Barrier-free access gate

none barrier gate KT-JSD W01

Technical parameters

Box material: 304 stainless steel (national standard 1.5mm thick, wire drawing process)

Channel width: 900-1200mm (barrier-free standard, suitable for wheelchairs/strollers)

Traffic direction: one-way/two-way can be set

Passage speed: ≤0.8m/s

Drive power supply: DC 24V brushless DC motor

Rated power: static ≤30W, dynamic ≤80W, peak ≤150W

Communication interface: RS485, TCP/IP, Wiegand 26/34 (expandable)

Communication protocol: supports SDK, HTTP, MQTT, ONVIF

Infrared detection: 18 pairs of anti-pinch infrared sensors, preventing tailing and pinching in the whole process

Number of continuous trouble-free operations: ≥5 million times

Traffic efficiency: dual channels can pass 120-150 people per minute

Limit accuracy: ±1° Precise encoder limit

Fire linkage: supports fire signal input and automatically opens the gate when power is off

Working voltage: AC 220V±10%, 50Hz

Working temperature: -30℃~+70℃ (wide temperature design, suitable for indoor and outdoor scenes)

Working humidity: 10%~95% RH, no condensation

Chassis size: 1200×180×1050mm (length×width×height, can be customized)

Function configuration

Identity verification: supports card swiping, QR code, face recognition, fingerprint, ID card, etc. (expandable)

Accessibility mode: supports delayed door opening and normally open mode, adapting to the passage of special groups of people

Anti-trailing/anti-pinch: infrared + mechanical double anti-pinch, tailgating alarm

Gate opening after power outage: supports automatic gate opening after power outage, complying with fire evacuation requirements

Voice prompts: built-in multi-lingual voice broadcast, traffic status prompts

Status indication: channel indicator light (red/green), visualization of traffic status

Remote management: supports PC/mobile remote control, data statistics, and fault alarms

Offline operation: supports offline operation when disconnected from the Internet, and data is automatically synchronized after being connected to the Internet.