SOW_-_Attachment_1.pdf

Statement of Work: Attachment 1

Individual Breakdown

Cooling of Communication Closet Spaces

Charlotte Air National Guard Base

November 4, 2017

Executive Summary

The purpose of this report is to update mechanical infrastructure in buildings at the North Carolina Air National Guard Base in Charlotte, North Carolina, to provide appropriate cooling for communications equipment.

Locating condensers near the fronts of buildings should be avoided where practical; condenser and other HVAC equipment (to include lines, electric cut-offs, concrete pads) should be located as close to existing utility infrastructure as possible to not negatively impact the aesthetic quality of buildings.

Many communication closets were measured for temperature, while some were not. Ambient outdoor temperatures during the day(s) of data collection were approximately 44 degrees Fahrenheit. Warmer temperatures should be expected in summer months where communications equipment is located in a closet with exterior access and minimal (or non-existent climate control). New cooling systems should be sufficient to address anticipated higher summer temperatures in these types of communications closets.

Projected heat generation was calculated based upon the quantity and type (model number/manufacturer) of devices in each communications closet using data provided by the 145th Communications Flight.

Hydrogen generation due to charging of uninterruptible power supply (UPS) systems has been accepted by experience to be negligible in requiring air exchanges in these rooms due to the frequency of human entry and number of times a communications closet door is opened. If this is found to not be the case (six months or more between human entry of space, or six months or more between opening the entry door) ventilation should be considered.

This report excludes reviews of several buildings due to ongoing C-17 conversion projects. Specifically, Buildings 3, 7, 50, 51, and 64 were not included. Building 43 was recently renovated and cooling was deemed sufficient; Building 72 is a small communications room that was deemed to have sufficient cooling support by MSgt Jamie Britton of the 145th Communications Flight.

SEER ratings for the ductless split-system units provided should meet the following efficiency ratings (wall-mounted window units excluded):

24,000 BTU and greater = minimum 20.0 SEER

18,000 – 23,999 BTU = minimum 21.0 SEER

12,000 – 17,999 BTU = minimum 24.0 SEER

9,000 – 11,999 BTU = minimum 27.0 SEER

6,000 – 8,999 BTU = minimum 30.0 SEER

5,999 – 1 BTU = minimum 33.0 SEER

Building 2 –1 Wing HQ Room near Room 102 & Conference Room

Existing conditions: Two racks of equipment in a storage room, interior walls on all sides. Highest recorded temperature was 92.8F (enclosure of equipment in rack), and lowest recorded temperature was 69.5F (drywall).

Calculated max heat produced per hour: 20,490 BTU Calculated max cooling rating required: 2 ton unit

Requirement: AC mini-split system rated at 2 ton and add a VLD-362 or equal and program.

Two racks of equipment. This room also provides storage for various items.

Building 2 –2 Wing HQ Corner room near JAG area

Existing conditions: Two racks of equipment in a storage room, with two exterior walls. Highest recorded temperature was 87.3F (enclosure of equipment in rack), and lowest recorded temperature was 64.7F (drywall).

Calculated max heat produced per hour: 17,300 BTU Calculated max cooling rating required: 1.5 ton unit

Requirement: AC mini-split system rated at 1.5 ton and add a VLD-362 or equal and program.

Exterior walls are to the left (behind plywood) and straight ahead.

Building 39 – 1 Room – Inside Fuels Superintendent’s Office

Existing conditions: One rack of equipment in an enclosure mounted on the wall, exterior wall on two sides. Highest recorded temperature was 92.2F (enclosure of equipment in rack), and lowest recorded temperature was 81.4F (wall).

Existing AC vents in the ceiling already cool the area; moving a vent to direct cool air onto the enclosure would assist in keeping equipment at a suitable temperature.

Calculated max heat produced per hour: 4100 BTU Calculated max cooling rating required: 0.3 ton unit

Requirement: Relocating duct and vent and add a VLD-362 or equal, a router, and program.

Equipment Enclosure (wall-mounted) Existing AC vent providing cooling to this office.

Building 39 – 2 Room – Closet with entrance on exterior of building

Existing conditions: One small wall-mounted enclosure of equipment (to the right of the red fire panel) in a closet with an exterior entrance, exterior wall on one side. Highest recorded temperature was 69.6F (enclosure of equipment in rack), and lowest recorded temperature was 58.8F (wall).

Calculated max heat produced per hour: 1250 BTU Calculated max cooling rating required: 0.1 ton unit

Requirement: Add a VLD-362 or equal, program, and connect to the router install in Building 39-1.

Exterior entrance Small equipment enclosure (wall mounted).

