ZKTeco SBTL700 Single Lane Swing Barrier Turnstile

KTI02008SBTL700

Product Description

The ZKTeco SBTL700 is a heavy-duty single-lane swing barrier turnstile designed for smooth, high-throughput pedestrian access control in commercial and corporate environments.

Manufacturer: ZKTeco
Model: SBTL700
Passage Width: 650 mm
Cabinet Construction: SUS304 stainless steel (1.0 mm thickness)
Lid Construction: SUS201 stainless steel with black baking paint (1.2 mm thickness)
Barrier Material: Transparent acrylic swing panels
Throughput Speed: Up to 30 people per minute
Opening Time: 0.8 seconds (operational noise ≤60 dB)
Safety Sensors: 6 pairs of infrared (IR) sensors for anti-tailgating and anti-pinch detection
Operating Voltage: AC 100V–120V / 200V–240V, 50/60 Hz
Rated Power Consumption: 120 W
Reliability Rating: MCBF 2 million cycles
Operating Temperature & Humidity: -10°C to 70°C; 5% to 90% RH (non-condensing, indoor installation)
Cabinet Dimensions (L × W × H): 1200 mm × 150 mm × 980 mm
System Features: Integrated directional LED indicators and emergency passage release mode
Access Control Compatibility: Integrates with RFID card readers, biometric fingerprint scanners, and third-party access controllers

KTI02008SBTL700

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Product Details
Available Brands	ZKTeco
Unit	Numbers
HSN Code	83437019
Dimension	L 120 x W 15 x H 98 cm cm ft in m
Warranty	12 Months No-Onsite Warranty
Resources	Download Datasheet
Tags/categories	Automation Automatic Entry Solutions Flap Barrier Turnstile Flap Barrier

Usually dispatched within 22 days

About this product .

The ZKTeco SBTL700 Single Lane Swing Barrier Turnstile is an entrance control solution engineered to regulate pedestrian traffic flow in high-demand facilities. Featuring an ultra-slim cabinet profile, the unit ensures physical access security without compromising architectural aesthetics.
Constructed with durability in mind, the main body is fabricated from 1.0 mm SUS304 stainless steel, complemented by a 1.2 mm SUS201 stainless steel top lid treated with a black baking paint finish. The swinging barrier panels are manufactured from transparent acrylic, providing clean visibility and responsive actuation.
Equipped with a motor drive mechanism, the SBTL700 achieves an opening speed of 0.8 seconds while maintaining quiet operation at or below 60 dB. The turnstile supports throughput speeds of up to 30 pedestrians per minute and is rated for a Mean Cycles Between Failures (MCBF) of 2 million operations.
Safety and transit accuracy are maintained via 6 pairs of integrated infrared (IR) sensors positioned along the passage lane. These sensors actively detect unauthorized tailgating, reverse entry attempts, and prevent pinch injuries by halting panel movement if an obstruction is detected within the swing path.
The system natively supports seamless integration with various credential authentication devices, including RFID proximity readers, QR code scanners, and biometric fingerprint or facial recognition terminals. Additionally, it integrates alongside SBTL720 dual-lane companion units to scale multi-lane reception configurations.
The SBTL700 is suited for indoor commercial installations such as corporate offices, bank headquarters, government administrative buildings, and technology campuses. Integrated directional LED indicators provide clear visual navigation for authorized users, while the built-in emergency release mode ensures unhindered egress during fire alarm activations or power loss.
Routine maintenance includes keeping the optical path of the 6 infrared sensor pairs clean of dust and checking the physical alignment and fasteners of the acrylic swing barriers and mechanical drive assembly.

Product Information .

Corporate Offices Worship Places Shopping Malls, Showrooms Airports Railways, Bus Stations Conference Rooms Auditorium Pedestrians, Cyclist

ZKTeco SBTL700 Access Control & System Compatibility

The ZKTeco SBTL700 single-lane swing barrier turnstile is designed for architectural and electrical compatibility with standard physical access control systems (PACS) and facility management infrastructure. Featuring standard internal interface wiring, the turnstile integrates directly with third-party access control panels, master system controllers, and peripheral credential readers.

