AMENDMENT 6 DPW15-123 NEC DESIGN SUPPLEMENTAL Aug 2019 update.pdf

REGIONAL NETWORK ENTERPRISE CENTER (RNEC)

FORT CARSON DESIGN SUPPLEMENT

(Installation Design Guide)

(2019)

Distribution C

Distribution authorized to U.S. Government agencies and their specified contractors only, for administrative or operational use, October 2016.

Refer other requests for this document to NEC / PASOB, Network

Enterprise Center ATTN: Fort Carson, CO 80913-4100.

GENERAL INFORMATION

A. The intent of this document is to provide a Network Enterprise Center supplement of procedures, standards and design guides for the installation or upgrading of telecommunications equipment and cables for new and remodeled facilities and for antennal support structure placement on Fort Carson, Colorado and other geographically dispersed units.

B. Prior to making any modifications to existing cable plant, both Inside and

Outside; The RNEC is to be provided a copy of all drawings for review and approval.

C. Contact the RNEC prior to demolition or renovation of facilities so existing communications equipment can be removed or secured.

TABLE OF CONTENTS

REFERENCES:

a. Unified Facilities Criteria (UFC3-580-1) Telecommunications Interior Infrastructure Planning and Design Most recent release.

b. Building Industry Consulting Service International (BICSI), Outside Plant Design Reference Manual, 4th Edition

c. U. S. Department of Agriculture, Rural Utilities Service Bulletin 1751F-643

d. Electronics Industry Association (EIA) / Telecommunications Industry Association (TIA)

568-C.0-C.3 e.Rural Electric Association (REA) Telecommunications Engineering (TE) & Construction

Manual (CM) 635

f. Insulated Cable Engineers Association (ICEA) S-83-596

g. Telecommunications Industry Association (TIA) / Electronics Industry Association (EIA) 606-

A annex C

h. Rural Utilities Service (RUS) 1751F-943, figure 11 and figure 13

I TECHNICAL CRITERIA FOR THE INSTALLATION INFORMATION

INFRASTRUCTURE ARCHITECTURE 2010 Section 3

OUTSIDE PLANT

1. Building Entrance Protector (BEP) / Protected Entrance Terminal (PET) & Labeling

2. Fiber Optic Patch Panels (FOPP) & Labeling

3. Underground and Direct Buried Cable

4. Cable Specifications

5. Maintenance Hole and Hand-Hole

6. Splice Cases and Splicing Standards

INSIDE PLANT PREMISE SYSTEM

1. Horizontal Cable, Copper

2. Riser Cable, Copper

3. Backbone Cable, Fiber Optic

4. Cable Termination (Station End)

5. Installation

6. Telecommunication Room

7. Fiber Optic Patch Cords

8. Voice Tie Cables

9. Testing

10. Existing Cable Usage

Video Teleconference System Rough in

1. Standard rough in description for Fixed Suite

2. Diagrams of rough in

ANTENNAE AND SUPPORT STRUCTURES

1. Antennae

2. Support Structures

CATV

CABLE LOCATOR

RECORD DRAWINGS (As-Built)

1. General

2. Site Plan

3. Outside Plant

4. Maintenance Hole Details

5. Floor Plans

6. Equipment Rack Elevations

7. Logical Diagrams

8. Test Results

Electronic Surveillance System Installation and Service and Maintenance

1. General

2. Licenses/Permits

3. Equipment Standards

4. Line of Site Internet

5. Deliverables

6. Maintenance and service contracts

OUTSIDE PLANT

Outside plant includes all cable pathways, splicing, trenching, plowing, pole mounting hardware, duct banks, cable vaults, main distribution frames and building entrance conduits.

1. BUILDING ENTRANCE PROTECTOR TERMINAL (BEP) / PROTECTED ENTRANCE TERMINAL

(PET) / AND LABELING:

BEPs and Fiber Optic Distribution Panels shall be labeled using yellow 1” x 1” sized labels or 1” high rolled reflective label. The following are examples for the labeling of BEPs to include BLDG #, CA ID, CA Count:

BLDG #

CA ID #

CA Count

Copper cables should be identified with the SIZE + TYPE and CABLE ID + COUNT. For example, view the following: 300-pair (P3) cable shall be identified as, P3-24PF CA 07-05 PAIR 601-

800+100XD”.

B3450

CA-07-05

CT-601-800+100XD

CA-07-05

CT-601-800+100XD

CA-07-05

CT-100XD

2. FIBER OPTIC PATCH PANEL (FOPP) LABELING:

Below is an example for labeling Single-Mode (SM) fiber optic distribution panel to include fiber optic ID, fiber strands count and labeling scheme.

FIBER OPTIC ID

# FIBER STRANDS

CA COUNT

Below is an example for labeling Multi-Mode (MM) fiber optic distribution panel to include fiber optic ID, fiber strands count and labeling scheme.

FIBER OPTIC ID

# FIBER STRANDS

CA COUNT

Fiber optic cables should be identified with the following:

SIZE, MODE, CABLE ID, CABLE COUNT

Example, 12 FO SM, 07- 07, 1-12 Strands

3. UNDERGROUND AND DIRECT BURIED CABLE:

a. All underground cable to include maintenance loop shall be labeled where it enters and exits a maintenance hole or Telecommunication Room and on each service loop.

Labeling shall be done in accordance with (IAW) specifications identified in section one

(1) for copper cable and section two (2) for fiber optic cable of this supplement.

b. Direct buried cable shall be labeled at every pedestal and at every junction where the cable is exposed.

FO 07-07

12 FO SM

1-12

FO 07-07

12 FO MM

1-12

c. All cable pulling done over 400’ or through more than one Maintenance Hole span will require use of the proper powered equipment and break-a-way swivel rated for the cable being pulled.

4. CABLE SPECIFICATIONS:

A. Fiber Optic Cable

a. Fiber Optic Cable shall be manufactured by a major U.S. Manufacturer. Additional specifications are listed in Table 4-1 below.

b. The type of protective covering required for fiber optic cables installed in a variety of methods and differing environments situations are identified in Table 4 – 2 below.