Building 45 – Dining Facility Room near rear corner of kitchen – Telecom

Existing conditions: two full racks of equipment in a room in the rear of the kitchen area of the dining facility, interior walls all sides of the room. Existing ductwork appears to provide cooling from the building’s primary air conditioning system. Highest temperature measured in the room with a thermal camera was 90.5F (enclosure of a piece of equipment in the rack), and lowest measured was 76.6F (CMU wall).

Calculated max heat produced per hour: 20,250 BTU Calculated max cooling rating required: 2 ton unit

Requirement: Install 2-ton mini-split AC system and add a VLD-362 or equal and program.

Entry to Comm Closet from Kitchen area Two racks of equipment in this communication closet

Overhead diffuser – main building AC syst. Flex duct above diffuser Supply air vent

Building 45 – Communications Flight Room 210 – Network/Server Room

Existing conditions: Several racks of equipment, cooled by main building AC system, but with a supply and return installed very close proximity to each other; room has one exterior wall. Highest measured temperature was 82.8F (enclosure of equipment mounted in the rack) and lowest measured temperature was 72F (CMU wall).

Calculated max heat produced per hour: 32,675 BTU Calculated max cooling rating required: 3 ton unit

Requirement: Install one 3-ton mini-split system. No temp sensor required as one is already installed in this room.

Comm equipment in four racks HVAC supply and return side-by-side (minimal effectiveness)

Building 49 – Hazmart Room H104 – Universal Waste

Existing conditions: computer equipment stored in a black cabinet on the right side of the caged area (see below).

Existing ductwork overhead serving the rest of the building, with a ducted vent at the floor level on the left side of the caged area.

Calculated max heat produced per hour: 4350 BTU Calculated max cooling rating required: less than 0.75 ton – recommend fan cooling only

Requirement: Add a VLD-362 or equal, a router and program.

Computer equipment – right rear of room (behind fence) Overhead ductwork exiting thru roof

Ducted vent

Building 61 – 1 Ops

Room across from Orderly Room

Existing conditions: Two racks of equipment in a storage room, interior walls all sides. Highest recorded temperature was 83.4F (enclosure of equipment in rack), and lowest recorded temperature was 70.9F (drywall). Existing AC duct was observed inside the room (near lights).

Calculated max heat produced per hour: 14,825 BTU Calculated max cooling rating required: 1.5 ton unit

Square rigid duct exists in ceiling near lights. This room has a very high ceiling.

Building 61 – 2 Room unlabeled – downstairs near AE Briefing Room

Existing conditions: One rack of equipment in a storage room, interior walls all sides. Highest recorded temperature was 84.1F (enclosure of equipment in rack), and lowest recorded temperature was 73.3F (drywall).

Calculated max heat produced per hour: 11,425 BTU Calculated max cooling rating required: 1 ton unit

Requirement: AC mini-split system rated at 1 ton and add a VLD-362 or equal and program.

Building 62 – 1

Room labeled as “Storage” up exterior steps

Existing conditions: One rack of equipment in an attic storage room without insulation between the metal roof decking above and the building interior, exterior walls all sides except one. Highest recorded temperature was 65.7F (enclosure of equipment in rack), and lowest recorded temperature was 54.9F (wall).

Calculated max heat produced per hour: 5225 BTU Calculated max cooling rating required: 0.5 ton unit

Exposed metal roof decking is not insulated inside room.

Building 63 – Supply Room 128 – Telecom

Existing conditions: one louvered vent over the doorway, cooling duct just above the equipment rack and fan pulling warm air from equipment, through duct, and pushing air out into the hallway. This room is an interior room in the building.

Calculated max heat produced per hour: 11,125 BTU Calculated max cooling rating required: 0.9 ton unit

Requirement: Add a VLD-362 or equal and program.

Equipment rack – Bdg 63, Room 128 Overhead ductwork & louvered vent

Building 65 – AGE Room – Electric Room 202 (upstairs near exercise room)

Existing conditions: One rack of equipment in a storage room, interior walls all sides. Highest recorded temperature was 92.8F (enclosure of equipment in rack), and lowest recorded temperature was 82.0F (drywall). Room has an existing split-system AC unit inside.

Calculated max heat produced per hour: 4425 BTU Calculated max cooling rating required: 0.4 ton unit

Requirement: Spray foam Insulation at exposed metal roof deck above and add a VLD-362 or equal and program.

Equipment rack inside Electric Room. Uninsulated metal roofing overhead.

Gaps between metal roofing and vertical wall.

