The High Speed Barrier Gate is engineered for applications where rapid response, high cycle life, and operational reliability are essential. Powered by a dedicated servo motor and driver system, it delivers consistently fast opening and closing speeds while maintaining low noise, low vibration, and low energy consumption.
Unlike conventional barrier gates that rely on mechanical limit switches and spring balance mechanisms, this system uses encoder‑based positioning and servo motion control algorithms. By eliminating traditional wear‑prone components, it reduces maintenance requirements and ensures stable operation across a wide range of environmental conditions.
Key Technical Features
Servo Drive System
The High Speed Barrier Gate operates on a dedicated servo motor and driver pair. The motor integrates a permanent magnet AC servo motor with an aluminum alloy housing and a precision gear reducer. The driver is specifically matched to the motor and is not interchangeable with other components. This design ensures consistent performance and simplifies troubleshooting, so you never have to worry about compatibility issues or waste time diagnosing mismatched parts.
No Traditional Position Sensors or Spring Balance
The High Speed Barrier Gate uses an encoder for accurate position feedback and trajectory control, eliminating mechanical limit switches and balancing springs. This results in smoother motion, no impact or rebound at end positions, and eliminates the need for periodic spring tension adjustments - meaning less wear, fewer service calls, and no recurring maintenance tasks.
Fast Operation
The High Speed Barrier Gate delivers exceptional speed: 0.3 seconds opening and closing for a 1.5m barrier arm, and 0.6 seconds for a 3.0m arm. The same driver can be used for both arm lengths with a simple parameter adjustment. This translates to shorter queues during rush hours, higher vehicle throughput, and fewer complaints from tenants or visitors - while keeping your spare parts inventory simple.
Obstacle Rebound
During the closing cycle, if the barrier arm of the High Speed Barrier Gate encounters an obstruction, the system automatically stops and raises the arm. This function is active in 0.6s operation modes, protecting vehicles and pedestrians alike - and saving you from costly damage claims and liability risks.
Technical Specifications
| Parameter | AX-PDE03 | AX-PDE06 |
|---|---|---|
| Controller power supply | 220V/50Hz | 220V/50Hz |
| Input voltage | AC175-300V | AC175-300V |
| Rated input power | 1.44KW | 1.44KW |
| Rated output power | 1.3KW | 1.3KW |
| Rated current | 4.6A | 4.6A |
| Raising/lowering time | 0.3s / 0.3s | 0.6s / 0.6s |
| Motor power | 600W | 600W |
| Barrier arm length | 1500mm | 1500–3000mm |
| Rated torque | 6.3N·m | 6.3N·m |
| Rated speed | 100 r/min | 50 r/min |
| Dimensions | 290×360×969 / 350×350×1000 | 290×360×969 / 350×350×1000 |
| MTTR | <0.5h | <0.5h |
| MTBF | ≥10,000,000 cycles | ≥10,000,000 cycles |
| Control mode | Manual, auto (barrier closed fixed) | Manual, auto (barrier closed fixed) |
Complete Structure Components
Our speed barrier gate including Housing/Cover/Mounting plate/Claw plate/Spring adjuster/Driven rocker arm/Driving rocker arm/Connecting rod/Motor/Main shaft/Bearing housing/Encoder/Handle/Screw lock
Certifications & Quality Standards

ISO 9001:2015 Certified Manufacturing - Quality management system ensuring consistent production standards
CE Marking Compliant - Meets European safety, health, and environmental protection requirements
RoHS Compliance - Environmentally friendly materials free from hazardous substances
UL Recognition - Electrical safety certification for North American markets
IP54 Protection Rating - Weather-resistant construction suitable for outdoor installations
Typical Applications
1. Commercial & Public Facilities
Technical Proposition: The Brushless Boom Barrier Gate enables intelligent access management through precise motor control and system integration.
