TD 107
TD107 Full-Automatic Tripod Turnstile
TD107 is a full-automatic tripod turnstile designed for secure and efficient pedestrian access control. Compared with conventional semi-automatic tripod turnstiles, it features a motor-driven mechanism that delivers smoother operation, faster passage, and improved user experience.
It is widely used in office buildings, industrial parks, schools, factories, transportation hubs, and commercial facilities.
Passage Width
≤550 mm
Throughput
20–40 Persons/Min
Mechanism
Full-Automatic Brushless Motor
Material
SUS304 Stainless Steel
Working Temp
Installation
Specification
Model
TD107
Dimensions
According to specification
Passage Width
550 mm
Cabinet Material
SUS304 Stainless Steel
Cabinet Thickness
1.5 mm
Arm Material
SUS304 Stainless Steel
Mechanism Type
Full-Automatic Brushless Motor
Communication Interface
RS232 / RS485
Opening Direction
Bi-Directional
Throughput Rate
20–40 Persons/Min
Power Supply
AC220V ±10%, 50/60Hz
Power Consumption
≤100W
Protection Rating
IP54
Working Temperature
-20°C ~ +70°C
Working Environment
Indoor & Outdoor
Dimensions
Advantages
Automatic
Motor-driven arms for effortless passage.
Efficient
Higher throughput than semi-automatic models.
Reliable
Stable brushless drive system.
Durable
Heavy-duty SUS304 stainless steel cabinet.
Security
Controlled access with anti-tailgating functions.
Integration
Compatible with RFID, QR code and facial recognition.
FAQ
What is the difference between TD107 and TD106A?
TD107 features a full-automatic motor-driven mechanism, while TD106A uses a semi-automatic mechanism that requires manual pushing.
Is TD107 suitable for outdoor installation?
Yes. It is designed for both indoor and outdoor environments.
Can TD107 integrate with access control systems?
Yes. It supports RFID cards, QR codes, barcodes, facial recognition, fingerprint readers, and other third-party access control systems.
What is the standard passage width?
The standard passage width is 550 mm.
Does TD107 support emergency evacuation?
Yes. The arms can automatically unlock during power failure or emergency conditions.