Building 67 – Vehicle Maintenance Room labeled “Telephone” – no room number shown - Exterior entrance

Existing conditions: telephone and computer equipment are situated in this exterior-access room. Walls are concrete masonry unit (CMU) construction, with unknown insulation content. Two louvered vents are present, but no fans were observed. No air conditioning or heating observed in the room.

Calculated max heat produced per hour: 6350 BTU Calculated max cooling rating required: less than 0.75 ton

Exterior entrance door Contents of room

Louvered vent – left wall Louvered vent – right wall

Building 69 – Recruiting & Retention Room number not marked – Telecom

Existing conditions: closet is in the un-finished space between the finished spaces of the front offices (Recruiting and Retention) and the Base Gym. Heating system and hot water heater are located above the communications closet.

Communications closet has a vent in the ceiling to allow warm air to rise out of this space.

Calculated max heat produced per hour: 5475 BTU Calculated max cooling rating required: less than 0.75 ton

Requirement: 1-ton window unit installed on the wall (pushing heat into unconditioned space), and relocate the hot water tank/heater to ground floor level to avoid water leak damage to communications equipment. Add a VLD-362 or equal, a router and program.

Comm Closet built in space between front Computer equipment in rack inside closet offices (right wall) and Base Gym (left wall)

Statement of Work: Attachment 1

Individual Breakdown

Cooling of Communication Closet Spaces

Stanly County ANG Facilities

November 4, 2017

Executive Summary

The purpose of this report is to update mechanical infrastructure in buildings at the North Carolina Air National Guard Base in Charlotte, North Carolina and to provide appropriate cooling for communications equipment.

Locating condensers near the fronts of buildings should be avoided where practical; condenser and other HVAC equipment (to include lines, electric cut-offs, concrete pads) should be located as close to existing utility infrastructure as possible to avoid negatively impacting the aesthetic quality of buildings.

Many communication closets were measured for temperature, while some were not. Ambient outdoor temperature during the day of data collection (2 August 2017) was approximately 86 degrees Fahrenheit. Exterior temperatures added to the heat load in communications closets with exterior walls.

Projected heat generation was calculated based upon the quantity and type (model number/manufacturer) of devices in each communications closet using data provided by the 145th Communications Flight.

Hydrogen generation due to charging of uninterruptible power supply (UPS) systems has been accepted by experience to be negligible in requiring air exchanges in these rooms due to the frequency of human entry and number of times a communications closet door is opened. If this is found to not be the case (six months or more between human entry of space, or six months or more between opening the entry door) ventilation should be considered.

SEER ratings for the ductless split-system units provided should meet the following efficiency ratings (wall-mounted window units excluded):

24,000 BTU and greater = minimum 20.0 SEER

18,000 – 23,999 BTU = minimum 21.0 SEER

12,000 – 17,999 BTU = minimum 24.0 SEER

9,000 – 11,999 BTU = minimum 27.0 SEER

6,000 – 8,999 BTU = minimum 30.0 SEER

5,999 – 1 BTU = minimum 33.0 SEER

Building 1

“Elect/Comm,” Closet 1-1 (RM 128)

Existing conditions: Room has all interior walls and existing Mitsubishi split-system AC that was not running. Highest recorded temperature was 89.4F (enclosure of equipment in rack), and lowest recorded temperature was 83.2F (wall).

Calculated max heat produced per hour: 16015 BTU Calculated max cooling rating required: 1.5 ton unit

Requirement: Existing mini-split AC system is not working, replace unit with 1.5 ton mini-split AC and provide a VLD-362 or equal and program.

Equipment rack Existing mini-split (non-functioning)

Building 1 “Elect/Comm,” Closet 1-2 (RM 105)

Existing conditions: Room has all interior walls, ducted building AC supply and return (too closely installed to be effective), and existing split-system AC that was running but reported to require frequent maintenance (several equipment failures). Highest recorded temperature was 83.4F (enclosure of equipment in rack), and lowest recorded temperature was 72.2F (wall).

Calculated max heat produced per hour: 15075 BTU Calculated max cooling rating required: 1.5 ton unit

Requirement: Existing mini-split AC system is only working intermittently, replace with 1.5 ton mini-split AC and provide new lines sets and a VLD-362 or equal and program.

Existing Daikin split-system AC Existing AC ducted supply and return (side-by-side tiles)

Equipment rack with ambient temp thermometer showing 72F.

Building 3

Existing conditions: Room has all interior walls and ducted AC supply and return from building AC system. Highest recorded temperature was 81.7F (enclosure of equipment in rack), and lowest recorded temperature was 68.9F (wall).

Calculated max heat produced per hour: 7650 BTU Calculated max cooling rating required: 0.6 ton unit

Requirement: Provide a VLD-362 or equal and program.

