YET 5012
YET 5012 YET 5012 YET 5012 YET 5012 YET 5012

YET 5012

The YET5012 Full Height Turnstile Gate is an intelligent access control solution that seamlessly integrates with multiple authentication systems, including RFID card readers, fingerprint scanners, face recognition, and push-button access. Upon successful authentication, the turnstile unlocks, allowing smooth and secure passage.

Key Features:

Advanced Access Control – Supports card, fingerprint, face recognition, and push-button access for enhanced security.

Multiple Operating Modes – Customizable single-pass, bi-directional, free-flow, or locked mode to suit various applications.

High Durability – Constructed with stainless steel AISI304/316 for long-lasting performance in harsh environments.

Fast & Reliable – 0.2s unlock time with a transit speed of 30 persons per minute, ensuring efficient access control.

Weather-Resistant – Operates efficiently in extreme temperatures from -25°C to 70°C, suitable for the UAE's climate.

Heavy-Duty Performance – Tested for 3 million cycles without mechanical failure, guaranteeing reliability.

The YET5012 Full Height Turnstile Gate is the ideal security solution for office buildings, stadiums, factories, and government institutions in the UAE and Abu Dhabi, ensuring safe and efficient access control. Its robust design and advanced features make it a valuable asset for any organization seeking to enhance security and streamline access management.

With its regional relevance and local service in the UAE, the YET5012 turnstile gate offers energy efficiency and durability, making it a cost-effective solution for access control needs in Abu Dhabi and beyond.

Specification

Material Stainless Steel AISI304/316
Operating Temperature -25°C to 70°C
Unlock Time 0.2s
Transit Speed 30 persons per minute
Authentication Methods Rfid card readers, fingerprint scanners, face recognition, push-button access
Operating Modes Single-pass, bi-directional, free-flow, locked mode
Durability Test 3 million cycles without mechanical failure