Access Authentication & Reader Integration

The electronic control architecture of the SBTL700 supports seamless integration with various identification and verification technologies. Terminal interfaces accommodate:

RFID Proximity & Smart Card Readers: Supports direct wiring to contactless card readers, synchronizing card-swiping events with barrier motor activation and directional visual indicators.
Biometric Fingerprint Readers: Compatible with biometric authentication devices to manage high-security credential validation before barrier opening.
Third-Party Control Panels: Readily connects via standard terminal board wiring diagrams to signal input relays and remote access management hardware.
Emergency Release Inputs: Includes integrated emergency mode interface support to automatically open the acrylic barriers during fire alarms, emergency evacuations, or remote security override commands.

Multi-Lane Configuration & SBTL720 Integration

While the SBTL700 functions as a standalone single-lane barrier with a 650 mm lane width, it is structurally and electronically compatible with companion models for expanded lane architectures:

Multi-Lane Expansion: Can be installed alongside ZKTeco SBTL720 intermediate/dual-lane turnstile units to create contiguous, multi-lane access arrays across corporate lobbies, financial institutions, and government facilities.
Footprint Planning: Each cabinet features a length of 1200 mm, a narrow width of 150 mm, and a height of 980 mm, allowing high-density array planning without compromising structural rigidity.
Visual Directional Alignment: Built-in LED indicators on the cabinet provide coordinated green passage prompts and access-denial status signaling across adjacent lanes.

Sensor Integration & Electronic Synchronization

The SBTL700 incorporates an array of 6 pairs of infrared (IR) sensors configured along the pedestrian passage. The internal controller synchronizes these optical beams with the mechanical drive system to maintain operational security:

Anti-Pinch Protection: Real-time infrared monitoring detects obstructions in the swing path, immediately halting the 0.8-second acrylic barrier movement to protect users.
Anti-Tailgating & Direction Detection: Sensor logic detects unauthorized trailing pedestrians or opposite-direction passage attempts, triggering immediate system alerts and preventing invalid entry.
Throughput Optimization: High-speed optical tracking enables rapid clearing cycles, supporting throughput rates of up to 30 people per minute with smooth mechanical operation rated for 2 million MCBF.

Power and Environmental Compatibility

Parameter	Specification Compatibility
Supply Voltage	AC 100V–120V / 200V–240V, 50 Hz to 60 Hz
Rated Power	120 W
Operating Environment	Indoor installation only
Temperature Range	-10°C to 70°C
Relative Humidity	5% to 90% (Non-condensing)
Acoustic Noise	≤60 dB during barrier opening

Installation, Wiring, and Commissioning Guide for SBTL700 Swing Barrier Turnstiles

Proper deployment of the ZKTeco SBTL700 single-lane swing barrier turnstile ensures reliable pedestrian access control, rapid throughput of up to 30 people per minute, and seamless integration with facility access management systems. Installation engineers and site technicians must execute physical mounting, electrical wiring, and functional commissioning according to rigorous industrial standards.

Site Preparation and Physical Footprint Planning

The SBTL700 features an overall cabinet footprint of 1200 mm (L) × 150 mm (W) × 980 mm (H) and establishes a standard lane width of 650 mm between barrier posts. The installation surface must consist of a completely flat, rigid, and reinforced level concrete floor capable of securing the 1.0 mm thick SUS304 stainless steel cabinet and maintaining structural rigidity under continuous pedestrian movement.

For multi-lane entrance control configurations, the SBTL700 primary cabinet is deployed alongside complementary SBTL720 intermediate units to create synchronized multi-passage arrays. The operating area must remain strictly within indoor facility boundaries, maintaining an ambient temperature range between -10°C and 70°C with non-condensing relative humidity between 5% and 90%.

Physical Dimensions and Operating Parameters

Parameter	Specification / Requirement
Turnstile Cabinet Dimensions	1200 mm (L) × 150 mm (W) × 980 mm (H)
Standard Passage Lane Width	650 mm
Cabinet & Lid Construction	1.0 mm SUS304 Stainless Steel / 1.2 mm SUS201 (Black Baking Paint)
Swing Barrier Material	Transparent Acrylic
Input Power Requirements	AC 100V–120V / 200V–240V (50/60 Hz), 120 W Rated Power
Operating Environment	Indoor only; -10°C to 70°C; 5% to 90% RH (Non-condensing)
Infrared Sensor Array	6 Pairs of IR Optical Beams

Electrical Wiring and Access Control Integration

The internal drive system operates on wide-range AC power (AC 100V–120V / 200V–240V at 50 Hz to 60 Hz) drawing 120 W of rated power. Power cabling and low-voltage signal wiring must be routed through separate concealed floor conduits entering the base of the turnstile to eliminate electromagnetic interference.