Equipment rack Existing AC supply

Building 8 “Electrical/Communications,” Closet 8-1

Existing conditions: Room has interior walls with one exterior wall, and no AC infrastructure (no ducts from building AC system). Highest recorded temperature was 81.7F (enclosure of equipment in rack), and lowest recorded temperature was 73.6F (wall).

Calculated max heat produced per hour: 6350 BTU

Requirement: Install 0.5-ton mini-split AC and a VLD-362 or equal, a router and program.

Equipment rack in Building 8 Comm Closet.

Building 12 Exterior entrance on back of building, Closet 12-1

Existing conditions: Room has two interior and two exterior walls and existing EMI split-system AC. Highest recorded temperature was 81.7F (enclosure of equipment in rack), and lowest recorded temperature was 68.9F (wall).

Calculated max heat produced per hour: 10075 BTU Calculated max cooling rating required: 0.8 ton unit

Equipment rack EMI mini-split system already in place

Exterior entrance to communications closet

Room 103, Closet 12-2

Existing conditions: Room has all interior walls and existing supply and returns from building AC system. Highest recorded temperature was 84.3F (enclosure of equipment in rack), and lowest recorded temperature was 76.5F (wall).

Calculated max heat produced per hour: 11375 BTU Calculated max cooling rating required: 1.0 ton unit

Requirement: Install AC mini-split system rated at 1.5 ton and provide a VLD-362 or equal and program.

Equipment rack in Closet 12-2 AC vent above equipment rack

AC vent on opposite wall

Room 129, Closet 12-3

Existing conditions: Room has all interior walls and existing mini-split system AC. Highest recorded temperature was 79.7F (enclosure of equipment in rack), and lowest recorded temperature was 73.3F (wall).

Calculated max heat produced per hour: 12450 BTU

Requirement: Install a VLD-362 or equal and program.

Equipment rack with mini-split on wall Existing mini-split is set on 73F

Room 151, Closet 12-4

Existing conditions: Room has all interior walls and existing Mitsubishi Mr. Slim mini-split system. Highest recorded temperature was 83.7F (enclosure of equipment in rack), and lowest recorded temperature was 74.5F (wall).

Calculated max heat produced per hour: 7475 BTU

Equipment rack in Closet 12-4 Existing Mitsubishi mini-split mounted on wall

Existing Mitsubishi Mr. Slim mini-split AC mounted on wall.

Room 161 (Secure vault), Closet 12-5

Existing conditions: Room has all interior walls. One AC return and one AC supply was observed. This room is a secure vault and personnel on duty would not permit a thermal camera into the room because no cameras or other recording devices were permitted. As such, no temperature measurements were taken. The room felt warm.

Calculated max heat produced per hour: 4375 BTU

Requirement: Install 0.5-ton mini-split AC system, and a VLD-362 or equal and program.

Room 203, Closet 12-6

Existing conditions: Room has all interior walls. Highest recorded temperature was 88.7F (enclosure of equipment in rack), and lowest recorded temperature was 81.5F (wall).

Calculated max heat produced per hour: 10075 BTU

Requirement: Install 1-ton mini-split AC and a VLD-362 or equal and program.

Equipment rack in Closet 12-6

Existing AC vent Existing AC vent

Room 206, Closet 12-7

Existing conditions: Room has interior walls and one exterior wall, with existing Mitsubishi mini-split AC. Highest recorded temperature was 79.9F (enclosure of equipment in rack), and lowest recorded temperature was 73.1F (wall).

Calculated max heat produced per hour: 9725 BTU

Equipment rack in Closet 12-7 Mitsubishi mini-split AC in Closet 12-7

Nameplate of Mitsubishi mini-split

Building 30 Exterior Entrance

Existing conditions: Room has three interior and one exterior walls, with no existing AC cooling. Highest recorded temperature was 89.8F (enclosure of equipment in rack), and lowest recorded temperature was 82.6F (wall).

Calculated max heat produced per hour: 9100 BTU Calculated max cooling rating required: 0.8 ton unit

Requirement: Install new 1-ton split-system unit and a VLD-362 or equal, a router and program.

Equipment rack

Building 50 – Regional Training Site (RTS) Communications closet near building entry corridor

Existing conditions: Racks of equipment mounted on an interior wall, with wall vent to facilitate air movement and natural convective cooling. Highest recorded temperature was 86.0F (enclosure of equipment in rack), and lowest recorded temperature was 81.9F (back wall).

Calculated max heat produced per hour: 5875 BTU

Requirement: AC mini-split system rated at 0.5 ton and install a VLD-362 or equal, a router and program.