FUNCTION PARAMETERS

Maximum Attenuation Value 0.35 dB/km at 1310 nm

Maximum Attenuation Value

0.25 dB/km at 1510 nm –Total For Both

Nominal core diameter 8.3 microns

Core Eccentricity Less than or equal to 1.0 micron

Cladding Diameter 125 microns +/- 2 microns

Coating Diameter 250 microns +/- 2 microns

Mode Field Diameter Microns 8.8 microns +/- 2 microns

Zero Dispersion Range 1310 +/- 010 nm

Cable Type Loose Tube

Fill Gel Filled

Tube Protection Yes

Operations/Storage Temperature -40°C to + 70°C

Installation Temperature -30°C to + 75°C

Max Tensile Loading –Install lbs 600 lbs

Max Tensile Loading –Install lbs 200 lbs

Min Bend Radius Install 20 X Diameters

Min Bend Radius Long term 15 X Diameters

Fiber Material Glass

Protective Layers Single

Reduced Diameter Cable If needed for Special Application

Maximum Transmission Distance (1 Gbps) 70 km

Maximum Transmission Distance (10 Gbps) 80 km

Table 4-1: Fiber Optic Cable Specifications

JACKET LAYERS ARMOR

DIRECT BURIAL Double Double

DUCT BANK Single Single

CONCRETE ENCASED DUCT BANK Single Dielectric

Table 4-2: Protective of Fiber Optic Cable

In all new projects and complete building renovations, the terminating connectors on all fiber optic cable shall be High Density Lucent Connectors (LC). In partial renovations the Statement of Work (SOW) will describe the type of fiber optic connectors that will be used.

5. MAINTENANCE HOLES (MH) AND HAND HOLES (HH):

a. Maintenance holes placement and specifications shall be in accordance with I3A Section 3 guidelines. Additional requirements for every newly installed standard MH shall include an approved ladder and support bar.

b. All newly constructed MHs, duct banks and overbuilds shall have a 12 AWG insulated solid copper tracer wire installed. A tracer wire test well placed at each MH; if possible connect continuous runs together in same well. A 2’ Concrete ring will be poured around all test wells to protect from damage.

c. Maintenance holes shall have a locking lid. The contractor shall provide the padlock per the specifications of the NEC. The locking system shall be equivalent or better than the LockDown-System produced by the Barton Southern Company Incorporated. The specifications for the LockDown System are available at the following web site:

http://www.LockDown-LockDry.com.

d. Maintenance holes shall be oriented so that the top of the “T” shall be facing away from the Dial Central Office (DCO) or Communication Node (CN). The top or the “T” is the end of the maintenance holes that has conduit knockouts on all 3 sides.

e. Maintenance hole placements shall be scheduled and observed by a Quality Assurance Representative from the RNEC.

f. Maintenance holes shall be stenciled IAW I3A guidelines 3.7.1.5 and shall use RNEC numbers (contact RNEC Project POC for MH/HH numbering Scheme).

g. All new ducts and inner ducts shall have pre-lubricated measuring pulling tape with a minimum breaking strength of 1,200 lbs (i.e. Mule Tape) secured and sealed at each end with duct plug.

h. Hand-holes shall be precast with the preferred size of 4’W x 4’L x 6’H standard type with pull hooks. Including racking and precast industry standard ladder. Copy I3A standard http://www.lockdown-lockdry.com/

i. Refer to I3A (Latest Edition) for installation procedures and a complete description.

j. All new maintenance holes or hand holes installed on Fort Carson shall have a ground rod of iron or steel that is galvanized or copper clad to at least 5/8-inch (16-mm) in diameter and at least 9-feet (2.75 m) long installed in the floor of each new maintenance hole and connected to the maintenance hole’s internal bonding system.

Copper clad steel is the preferred ground rod medium. All Ground Rods shall be installed as per I3A Section 3.

6. SPLICE CASES AND SPLICING STANDARDS:

6.1 SPLICE CASES

When existing copper splice cases are re-entered to place an additional cable, the entry end cap and all sealing tape on the cable going through that end cap shall be replaced followed by the closing of the case.

Depending on the type of case and manufacturers recommendations, a sustainment test shall be performed by pressurizing the splice case. Filled splice cases are not the preferred method of installation. Do not place re-enterable compound in a splice case. Preferred splice case type is a “PLP” or equivalent. All end plates will be “Field Drilled” to ensure proper cable sizing and proper tape layering.

Pretest air seal quality prior to entry.

6.2 COPPER SPLICING STANDARDS

a. All copper splicing on Ft Carson will be done to the BICSI Outside Plant Design Reference Manual 4 edition, Chapter 6. This will include single fold back method splices per charts 6.3 through 6.7. All splices will be done in a high quality of workmanship and neatness or will not be accepted by the Ft Carson NEC PM

b. Cable identification integrity will be maintain through all super binder and binder groups by using Mylar binder wraps crimped in the spice module. Also per USAISCE OSPDPR 3.10.3.3

c. “Pair Protectors” will be used on all splices.

d. Sizing of bonding bullets; sizing will be appropriate to cable size, i.e.: #2- 25-200 pair, #3

200-400 pair, #4 400-900 pair, #5 900-1800 pair.

e. Cables sized 600 pairs or less use a two bank splice feeding equally from each directions.

INSIDE PLANT PREMISE SYSTEM

The premise distribution system shall consist of inside plant, horizontal, riser cables (both copper and fiber optic) and connecting of all station locations to Main Telecommunication Room and Secondary Telecommunication Rooms within a building. Standard outlet configuration shall provide one data and one voice outlet. All wall phone outlets shall be metal chrome plated with two (2) posts.

