Atch 31 SOO Demo Project Const. Bldg 703 GCS Compound.Pad.pdf

FA4861-11-R-A400

Attachment # 31

SABER

STATEMENT OF OBJECTIVES

FOR

CONSTRUCT BLDG 703 ADDITION & GCS COMPOUND/PAD, 556 TES

LKTC 11-1040A

CREECH AIR FORCE BASE, NEVADA

REVISION #1

12 August 2011

OFFICE OF THE BASE CIVIL ENGINEER

NELLIS AIR FORCE BASE, NEVADA

STATEMENT OF OBJECTIVES

1. SCOPE: Contractor shall furnish all design, labor, equipment, material, transportation, administration, supervision and all else necessary to perform all operations in connection with successfully completing this project LKTC 11-

1040A, CONSTRUCT BLDG 703 ADDITION & GCS COMPOUND/PAD, 556

TES, Creech AFB, Indian Springs, Nevada.

2. The renovation of Building 703 will create an Open Secure Storage Area

(OSSA) in the East side of the existing building & extend to an area adjacent to the building, on the North (flight line) side. Construction will include renovating the existing structure of designated rooms to meet OSSA requirements; enclosing open areas between the 2 sides of the existing bldg to create new server room and operating locations, renovating an existing room

(Rm106) and constructing a secure compound for Ground Control Station (GCS) operations. Power and HVAC systems will be installed to operate and cool new servers, room additions, and operating systems within required standards.

Install a back-up generator, connect all comm and electrical systems in room additions, ops floor Room 106, GCS Compound, and UNCLASS comm room to generator via auto-transfer switch. Security systems will be installed to provide

24X7 IDS and Access Control coverage. Additional comm connectivity will be installed from another building (B707) thru this renovation area to an unclass room (Rm115) in B703. A radio antenna will be installed as a roof mount.

Communications conduit, cable ladders/trays, wiring, cabinets, NEMA

Enclosures, patch panels, wire management devices, and associated hardware are required to meet the OSSA standards and the OPS requirements for the 2 new office/server areas, Room 106, & the new GCS compound.

3. Customer will provide SCI escort bodies for construction activities pending

Creech SSO recommendation, pending ICD 705 review.

4. When complete, the project shall be as shown below (either in the attached sketch or work description). Include in the submittal, reference to the specifications that apply to this project and identification of material items required to be submitted to the government for approval (use AF Form 66), both will be incorporated in the construction project.

5. LOCATION: The project site is located onCreech AFB, Nevada. The Main base is located approximately 55 miles north of Las Vegas on Highway US 95.

6. CODES: All design and construction must be in compliance with the

International Building Code (UBC-2006) (or most recent edition), Department of Defense Unified Facilities Criteria Standards (UFC), all Public Laws, Executive Orders, Code of Federal Regulations, Department of Defense

Instructions, (DODI), Department of Defense Directives, NAFB Design

Compatibility Guidelines, Clark County, State of Nevada and Federal standards, codes and laws or other higher authority documents as applicable.

7. REFERENCES:

7.1 ICD 705

7.2 DoD 5200.1-R, AP7

7.3 ACC33-165

7.4 UFC 3-580-01, Telecommunications Building Cabling Systems Planning and

Design, 22 June 2007

7.5 Nellis and Creech AFB Addendum, Building Telecommunications Cabling

System, Section 27 10 00, May 2010

7.6 Engineering Technical Letter (ETL) 02-12: Communications and Information

System Criteria for Air Force Facilities, 27 Jun, 2002

7.7 MIL-STD-188-124B, Department of Defense Interface Standard, Grounding, Bonding, and Shielding, 18 Dec 2000

7.8 AFMAN 33-214 V1, paragraph 5.3.1.1, [will become AFSSI 7701]

7.8.1 (U) INFORMATION ASSURANCE SYSTEMS

COUNTERMEASURES.

7.8.2 (U) Expose RED Signal Lines.