Communications closet – Bdg 50 Rack of equipment inside Bdg 50 Comm Closet

Building 51 – Regional Training Site (RTS) CMU Building – has partition separating IT room from HVAC system (boilers) but some heat transfer anticipated

Existing conditions: Equipment mounted on an exterior wall, racks nearly empty. Highest recorded temperature was 77.4F (enclosure of equipment in rack), and lowest recorded temperature was 77.7F (wall).

Calculated max heat produced per hour: 2800 BTU Calculated max cooling rating required: 0.2 ton unit

Requirement: Install a VLD-362 or equal, a router and program.

Equipment racks mostly empty. Equipment mounted to exterior wall.

Building 54 – Regional Training Site (RTS) Room labeled “Control Cab – Cadre Only”

Existing conditions: Racks of equipment mounted on an exterior wall. Highest recorded temperature was 92.5F (enclosure of equipment in rack), and lowest recorded temperature was 81.0F (back wall).

Calculated max heat produced per hour: 5975 BTU

Requirement: AC mini-split system rated at 0.5 ton, and install a VLD-362 or equal, router and program.

Communications closet – far back of room Double steel doors separate closet from rest of C2 room.

Comm closet is currently very shallow in depth

Building 75 – Regional Training Site (RTS) Office

Existing conditions: room is cooled by the main building air conditioning system (which also cools an adjacent office and restroom), and contains one cabinet mounted to an interior wall. Highest measured temperature was 85.1F (enclosure of equipment in rack) and lowest measured temperature was 79.3F (wall).

Calculated max heat produced per hour: 4100 BTU Calculated max cooling rating required: 0.3 ton unit

Requirement: Install supply duct/ceiling diffuser very close to communications cabinet, install a VLD-362 or equal, router and program.

Comm equipment cabinet – Bdg 75 Bdg 75 – Communications Equipment

Building 77 – Regional Training Site (RTS) Closet 77-1, “Room 111 Electrical”

Existing conditions: Room has all interior walls and existing Samsung split-system AC. Highest recorded temperature was 81.0F (enclosure of equipment in rack), and lowest recorded temperature was 74.1F (wall).

Calculated max heat produced per hour: 10250 BTU

Equipment rack Existing Samsung split-system performing marginally

Building 77 – Regional Training Site (RTS) Closet 77-2, Room 106

Existing conditions: Room has three interior and one exterior walls and existing Mitsubishi split-system AC. Highest recorded temperature was 78.3F (enclosure of equipment in rack), and lowest recorded temperature was 77.2F (wall).

Calculated max heat produced per hour: 4450 BTU Calculated max cooling rating required: 0.4 ton unit

Equipment rack Mitsubishi split-system AC unit

Nameplate of Mitsubishi unit

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( \ ) -, ,, -, . I I '"' I - ~ "k------'k----{ \..._/ ~COPY~ ,--~, -~I flll.V 's-.. WOMEN , '° l._gQJ ~-~ :;- 'J I / I 111 I/'" - !~

. -.. "' I a,

• N 0 <O N-

I '° ;., ~ -- '0 V 0

'°"" (107. 1 +-- I M.H. ----1.llfxn

JAN./ @/ I I lr,:;:;!:---t==-!~ STORAGE I 11 I I v ~----+,,;~ I 108 I (108.1 A122 @]) .1 ) 0 O' 0 / ::..

MOP SINK W/ CER , /

TILE s·-o· WIDE 12·-10" r 1'-0" ~

EA SIOE. ALIGN W/ / [3912] [305] ~ 1

1 T.O. DOOR FRAME..:../ ,H-----"'="---,l<il'-

NETWORK MAINT. , I

I CONTROL CENTER CONTROL ------ ;! ~ I

I.I:Rd 107 I "c--- 1 106 I / 7 \ ~.!. I r fi -, >" G, :i-'( ~ - ! 0- - , I 1 111 .1 r,..---:;i,---\: .__ - •- -~ ------ . -..,._' -' I • I

MEN \

i 1121"-

D

E

• -Ov ,- F.E.(B) < ;., "' -. "' o_

«, i O ~ I I ~ / 2 \ ;;,O ~ 001. J CORRIDOR 1.'"'"~"' - - - - - - . - - - - - _.,..,14",{ _ ·' i'2. .,;,E. ~ \ A122/ ~.§..,;,E, I 100 I I DETACH ( 1 , ,._ '!,

- b,';'_=1<--1-1--· ---":;-)1 -...._,, -=1<--- t:1r'I====== . _ ATM coMMAND \ A1751J;j

~ '?~ I 114 I I 115 I ....._,, ~- ..., ..,."' i<-L · ~ I '-!.':':c:Y;: !'.!. I - EQ. EO.

