Office Building Main Entrance Swing Gate Turnstile 1400mm 304 Stainless Steel Acrylic Arm Employee Attendance

Product Introduction

This swing gate turnstile is installed at the main entrance of office buildings, where the lobby has to clear a staff rush between 8:30 and 9:30 and still receive visitors politely for the rest of the day. Employees pass with an IC card, a face, an NFC phone or a QR code, and every passage becomes an attendance record that exports to the HR system, so the gate replaces both the door lock and the separate attendance clock. Visitors receive a temporary card or QR code from the reception desk, or are released remotely by the front desk after registration. The acrylic arm opens in 0.5 seconds and the lane passes 30 people per minute, 40 people per minute in normally open mode, so the queue stays inside the lobby rather than on the pavement. Four pairs of infrared sensors stop a second person from following an employee into the office floors, and the 1400*150*1000mm cabinet fits beside a glass revolving door or between two lanes without blocking the entrance.

Product Features & Advantages

1. Morning Peak Cleared At 30 People Per Minute

The acrylic arm opens in 0.5 seconds and the lane passes 30 people per minute, or 40 people per minute when set to normally open during the staff rush. Employees do not stop to badge twice, so the queue clears inside the lobby instead of spilling onto the pavement.

2. Attendance Recorded At The Same Passage

Each entry and exit is logged with credential, lane and timestamp, and the data exports as attendance records for the HR or payroll system. Late arrivals, early leaves and overtime hours are visible without a second attendance terminal at the door.

3. Visitors Handled From The Reception Desk

Reception issues a temporary card or QR code with a start and end time, or releases the lane remotely after the visitor registers. The credential expires automatically, so no one has to collect a card at the end of the visit.

4. Anti Tailgating Before The Office Floors

Four pairs of infrared sensors cover the 550-1000mm channel. A second person following an employee triggers the alarm output and holds the arm, which is the moment when unauthorised entry into office floors is actually prevented.

5. Slim Cabinet For Glass Lobby Layouts

The 1400*150*1000mm cabinet is narrow enough to sit beside a glass revolving door or between two lanes, and the 304 stainless steel finish matches stone and glass lobby interiors. Sizes can be customised when the entrance has an unusual width.

6. Evacuation Safe And Low Power

The arms unlock on power failure or on a fire alarm dry contact signal, so the lane becomes a free exit for evacuation. Power consumption is 100W on a standard AC220V supply, and the silent drive keeps the entrance quiet during working hours.

Frequently Asked Questions

1. Can the gate provide attendance data for HR?

Yes. Every passage is recorded with credential, lane and timestamp and exports as attendance reports, or pushes to the HR and payroll system through the management platform. Late arrival and early leave rules are configured in the platform.

2. How do visitors and interview candidates get in?

Reception issues a temporary card or QR code limited to the visit period, or releases the lane remotely after registration. The credential stops working when the visit ends, so no card has to be returned at the door.

3. What happens if the network is down?

The controller keeps the permission list locally, so employees still pass during a network or platform outage, and the passage records upload once the connection returns. Attendance data is not lost.

4. Can it be combined with our glass doors and lift lobby?

The turnstile is normally installed as a lane beside the revolving door or at the lift lobby entrance. Relay, 12V level and 12V pulse interfaces plus RS485 or TCP-IP allow linkage with existing door control, elevator control and access control systems.

5. Is the entrance safe during a fire alarm?

The control board accepts a fire alarm dry contact and unlocks the arms on that signal or on power failure, turning the lane into a free passage for evacuation. This behaviour can be tested through the management platform during a drill.