Feature

●Ideal for field connectorization
●Includes mounting provisions for buffer tube fan-out kits
●Suitable for loose tube, tight-buffered and optical fiber ribbon cables
●Mounting configurations include standard 4.5-in (11.4 cm) frontal projection, partially flush and fully flush


Description

Corning Cable Systems Closet Connector Housings (CCH) provide interconnect or cross-connect capabilities between the outside plant, riser, or distribution cables, and the opto-electronics.

The unit can be rack-mounted in 19-in (48 cm) or 23-in (58 cm) equipment racks (1.75-in EIA hole spacing) and occupies four-rack-space. This unit accepts up to 12 Corning Cable System CCH series connector panels or modules.

Documentation labels are provided and units or components can be added as needed to construct a fiber distribution frame for any application.

The CCH has been designed with an open top, located in the front of the housing. The opening, when used in conjunction with the Closet Jumper Management Panel (CJP), facilitates jumper routing.

Features:

Suitable for loose tube, tight-buffered and optical fiber ribbon cables

Mounting configurations include standard 4.5-in (11.4 cm) frontal projection, partially flush and fully flush

Multiple locations for jumper egress

Removable, durable, clear polycarbonate-tinted front door

Lock can be field-installed

Accepts CCH connector panels and modules

Open top of housing for vertical pigtail or jumper exiting

Meets requirements of ANSI/TIA/EIA-568A and 606

Brackets included for rack mounting in 19-in or 23-in equipment racks

Optional items available:

HDWR-LOCK-KIT: Lock kit for front door of housing; contains one lock and two keys

FDC-CABLE-GRND: Armored cable grounding kit; contains armor grouding clip and ground strap

CJP-01U: Closet jumper management panel; provides jumper management in a 1.75 inch rack space

CJP-02U: Closet jumper management panel; provides jumper management in a 3.5 inch rack space

Note:

CCH series connector panels and modules must be ordered separately.