. -O<X> I " • <O

N n

;,. .=, -. "' o_ , ... I ~ -r;~:;.f.~=c,~1'115.l'

I ~ 11,.1 ~~

• \o' I 'b o;:;' <t. PARTITION Vo •'io IV

I

MAINT.

o_ .I N

Iv I I VO • ,-.. • ....., IV O>~ MGT.

-L.. ,--, • -

1--L~t:=11_ ffi1_1 - L J

• -.. "' ID ,-

"'"' I -. "' o_ .I N .. --

I 105 I _, ,--------'k--,· B . -O<X> I -~ ,~ @f~~

ADMIN. . -o;!

I 113 I I <O "'-l fu£J? '

(@}) ~ R.L. ..J

I

I too ,~ ... .... POWER Hrl~====' --,4 ., -. "' o_ PRODUCTION POWER PR0~104 1 .' ;,, -- .I N .. -- OFFICE "-= ", ° FIRST SGT. COMMANDER ·' I I I .. I . r 'o

101 I 104 I 1r:.;,-,., I 117 I I 116 I 0 -r 1~ 3;;~;1 26·-o· · 9·-4· l=~~1' · 7'-4· 1•·-0· · 1 , 1--8~~ -. "' 1'-8"-. o_

.I N .. - [509] - -'k----+' m , ·:i':----:::=~-[~7i92~5~] ---~===-tlft~~[~28~44~]~ ~ ~ [1~6~26o[]i ' t-_J[~2~23~5j_] ~t-__ _t[ 4~2cc67:j]_ -;-~ttnr [508]

L 1- ..:'.~ 13\s CLR. TELECOM CLR.

: I ~"---h~A---",32~2-l"IM./0.H. :,,~ _[}~;:J., ~ -C-(R) 11 1· --~~ l l ~ l~~l ~ I~,~+- 1 'b 'to I " • <O

N n -- I ~ .;.!w ~~ ,.

11 1 11 '' I 3·1 , II ~ ELEC I (@) I @}:J STAIR 1 I , ro b ';' \ CV 1 0 1 \ I I

• <O <X>o

I "

'C

0 "' ,

• N .. :::

ON' ,~

-....._+__,r- .--- A122 .'.l'~ .,;,~ v ~L102 I -~:M I I W i 118 I I

- --'k---t'- --'-'----..:::.:- r ' ·=:E-(,::B'--!') 4 :711 • r--:i:::;:r= ~"::'":::~~ L ~ I - 1 1, • M ft

.r .. "'~ '-1--- .. :J I?\ ~ . '3 "'';' ... -- f 9 \ ;;,-... \Y..,-f ,_·-::::-,-.,-~1- C;;;;s:;,-- r ,, "'~ !~ ;],E_. _1_._(101.n/ \ A122; c IL~;],~ <.101 .3 ~ / "'- ~oo.v:=:~ ELECTR1c HEATER ~ ;],E_.

·- 1 '-._/ ----

A

C

D

E

"'- EJ-l_/ -~ I /- ~ ~ ~ 6 ~~ ~~i~ I A r,;\ --· ...._ I

A101

( 2 " \ A122 / FJ >

\A 135/ -.....__,,- ~ '11' (1;\

(o~ ~

59'-4" [18085]

EXISTING BUILDING

ATC FIRST FLOOR PLAN

1/8" = 1'-Q"

LEGEND

/x\

F.E.C.(R)

F.E.(B)

M.H.

C.G.

R.L.

EJ

PARTITION TYPE, SEE SHEET A 120

DOOR NUMBER, SEE SHEET A125

STEEL FRAME, SEE SHEET A 125

WINDOW ELEVATION KEY, SEE SHEET A 127

FIRE EXTINGUISHER/CABINET (RECESSED), SEE SHEET A191

FIRE EXTINGUISHER W/ BRACKET, SEE SHEET A191

MOP HOLDER

CORNER GUARD

ROOF LEADER ,SEE PLUMBING

EXPANSION JOINT, SEE SCHEDULE SHEET A 122

GENERAL NOTES:

1. DIMENSIONS ARE TO FINISH FACE OF PARTITION

UNLESS OTHERWISE NOTED. SEE SHEET A 120

FOR PARTITION TYPES AND THICKNESSES.

2. SEE ENLARGED PLANS FOR PARTITION TYPES

NOT SHOWN ON FLOOR PLAN.