7.8.3 (U) In controlled access areas that are not controlled 24 hours a day, 7 days a week (24/7), expose all RED signal lines to viewing. This applies to both wire and fiber optic RED signal lines. Exposing means do not hide RED signal lines above false ceilings, below raised flooring, or behind a cover attached to a wall. Conduit (electrical metallic tubing [EMT]), Panduit, or other distribution facilities may be used to protect the signal lines from damage or to achieve neatness and orderliness as long as they are exposed to viewing and begin and end within the same controlled access area. RED signal lines may be run above a false ceiling or below a raised floor provided the hidden area they traverse is alarmed or the signal lines are run in conduit with the conduit ends exposed below the false ceiling or above the raised floor. Spot-weld or epoxy all joints of the conduit. Check

RED signal lines that are run above a false ceiling or below a raised floor for tampering twice a year or whenever un-cleared personnel have had access to them (housekeeping, painting, civil engineering [CE] work, etc.).

7.8.4 AFSSI 7702 EMSEC Countermeasures Reviews

7.9 38EIG Handbook 3301, Communications and Information First Four

Hundred Feet, 1 May 2005

8. DRAWING STANDARDS: All drawings submitted shall be prepared in accordance with the applicable provisions of the

Architectural/Engineering/Construction (A/E/C) Computer-Aided Design and

Drafting (CADD) standard. All drawings shall comply with the specifications in

Attachment #1 for Simplified Acquisition of Base Engineering Requirements

(SABER) dated 12 August 2011. Contractor shall maintain one set of drawings on site and record all changes and any hidden or subsurface data discovered during construction. Construction drawings shall be submitted to government with Red Line Marks.

9. ENVIRONMENTAL PROTECTION: All work and contractor operations shall comply with the requirements imposed by all applicable Federal, State, local and

NAFB laws, regulations, codes and permits (including NAFB Management Plan12) concerning environmental protection.

10. DESCRIPTION OF WORK: The work to be accomplished includes but is not limited to the following description.

11. OCCUPANT COUNT FOR NEW SERVER/OFFICE AREAS

11.1 Ops floor Bldg 703, Rm106 & Server room addition: Total of 9

Users

11.2 South Office Addition (Bldg 703): Total of 5 Users

12. CONSTRUCTION REQUIREMENTS:

12.1.1 Ops Floor Room #106

12.2 Construct Ops Floor Room 106 to OSSA standards as per DoD

5200.1-R, AP7. Shared wall will be A Type Construction, acoustical.

12.3 Install one (1) STC 50 door and frame, 3’-0” x 7’0”, into the new server room from Room 106.

12.4 All walls are to match existing finishes.

12.5 All painted areas shall have one (1) coat of primer and two (2) coats of paint with color to be selected by the government.

12.5.1 Install one (1) STC 45 door and frame from the hallway to Room

106, see Diagram #2 for approximate location.

12.5.2 Install a raised floor system, with Cadillac style raised floor, tiles will NOT be screwed down, to provide access to cables (fiber & power) below, approximately 20’-10” by 26’-11” to support five (6) operator consoles, personnel and equipment. See drawing Diagram #2 for approximate location.

12.5.3 Remove existing suspended ceiling system and all fixtures, raise ceiling approximately 4”-6” shall be proportional to each other.

12.5.4 Shall remove existing projector mounts and screen. Equipment shall be returned to the Government.

12.5.5 Construct all walls true floor to ceiling. Install an insulator, to all conduits, pipes, and HVAC system penetration, in accordance with DoD

5200.1-R, Appendix 7 and OSSA standards.

12.5.6 Reconfigure existing light circuits and install dimmer balances in light fixture to operate with two (separate) 3-way dimmer switches in Ops floor. The 2 variable switches, will control front lighting (light fixtures closest to the front) and rear lighting (lights toward the rear of the Ops room).

12.5.7 Contractor will install blue light in the center of the room. Locate control switch at main entrance and server room double door exit.

Switches will control both blue lights (Room 106 & new Server Room).

12.5.8 Install Card Access Reader at hallway entry of Ops floor which will be tied back to Security Forces main badging station.

12.5.9 Install swipe and proximity reader on the outside of the main entrance of Room #106.

12.5.10 Install separate A/C unit for Ops Room #106 with moisture control and ambient control system.

12.5.11 Install and power white noise generator.

12.5.12 Install power requirements for ops floor as per Diagram #2 for

Ops floor and Server Room.

12.5.13 Re-route main power from Room 106 to new service panel. New service panel will be tied into backup system.

12.6 New West Server Room Addition: Room addition West of Room #106 built in accordance with ICD 705.

12.6.1 Install one (1) STC 50 door and frame, 3’-0” x 7’-0”, into new server room from room 106 and install STC 50 or better rated double doors at entry/exit to GCS compound. Install X09 locks on both doors.

