905-COAP9130

Locking Wi-Fi Access Point surface mounting solution for wall and hard ceiling areas / Cisco 9130

MSRP $250.00

Access Point Vendor	Cisco
Access Point Model	Cisco C9130AXI

Shipping Weight

12 lb (5.45 kg)

Oberon® Hi-Point™ Open-Ceiling and Surface Mounts 905 mounts and secures Cisco and HP Aruba Wi-Fi Access Points directly on the wall or hard ceiling. The 905 can be mounted directly over a wall outlet. The 905 has an Access Point specific hinged cover, which recesses the AP into the box, providing a low profile, aesthetic appearance. Cabling is terminated inside the 905, and the 905 locks and secures both Access Point and cabling. The 905 also has knockouts for jack modules to provide network plug-in locations. Alternately, support the 905 in open ceilings from hanging conduit using the accessory 39-905-HCPLATE.

Conveniently surface mount and secure Wi-Fi APs on walls or hard ceilings; or support in open ceilings from hanging conduit using the accessory 39-905-HCPLATE.
Low profile, aesthetic designs to complement leading Cisco and Aruba APs
Physically secures AP, cabling and connections

Design: Surface mount lock box for Wi-Fi APs. Designed to mount AP directly over wall outlet or anywhere on ceiling or wall with cable feed through, or surface raceway or conduit. Facilitates structured cabling compliant termination of horizontal cable inside box, and connecting patch cord to AP
Performance: De-rate AP operating temperature range by 10°C when mounted in enclosure.
Low-profile construction recesses AP into the box
Locks are keyed alike to simplify maintenance. Custom keys available
Knockouts: (2) ¾ in. trade conduit, (2) Keystone jack module, (1) TIA 569-B compliant furniture faceplate for 2 jack modules
Construction: 20 Ga. (0.036 in.) White Powder Coated Steel Base, 20 Ga. (0.036 in.) White Powder Coated Steel Cover, 18 Ga. (0.048 in.) Galvanized Steel Mounting Bracket (For SKUs for Aruba APs only), 20 Ga. (0.040 in.) Galvanized Steel Mounting Bracket (For SKUs for Cisco APs only).

Product Specs