Data Cabling Parts List

In order to match other products in use on a particular public improvement either completed or in the course of completion.

Copper Cabling, Patch Panels and Jacks

Description	Color	Brand	Part Number
Category 6A Cabling – Plenum	Yellow	Panduit/General Cable	7151852
24 Port Patch Panel – Cat 6A	Black	Panduit	DP246X88TGY
Mini-Com Data Jack – Cat 6A	Yellow	Panduit	CJ6X88TGYL
Mini-Com Telephone Jack – Cat 6	White	Panduit	CJ688TGIW

Fiber Cabling, Enclosures and Connectors

Description	Brand	Part Number
OM3 Multi-mode Fiber – 6 Strands, Armored	Corning	006T8F-31180-A1
OS2 Single-mode Fiber – 6 Strands, Armored	Corning	006ESF-T4101DA1
OS2 Single-mode Fiber – 12 Strands, Armored	Corning	012ESF-T4101DA1
MDF Fiber Enclosure 4U	Corning	CCH-04U
IDF Fiber Enclosure 1U	Corning	CCH-01U
LC Quad MM Panel	Corning	CCH-CP12-E4
LC Quad SM Panel	Corning	CCH-CP24-A9
LC MM Connector	Corning	95-051-98-SP
LC SM Connector	Corning	95-201-98-SP
LC MM Connector SOC	Corning	95-000-04
LC SM Connector SOC	Corning	95-000-04

Data Cabling Colors

Cable Type	Application	Color
Category 6A UTP	Cabling - IDF to Wall	Yellow
	Cabling - Patch Cables	Yellow
	Patch Panel	Black
	Mini-Com Data Jack	Yellow
	Mini-Com Telephone Jack	White/Ivory
Multi-mode Fiber - OM3	Cabling - MDF to IDF	Black
	Cabling - Patch Cables	Aqua
Single-mode Fiber - OS2	Cabling - MDF to IDF	Black
	Cabling - Patch Cables	Yellow

Standard Data Jack Quantities Per Room

Standard Classroom

Type	Qty.	Description
Wall Data Jacks	2	To be placed near Smart AV Classroom Lectern.
Ceiling Data Jacks	2	To be placed in the center of the room above the dropped ceiling.

Standard Office

Type	Qty.	Description
Wall Data Jacks	2	To be placed near each employee’s computer workstation.
Ceiling Data Jacks	2	To be placed in the center of the room above the dropped ceiling.
Printer Data Jacks	2	For dedicated printer/copier locations.

Standard Fiber Optic Cabling

Fiber Optic Backbone

Location	Description
MDF	12 Strands of OS2 Single-mode to C Core 12 Strands of OS2 Single-mode to R Core 6 Strands of OM3 Multi-mode to Each IDF 6 Strands of OS2 Single-mode to Each IDF
IDF	6 Strands of OM3 Multi-mode to MDF 6 Strands of OS2 Single-mode to MDF

Cabling Installation 

1. All cables shall be pulled continuous without splice between patch panels and outlets.
2. Cables shall be run in conduit down to the wall outlets. Plastic or metal surface mounted raceways must be used where the raceway is shown exposed. Support hooks must be used above accessible ceilings for cable without raceway. All cable shall be properly supported. Contractor must provide all materials including raceways.
3. Cable shall be pulled and properly terminated by a California C-7 or C-10 licensed contractor with experience with telecommunication cabling.
4. Conductors and cables shall be neatly fanned, laced, terminated and labeled at all backboards and cabinets.
5. Device plates shall be of material and color as room decor.
6. For each data jack installed, provide 1’ Yellow Cat 6A patch cords to connect from the patch panel to the switch.
7. Document all network port according to the District’s network standard
1. Provide a final as-built drawing of the TR and each jack number ex. 1.1-001

Ceiling Data Jacks

1. A 40’ service loop should be provided for all ceiling drops and should be neatly tie wrapped and coiled and properly supported by J-hooks.
2. Ceiling drops shall be terminated into the appropriate Cat 6A Mini-Com jack placed within a surface mount biscuit with 2 ports. The surface mount biscuit shall be securely mounted above the dropped ceiling according to building code and supported by the ceiling structure above.
3. If there is no dropped ceiling, then raceway and conduit should not be installed onto the surface of the exposed ceiling. If cabling is brought up to the ceiling from the floor then raceway shall be used and then a 2 port Mini-Com surface mount box shall be installed on the wall, one inch below the ceiling tile. If installed in a location with very high ceilings, the surface mount box may be installed mid-wall if approved by ITS Management.
4. All cabling must be installed to comply with all building code and industry best practices including BICSI, ANSI/TIA and IEEE.

Performance Test of System

1. Provide all instruments for testing and demonstrating in the presence of the Owner's inspector that all circuits and wiring are free of shorts and grounds and that cabling has been properly installed without damage to the cable and properly terminated.
2. Provide Cat 6A/fiber optic performance reports upon completion

For any questions regarding these specifications please contact the ITS Help Desk by visiting http://helpdesk.hrfjk.com or by emailing by helpdesk@hrfjk.com.

Accreditation Standard - ACCJC Standard III. C.2

The institution continuously plans for, updates and replaces technology to ensure its technological infrastructure, quality and capacity are adequate to support its mission, operations, programs, and services.