12.6.2 Construct new server room, approximately 11’-2” x 40’-0”, west of room 106, Diagram #1 and #2.

12.6.3 Redesign roof; existing roof line to cover new server room area in accordance with ICD 705

12.6.4 Install raised floor system; tiles are to NOT be screwed down, for access to cabling below. Floor height is approximately 4”- 6”, no ramps.

(Raised flooring is for distributing all cables; not for HVAC). (Transition from Room #106 to server room will be seamless with no step up or down)

12.6.5 Install primary and secondary HVAC system, minimum

45,000 BTU’s (HVAC system is to support 9 cabinets, (See Diagram

#2).

12.6.6 All new HVAC systems may be installed on existing

maintenance pad on the south side of building.

12.6.7 Install one (1) dimmable light switch.

12.6.8 Install two (2) Card Access Readers, one located at

exterior of server room at the single door and the double door entry into the new server room, which will be tied back to Security Forces main badging station.

12.6.9 Install two (2) swipe and proximity readers; one at the outside of the main entrance from the double door from GCS area and one at the single door from Room 106.

12.6.10 Install Intruder Detection System with three (3) sets of

Balance Magnetic Switch with two (2) located at double doors and one (1) at the single door entering into the ops cell with 360 degree

PIR sensor (must be compatible with base alarm system).

12.6.11 Install required IDS keypad.

12.6.12 Install and power white noise generator.

12.6.13 Wire new server room with new 225 Amp load center

which must be tied to back up power.

12.6.14 All junction boxes supplying power to server cabinets shall have a minimum of six (6) foot length to each cabinet.

12.6.15 All walls in new server room will be constructed in

accordance to ICD 705 wall type “A”- acoustical wall construction.

12.6.16 Install one (1) exterior lighting above double doors with photo-cell.

12.6.17 Install an 11 foot wide awning above the server room

double doors to extend out 10’ feet.

12.7 Additional (South) Office: Office space shall be constructed to ICD 705 (Note: customer will provide SCI escorts pending Creech Site

Security Officer (SSO) recommendation.

12.7.1 Construct additional office space opposite of new server room addition. (see Diagram #1 and #3).

12.7.2 All walls in new administration room in Bldg 703 will be constructed in accordance to ICD 705 wall type “A”- acoustical wall construction.

12.7.3 Install one (1) STC 50 door and frame, 3’-0” x 7’-0”, at south office entrance from hallway. Install X09 locks on door.

12.7.4 Install Card Access Reader and proximity reader at

entrance.

12.7.5 Install Intruder Detection System with Balance Magnetic

Switch on main entrance door and 360 degree PIR sensor (must be compatible with base alarm system).

12.7.6 Install required IDS keypad.

12.7.7 Install and power white noise generator.

12.7.8 Redesign existing roof to cover over new south admin office

ICD 705.

12.7.9 Install non-static carpet in accordance with Attachment #6, Section J, approximately 36’ feet X 14’ feet, color to be selected by the Government.

12.7.10 Install new HVAC system. (HVAC system to support 3

cabinets producing 24,000 BTU’s per cabinet and five supporting five (5) work stations).

12.7.11 Install one (1) dimmable light switch.

12.7.12 Install two (2) rows of T8 lights with four (4) tube type fixtures.

12.7.13 Install five (5) dedicated outlets for each work station as per Diagram #3.

12.7.14 Install power requirement for three (3) server cabinets with dedicated circuits (see Diagram #3).

12.7.15 Construct noise barrier wall with door entry to server room.

12.7.16 Door requires 5 push button cipher lock with lever

handle.

12.8 GCS Compound:

12.8.1 Install concrete pad approximately 60ft x 160ft 4500 psi with re-enforcement strength to support (4) GCS unit each weighting approximately 22,000lbs each.

12.8.2 Install concrete walkway from server room to entry of new turn style from GCS pad area, approximately 4’ feet wide X 4” thick.