1. HORIZONTAL CABLE COPPER:

a. All unclassified cable shall be four (4) pair Category-6, 24 AWG unshielded twisted pair

(UTP). Cable shall be plenum-rated where applicable. All Cable shall meet the requirements of TIA/EIA-568-C.0-C.3. Sheath colors shall be as follows:

White for Data and NIPRNet /SIPRNet room tie cable Blue for Voice Red Shielded Twisted Pair (STP) for SIPRNet

b. All cables shall be secured only with Velcro type cable retainers. NO ratchet type cable

(zip) ties shall be used on any ISP cabling.

c. Cable shall be labeled as follows:

The Fort Carson labeling scheme shall be in accordance with TIA/EIA-606-A Standard.

Starting at the main entrance of a building, label each outlet clockwise around the room continuing to the left, and then continue clockwise around the building. All MEDCOM facilities will have the listed labeling done at the outlet and use the User location room number on the designation strip on the patch panel

Example:

140-A-2-48 means, Telecomm Room # “140”, Data Rack “A”, Patch panel “2”, Port # “48.”

Please refer to examples below in Figure 1-1 for more details.

2. RISER CABLE COPPER:

a. Riser cable is that portion of the wiring system that extends vertically to provide connectivity between Telecommunication Rooms or between the BEP and the Telecommunication Rooms located on different floors.

b. Riser cable shall meet the requirements of TIA/EIA-568-C.0- C.3 for category 3 UTP. Cable shall be 24AWG solid copper, labeled and verified with jacket markings.

3. BACKBONE CABLE- FIBER OPTIC:

a. Backbone fiber optic cable is that portion of the system that provides interconnections between the Main Telecommunication Room and Secondary Telecommunication Rooms.

b. Single-Mode fiber shall meet ICEA S-83-596 requirements.

140–A-2-48

Figure 1-1 Typical Faceplate Barracks & Medical Outlets Barracks Only Outlets

c. Backbone fiber shall be placed in 1” ISP orange HDPE inner-duct.

4. CABLE TERMINATION STATION LOCATION:

The face-plate shall be a minimum of four (4) ports and of the type used with removable/interchangeable snap-in jacks. Unused ports shall have blanks installed that can be removed for later use. The jacks shall be RJ-45 snap-in type and color coded as follows:

Data Jacks: Orange

Voice Jacks: Blue

SIPRNet Jacks: Shielded Jack

5. INSTALLATION:

a. Horizontal cable shall be installed in conduit and or cable tray. Conduit size shall be a minimum of one inch. If non-continuous J-hook support is needed, it shall only be installed in the following manner: J-hooks shall only be used from conduit to cable tray above enclosed or suspended ceiling and shall not exceed 50’ in distance spaced every 60” at irregular intervals . This is only allowed with prior approval of FT Carson NEC

PASOB PM.

b. Cables shall be "home run" to the nearest TR and supported by conduit, cable tray, and ladder rack. J-hooks shall only be used with prior approval of FT Carson NEC PASOB PM.

c. Protected distribution systems (PDS) shall be an approved PDS system that is surface attached. It shall be used in all zone one (1) rated building areas requiring SIPRNET drops. The current approved systems by CTTA are produced by Holocom Incorporated.

All PDS designs need approval of the Ft. Carson RNEC Information Assurance Policy Branch section before being installed. Justification for deviation from the NSTISSI No7003 is to allow for future expansion and diverse use of building infrastructure. The Cyber Security point of contact is Mr. Glenn Wilson, (719) 526-9211

Under slab conduit wet rated cat 6 Conduit must extend to nearest TR

6. TELECOMMUNCATIONS ROOM:

6.1 The equipment racks shall be labeled using consecutive letters; starting with “A” for the first DATA rack and continue with the next letter for each DATA rack on to the VOICE racks labeled with the next available letter. All patch panels (PP) shall be labeled consecutively including Voice Tie Patch Panels.

Example: if there are four (4) Voice Tie patch panels, port one of the fourth station’s patch panel would be labeled: TR#-RACK# 4-01.

There shall be a minimum of three feet separation between unclassified and classified equipment racks.

SIPR

NET

Rack

Rack

A

Data

Rack

B

Voice

7 U

Telecom Room SIPRnet Room Janitor’s

Closet

Room 140

FRONT

Room 141

Room 142

Figure 1 –2 Telecommunication Room Examples – Typical

6.2 Telecommunications Room back boards are to be left unpainted

6.3 A laminated Arch D 24”x 36” print will be provided in every Telecommunications for area covered with outlet labeling for all user locations. This print will be legible to allow for easy of locate by NEC I&M Personnel.

7. FIBER OPTIC PATCH CORDS:

In the Data and Voice Racks (when needed) a 1-1/4” ISP orange HDPE split inner-duct (or appropriate size) shall be installed in the wire management section of the rack. The purpose of the inner duct is to prevent fiber optic patch cables from being crushed and or damaged by other cables i.e. Cat-6 Patch Cords. ADD PDU

B

A

1 2 3 4 5 6 7 8 9 10 11 12

Category 6 System

43 44 45 46 47 4837 38 39 40 41 4231 32 33 34 35 3625 26 27 28 29 30

19 20 21 22 23 2413 14 15 16 17 187 8 9 10 11 121 2 3 4 5 6

Category 6 System

43 44 45 46 47 4837 38 39 40 41 4231 32 33 34 35 3625 26 27 28 29 30

19 20 21 22 23 2413 14 15 16 17 187 8 9 10 11 121 2 3 4 5 6

Category 6 System

43 44 45 46 47 4837 38 39 40 41 4231 32 33 34 35 3625 26 27 28 29 30

19 20 21 22 23 2413 14 15 16 17 187 8 9 10 11 121 2 3 4 5 6

NETWORKS

48474645

Console

RPS

PWRStack Link

Stack Master

Diag

Module

FastIron LS 648

Stack ID

FLS 648

Reset

484746454443424140393837363534333231302928272625242322212019181716151413121110987654321

NETWORKS

48474645

Console

RPS

PWRStack Link

Stack Master

Diag

Module

484746454443424140393837363534333231302928272625242322212019181716151413121110987654321

NETWORKS

48474645

Console

RPS

PWRStack Link

Stack Master

Diag

Module

484746454443424140393837363534333231302928272625242322212019181716151413121110987654321