The system control board incorporates dedicated interface terminals for peripheral integration. Technicians can wire standard verification devices directly to the controller, including:

RFID proximity and smart card readers mounted beneath or flush with the top lid.
Biometric fingerprint reader terminals.
Third-party access control system relays (dry contact or serial input).
Emergency override circuits to trigger automated fail-safe passage release.

Optical Sensor Calibration and Safety Alignment

The SBTL700 incorporates 6 pairs of infrared (IR) sensors positioned along the interior channel walls. Precise optical alignment of all 6 sensor pairs is mandatory during cabinet positioning to ensure continuous beam continuity across the 650 mm passage width. These sensors provide vital passage detection, anti-tailgating surveillance, and anti-pinch safety. If any beam path is misaligned or obstructed during installation, the acrylic swing panels will default to a safety stop condition.

System Commissioning and Power-On Verification

Prior to switching on main electrical power, verify that the 650 mm channel is completely clear and strictly ensure that no personnel or tools are standing in the passage. Upon power activation, the control board initiates self-diagnostic routines, homing the motor encoders and verifying barrier travel limits.

Commissioning engineers must execute the following functional tests:

Speed & Acoustic Verification: Confirm that the acrylic barriers open fully within 0.8 seconds while maintaining an operational acoustic noise level of ≤60 dB.
Visual Directional Indicator Logic: Verify that integrated LED status indicators illuminate green to permit passage only after successful credential validation. Pedestrians are strictly prohibited from entering the channel until the green light displays.
Emergency Release Testing: Simulate an emergency input signal to verify that the swing barriers automatically open into the clear passage position for unhindered egress.
Safety Interlock Testing: Confirm that breaking infrared sensor beams while the barriers are in motion triggers the anti-pinch safety mechanism.

Preventative Maintenance and Servicing Guidelines

Executing a structured preventative maintenance schedule preserves the structural integrity, mechanical response, and optical detection accuracy of the ZKTeco SBTL700 single-lane swing barrier turnstile. Designed for demanding indoor pedestrian access points with a Mean Cycles Between Failures (MCBF) rating of 2 million cycles, consistent maintenance ensures that mechanical wear, sensor fouling, and electrical faults are mitigated before operational disruptions occur.

Optical Sensor Array and Anti-Pinch Calibration

The ZKTeco SBTL700 relies on 6 pairs of infrared (IR) sensors positioned along the passage channel to execute anti-pinch protection, unauthorized entry alarms, and passage direction tracking across the 650 mm lane. Particulate matter, dust accumulation, or physical misalignment on the sensor lenses can disrupt beam transmission, triggering false anti-pinch interventions or gate stalls.

Clean the optical sensor emitter and receiver windows at regular intervals using a clean, dry, lint-free microfiber cloth. Avoid abrasive materials, industrial degreasers, or solvent-based chemical cleaners that could scratch or cloud the optical casings. During inspection, power on the unit, clear the channel, and verify that beam paths accurately detect passage obstruction without sluggish response or erratic error codes.

Chassis and Acrylic Barrier Panel Maintenance

The turnstile cabinet is fabricated from 1.0 mm SUS304 stainless steel, complemented by a 1.2 mm SUS201 stainless steel lid treated with a black baking paint finish, and transparent acrylic swing barrier panels. Maintaining these surfaces protects against indoor environmental contaminants and particulate build-up.

Stainless Steel Cabinet (SUS304): Wipe down exterior cabinet surfaces along the metal grain with specialized stainless steel cleaner to maintain passivation and prevent surface discoloration.
Painted Top Lid (SUS201): Clean the black baking paint surface with mild, non-abrasive detergents to avoid micro-scratches or peeling on the finish.
Acrylic Swing Barriers: Inspect the acrylic barrier panels for physical impacts, surface scratches, or loose fastening hardware. Tighten mounting bolts securely to ensure rigid alignment during rapid 0.8-second opening cycles.