- Shopping Malls & Retail Centers: Its DC brushless motor and programmable controller support rapid 3-4 second cycle times, crucial for handling peak traffic without congestion. Integration with payment systems is facilitated by the gate's open communication protocols(TCP/IP, RS-485), creating a seamless entry-to-payment workflow.
- Office Buildings & Corporate Campuses: The gate's electronic driver and logic board process access credentials (cards, mobile QR codes) to manage differentiated entry for employees and visitors. The fail-safe design ensures continuous operation during power interruptions, a critical requirement for daily security.
2. Transportation & Infrastructure
Technical Proposition: Engineered for durability and high-frequency operation in demanding conditions.
Parking Garages & Toll Stations: The brushless motor's elimination of carbon brushes directly enables the 5+ million cycle lifespan, which is essential for 24/7, high-volume environments. The IP54-rated housing and corrosion-resistant materials ensure long-term reliability exposed to weather and vehicle emissions.
Airports & Seaports: Security is enhanced by the gate's ability to interface with secondary verification systems (biometric readers, RFID). The integrated safety features-such as automatic reverse upon obstacle detection-meet stringent operational safety standards for restricted areas.
3. Residential & Gated Communities
Technical Proposition: Delivers reliable perimeter security with user-centric convenience and low maintenance.
- Gated Communities & Condominiums: The brushless technology's inherent quiet operation (vs. traditional AC motors) prevents noise disturbance. The low-voltage (24V DC) system is safer for residential use and integrates easily with license plate recognition (LPR) cameras and visitor intercoms for automated entry.
- Maintenance Advantage: The maintenance-free design of the brushless motor significantly reduces long-term service costs and hassle for property managers, a key differentiator for residential applications.
From Production to Delivery
From Precision Manufacturing to Reliable Operation
We maintain rigorous quality control throughout every phase-from component fabrication and assembly to comprehensive testing and global dispatch. Each brushless boom barrier gate is validated for performance and durability prior to shipment, ensuring on-time delivery and readiness for immediate installation. Our optimized logistics network provides secure, efficient transportation to sites worldwide. This integrated approach guarantees that every product not only meets but exceeds industry standards for reliability.
Engineering Intelligence into Every Barrier
A brushless boom barrier gate functions as far more than a physical obstruction-it is an intelligent node within modern access ecosystems. Its foundational strengths-exceptional reliability through brushless motor design, resilient construction suited to varied environments, and open-architecture integration-directly fulfill the operational, security, and economic demands of diverse applications. This results in a lower total cost of ownership and a solution designed to evolve with future needs.
FAQ
Q1: What is a brushless boom barrier gate?
A: It is a vehicle access control system using a brushless DC motor instead of traditional AC or brushed DC motors. This technology eliminates physical brushes, reducing friction, heat, and maintenance while improving energy efficiency and lifespan.
Q2: How does a brushless motor differ from a traditional AC motor?
A: Brushless motors use electronic commutation, resulting in:
30–40% higher energy efficiency
5+ million operational cycles (vs. 1–2 million for AC motors)
Quieter operation and precise speed control
Minimal maintenance (no brush replacement)
Q3:What are the standard operation speeds?
A: Most models complete a full open/close cycle in 3–6 seconds. Speed can often be adjusted via software for specific application needs.
Q4:Can it operate in extreme weather?
A: Yes. High-quality models feature:
-IP54 ingress protection
-Operating temperature range: -35°C to +80°C
Q5:Are the parts sold separately?
A: Yes, we sell parts; please contact our sales team for details.
Q6:How do barrier gates achieve anti-collision functionality?
A: Barrier gates achieve anti-collision functionality through multiple technologies including inductive loop detectors, infrared light curtains, and radar. Inductive loop detectors sense vehicle positions, infrared light curtains scan for obstacles, and radar monitors moving targets. The system response time is less than 0.5 seconds and it is adaptable to adverse weather conditions. Regular maintenance and testing ensure safety and reliability.
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