Fanvil i62 SIP Video Door Phone
This item is currently unavailable for next day delivery, however you may still order this item as a back-order?
Fanvil i62 SIP Video Door Phone
Available on back-order
Non-Returnable*
Call Us Today! 0203 617 7663 | info@miragetek.co.uk
Fanvil i62 SIP Video Door Phone
Available on back-order
Non-Returnable*
*This item is non-returnable and non-cancellable due to customisation or built to order.
Fanvil i62 SIP Video Door Phone
The Fanvil i62 is a high-end SIP video door phone designed for secure access control and communication. It features a 2MP wide-angle camera with infrared night vision, providing clear video in low-light conditions. The device supports multiple access control methods, including RFID/IC cards, NFC, indoor switches, and remote DTMF. Its robust aluminum alloy design and IP66 & IK07 protection make it suitable for harsh outdoor environments.
Camera: 2MP wide-angle camera with 120° horizontal, 60° vertical, and 141° diagonal viewing angles, and infrared night vision for clear video in low-light conditions12.
Access Control: Supports up to 10,000 RFID cards, NFC, indoor switches, remote DTMF, and timed door opening23.
Audio Quality: HD voice with a built-in 2.5W speaker and acoustic echo cancellation (AEC) for clear communication45.
Protection Rating: IP66 waterproof and dustproof, IK07 tamperproof, ensuring durability in outdoor environments13.
Operating Temperature: Works in temperatures from -40°C to 70°C35.
Interfaces: Includes Wiegand input/output, short circuit input/output, RS485, and TF card slot for image storage45.
PoE Enabled: Supports PoE 802.3af for easy installation5.
Integration: Compatible with SIP and ONVIF protocols, allowing integration with other security devices14.
Residential Buildings: Suitable for apartments and residential complexes requiring secure entry systems.
Commercial Buildings: Ideal for offices and commercial premises needing robust security features.
Industrial Parks: Can be used in industrial settings due to its durability and weather-resistant design.