Brushless Motor Swing Barrier
IM.XS.02
The IM.XS.02 Brushless Motor Swing Barrier is a high-end access control device that integrates high-precision brushless motor drive and intelligent turnstile software. Adopting advanced brushless DC motor technology and combined with independently developed dedicated turnstile management software, this product achieves efficient control, accurate identification and intelligent management of access passage. It is suitable for various places requiring personnel access management such as office buildings, subway stations, scenic spots, factories, and smart communities. With significant advantages including fast passage speed, strong stability, low energy consumption and long service life, it provides users with a safe, convenient and intelligent access management solution.
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Channel Width : ≤1110mm
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Sensors : 6 pairs of IR sensors
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Traffic Speed : ≤30 people/minute
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Dimensions (Customization Accepted) : 1400* 166* 1000mm
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Material : the box corrosion-resistant SPCC 1.0mm, top cover 5mm thick aluminum alloy oxidation, column 3mm thick aluminum alloy oxidation
Face Recognition
LED Display
8 Pairs of Infrared Detectors
QR
The Brushless Motor Swing Barrier is a premium pedestrian access control system designed for commercial complexes, smart buildings, and transportation terminals. Engineered with a DC brushless motor and reinforced structure, it delivers fast, quiet, and reliable operation for daily high-frequency use.
This model supports a channel width of up to 1110 mm, making it accessible for wheelchairs, carts, and large luggage. It features 6 pairs of infrared sensors, enabling accurate detection of direction, tailgating, and intrusions. These sensors enhance user safety and ensure only authorized individuals gain entry.
The gate’s housing is made from 1.0 mm thick SPCC steel, offering corrosion resistance and structural durability. The top cover uses 5 mm oxidized aluminum alloy, while the columns are reinforced with 3 mm thick aluminum alloy, providing a lightweight yet sturdy frame that resists wear and deformation.
Thanks to its DC brushless motor, the swing arm operates with a response time of 0.3 to 0.6 seconds, maintaining smooth motion under continuous use. The design minimizes mechanical friction and extends service life without sacrificing performance.
Advantages
- Supports up to 1110 mm wide channel for wheelchair and baggage access
- Equipped with 6 pairs of infrared sensors for precise tailgating and intrusion detection
- DC brushless motor offers stable performance, low noise, and long operational lifespan
- Swing arm opens in 0.3–0.6 seconds for efficient flow control during peak hours
- Durable structure with SPCC steel housing and oxidized aluminum alloy top cover and columns
- High traffic capacity of up to 30 persons per minute without performance loss
- Soft start and stop ensure smooth movement and protect mechanical components
- Seamless integration with RFID, biometric, QR code, and face recognition systems
- Fail-safe mechanism activates automatic gate opening during power failure or fire alarm
- Customizable dimensions and control logic to meet diverse site requirements
This swing barrier integrates easily with most access control systems via RS485, Wiegand, or TCP/IP interfaces. It supports a wide range of authentication methods, including RFID cards, facial recognition, fingerprint, and QR codes, making it suitable for modern, automated entry scenarios.
Whether installed in a corporate headquarters or a busy transit station, the Brushless Motor Swing Barrier ensures security, accessibility, and smooth user experience with minimal maintenance requirements.