12.8.3 Install four (4) exterior lights with photo-cell on light poles.

12.8.4 Install new Generator to support all new areas of

construction and renovations. Contractor shall size generator according load requirements. Contractor will be required to obtain the Authority to Construct/Operating Permit (ATC/OP) if a larger generator is required. This will be determined by the government at a later date. The permit will be submitted to the Government for approval before submitting it to Clark County DAQEM. The permitting process takes six months to a year. The permit must be in place prior to the order or receipt of the equipment, the serial numbers will be added upon receipt of the equipment after the permit is issued. NOTE: Nellis AFB Environmental Flight will provide clarification, if needed. In accordance with Nevada Title 5 air quality requirements for generators, contractor must provide the following information required for the permit submission, the generator make, model number, serial number, capacity, engine date of manufacture and serial number as soon as they are available for requested generator. The contractor is responsible for acquiring the Authority to Construct/Operating Permit (ATC/OP). 99 CES, Air Quality Program Manager, must be contacted to proceed with this process. The submittal for this permit must be reviewed by our office prior to submittal to Clark County DAQEM. The permitting process takes six months to a year typically. The permit must be in place prior to the order or receipt of the equipment.

12.8.5 Install TYPE A fencing. Install vertical outriggers (to accommodate 3 strands of tensioned barbed wire) in order to provide a proper fence sensor platform. The fence has to be 7 feet tall, with tensioning wire and bracing rails, 9-guage wire mesh.

12.8.6 Install Card Access Reader at turn style with swipe and proximity reader at entrance. Install comm conduit to support.

Access control panel for turn style will terminate at vendor supplied control panel to be installed in server room below the drop ceiling.

12.8.7 Install Grounding in compliance with ACC 33-165

(grounding is required for all comm equipment and all cable trays).

12.8.8 Install four (4) 225 amp load centers for each GCS unit.

(Spacing between units is approximately 6 feet). Each Power

Distribution System/ Load center, junction boxes shall provide (1)

100amp and (2) 60amp breakers.

12.8.9 Provide ten foot extensions with canister plugs for (1)

100amp MilSpec and (2) 60amp MilSpec’s.

12.8.10 Contractor shall install new transformer, 300 KvA, 120/208 volts for new GCS compound area.

12.8.11 Contractor shall use existing loop feed transformer (T4

300 KVA 120/208V 3-phase loop feed, has 1-spare (a single spare)

4-taps available) to feed all requirements.

12.8.12 Contractor shall provide design for new distribution

system for all new power requirements with back –up system.

12.8.13 Ensure all four (4) PDS junction boxes are lockable.

12.8.14 Contractor shall install and size ATS to support all power required in the new server room, Ops cell, and all new power in GCS compound.

12.8.15 Require all new HVAC systems, for server room, ops cell and GCS compound is required to have back-up power.

12.8.16 Generator tank shall be large enough to support 72 hours run time.

12.8.17 Vehicle gate must accommodate tractor trailer sized

vehicles, as per Diagram #1, shall be a sliding motorized with opening of 20 feet.

13. Earthwork:

13.1 Remove and dispose of existing trees and shrubs. Grade area to natural slope.

13.2 Remove existing drainage rocks

13.3 Re-grade, cut and fill an approximate area of 200’ by 75’. Bring grade elevation up to match the existing fence line retaining wall and slope towards existing concrete pad elevations.

13.4 Design and install drainage to divert the water flow away from the existing and new concrete pads. Arched concrete pipe (ARCP) and rectangular concrete pipe (RCP) with end section are to be used and installed per Clark County Unified Standards for reinforced piping.

13.5 Contractor shall provide 35% construction drawings of

earthwork and hydraulics calculations for the size of RCP to be used for approval before work is to commence.

14. Communication requirements for Ops Cell/Server room/Secure

Compound; Installation of all comm will be in accordance with the references listed in Para 6. Although this facility and adjacent GCS compound will be alarmed (under this contract) at entrances and exits, they DO NOT meet the requirements to be considered a 24/7 operation, therefore, ALL red signal lines, whether fiber or copper must be either alarmed, if traversing hidden space, or exposed to viewing, beginning and ending in the same physical space. Specific details of how this must be accomplished is found in AFSSI 7701, and is copied in paragraph 7.

14.1 ALL fiber will be OFNP.

14.2 ALL CAT6 will be screened shielded (S/STP), plenum rated, color jacketed as noted in Tables 1-4.

14.3 ALL cable entrances/exits to the raised floor, entrance/exits to the above ceiling space, and conduit stub-ups to and from the GCS pad will be alarmed to monitor tampering.