Category 6 System

43 44 45 46 47 4837 38 39 40 41 4231 32 33 34 35 3625 26 27 28 29 30

19 20 21 22 23 2413 14 15 16 17 187 8 9 10 11 121 2 3 4 5 6

Category 6 System

43 44 45 46 47 4837 38 39 40 41 4231 32 33 34 35 3625 26 27 28 29 30

19 20 21 22 23 2413 14 15 16 17 187 8 9 10 11 121 2 3 4 5 6

Category 6 System

43 44 45 46 47 4837 38 39 40 41 4231 32 33 34 35 3625 26 27 28 29 30

19 20 21 22 23 2413 14 15 16 17 187 8 9 10 11 121 2 3 4 5 6

Category 6 System

43 44 45 46 47 4837 38 39 40 41 4231 32 33 34 35 3625 26 27 28 29 30

19 20 21 22 23 2413 14 15 16 17 187 8 9 10 11 121 2 3 4 5 6

VOICE Equipment Rack

Category 6 System

43 44 45 46 47 4837 38 39 40 41 4231 32 33 34 35 3625 26 27 28 29 30

19 20 21 22 23 2413 14 15 16 17 187 8 9 10 11 121 2 3 4 5 6

Category 6 System

43 44 45 46 47 4837 38 39 40 41 4231 32 33 34 35 3625 26 27 28 29 30

19 20 21 22 23 2413 14 15 16 17 187 8 9 10 11 121 2 3 4 5 6

DATA Equipment Rack

F P

S1

S2

S3

-B -1

V o ic e

T ie

TR-140- DATA RACK A TR-140 – VOICE RACK B

-B -2

V o ic e

T ie

-B -3

V o ic e

T ie

-B -4

V o ic e

-B -5

V o ic e

-B -6

V o ic e

-A -2

D at a

-A -1

D at a

-A

-3 D at a

Figure 1 –3: Communication Rack Elevation Labeling Examples – Typical

8. VOICE TIE CABLES:

All pairs of all tie cables shall be terminated on wall mounted 110 type punch-down blocks and on to the other end of CAT-6 patch panels. The tie cables are required to be sized so that each station location to include a four (4) pair straight through configuration. This is facilitated by the use of C4 clips.

9. TESTING:

a. All testing shall be conducted using TIA/EIA standards and with all equipment within current manufacture’s recommended time frame for calibration. A copy of the calibration certification shall be carried with all equipment and be presented upon request by NEC’s designated representative (PM or QA). If equipment is not within current manufacture’s recommended time frame, test results shall be rejected by the NEC and no telecommunication services will be activated in the tested facility until corrected and retested.

b. All work is subject to visual and operational inspection prior to acceptance.

c. ISP Testing

1. ISP Copper Cable

The preferred tester for ISP Cat-6 cable is a Fluke DTX 1800 or equivalent. Insure proper cable type is being tested i.e.: Cat-6 UTP or Cat-6 FTP. MTGB building ground test reports needs to be included with ISP test submittals.

2. ISP Fiber Optic Cable

All ISP fiber cable shall be tested with power meter and light source only in, dual frequency / bi-directional.

d. OSP Testing

1. OSP Copper Cable Every OSP copper cable pair installed / repaired shall be tested for Cat-3 certification per the TIA/EIA-568-C.0- C.3 specifications using a Microtest Penta Scanner or an equivalent cable tester. Alternative is use of 25 pair Test All -25 (or equivalent) and using a Copper TDR to determine location of any identified faulted pairs.

2. OSP Fiber Optic Cable

All OSP fiber strands shall be tested with OTDR and power meter / light source. OTDR shall be dual frequency, launch and receive cable, if receive cable is not available testing will be done dual frequency / bi-directional. Power meter / light source shall be dual frequency / bi-directional.

3. Test Result Formatting

a. All test results can be submitted in softcopy format in PDF.

b. All failed readings found require a description of corrective actions taken.

c. Test plans, test results, test equipment calibration certification and test documentation shall be included in the record drawing set. A copy of the test document shall be received in the RNEC at a minimum of 30 days prior to pre-final inspection of facility or building complex (2 or more buildings sharing infrastructure resources). This is needed to allow for Data Switch procurement, programming, and install in support of the Building Monitoring System (UCS), ICIDS, and Keyless Entry systems testing.

10. EXISTING CABLE USAGE:

The procedures below shall be followed and results reported back to the local RNEC. Within an agreed upon time frame the project manager or QA shall make a repair effort with little or no impact on the project. An alternative routing or repair shall be considered.

a. Evaluating Existing Copper Cable/Testing New Cable

1. When the installation includes work on an existing cable, the installer shall test all affected pairs before completing any throws or splices. A list of the defective pairs shall be submitted before the work proceeds. After the cable work is completed, the installer shall test all affected cable pairs. The installer shall clear trouble on any existing pairs that were not on the original list. Existing copper cable testing shall be accomplished using Multi-pair tester and noted issues verified with a loop analyzer

(TDR).

b. Fiber Optic Existing Cable Guidelines

1. Use of existing fiber optic cables is acceptable if the following conditions are achieved. These determinations need to be accomplished during the survey and design phase of the project.

2. The number of existing strands are adequate to support the required number of links

(transmit and receive, multiple closet uplinks, dual uplinks, etc.).

3. The strands are tested to verify that they meet the requirements/specifications of the proposed transport method (1Gig, 10 Gig, DWDM, etc.). Existing fiber cable testing shall be accomplished using an OTDR.

