Turnstile Access Control , optical Swing Barrier For Business Building

Turnstile Access Control , Optical Swing Barrier For Business Building

An optical turnstile is a type of access control system commonly used in public spaces such as airports, train stations, and office buildings. It consists of a set of barriers that allow only one person to pass through at a time. The turnstile uses optical sensors, such as infrared beams or cameras, to detect the presence of a person and determine their direction of movement. When a person approaches the turnstile, the barriers automatically open to allow them to pass through. Once the person has passed, the barriers close again to prevent unauthorized access. Optical turnstiles are often used to enhance security and control the flow of people in high-traffic areas.

Product Specifications

Swing Barrier Gate <IM.XS.02A> Product Specifications
Product Parameters	Dimensions:	1400*166*1000mm	Box Material:	Box: SUS201 full 1.0mm baking white paint Top cover: aluminum oxide Column: Aluminum oxide
	Swing Arm Material:	10MM Acrylic (Stainless steel elbow is optional)	Channel Width:	≤1110mm
Product Dimension
Function Parameters	◆Turnstile Body: Box: SUS201 full 1.0mm baking white paint Top cover: aluminum oxide Column: Aluminum oxide ◆Internal Structure: Steel Frame Construction/Standard Stainless Steel Housing ◆Work Voltage: AC110~220V±10V ◆Driving Motor: DC brushless motor(24~36VDC) ◆MCBF: Continuous opening and closing for more than 5 million times ◆Infrared Sensors: 6 pairs; ◆Working Environment Temperature: -35℃～75℃ ◆Relative Humidity: 0～90% (No condensation) ◆Communication Interface: RS232 serial port ◆Communication Protocol: MODBUS protocol ◆Working Speed of the Gate: ≤30 persons/min (The memory mode can be turned on) ◆Passing Time: passing time by swiping card: 10S (If no one passes within 10S: the gate will automatically close, and the time can be adjusted according to needs)
	Basic Functions	●Alarm Function: Sound and light alarm function.
		●Anti-interference: To prevent the gate abnormal caused by electromagnetic and other external causes.
		●Passage Mode Setting: Unidirectional passage, bidirectional passage and free passage can be set through the main control board keys.
		●Anti-tailgating: To prevent the unpermitted situation of passing too many people at once.
		● Anti-clamp Function: When the brake is in the process of closing, the brake will stop closing after detecting the anti-clamp signal.
		●Self-reset. Pass right will be canceled if people do not go through within a set time, the default time is 10s, and the passage time can be set by switch.
		●Access Control: The external port can be connected to a variety of biometric identification devices.
		●The gate opens after power failure.
		●Fault Detection: The control board can support fault type detection, fault cause analysis, and fault troubleshooting.
		●Passing Indicator: Traffic status indicator light; the alarm function of overstay time in the channel can be set.
	Extensible Functions	▲Passing Mode △Normal: Normal passing mode. △Passing: automatic car/electric car/motorcycle passing mode.
		▲Switch on/Switch off Delay: set the delay of switch off after the switch machine receives the switch off signal/set the delay of switch off after the pedestrian passes. The default value is 0 seconds.
		▲Swipe Card in the Channel △Default Disable: Card swiping in the channel (in the inductive infrared region) is invalid △Allow: Swipe card verification is allowed in the channel.
		▲ Whether the Trailing and Reversing are Blocked by Closing the Door △Not close: Reverse passage /tailgating (A swips the card, B passes) will not close the gate. △Close the gate and then open the gate: Reverse/trailing passage will close the gate first, and open the gate again after closing. △Not open after closing: reverse/trailing passage will close the gate, and will not open again after closing the gate.
		▲Fire Linkage △Normally open mode: the gate maintains the open state; △ Normally closed mode: the gate maintains the switch state.
		▲Passage Mode △Bidirectional passage,swiping card bi-directionally for people flow. △Bidirectional free passage, no credit card verification is required. △Unidirectional passage, unidirectional (A) swiping card, and the gate opens normally for people flow; reverse directional (B) swiping card is invalid, and the gate closes. △Unidirectional free passage, unidirectional (A) free passage, and reverse directional passing (B) require a swiping card verification. △Passing is prohibited, Bidirectional swiping card is invaild, and the gate enters the locked state.

Projects

Optical turnstiles are commonly used for access control and security purposes. They are often found in places such as office buildings, airports, train stations, stadiums, and other public venues. Optical turnstiles use sensors and optical barriers to allow or restrict access to a specific area, ensuring only authorized individuals can enter. They are effective in managing the flow of people and enhancing security measures.