15. General Comm requirements for Bldg 703 Server Room addition/Room 106 renovation/South Office room addition/GCS

Compound. Contractor will EFI&T all communications wiring, outlet boxes, cable trays, NEMA boxes, data racks, patch panels, Panduit, and associated parts to complete the communications req associated with this project renovation. Refer to Diagrams 1-3 for graphic of each area

15.1 Contractor will EFI&T comm wiring from data racks in new server room to designated consoles and wall outlets as specified in room diagrams and wiring matrix, Tables 1-4 & Diagrams 1-3. Routing will be via grounded cable trays, conduit, or surface mount Panduit in accordance with security standards. Wall penetrations will be thru lockable/alarmed

NEMA cabinets of sufficient depth to allow visual inspection of cabling from one room thru wall space into opposing room. UNCLASSIFIED and

CLASSIFIED wiring will remain 2” apart along the entire route from data patch panel locations and outlet boxes, thru cable trays, and all other floor/ceiling penetrations. CLASSIFIED and UNCLASSIFIED wiring will enter/exit thru separate NEMA boxes as depicted in Diagram 1

15.2 Both room additions will have a TMGB ground plate installed, connected to facility ground and meet less than 10 ohms resistance

15.3 All contractor installed cabinets will be secured to the flooring in accordance with earthquake safety standards. Each data cabinet will have 2 dedicated L5-30 125VAC and 2 dedicated L6-30 250VAC, mounted under raised floor. Patch panels for Fiber and CAT6 S/STP will be installed to meet connectivity requirements and wire (S/STP) grounding; patch panels and premise wiring will be installed in a common data/voice configuration

15.4 Do not install cabinets in a corner; provide 36” maintenance space on all sides unless one side can be against a wall, allowing maintenance access to front, back and one side

15.5 Coordinate with customer & 99 CS/OL-A PM for rack elevation drawings.

15.6 All outlet boxes must be metal with multiple 1” knockouts and must be of sufficient depth to provide bend radius space for the CAT6

S/STP and FO wiring.

15.7 Separate 1” conduits will be used for CAT6 and FO. This

applies to wall and under raised floor outlet box installations.

15.8 Outlet boxes will be of sufficient width to accommodate all ports Installed for each outlet location as per diagrams. Outlet face plates will be white, Quick Port style.

15.9 All CLASSIFIED outlet boxes, above raised floor or below ceiling tiles, must be surface mounted. Wiring to all CLASSIFIED outlet boxes will be installed in surface mounted Panduit, wire runs will have covers that are easily removed for visual inspection.

15.10 Outlet boxes installed under raised floor space, and associated wiring, will not require Panduit, since the space traversed by the classified wiring will be alarmed. Wiring under the raised floor (alarmed space) will require cable trays to traverse the area. All comm wiring under raised floor space will be easily inspected.

15.11 The existing conduit is in the network room #143 which is in the center of Bldg 707 across the hallway from the two GCS trainer rooms that will be renovated. The other end of the communication conduit enter the Bldg 703 in the communication room of next to the mechanical room of 703 flight line side of the facility.

16. Comm requirements for Bldg 703 Server Room addition and Room

106 renovation, Diagram 2.

16.1 Contractor will Install, & Test 9 GFE lockable, free-standing data cabinets, side panels, including wire management, in new server room addition. Contractor will install 8 HP Rack Coupling Kits.

16.2 Contractor will EFI&T all communications wiring, outlet boxes, cable trays, NEMA boxes, data racks, patch panels, Panduit, and associated parts to complete the communications requirements associated with this project renovation. See Tables 1 & 2 for wiring matrix.

16.3 Contractor will install 24 strands SM FO from B703 North East

UNCLASSIFIED comm room and terminate in Rack 1, new server room, via NEMA Enclosure 4.

16.4 Contractor will install 50 Pair Copper from B703 North East

UNCLASSIFIED comm room and terminate in Rack 1, new server room, via NEMA Enclosure 4.

16.5 99th Communication Squadron will mark and tag conduit for

Contractor’s usage.