Electromechanical Drive and Power Checks

Inspect internal drive linkages and mechanical rotation limit assemblies to ensure smooth movement without friction that could elevate acoustic operational noise above the rated ≤60 dB threshold. Ensure the 120 W power input terminal blocks are firmly seated and that incoming AC dual-voltage lines (AC 100V–120V / 200V–240V at 50 Hz to 60 Hz) remain stable.

Verify that the operating environment conforms to nominal parameters (-10°C to 70°C operating temperature and 5% to 90% non-condensing relative humidity). Check internal wiring harnesses, ground terminals, and reader interface cables to prevent signal loss between the access controller and the turnstile mainboard.

Emergency Mode and LED Indicator Verification

The emergency passage release feature must be functionally tested monthly. Simulate an emergency alarm signal or power interruption to confirm that the acrylic swing panels disengage immediately and swing freely to provide clear egress. Concurrently, observe the integrated directional LED indicators to ensure clear visual signaling (green passage arrows and red denial indicators) without dead pixels or flickering.

Maintenance Interval	Component / Subsystem	Action Required
Weekly	Infrared Sensor Lenses (6 Pairs)	Wipe clean with lint-free cloth; verify beam continuity and anti-pinch responsiveness.
Monthly	Cabinet (SUS304 / SUS201) & Acrylic Barriers	Clean metallic and acrylic surfaces; check barrier fasteners and alignment.
Monthly	Emergency Mode & LED Indicators	Test emergency breakaway/release mode and inspect directional visual indicator displays.
Quarterly	Electromechanical Drive & Terminals	Inspect mechanical drive smoothness (noise ≤60 dB), verify 120 W power connections and terminal screws.

Target Deployment Scenarios and Applications for SBTL700

The ZKTeco SBTL700 single-lane swing barrier turnstile is engineered for automated pedestrian entrance control in high-traffic indoor environments requiring medium-level physical security and streamlined access validation. Featuring a 650 mm lane width, rapid 0.8-second barrier opening time, and a throughput capacity of up to 30 people per minute, the SBTL700 manages intensive foot-traffic flows while maintaining robust perimeter verification.

Corporate Headquarters and Multi-Tenant Commercial Offices

High-density corporate reception areas and commercial office lobbies deploy the SBTL700 to prevent unauthorized entry while maintaining frictionless throughput during peak morning and evening shift changes. Its acoustic profile of ≤60 dB ensures whisper-quiet operation in quiet professional interiors. The 1200 mm × 150 mm × 980 mm cabinet footprint minimizes lobby floor utilization, while the SUS304 stainless steel body (1.0 mm thickness) paired with the SUS201 black baking paint lid (1.2 mm thickness) and transparent acrylic barriers blends seamlessly with modern corporate architecture.

Throughput Management: Handles up to 30 pedestrians per minute with fast 0.8-second swing cycle times.
Credential Flexibility: Interfaces with RFID card readers, biometric fingerprint readers, and third-party access control panels.
Visual Guidance: Integrated LED indicators immediately signal credential validation and lane availability to approaching staff.

Banking and Financial Institution Entrances

Financial facilities demand stringent access verification to protect sensitive operational zones, cash rooms, and staff work areas. The SBTL700 utilizes 6 pairs of infrared (IR) sensors configured for precise passage tracking, tailgating deterrence, and anti-pinch safety. If an unauthorized visitor attempts to trail an authenticated employee through the 650 mm lane or enters before the directional LED indicator illuminates green, the system prevents entry and triggers access denial alarms.

Government Buildings and Administrative Facilities

Public administration buildings and civic offices experience variable pedestrian traffic patterns and require dependable access hardware engineered for continuous cycling. With a Mean Cycles Between Failures (MCBF) rating of 2 million operations, the SBTL700 delivers long-term mechanical reliability. Operating across a wide indoor temperature range of -10°C to 70°C and 5% to 90% non-condensing humidity at an energy-efficient 120 W power rating, the unit provides consistent duty-cycle performance.

Emergency Egress and Multi-Lane Access Configurations

In facilities requiring expanded entry capacity or code-compliant emergency egress routes, the SBTL700 supports emergency mode operation, automatically unlocking and opening the acrylic barrier panels to allow unobstructed passage. For wide entryways, system integrators can deploy the SBTL700 standalone unit in coordination with SBTL720 dual-lane master/slave turnstiles to build multi-lane entrance control barriers across a single centralized access control backbone.

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