermore, the DC24V setup contributes to energy efficiency, reducing overall operating costs in the long run.
At the heart of the system lies a DC24V servo motor, a crucial component that drives the boom arm. Servo motors are known for their precision, speed control, and reliability. Unlike conventional motors, the servo motor enables accurate positioning of the boom arm, reducing errors in movement and ensuring smooth operation during repeated cycles. The servo motor also helps minimize mechanical stress on internal components, ultimately extending the life span of the entire unit.
Operating Speed and Performance.
One of the standout characteristics of this automated barrier is its adjustable open and close speed, ranging from 1.2 seconds to 6 seconds, depending on the boom length. This flexibility makes it suitable for a variety of use cases:
High-speed entry points, such as toll plazas or expressways, benefit from shorter boom arms that open within 1.2 to 2 seconds to maintain traffic flow.
Standard parking areas, such as malls and business centers, may utilize medium boom lengths with moderate speeds of 3 to 4 seconds for smooth access management.
Industrial zones or secured facilities may prefer longer booms with a slower closing speed to accommodate larger vehicles while ensuring secure access control.
This adaptability allows facility managers to configure the barrier system according to specific requirements, achieving the perfect balance between traffic throughput and security.
Boom Arm Options and Length.
The automated barrier supports boom lengths from 1 to 6 meters, enabling it to control access for single-lane, double-lane, or wide entry points. This versatility ensures compatibility with various traffic scenarios, whether controlling the entry of compact cars, buses, or large delivery trucks.
Additionally, the system provides multiple boom configurations, including:
Straight Boom – A standard option ideal for most parking facilities and gated communities.
Fence Boom – Designed for higher-security environments, featuring a lattice-style barrier that prevents pedestrians or motorcycles from bypassing the arm.
Folding Boom – Perfect for areas with height restrictions, such as basements or underground parking structures.
By offering these boom variations, the system adapts seamlessly to the infrastructure and security requirements of different environments.
Temperature Resistance and Environmental Adaptability.
The system is engineered to withstand a wide temperature range from -40℃ to 60℃, making it suitable for diverse climates around the world. Whether installed in extremely cold regions prone to snow and frost or in tropical areas with high heat and humidity, the boom barrier maintains stable functionality.
This resilience ensures reliable year-round operation, minimizing downtime and service interruptions. For facilities in regions with extreme weather conditions, this wide temperature tolerance provides peace of mind and guarantees consistent performance.
Balance Mechanism for Smooth Operation.
The automated boom barrier incorporates a single compression balance spring device, which plays a critical role in stabilizing the boom arm during operation. This mechanism reduces mechanical strain on the motor while ensuring smooth and quiet movement. The balance spring also enhances safety by preventing sudden drops of the arm in case of unexpected power loss or component failure.
Furthermore, the design emphasizes quiet operation, keeping the running noise under 50 dB. This low noise level makes the system ideal for use in residential complexes, hospitals, and office spaces where minimal disturbance is a priority.
Service Life and Durability.
One of the key performance highlights of this barrier system is its impressive service life of 5 to 10 million cycles. This long lifespan translates to years of dependable service, even in high-traffic locations such as toll booths or airport parking facilities. The use of durable materials, precise engineering, and advanced motor technology contributes to its extended life expectancy.
This longevity reduces the total cost of ownership by minimizing the need for frequent repairs or replacements, making the barrier a cost-effective investment for organizations seeking reliable access control.
Connectivity and Integration Capabilities.
Modern facilities demand integration between access control systems, and this automated boom barrier is designed with versatility in mind. It includes interfaces for external loop detectors, infrared sensors, and access control systems.
Loop Detectors: Detect the presence of vehicles, preventing the barrier from closing prematurely and ensuring safety during operation.
Infrared Sensors: Provide additional protection by detecting obstacles or pedestrians in the boom’s path.
Access Control Systems: Enable integration with card readers, RFID tags, remote controls, and other entry authorization methods.
In addition, the system can be connected to license plate recognition (LPR) systems, making it particularly valuable for smart parking solutions. LPR integration enables automatic recognition of registered vehicles, further streamlining entry and exit while enhancing security.
Traffic Management Features.
To support traffic flow, the system provides relay switch signals for integrated red and green traffic lights. These lights improve visual communication for drivers, clearly indicating when it is safe to proceed or when the barrier is closed. This feature reduces confusion and the likelihood of accidents at entry and exit points, particularly in high-traffic environments.
Safety and Noise Considerations.
Safety is a top priority in any automated access control system. This barrier’s design incorporates quiet operation under 50 dB, reducing noise pollution in sensitive areas such as residential zones and medical facilities.
Additionally, the integration of loop detectors and infrared sensors significantly enhances safety by ensuring that the barrier only operates when it is safe to do so. Combined with the balance spring mechanism, these features reduce risks of accidents or damage to vehicles and pedestrians.
Applications Across Industries .
Thanks to its versatile specifications, the automated boom barrier can be deployed in a wide variety of environments, including:
Commercial Complexes: For controlling access to parking lots and private facilities.
Residential Communities: To ensure secure and convenient entry for residents and guests.
Industrial Facilities: For regulating access of delivery trucks, contractors, and staff.
Government Offices: Providing secure entry and controlled visitor management.
Hospitals and Schools: Maintaining safety while managing limited parking resources.
Toll Booths and Expressways: Enabling high-speed access with short boom arms and fast cycle times.
Airports and Transport Hubs: Managing large volumes of vehicles efficiently with advanced access control integrations.
Its adaptability to both low-traffic and high-traffic scenarios demonstrates its value across sectors.
Long-Term Benefits.
Investing in an automated boom barrier system delivers numerous long-term benefits:
Enhanced Security: Prevents unauthorized vehicle access and integrates seamlessly with surveillance systems.
Improved Efficiency: Reduces manual intervention, enabling smooth traffic management.
Cost Savings: Long service life and energy-efficient motor reduce operational and maintenance costs.
User Convenience: Multiple access control integrations allow for a smooth and hassle-free experience for authorized drivers.
Scalability: Customizable features and integration options ensure the system evolves with the facility’s future requirements.
Conclusion.
The automated boom barrier parking gate is a powerful, adaptable, and durable solution designed to meet the diverse needs of modern facilities. From its robust steel construction and servo motor technology to its versatile boom options and integration capabilities, it combines advanced engineering with practical functionality. Its ability to operate under extreme environmental conditions, deliver quiet performance, and sustain millions of cycles makes it a reliable choice for long-term access control and traffic management.
Whether deployed in residential communities, toll plazas, commercial complexes, or industrial sites, this automated barrier system ensures security, efficiency, and convenience. With customization options and advanced connectivity, it is not merely a physical gate but a central component of an intelligent access management system.
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