Wiring Matrix--Server Room Addition and Room 106; Outlet boxes 6’ above raised floor R∆=Classified G∆=Unclassified

Rack1 Rack2 Rack3 Rack4 Rack5 Rack6 Rack7

R∆ (2)

Cat6 X

R∆ (2)

RG6

X

R∆ 4 str MM

ST

X

G∆ (2)

Cat6 X

G∆ (2)

RG6

X

G∆ 4 str MM

ST

X

Table 1

Wiring Matrix--Server Room Addition and Room 106; Outlet boxes below raised floor R□=CLASSIFIED G□=UNCLASSFIED

Outlet box

Rack1 Rack2 Rack3 Rack4 Rack5 Rack6 Rack7

R□(4)

Cat6 X

R□(6)

RG6

X

R□12str

MM ST

X

G□ (4)

Cat6 X

G□(6)

RG6

X

G□ 12str

MM ST

Table 2

17. Comm Requirements for PRC-117 radio antenna roof-top infrastructure installation, West Server Room Addition: Contractor will EFI&T 2” conduit installation in southwest corner of new server room addition. Conduit will exit room via lockable NEMA enclosure and exit roof top via lockable, weather-proof and alarmed with base IDS system

NEMA enclosure. Contractor will install pull-strings in conduit. (Diagram

2)

18. Comm requirements for Bldg 703 South Office Addition;

Contractor will EFI&T all communications wiring, outlet boxes, cable trays, NEMA enclosures, data racks, patch panels, Panduit, and associated parts to complete the communication req associated with this project renovation. See Table 3 for wiring matrix.

18.1 Contractor will EFI&T, and install 24"x42"x86" Server Cabinets44U, Model GL840ES-2442MSFS (or approved equal). Include side panels, front, rear doors, and wire management panels.

18.2 Contractor will EFI&T 12 str FO SM from Bldg 703 North Server

Room rack 1 to South Office Addition, terminate on Rack 1. Route thru NEMA

Box 1, NEMA Box 5 and cable trays.

18.3 Contractor will EFI&T 12 pair copper from Bldg 703 North Server

Room rack 1 to South Office Addition terminates on Rack 1. Route thru NEMA

Box 1, NEMA Box 5 and cable trays.

18.4 Contractor will EFI&T cable trays under raised floor, route cable from racks 1-3 to outlet box locations 1-7 as detailed in Table 3.

B703 South

Office Addition

Wiring Matrix

Outlet box below raised floor

Outlet box

6 ft above raised floor

Data Cabinet Termination point

Outlet box Positions 1-5 Position 6 Rack 1 Rack 2 Rack 3

12 str RED ST

MM

X X

4 str YELLOW

SC MM

X X

6 str GREEN ST

MM

X X

3 CAT6 X X

2 str RED ST

MM

X X

2 str YELLOW

SC MM

X X

2 str GREEN ST

MM;

X X

Table 3

19. GCS Compound: Contractor will EFI&T 3, 4” HDPE conduits underground from Bldg 703 north server room addition to contractor-installed NEMA Enclosures in Ground Control Station compound.

Contractor will install 4, 1” inner ducts in each 4” conduit; empty inner ducts will have pull string.

19.1 Contractor will EFI&T weather-proof, lockable NEMA

Enclosures at each GCS location. Each enclosure will be free-standing and accommodate 3 entrance conduits and 1 exit conduit for comm connectivity. Conduit entrance/exits will be at bottom of enclosure.

NEMA enclosures will be alarmed

19.2 Contractor will EFI&T, FO and Cat6 S/STP via Comm Hand

Hole, to route & distribute CLASSIFIED fiber and UNCLASSIFIED copper wiring from B703, new server room, to each of 4 NEMA telecomm enclosures, via separate conduits (1 for FO and 1 for Copper). Alarm the

Comm Hand Hole.

19.3 GCS Compound NEMA Enclosure Connectivity requirements, Table 4. (This table reflects fiber and copper to support GCS compound.

All terminations will be in NEMA rated box with specified connectors listed in table 4 below).

NEMA Enclosures on GCS Compound to Data cabinets in new server room (NEMA enclosures 1 thru 4 (Diagram #1) will have one of each listed below)

Each

NEMA

Enclosure

Rack1 Rack2 Rack3 Rack4 Rack5 Rack6 Rack7 Rack8 Rack9

48 st

MM FO

(SC)

24 str

SM FO

(ST)

48 st

MM FO

(SC)

24 str

SM FO

(ST)

6 ea, CAT6

S/STP

Table 4

19.4 Contractor will EFI&T 1” conduit, wiring, exterior phone and enclosure, outside GCS pad perimeter fencing, left side of turn style.

