Outdoor recessed mount for AXIS P56 cameras. Also suitable indoor for recessed camera installations in plenum as the back box is made of metal and has a hole for cable protection conduits.
AXIS Product Number: 02830-001








No products in the cart.
Outdoor recessed mount for AXIS P56 cameras. Also suitable indoor for recessed camera installations in plenum as the back box is made of metal and has a hole for cable protection conduits.
AXIS Product Number: 02830-001
Made of marine grade-stainless steel
AXIS T91F67 Pole Mount is made of marine grade, electropolished and coated stainless steel (SS 316L). This makes the pole mount resistant to impact and corrosion. The mount is ideal for stainless steel fixed dome cameras.
One pair of marine-grade stainless steel (SS316L) straps with TX30 screw interface is included.
Robust design with cable protection
AXIS T94J01A Wall Mount is an aluminum mount suitable for Axis positioning cameras and positioning units. It is compatible with Axis ACI 3/4” conduit adapters, and offers six cable entries. Cables can be routed internally through the back or, by using a conduit connection, from each side or from the bottom. Use with optional accessories for mounting on poles or external corners.
For retrofit of camera mounts from other brands
AXIS T91D62 Adapter Mount Bracket is useful in retrofitting camera installations whilst reusing mounts for PTZ dome parapet mounts of a few other brands.
AXIS T91B47 Pole Mount for indoor and outdoor installations, for poles with diameter between 100-410 mm (4″-16”). Includes 1 pair of AXIS Stainless Steel Straps 1450 mm (57″) with TX30 screw interface for ease-of-installation. AXIS T91B47 is directly compatible with a wide range of Axis cameras.
AXIS T91B47 Pole Mount for indoor and outdoor installations, for poles with diameter between 50-150mm (2″-6″). Includes 1 pair of AXIS Stainless Steel Straps 570mm (22.5″) with TX30 screw interface for ease-of-installation. AXIS T91B47 is directly compatible with a wide range of Axis cameras.

USD $
CAD $