Video Teleconference System Rough in

Standard rough in description for Fixed Suite

- Audio Visual/Video Teleconferencing (AV/VTC) Rack (Dedicated circuit) and components (camera)

2" Conduit shall be supplied; centered behind rack for proper cable routing – one end shall have 4x4 Junction box at 12-18” AFF; other end stubbed out above ceiling

Quad 110 v 20 amp/CATV/Voice & Data (NIPR/SIPR)

Camera shall be mounted, centered between projection screens or displays and shall use 1” Conduit - one end shall have single gang junction box at 70-75” AFF;

other end stubbed out above ceiling

- Projectors/Projection Screens (Dedicated circuit)

Projectors - Duplex 110 v 20 amp outlets w/ 6 ft. whip above suspended ceiling for each ceiling mounted projectors - approx. 13’ from projection screen location

Projection screens - Duplex 110 v 20 amp above suspended ceiling with low voltage controller for each motorized projection screens

- Displays (LCD/LEDs) (Dedicated circuit)

1" Conduit shall be supplied; centered behind each display for proper cable routing – one end 60” AFF with double gang junction box; other end stubbed out above ceiling

Duplex 110 v 20 amp centered behind each LCD/LED display -- 60" AFF

Diagrams of rough in

Projector/Projection Screen configuration

M o to riz e d

P ro je c tio n

S c re e n s

C th

BCT BBHQ Room 1204

N

W E

S

D u p le x v a m p a b o v e s u s p e n d e d c e ilin g

P ro je c tio n S c re e n s

32'

Dry Erase (Wall Talker

Board) (#29)

M o to riz

P ro je c tio n

S c re e n s

Duplex 110 v 20 amp outlets w/ 6 ft. whip above suspended ceiling for ceiling mount projectors –

Power should be located approx 30 ft from screen power

A V

/V T

C

R c k

T V

S e e s p e c s

" C o n d u it

" C o n d u it

LCD/LED configuration

EAB Complex Brigade HQ

Conference Room 110

22'2" Approx

'4 " A p p ro x

1" Conduit1" Conduit 1" Conduit

Contractor shall provide 1" conduit centered behind LCD display and shall to be stubbed out above ceiling with clear path to AV/VTC rack - 60" AFF

LCD Display will be provided by NEC

Contractor shall provide a Duplex 110v 20 amp centered behind display true to size display - 60"

AFF

Contractor shall provide 1" conduit centered between displays and shall to be stubbed out above ceiling with clear path to AV/VTC rack - 60" AFF

Q u a d v a m p c e n te re b h in d A

V /V

T C

R a c k

- 1

AV/VTC

Rack

C A

T V

See spec sheet e a c h

- 2 " C o n d u it s s

NOTE:

2 each - 2" EMT conduits required for AV/

VTC Rack shall penetrate wall with Jbox

12-18" AFF.

2 each - 2" EMT conduits required for AV/

VTC Rack shall be stubbed out above the drop ceiling.

LCD Display will be provided by NEC

1" conduit under floor to cable tray for Voice and Data Outlet.

conduit under floor to table for Power Outlet

Floor Box

1" conduit under floor to cable tray for Voice and Data Outlet.

conduit under floor to table for Power Outlet

Floor Box

1" conduit under floor to cable tray for Voice and Data Outlet.

conduit under floor to table for Power Outlet

Floor Box

Floor Box

Spare 1" conduit under floor stubbed out above drop ceiling for VTC/Audio cables.

1" conduit under floor to cable tray for Voice and Data Outlet.

conduit under floor to table for Power Outlet

M a rk e r B o rd

ANTENNAE AND SUPPORT STRUCTURES

1. ANTENNAE:

Antennae shall be installed on support structures in accordance with the instructions provided by the manufacturer.

2. SUPPORT STRUCTURES:

a. Support structures include all towers, buildings, poles, base mounts and are used to provide a permanent or temporary location for a transmit/receive antennae. All support structures shall be grounded and be provided with lightning protection in accordance with the I3A Technical Criteria (Latest Edition). Tower base foundations shall be designed based on manufacturing specifications utilizing current soil borings of the site.

b. Aircraft warning lights shall be placed on all towers in excess of 60 feet of proposed support structures and located in or adjacent to flight paths. This shall be approved by the Fort Carson Flight Safety Office.

CATV

CATV shall use pathway identified by the NEC. The cable shall be placed in 1 ¼” orange HDPE OSP rated inner-duct. All CATV on Fort Carson will be the responsibility of TDA Communication, P.O. Box 13261, (719) 576-7404. NEC POC is Ms. Vicki Craig, 6151 Specker Ave, Bldg. 1550, Fort Carson, Colorado 80913-4100, (719) 526-1008.

CABLE LOCATOR

To locate existing or suspected existing underground cable routes, Initiate a dig permit through DPW’s PA&E, (719) 526-3089.

RECORD DRAWINGS (As-Built)

1.0 GENERAL:

Record Drawings shall include the following: a table of contents, a legend of all symbols, line-types and abbreviations, shop drawings, bore logs, (T0) site plan, outside plant route drawing, (T1, T2, T3) floor plans, (T3) equipment elevations, logical diagrams (T4) details, (T5) schedules and test results. Reference TIA/EIA-606-A annex C for explanations of the T-series drawings.

Reference I3A Figure C-2 & TIA/EIA-606-A annex C for drawing symbols.

a. Record drawings (as-built) shall accurately reflect the actual installation and shall be specific as to type, size and placements. All items installed as a part of the infrastructure shall be shown on a record drawing and called out.

b. One electronic copy of all record drawings shall be supplied to the RNEC at the completion of the contracted performance of work. The preferred electronic format is a geospatial sub-meter accurate drawing supplied in AutoDesk .dwg or Bentley .dgn formats.

c. Measurements shall be called out on all drawings.

d. All projects shall include T1 & T2 drawings to show the demarcation points. Reference

UFC 3-580-1, Demarcation Points.

e. All numbers assigned, applied, stenciled, or labeled during design, construction or installation shall be shown on the record drawings.

f. References to details and other drawings shall be shown on all drawings

2.0 DRAWINGS

2.1. T0 Campus or Site Plans

a. The cable route drawings shall show measurements to all placements, changes of path direction and transitions in path types. Reference: RUS 1751F-643, figure 11 and figure 13.

http://www.usda.gov/rus/telecom/publications/bulletins.htm http://www.usda.gov/rus/telecom/publications/bulletins.htm

b. All conduits and ducts shall be called out on the OSP routing as to the type, size and length to include burial type and depth of cover. Duct assignment shall be shown for each section of duct/conduit. Bore logs shall become a part of the record set of drawings.

c. All tracer wire and grounding shall be shown and called out.

d. All maintenance holes, hand holes, pedestals and splices shall be shown and called out.

e. All cable shall be shown and called out using the RNEC labeling scheme and shall call out cable type, cable sheathing, and shall include length of cable between splices. If re-labeling is required then all re-labeling shall be shown on record drawings reference UFC 3-580-1

f. The Building Entrance Facilities shall be shown on the OSP route drawings to include measurements of where the cable goes under or through the foundation of the building.

g. A maintenance hole detail (Butterfly) is required for all maintenance holes, hand holes and vaults installed or where a change in the existing infrastructure occurred.