Coordinate with 99CS/OL-A for Govt service point termination.

19.5 Contractor will EFI&T 1” conduit, wiring, exterior phone and enclosure, NE side, left side of double fencing, GCS pad perimeter.

Coordinate with 99CS/OL-A for Govt service point termination.

19.6 Contractor will EFI&T 1” conduit, wiring, to each IDS alarm location. Coordinate with 99CS/OL-A for Govt service point termination.

20. B707 to B703 Fiber connectivity requirements

20.1 Contractor will EFI&T, 48 strand SC MM fiber from Bldg 707 server room rack 1, thru B703 UNCLASS Comm Room and terminate in bldg 703, Route thru NEMA Box 1 to server room addition, rack 2.

Coordinate with 99CS/OL-A POC for routing thru available base infrastructure. (The length of FO from the patch panel in Bldg 703, unclass comm room to the patch panel in the unclass comm room in Bldg

707 is approximately 600 feet. This does NOT include connectivity between the unclass comm rooms to the secure server rooms and then to the user terminals).

20.2 Contractor will EFI&T, 48 strand ST SM fiber from Bldg 707 server room rack 1, thru B703 UNCLASS Comm Room and terminate in bldg 703 , Route thru NEMA Box 1 to server room addition, rack 2.

Coordinate with 99CS/OL-A POC for routing thru available base infrastructure.

20.3 Contractor will EFI&T, 48 strand SC MM fiber from Bldg 703 server room rack 1, terminate in bldg 703 room 115 wall rack, with 3m maintenance loop. Route FO thru NEMA 1 box, thru cable trays to Room 115 location.

20.4 Contractor will EFI&T, 24 str ST SM fiber from Bldg 703

server room rack 1, terminate in bldg 703 room 115 wall rack, with 3m maintenance loops. Route FO thru NEMA 1 box, thru cable trays to Room

115 location.

20.5 Contractor will EFI&T, 24 str ST MM fiber from Bldg 703

South office addition to new North server room rack 1, terminate in bldg

703 North server room addition rack 1. Route FO thru internal NEMA 5 box, thru cable trays to internal NEMA 1 box.

21. SUMMARY OF ELECTRICAL AND COMMUNICATION

REQUIREMENTS (Server and Ops Room#106):

21.1 Install all required receptacles per the current IBC and NEC and use drawing to show other type of power requirements.

21.2 Provide power for UPS (GFE) model HP R5500 Va 3U (L630P).

APC Smart-UPS XL 3000Va RM 3U (L530O)

21.3 Install four floor receptacle 120VAC.

21.4 Install four wall receptacles 120VAC.

21.5 Install four above ground receptacle 120VAC. Install 4 CAT6e

Plenum rated.

21.6 Install 6 RG6 BNC.

21.7 Install 6 ST MM.

21.8 Install 6ft above ground.

21.8.1 Install 2 CAT 6e Plenum rated

21.8.2 Install 2 RG6 BNC.

21.8.3 Install 2 ST MM

21.9 Install 4 CAT 6e plenum rated.

21.9.1 Install 6 RG6 BNC

21.9.2 Install 6 ST MM

21.9.3 Install 6ft above ground

21.9.4 Install 2 CAT 6e plenum rated.

21.9.5 Install 2 RG6 BNC

21.9.6 Install 2 ST MM.

21.10 Install Analog and Digital phone lines.

22. Fire Suppression/ Alarms: Update and tie into existing system with updated devices.

22.1 Update bldg’s fire alarm system to new standards re-use all wiring and conduits and update.

22.2 Install horns and strobes in accordance with current NFPA.

22.3 Install mass notification system for both entrances to

facilities.

23. Electrical services

23.1 The existing transformer behind Bldg 703 is a 300KVA

120/208Volts loop feed system.

23.2 Install new Auto-Transfer Switch (ATS) in the GCS compound.

The only rooms that must be on back-up power is; Ops cell room, New server room and all four 225 amps services for GCS units, and all new HVAC system supplying A/C for the Ops cell room, the New server room. Must be weather proof and installed in the mechanical room of Building 703.

23.3 Existing panels are 225 amp, 42 breaker space and 120/208 volts.

23.4 Install two (2) 3-1/3 TON HVAC units for each new office.

Unit must tie-into new ATS for back-up power. Each room shall have separate thermostat.

End of Statement of Objectives