Impact-Resistant Extended Bridge Tripod Turnstile Gate

The YD-R958SG is a semi-automatic tripod turnstile gate featuring an extended 1600mm 304 stainless steel bridge housing designed for strict pedestrian access management. Engineered with an internal DC 24V solenoid valve core and a triangular reinforced chassis structure, this turnstile delivers physical barrier protection capable of withstanding lateral impact forces up to 300kg. Upon receiving a valid open signal from connected credentials-such as IC readers, ESD testers, or facial recognition modules-the internal solenoid mechanism unlocks within 0.2 seconds, allowing single-person manual transit through the 500mm lane.

Operating at throughput rates up to 25 persons per minute, the YD-R958SG incorporates an anti-pinch rotational control mechanism that governs arm movement to ≤45°/second. Featuring directional LED arrow indicators, single or bi-directional traffic logic, and an automatic fail-safe arm drop during power termination, this barrier system serves as a low-maintenance, practical solution for manufacturing plants, electronic assembly facilities, and sheltered outdoor checkpoints.

Structural Impact Resistance & Triangular Core Support

The internal housing is reinforced with a geometric triangular support structure attached to the main frame. This mechanical architecture enables the physical barrier to absorb up to 300kg of lateral impact without warping or misaligning the rotational axis, making it suitable for busy industrial factory floors and logistics hubs.

Controlled Rotational Speed & Anti-Pinch Safeguard

To enhance pedestrian passage safety during shift changes, the mechanical rotor is governed by an angular speed control module that restricts arm rotation and resetting speed to ≤45°/second. This dampening mechanism suppresses sudden rebounds and cuts mechanical pinching risks by 80%.

ESD Area & Factory Attendance Integration

Engineered with fast-response control boards (opening time ≤0.2s), the turnstile interfaces directly with ESD wrist-strap/footwear testing equipment, employee time-attendance terminals, and smart card networks. It ensures workers meet static-safety protocols before entering sensitive electronics assembly zones.

Fail-Safe Emergency Evacuation Architecture

In full compliance with emergency egress safety protocols, the turnstile incorporates a fail-safe power-off override. When the main power supply is disconnected, the solenoid magnet disengages, allowing the horizontal blocking arm to drop vertically and clear an unobstructed evacuation corridor.

External Stainless Steel Housing Care

The chassis is constructed from 304 stainless steel. Recommended maintenance interval: Weekly.

Clean external surfaces to remove dust and environmental deposits.

Remove minor surface oxidation spots using a soft cloth combined with fossil powder polishing paste.

Apply a thin layer of industrial anti-rust protective oil across the brushed panels.

Note: Allow newly applied anti-rust oil to dry naturally for 3 to 5 hours before physical contact to preserve the protective barrier.

Internal Drive Core Maintenance

The solenoid valve core and transmission core require routine inspection. Recommended maintenance interval: Monthly.

Cut off main power and open the top cabinet panel.

Clear accumulated ambient dust from internal mechanical components using dry compressed air or soft brushes.

Clean transmission gears and pivot joints before applying high-viscosity lubricating grease or industrial machine oil.

Inspect mechanical fasteners, bolts, and alignment stops; retighten loose hardware and replace worn dampening components if necessary.

Circuit & Control Board Inspection

Recommended maintenance interval: Quarterly.

Verify electrical wiring routes, checking for exposed conductors or heat discoloration.

Secure cable bundles and replace aging or brittle wiring harnesses.

Check input signal response parameters on the main control board to ensure proper voltage threshold processing.

Electronics Manufacturing & ESD Cleanrooms

Integrates with ESD testing stations to ensure personnel meet static neutralization requirements before entering production lines.

Industrial Plants & Logistic Hubs

Withstands physical impact in heavy-traffic shift gates while regulating employee time-attendance tracking.

Commercial Properties & Office Parks

Partitions tenant access zones from general public visitors through integration with RFID card readers or facial recognition kiosks.

Educational Facilities & Research Labs

Provides controlled, single-person access verification to prevent unauthorized entry into sensitive facilities.

Q1: How does the 300kg lateral impact resistance protect the turnstile?

A: The reinforced internal triangular steel framework distributes external lateral forces evenly across the 1600mm chassis, preventing mechanical shaft misalignment and protecting internal solenoid components during accidental physical impacts.

Q2: Can the YD-R958SG be synchronized with factory ESD static testing systems?

A: Yes. The control board processes standard dry contact relay switches and 12V pulse signals, allowing immediate synchronization with ESD wrist-strap and footwear testing hardware to release the gate only upon a passed test result.

Q3: What occurs during a facility power interruption?

A: The turnstile automatically releases its holding magnet during a power outage, allowing the blocking arm to fall vertically and create an open evacuation passage in accordance with international safety codes.

Q4: Is the YD-R958SG rated for outdoor installation?

A: Yes. Built with 304 stainless steel and rated for operation between -10°C and +70°C, the unit can be deployed outdoors provided it is sheltered under a canopy or roof structure to shield it from direct downpours.