Maintenance hole/hand-hole/vault details shall be of the butterfly configuration. The BICSI OSP Design reference manual 4th edition chapter 10 Figure 10.16 and 10.17 provide examples of butterfly details. Splices shall be shown on the maintenance hole details.

Contact NEC PM for standard “Butterfly” template.

h. All shop drawings of new MHs/HHs shall be included in the record drawing set.

2.2. T1 Layout of complete building per floor

a. All cable trays, ducts, and main conduits (to include the entrance of the OSP) shall be shown and the sizes called out on the T1 drawings. The use of J-hooks along runs shall also be noted.

b. All backbone cable, vertical riser locations, main conduits, chases, pathways shall be shown and called out on the T1 drawings.

c. If the complete grounding path is not shown on the T2 or T3 drawings then it shall be shown on the T1 drawings.

2.3. T2 serving zones building areas drop locations and cable ID’s

a. Pathway conditions shall be called out

2.4. All drops shall be labeled on the T2 drawings as they are labeled in the building.

2.5. T3 Telecommunications rooms, Enlarged plans, Elevations of racks, backboards etc…

In general, measurements shall be shown for all items in the rack elevation.

All cables and grounding shall be called out and shown when they appear in elevation. The scale of drawing elevations shall show all measurements and the required details.

a. Elevation drawings of all backboards shall be provided.

b. An elevation showing of all racks, cabinets, shelves or other telecommunication Information system equipment shall be provided.

c. A floor plan of all telecommunications rooms at a scale no less than ¼” =1’0” showing all items installed in this space is required. If this is a newly renovated or constructed room then every item in this room shall be shown.

d. Logical/Riser/One-line diagrams are required for all projects. This is a diagram showing the logical architecture from the OSP to the end user stations. This drawing is also required for all OSP projects containing more than 2 demarcation points. A grounding diagram is required and may be incorporated into these diagrams if clarity allows. Show all MDFs. BETs, PETs, 110 blocks, horizontal and vertical backbone cabling, and major equipment items including hubs switches routers etc. from the OSP to the end-user stations. For clarity, vertical and horizontal drawings may be separated. If clarity allows these may be combined with the rack/backboard elevations.

2.6. T4 Details

Typical details allow you to present a lot of information that otherwise would be redundantly called out many times on the drawings. IE; duct bank sections including tracer wires and typical duct assignments. Remember to call out all non-typical variations on the Record Drawings.

2.7. T5 Schedules

A splice schedule is required for every splice that is not a 1 to 1 splice.

Use schedules for the elimination of redundant information I.E. maintenance hole schedules stating size, type, locking covers etc, pedestal schedule stating size, type, etc.., and conduit schedule stating cables duct assignments etc...

3. TEST RESULTS

Test plans, test results, test equipment calibration certification and test documentation shall be included in the record drawing set.

LENEL Access Control (Keyless) and Close Circuit Television (CCTV) As of 10 July 2019

1. General Information: The Contractor will be required to be a Lenel Federal Government and Commercial Value Added Reseller (VAR) and have “elite status” in Lenel’s TierVantage Partner Program. The proposed ESS system is required to be integrated with Fort Carson’s existing and Army accredited Lenel keyless access control, CCTV monitoring system and Lenel OnGuard 7.xx system software. Therefore, it is required that only Lenel compatible equipment, devices and software be used for this contract. The existing Lenel OnGuard system at Fort Carson Regional Network Enterprise Center (RNEC) is located in the RNEC bldg. 1550 Data Center which is a secure area.

2. LICENSES/PERMITS/SOFTWARE: The Contractor will, at no expense to the government, obtain all licenses and permits required for the services identified in the PWS/SOW. the Contractor will be responsible for all damages to persons or property that may occur as a result of Contractor negligence in connection with work services. OnGuard supports SQL Server, Oracle and NSDE databased. All compatibility and certification requirements shall be verified with the Fort Carson Regional Network Enterprise Center prior to work commencing.

a. Personal working on the LENEL system shall “expert” knowledge and understanding of the current Fort Carson OnGuard/LENEL architecture 7.5 version to include; OnGuard server Windows 2010 and SQL 2014 platform. Programmer(s) shall have knowledge of SQL Server Native client to perform user support, create, backup, and restore database, perform transaction log maintenance, and work with SQL server 2014 to assist with application patching and upgrades.

b. Server and client software shall be OnGuard and shall not be substituted under any circumstance. The SMS software shall be manufactured by LENEL Systems International OnGuard Total Security Knowledge Management System Series. The current version of OnGuard needs to have a valid Certificate of Networthiness (CON); any other version shall have a CON prior to being approved for the use and shall be compatible with the existing architecture.

Appropriate documentation, testing, and approval of any other version is required by the RNEC PM prior to use.

c. Installer(s)/Programmer(s) shall have intimate knowledge and have experience in the current configuration, integration, and installation of software from the LNL control panel located in facility communications room to the Fort Carson RNEC database. LENEL proprietary software, licensing, programming, and any other related work shall be accomplished b LENEL certified reseller(s), installer(s), and programmer(s).

d. All licenses and fees required to bring readers/panels, cameras, and LNVR online shall be obtained and funded as part of each contract. Licenses for hardware and software shall be obtained by the contractor and shall be turned over to the RNEC SAs prior to any work being completed by RNEC Staff. This includes customer management consoles and client licenses, RNEC will load the required LENEL LNVR software on the NVR.