- Product Details
- Specifications
- Installation and Use
- Adaptability
- FAQ
Product Details
Functional Features
- Wide passage width up to 1110 mm, supporting wheelchair and cargo access
- Integrated with 6 pairs of infrared sensors for reliable anti-tailgating detection
- High-precision brushless DC motor ensures silent, stable, and efficient movement
- Durable top cover made of 5 mm aluminum alloy for impact resistance
- Main housing made from corrosion-resistant SPCC steel for long-term durability
- Columns reinforced with 3 mm aluminum alloy oxidation for structural strength
- Bi-directional swing arms support fast entry and exit with accurate logic control
- Fail-safe mechanism triggers automatic arm opening during power loss or fire alarms
- Compatible with multi-authentication: RFID, face, QR, and fingerprint systems
- Customizable dimensions and access logic to match project-specific needs
Specifications
Core Technical Specifications
| Parameter | Specification |
| Motor Type | DC Brushless Motor |
| Passage Width | ≤ 1110 mm |
| Opening Speed | 0.3–0.6 seconds |
| Traffic Speed | ≤ 30 people/min |
| Material – Housing | SPCC 1.0 mm, corrosion-resistant |
| Material – Top Cover | Aluminum alloy, 5 mm thick, oxidized |
| Material – Column | Aluminum alloy, 3 mm thick, oxidized |
| Infrared Sensors | 6 pairs (12 sensors total) |
| Control Interface | RS485 / Wiegand / TCP/IP |
| Authentication Options | RFID, Biometric, QR Code, PIN |
| Power Supply | AC 100–240V, 50/60Hz |
| Working Voltage | DC 24V |
| Power Consumption | ≤ 60W |
| Ingress Protection | IP54 (indoor / semi-outdoor use) |
| Operating Temperature | -20°C to +60°C |
| Dimensions | 1400 × 166 × 1000 mm (customizable) |
| Mean Cycles Between Failure | ≥ 10 million cycles |
Installation and Use
Installation and Use
Installation of the Brushless Motor Swing Barrier should be performed by qualified personnel following the site’s electrical and structural requirements. Begin by preparing a level and reinforced floor surface that can support the weight and vibration of the equipment. Ensure that all pre-embedded conduits for power and communication cables (RS485, TCP/IP, Wiegand) are in place according to the wiring diagram.
Position the swing barrier units accurately based on the designed passage width and alignment. Use expansion bolts to securely anchor the units to the floor. Once mounted, connect power lines (AC 100–240V) and low-voltage DC components (24V) to their respective terminals. Interface connections to access control systems, fire alarms, and emergency controls should also be completed at this stage.
After electrical wiring, proceed with configuration. Test the motor operation, sensor alignment, and swing arm motion to ensure smooth opening and closing cycles. Verify the response speed, sensor triggering accuracy, and LED indicator functions. Use the control panel or software interface to set opening logic, direction control, and authentication settings (RFID, biometric, QR, etc.).
Use
During daily use, the gate remains in standby mode until it receives a valid signal from the connected access system. Once authenticated, the swing arm opens in the programmed direction, allowing a single user to pass. The gate then automatically resets and prepares for the next entry.
Infrared sensors actively monitor for tailgating, reverse entry, or obstruction. If irregular activity is detected, the system will lock the arm or trigger an alert, depending on its configured response.
In the event of a power failure or fire alarm, the barrier automatically enters fail-safe mode, opening the arms to allow free passage for evacuation. After power is restored, the system reinitializes and resumes normal operation.
For maintenance, regularly inspect the motor, swing arm movement, and sensor cleanliness. Avoid placing heavy objects near the gate or exposing it to corrosive environments. Firmware or access control updates should be carried out through authorized service tools.
With proper installation and usage, the Brushless Motor Swing Barrier delivers stable, secure, and efficient access management for a wide range of facilities.
Adaptability
Global Market Adaptability
- Voltage: 100-240V wide-range input (global grid compatibility)
- Language Support: 24/7 English service
- Certification: CE, FCC, ISO
FAQ
FAQ
1. What are the advantages of a brushless motor?
It runs quieter, lasts longer, and requires less maintenance compared to brushed motors, especially in high-usage environments.
2. Can the gate be used in semi-outdoor settings?
Yes, it has an IP54 rating and is suitable for covered outdoor or sheltered semi-outdoor locations.
3. How is tailgating detected?
Infrared sensors track each person passing through. Unauthorized following triggers alarms or access denial.
4. What happens in case of a power outage?
The system enters fail-safe mode, and the swing arms open automatically to allow free passage for emergency evacuation.
5. Is it compatible with my existing access system?
Yes, it supports standard RS485, Wiegand, and TCP/IP interfaces for integration with most access control platforms.
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