WG Door Access Card Reader Explosion Proof Metal ID Card Scanner for Access Control System with 315cm Sensing Distance

Engineered for reliability in commercial and industrial access points, this door access card reader combines rugged construction with precise signal processing to support secure, efficient entry management.FAQ:Q: Is this reader compatible with both WG26 and WG34 protocols?A: Yes, it supports standard Wiegand 26-bit and 34-bit output formats for broad system integration.Q: Can it be mounted outdoors without additional housing?A: Yes, the fully sealed resin-filled design provides inherent protection against ingress, rated for direct outdoor exposure.Q: What type of cards does it read?A: It is designed for 125kHz EM ID cards using -based activation; not compatible with Prox, , or contactless smart cards. Item Type: Door Access Card ReaderMaterial: Zinc Alloy, ResinWorking Voltage: DC9-16VReading Speed: Less than 0.2 secondsRead Card Type: ID CardOpening Mode: Card Working Temperature: -30°C-85°CSensing Distance: Approx. 3-15cm / 1.2-5.9inInterface Output: WG 26/34Package List：1 x Door Access Card Reader1 x Screwdriver

• EASY INSTALLATION AND COMPATIBILITY: Connects directly to WG 26/34 signal interfaces for seamless integration into existing access control systems; reads standard ID cards within 3–15cm (1.2–5.9in) without delay.
• MULTI-LAYER CIRCUIT PROTECTION: Features anti-dead circuit design with built-in surge and miswiring resistance to ensure stable long-term operation in demanding electrical environments.
• IP-RATED WEATHER RESISTANCE: Sealed with imported resin compound for robust barrier, enabling reliable performance both indoors and outdoors across -30°C to 85°C temperature range.
• DURABLE ZINC ALLOY ENCLOSURE: Constructed with premium metal housing that resists impact and maintains structural integrity under physical stress, suitable for high-security perimeter applications.
• RAPID CARD RECOGNITION: Delivers sub-0.2-second response time when swiping ID cards, minimizing entry wait times while maintaining consistent read accuracy in daily use.