3. Equipment Standards/Requirements/Design. All equipment and infrastructure for the ESS must be new equipment, not refurbished, to meet warranty standards and maximize the operation time per the manufacturers specifications. Any equipment purchased for this Contract that is damaged or otherwise unfit for use will be returned/replaced by the Contractor at no expense to the Government. All equipment and infrastructure comprising the ESS must meet or exceed the minimum specifications. All equipment, infrastructure and software must be fully compatible with, and will be integrated with, the existing Lenel camera and keyless system which is located in the RNEC building 1550 data center. New system components and software are required to meet all Army network Risk Management Framework (RMF) accreditation standards prior to integration.

The Contractor will be required to work with the Fort Carson RNEC to submit RFC documentation to approve the proposed changes and equipment to be used prior to installation activities. All components are required to be 100% compatible with Lenel and will be listed on the Army Approved Products List (APL). The wired and wireless networking components are required to be 100% compatible with Cisco brand network architecture to keep with the existing installation standard architecture as mandated by the Army Network Modernization-CONUS (NETMOD-C) and Joint Regulation Security Stack (JRSS) programs.

3.1 The Lenel servers, customer computers and Lenel LNVR’s shall have a Trusted Platform Module (TPM 2.xx Chip installed). The Contractor shall verify that a (TPM 2.xx Chip) has been installed on the relevant devices.

3.2 Materials – Cabling/Wiring, cameras, conduit, power supplies, hinges, mortise, strikes, and all associated physical door hardware and camera hardware can be installed by a Non-LENEL certified installer(s).

3.3 Manufacturer proprietary hardware (LENEL) and software (OnGuard Programming) shall be completed by LENEL certified installer(s) and programmer(s) ONLY. The Contractor shall provide the appropriate hardware/software to create a turnkey system. This system shall include at a minimum the ability to: create access cards, manage the access levels, facility schedule management, and alarm monitoring. Contractor shall provide a sustainable system capable of being administered by the building security manager or appointed point of contact

(POC).

3.4 Hardware – CCTV shall be AXIS Communications, and the cameras shall meet or exceed current camera infrastructure specifications and shall NOT have on-board SD Card storage.

Cameras shall be Power over Ethernet (PoE) only. Camera installations shall use existing infrastructure as appropriate.

3.5 Communications room readers and associated panels shall be installed in physically separated enclosures with separate power and battery backups from main facility panels, power, and batteries.

3.6 Sensitive Compartmented Information Facility (SCIF) or other restricted areas to include secure entry requirements (i.e. pedestrian and vehicle gates attached to the SCIF or restricted area) shall be installed in SCIF or restricted area communication rooms, Enclosures shall be physically separated with dedicated enclosures, power, and battery backups from main building and standard communications panels. Cameras installed for SCIF or restricted area entrances shall be installed and terminated in SCIF communication room.

3.7 Customer management terminals/computers shall meet current Army Gold Master and Fort Carson requirements; at a minimum it shall include Trusted Platform Module (TMP 2.xx Chip) secure crypto-processor and Common Access Card (CAC) capability. Workstations provided by the contractor shall be approved products and shall be imaged and configured by RNEC to comply with Department of Defense (DoD) security parameters prior to fielding. Fielding equipment prior to the RNEC imaging them is strictly prohibited and will be rejected.

3.8 MAC addresses for each panel, camera, and LNVR shall be identified by the contractor and provided to RNEC to add to MAB database. MAC addresses shall be included in the programming package and provided at least two weeks prior to contractor requiring the panels, cameras, or NVR be active. This process shall be coordinated prior to any system programming commencing.

3.9 Cabling – Access Control/Keyless – Cable used for the installation shall be SmartWire Card

Access Element Composite Cable; refer to the manufacture cable reference table. NOTE: Cable runs shall be protected in conduit from doors to cable trays and from cable trays to control equipment cabinets. The contractor shall run and terminate the Ethernet cable from LNL 2220

Control Board to the respective patch panel and then to the new and or existing NIPRnet

Network Switch.

3.10 Cabling CCTV – The contractor shall provide and install a CAT6 cabling for the installation to each camera. Cabling shall follow the cable path consistent with the facility. Installer(s) shall use J-hooks as appropriate in 90 degree angles to prevent cabling from lying direction on “drop ceiling” structures, to include lighting, heating, and air conditioning (HVAC). Contract shall run and terminate each ends of the Ethernet cable at the camera and respective patch panel then switch. The contractor shall follow strict cable management procedures and poor cable management will not be accepted by the Government PM.

3.11 Labeling – Labeling shall at a minimum be “Brother” type label making material or equivalent and shall be neat and legible. The contractor is to place a panel schedule/labeling within the interior of each enclosure.

3.12 The panel schedules shall identify at a minimum the panels installed within each enclosure;

i.e LNL-2210, LN – 1320, etc. The readers they control, and auxiliary inputs/outputs. Panel schedules shall also include the MAC address of the 2220 for easier onsite troubleshooting.

3.13 Batteries shall be directly labeled with battery test results to include date o installation, voltage, amp hour, temperature, and installer(s) name.

3.14 The exterior of the enclosures shall be labeled accordingly identifying “Main Building panel, Main Communication panel, or SCIF panel.”

3.15 The panel cabling in interior of enclosure at a minimum shall include card reader wire with door number, request to exist (REX) power, lock power, and any spare wires.

3.16 Cable runs from LNL – 2220 to patch panel shall be labeled, cable run form patch panel to switch shall be labeled depicting ports used and “LENEL” Composite cabling connecting panels to readers, etc. shall also be labeled. Cable runs from each camera to patch panel shall be labeled, installer(s) shall label the rear of each patch panel used as well as provide “wrap around” labels on each end of the CAT6 at each camera and patch panel.

Fort Carson labeling schema: Access control/keyless and CCTV: 1 first floor shall reflect; 1030-2-

17-1: 1030= telecom room 2= POC blade- 17= blade port-1= Patch Panel Port. Contact RNEC

PM for additional direction as needed.