3. ALL PARTITION TYPES TO BE TYPE "A" UNLESS

OTHERWISE NOTED. SEE SHEET A 120 FOR

PARTITION TYPES AND THICKNESSES.

4. SEE LIFE SAFETY PLAN G101 FOR RATED

ASSEMBLY LOCATIONS.

5. SEE SHEET A 191 FOR ELECTRICAL DEVICE AND

SIGNAGE LOCATIONS

. -.. " I a, .o N" ..... -z ,.....Q.-

• u=;~~

N.....,<CO

Q., 1;S

I " . --

. -.. "' I a,

• N 0 <O N-

69'-4" [21133]

1'-8" 29'-0" 15'-8" 21·-4•

[507] --,i"+--------"[8"'8"'39'-']-------+----'-[ 4'-'7-'-76=,] ___ ----;/'------'-'[6"'-50"-'3"-] ----~,U:,I<-

2a'-o" [8534]

R.L.--, ADJUSTABLE

SHELVES (SEE

15/A191)

A123

/~ :;n:nr-, 1 ,. , \ Ll.1.JUI I

,,...__ 1.,/ ',\_,..-..II

f~-'":..~---1""----~-----~'t L-.J ,, ,.J' ,' ........ '~, ,, ,1,.,. I)''-\/

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'~ ' I /!,, I I ,1,,I I

, r 't...... ' ~:--:-- ~' -J '~--""'i-;,,---~~7,T

,,16'77 '~78]

SIMULATOR

I 207 I 6'-4" [1930]

MOP SINK W/ CER.

TILE 5'-0" WIDE

EA. SIDE. ALIGN W/

T.O. DOOR FRAME

I 41'-+" [12598]

~ORAGE_.==;=

I I STAIR 2 DNf I ! 1 I 219 I

111 ~

CORRIDOR

209 ---

A122

SIMULATOR

SUPPORT

I 208 I I

.1 B WOMEN

I 21 1 I I I I : o I I

I I rr=-t-~-1

I 82

I MEN

14'-4" [ 4369]

0-- I

' I I I 212 I 21 . 1

. -Ov I n

N-

. -.. <O I ,t

. "' a, N -

• 00 ,- N ~ --

• 'iD' ,.......,

• 0 ••

I• ON • .___. I 10

.... in~

• 0 b"o~--, - 1', ~ --b "'o>l.----- 1 -

1'o ~ --

A101

I I I I

• 0

<ON

SAFE1Y

CHAIN (SEE

10/A126)

- _J"----LLl

R.L.

~ OPEN TO BELOW

OVERHEAD COILING

OOOOR BELOW

_1,,-@ l

-y I I I G I

ATC SECOND

1/8" = 1 '-Q"

0 "' ,

• N .. -- 0 "' ,

• N .. --. - 0 "' ,

• N .. --. - 0 "' ,

• N .. --

I <O • 0 "' .. --

CHIEF OF

MAINT.

I 206 I

MAINT.

I SUPPORT

I 205 I

C

TERPS

I 204 I I

11'-0" [3353]

59'-4" [18085]

. -.. <O I '° i<-); --

'+•It- - - - - ---- - - ---

EO. EO.

I MARKER BOARD

I (N.I.C.)

~ SOFFIT ABOVE

I I I

II

t I 11 I I I I I I

OPEN

OFFICE

I 213 I

---I. R "o I.- ·~ .___. R.L.

CORRIDO~ I

I 200 I I I

I I 1'-0" s'-4" [1626]

[305]

CLR.

Al

----1--------

-\ (;.;\Sift.

l

EXISTING BUILDING

FLOOR PLAN

1'-8& [508]

1'-8" [508]

0;;, I " . "' - "' -- . -0 .. , ... . " " --

·' :il ~" --

I --~ "k----'k----{ I I I I I I I I I I I I I I

• <O <X>o I " . --

ON' ,~

Gantt Huberman Architec w;,.c 500 North Tryon Street Charlotte, NC 28202

704.334.6436 Tel

704.342.9639 Fox

www.gantthuberman.com

Civil Engineer:

Bulla Smith Design Engineering 1347 Harding Place Suite 200 Charlotte, NC 28204 704.333.3312

Structural Engineer:

WK Dickson 3731 Latrobe Drive, Suite 100 Charlotte, NC 28211 704.367.1801

Plumbing, Mechanical Engineer:

Mcknight Smith Ward Griffin Engineers Inc.

P O Box 240826 Charlotte, NC 28224 704.527.3773

Electrical Engineer:

Bullard Associates 1 Water Thrush Rood Clover, SC 29710 803.631.1331

Drown IWP, MGB

Checked JAH

Dote Moy 26, 2008

Revisions

Record Dra wings January 10, 2010 These Record Drawings hove been prepared based on addenda, change orders, bulletin drawings, notes and other information provided by the contractor.

