The YD-R212Y is a high-security full-height turnstile gate engineered for strict perimeter protection and pedestrian access verification. Enclosed in a SUS304 stainless steel and tempered glass frame standing at a minimum height of 1800mm, this barrier eliminates climbing and tailgating risks. The rotation is locked by an industrial electromagnetic locking system, which maintains dynamic mechanical lock-up against reverse intrusion or forced movement until a valid access authorization is processed.

Configurable with 3-wing or 4-wing rotating rotor arms, the YD-R212Y accommodates passage widths from standard 600mm to wide-lane 900mm options, achieving a bidirectional throughput rate of up to 30 persons per minute. Designed for long-term environmental durability across operating temperatures from -20°C to +60°C and humidity up to 95%, this full-height turnstile provides physical boundary control for border checkpoints, transport hubs, correctional facilities, and data centers.

Core Features & Technical Advantages

Electromagnetic Hard-Lock Anti-Intrusion Mechanism

The gate arm is held by an industrial-grade electric magnetic locking mechanism. When an unauthorized user attempts reverse force or tailgating before credential approval, the electromagnetic lock drops into a high-holding lock state, absorbing external kinetic shock and triggering external alarm inputs.

Full-Height Perimeter Barrier

Unlike standard waist-height turnstiles, the YD-R212Y features a fully enclosed vertical clearance exceeding 1.8 meters. This structural tall housing eliminates the possibility of pedestrians jumping over or crawling under the rotor, establishing an automated unmanned access checkpoint.

Multi-Factor Authentication & System Linkage

Equipped with dynamic terminal mounting points and standardized relay switch inputs, the turnstile logic board connects with third-party access management systems, including biometric face recognition, RFID card networks, QR code ticketing, and multi-factor "Card + PIN" verification frameworks.

Emergency Fire Evacuation & Power-Off Disengagement

For critical building fire safety compliance, the internal electromagnetic lock operates on a fail-safe circuit. Upon electrical power interruption or fire alarm signal activation, magnetic tension releases immediately, allowing the central rotor to turn freely in both directions for rapid mass evacuation.

Technical Specifications

Parameter	Specification
SKU	YD-R212Y
Product Category	Full Height Turnstile Gate
Housing & Rotor Material	SUS304 Stainless Steel / High-Impact Tempered Glass
Cabinet Enclosure Height	Structural Height ≥ 1800 mm (Customizable)
Passage Lane Width	600 mm (Standard) / 900 mm (Customizable)
Rotor Core Mechanics	3-Wing (120-degree) or 4-Wing (90-degree) Revolving Design
Locking Mechanism	Industrial Electric Magnetic Lock System
Traffic Direction	Bi-directional (Configurable single or two-way)
Throughput Capacity	25 to 30 persons / minute
Emergency Evacuation	Fail-safe automatic lock release during power loss / fire alarm
Input Signal Interfaces	Relay switch, +12V level signal, or 12V pulse (Pulse width >100ms, drive current >10mA)
Data Logging	Real-time entry/exit event recording, status reporting, and alarm logging
Power Supply Voltage	AC 220V ± 10%, 50 Hz
Operating Temperature	-20°C to +60°C
Operating Humidity	≤95% (Non-condensing)
Application Environment	Indoor and sheltered outdoor perimeters

Target Applications & Installation Scenarios

High-Security Specialized Facilities

Deployed along the perimeters of border checkpoints, nuclear facilities, data centers, and correctional institutions to enforce strict, unmanned boundary security.

Mass Transportation Hubs

Configured at railway station boundaries, subway paid zones, and airport secure areas to control heavy commuter streams and stop fare evasion.

Corporate Campuses & Industrial Sites

Integrated into manufacturing plants, research labs, and office towers to track employee shifts, manage contractor access, and store access logs.

Stadiums & Public Venues

Installed at stadium perimeter lines, arenas, and cultural exhibition halls to automate ticket checking and stop perimeter breaching.

Frequently Asked Questions

Q1: What is the main advantage of an electric magnetic lock in a full-height turnstile?

A: The electromagnetic locking core provides instant holding force to keep the rotor firmly secured against forced physical intrusion or reverse rotation. It disengages smoothly when a valid signal is read, offering lower mechanical wear than pure friction locks.

Q2: How does the full-height turnstile prevent tailgating?

A: The rotor geometry limits passage to one person per rotation cycle. The full-height barrier prevents overhead jumping or underneath crawling, maintaining strict "one credential, one entry" enforcement.

Q3: How does the unit operate during emergency evacuations or power outages?

A: The system uses a fail-safe locking architecture. When power is shut down or a fire alarm signal is triggered, electrical current to the magnetic lock drops, releasing the rotor to spin freely for emergency egress.

Q4: Can the passage width be customized for wheelchair or cargo access?

A: Yes. While standard lane clearance is 600mm, the frame structure can be customized to 900mm wide-lane configurations to accommodate wheelchair passage and large equipment movement.