Avycon AVC-ELN81FT/2.8-G 4K 8MP Turret Ip Camera

Product Description

The AVYCON AVC-ELN81FT/2.8-G is a 4K turret-style IP camera delivering 8 megapixels of resolution for high-definition video surveillance. Turret cameras use a ball-and-socket housing that allows the lens to pivot within the outer shell, making aim adjustments straightforward after mounting. The 2.8mm fixed focal length provides a wide field of view suited to general area coverage. This unit connects over a standard IP network and is typically integrated into NVR-based surveillance systems. Security integrators and low-voltage technicians are the primary trades responsible for installation and commissioning.

The AVC-ELN81FT/2.8-G is designed for use in commercial and residential security applications where wide-area 4K coverage is required. The turret form factor suits ceiling or wall mounting in entryways, lobbies, parking structures, and interior spaces where a low-profile housing is preferred. It connects to standard PoE-capable network switches and NVR platforms that support ONVIF or compatible IP camera protocols.

Key Features

• 4K resolution at 8 megapixels for high-detail image capture
• 2.8mm fixed focal length lens for wide-angle field of view
• Turret housing with adjustable ball-and-socket lens positioning
• IP network connectivity compatible with NVR-based systems
• Low-profile form factor suitable for ceiling or wall installation

Compatibility

Designed as an OEM-style replacement or addition for IP-based NVR surveillance systems supporting 4K turret cameras with standard network video protocols.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician in accordance with local codes and NEC Article 725 for low-voltage wiring. Power down the network switch port before connecting the camera to avoid transient damage. Confirm the PoE switch or injector meets the power budget required for the camera before finalizing the run. Avoid routing camera cables near high-voltage conduit to minimize interference.