Standard access control board functionality supports direct connection to card readers.
All functional components are pre-wired internally at the factory; the gate only requires connection of bridging cables, Ethernet cables, and power cables for operation.
Supports advanced features including single-lane anti-passback, multi-lane cross-controller anti-passback, and multi-factor verification.
Enables quick setup via the web interface.
Supports external Bluetooth speakers for playing gate audio.
Incorporates an advanced non-destructive transmission mechanism paired with high-quality DC brushless motors, ensuring precise control, stable operation, and extended lifetime.
Utilizes cutting-edge motor control technology with a closed-loop control system and DSP-based self-regulating motor control, combined with proprietary motor control algorithms for precise positioning and stable performance of the blocking mechanism.
Comprehensive safety design.
Implements dual smart anti-pinch protection through advanced infrared sensors and current detection, ensuring complete pedestrian safety.
All electrical modules operate on safe voltages below 24V, preventing electric shock hazards.
Motors are installed in the under section of the gate, effectively preventing water damage from rain exposure.
Supports automatic door opening during power failure for efficient crowd evacuation.
Features a built-in professional receiver module, supporting 1-to-32 door opening configurations (remote transmitter modules must be purchased separately).
Allows flexible selection of normal passage modes: keep open or keep closed. Effectively alleviates crowd pressure by adjusting door wing speed based on pedestrian flow, improving operational efficiency.
Comprehensive infrared functionality:
16 pairs of infrared sensors effectively monitor passage status.
Accurately detects reverse passing, tailgating, and other unauthorized intrusions, triggering audible and visual alarms.
Alarms can be transmitted via serial port to backend management systems for integration with related systems.
Door wings utilize clamp installation for easy disassembly and maintenance.
Equipped with self-diagnostic functionality to provide prompt alerts for abnormalities, facilitating user maintenance and operation.
Other features
Supports networked operation and maintenance, meeting specifications for fault diagnosis, event management, access mode configuration, and core mechanism control.
Detects the number of people by infrared sensors, uploads data to the platform for statistics, records the number of events such as tailgating, reverse passing, and illegal intrusion, and reports alarms.
16 pairs of infrared sensors:
8 pairs on the upper level,
6 pairs on the lower level,
and 2 pairs on the support columns.
Steel Plate Thickness
Steel plate thickness
Chassis: 1.2 mm, cover: 1.5 mm thick, 304 brushed stainless steel
Working Parameters
Card reader panel
Entrance Direction
Power consumption
Standby: approx. 35 W, Normal operation: approx. 45 W, Maximum: approx. 136 W
Ambient temperature
-40°C to 60°C(A heating module is required below -20 °C.)
Operating humidity
5% to 80%
Operating voltage
100V to 240AC input; 24 V DC/17 A output
Installation Holes
Number of installation holes
Standard installation hole(s) for smart recognition terminal and decorative cover: one on each side pedestal, two on each middle pedestal
Door Wing
Material
Acrylic or stainless steel
Compatible lane width
Acrylic: 650 mm to 1050 mm(Customization for a width of 1050 mm is supported.)
Stainless steel: 650 mm to 1050 mm (Customization for a width of 1050 mm is supported.)
Appearance Design
Weight
56.2KG
Operating environment
Indoor, outdoor
Dimensions
1506.9 x 970 x 190 mm
Lane Control Board
Power
24V
Lane control board interface
RS485 x 1, alarm input x 1, alarm output x 3, fire alarm interface x 1, IO port x 2, remote controller interface × 2
Access Control Board
Power supply
12V
Card capacity
Normal card: 100,000
Duress card: 1,000
Other types of cards: 100