3.17 Training/Testing – The contractor shall perform a full systems check in the presence of

Government Representative(s). The contractor shall coordinate and provide a minimum of one training session for designated customer personnel. This training session shall at a minimum include the use of the system (video monitor, alarm monitoring, access control, etc.) and the use of the card making hardware. A final inspection shall be conducted, and any punch list items shall be resolved before the Government’s final acceptance.

Contractor shall provide end user training on the proper use of the system, training shall include at a minimum; alarm monitoring, access control, badge creation, and video monitor (as appropriate per the contractor). Customer Management Consoles/Client Workstation location will be determined by the unit’s local security representative or designated customer POC.

3.18 Encryption – LNL – 2220 shall meet Federal Information Processing Standard (FIPS) 197 and

Advanced Encryption Standard (AES) 128 bit encryption per National Institute of Standards and

Technology (NIST). HID iClass readers shall be FIPS 201 complaint. Readers shall be shipped from manufacture with FIPS 201 enabled and configured. Flashing devices” or conducting “Field

Upgrades” WILL NOT be accepted by the Government.

3.19 Configurations – Fort Carson’s architecture is configured for 4-State monitoring, 4-State monitoring requires supervisory resistors be wired into the door contact circuit, this type of monitoring allows the alarm monitoring panel to detect a normal condition, a shorted trouble condition, an open trouble condition, and an alarm condition. OnGuard client alarm monitoring station shall have the ability to view the 4-state monitoring conditions for real time situational awareness. Each enclosure shall meet the 4-state monitoring configuration.

3.19.1 Client computer shall be imaged by Fort Carson RNEC, contractor must identify its use prior to imaging (i.e. video monitoring only, CAC exempt, etc.) by using the programming package. The RNEC shall image the computer, load printer drivers (i.e. zebra), standard CAC drivers, web camera drivers, and configure the Open Database Connectivity (ODBC) connector to the SQL database. NOTE: Windows

OS should resolve most drivers automatically, web camera, CAC keyboards, etc., however in some cases the RNEC may need to remote into the system and manually load drivers for unique devices. Contractor might be required to provide software/drivers CDs to assist in the installation/configuration of unique devices. USB port are disabled per Army and local Group Policy (GPO) for mass storage devices;

therefore the use of mass storage devices is strictly prohibited. Client computers for “Video Only” monitors are required to have a service/user account, shall be added to the CAC-exempt MBE group, and shall have Internet Explorer disabled through Bluecoat Proxy (Refer to Cyber Defense Branch for direct guidance).

3.20 Permissions – Programmer(s) shall be granted “Programmer –NO SCIF” permissions to the segment being programmed per the contract. Programmer-NO SCIF permissions allows the programmer(s) the ability to perform their programming duties as outlined in the contract for the specified segment. RNEC System Administrator (SA) are required to create the required segment(s) per each project. Programmer(s) do not have the ability to create new segments within the SMS, once segment is created, programming can be completed by the programmer(s) without RNEC oversight. Additionally, programmer(s) shall coordinate time with the SA to create and program any SCIF or restricted area requirements. SCIF segments are separated from the standard segments within the SMS and are only visible by the SAs.

Pedestrian and vehicle gates adjacent to the SCIF facility shall be programmed on the SCIF panel. SCIF programming is limited to RNEC SAs that have TS/SCI clearances and therefore shall be completed under the SAs log in; with strict oversight by the SA. Programmer(s) permissions shall be given only to those personnel who meet the clearance, certification, and network requirements and have been vetted by the RNEC LENEL Program Manager (PM). If a programmer(s) does not have an account and do NOT met the clearance, certification, and network requirements they will be denied access to the system.

3.20.1 Unit POCs will be required to have LENEL user accounts, these accounts are established by submitting a completed DD Form 2875 (Digitally Signed) to the RNEC SA for account creation. Unit POC will be provided the permissions – Segment

Administrator.

3.21 Programming – Contractor is responsible for programming all system components into the

SMS, setting up alarm levels, importing facility plans, layering plans to provide zoom in capability on alarmed areas, and placing all device icons on associated maps for each facility. The

Intelligent System Controller (ISC) shall link the SMS software to all “down-stream” field hardware components. The ISC shall provide full distributed processing of access control/alarm monitoring rules and operations. A fully loaded and configured ISC shall respond in less than one-half (0.5) second to grant or deny access to cardholder. The ISC shall continue to function normally in stand-alone mode in the event that it loses communication with the SMS database.

While in stand-alone mode, the ISC shall make access grant/deny decisions and maintain a log of the events that occur during such event. Events shall be stored in local memory and then uploaded automatically to the SMS database after communication has been restored.

The Contractor is required to give the RNEC POC a primary and secondary dates that the programmer can program the LENEL/ONGUARD system so that the RNEC POC can coordinate with the RNEC Government Lenel/OnGuard system administrator to insure that he and or she will be available for the dates provided by the Contractor that is to program the LENEL

ONGUARD System.

3.22 HID iClass Card Requirements – RNEC PM is the responsible entity for issuing iClass card sequencing/numbering. The contractor shall identify with the customer on the required number of cards to be issued per the contract and then coordinate with RNEC PM on appropriate card sequencing/numbering. HID iClass cards shall NOT be purchased without prior coordination with the RNEC PM. Card sequencing is essential in alleviating duplicate card numbers on the SMS System, duplicate cards will NOT be accepted and will be returned to the manufacture at the contractor or unit expense.

3.22.1 Fort Carson card requirements are HID iClass Contactless Smart Cards, 2K bits with 2 applications areas, 13.56 MHz, Direct printable, ISO standard dimensions, programmed, with external card numbering (LENEL Part Number: 2000PGGMN), Facility

Code 125. Fort Carson Dongle ID is a controlled number and shall be provided on an as needed basis per the contract; Dongle ID shall only be provided to the Value Added

Reseller (VAR) of record(s) on file with the RNEC and LENEL.

3.22.2 Unit Segment Administrators are responsible for issuing cards to their respective cardholders, providing access levels within their…