Neither Gantt Huberman Architects nor its consultants hove verified the accuracy of the construction provided by the contractor, and shall not be responsible for ony errors or omissions which moy be incorporated herein as a result.

Copyright 2008. All rights reserved. Printed or electronic drawings and documentation moy not be reproduced in any form without written permission from Gantt Huberman Architects, PLLC.

Construct Air Traffic Control Facilit y North Carolina Air Notional Guard Stanly County Airport, New London, NC NCANG Project No. WEFM069122

Project Number 637

Title

ATC Floor Plans

Sheet

A 101 Plate 36 of 83

1233515287N Highlight

1233515287N Text Box Outdoor unit lines to be drilled into bay and mounted on the roof

A101

0 0

-------------. -- ig

SCB/SCM

OPEN BAY

I 154 I

ITIITD 1 --,-----.

I

MEN'S

TOILET -, .'-1"1 153 I

WOMEN'S

TOILET

I 152 J

COMSEC

ACCT

I 1 61

COMSEC

I 150 I

CORRIDOR

I 154 I

INFO PROTECT

TECH

I 158

Ii:)

FIRST FLOOR

3/32" = 1 • -o"

Im

Im

Iii

PLAN

m

OPEN

OFFICE

I 143 I

NOTE: SEE SHEET A900 AND A901 FOR FLOOR PATTERN DETAILS

AND MILLWORK ELEVATIONS AND SECTIONS.

I I I

STAIR (ii - ~ l I No. ii i • 1 u

__ _J

I ~--~

JAN.

I~ I 149 I

ELEC.

I 150 I r I I

COMM_L. ·

I 151 I l5l

SCM IT

SUPERVISOR

I 131 I

I ITKf 4

-1 I

,__J

TRAINING

MGR.

I 135

PERSONNEL

~ I 133 I

DI

fl)

BREAK/

AIR CLUB

I 138 I

TESTING

ROOM

I 135

!!I

SQ. CC

I 132 l:i:l

I

TELE/DATA

DEMARCATION

I 129 I

ELECTRICAL

I 128 I

CORR.

I 119 iiiiiiiiiiiiiiii

WAITING

I 130 I

DET. CC

I 131 I

MECH.

I 121 I o r -

1ST. SGT

I 126 I l:i:l

PRO

ORDERLY

I 124 I

SffiR.

I 122

E!l

Bl l:i:l

1157SF

IM LAB

I 111 I

GROUP/

cc I 118

XAM

I 113

VESTIBULE

I 100 I

DI M

LOSET C

I 1 02.1 I

EXAM

I 112

CLINIC

WAIT

I 111 g

RECRUITER

I 109 I

STOR.

I 110

SAFETY

OFF

I 108

CHAPLAIN

I 101 I

PANTRY

I 104 I

1B lil

-- e- -

AMP

CLOSET

I 102.2 I

AUDITORIUM

I 102 I

STORAGE

I 105 I

A101

J:

H

CONTROL

@ BRICK

N.T.S.

JOINT

VENEER

(TYP.)

Gantt Huberman Architec w .,,c 500 North Tryon Street Charlotte, NC 28202

704.334.6436 Tel

704.342.9639 Fox

Civil Engineer:

Bulla Smith Design Engineering 1347 Harding Place, Suite 200 Charlotte, NC 28204 704.333.3122

Structural Engineer:

Browning Engineers Incorporated 3731 Latrobe Drive, Suite 100 Charlotte, NC 28211 704.367.1801

Plumbing, Fire Protection, Mechanical Engineer:

McKnight Smith Word Griffin Engineers Inc.

PO Box 240826 Charlotte, NC 28224 704.527.3773

Electrical Engineer:

Bullard Associates 1 Water Thrush Rood Clover, SC 29710 803.631.1331

Drown RG/FMc

Checked LRL

Dote Morch 20, 2007

Revisions

Record Dra wings December 30, 2008 These Record Drawings hove been prepared based on addenda, change orders, bulletin drawings, notes and other information provided by the contractor.

Neither Gantt Huberman Architects nor its consultants hove verified the accuracy of the construction provided by the contractor, and shall not be responsible for ony errors or omissions which may be incorporated herein as a result.

Copyright 2007. All rights reserved. Printed or electronic drawings and documentation may not be reproduced in any form without written permission from Gantt Huberman Architects, PLLC.

Relocate Communications and Electronics Training Complex North Carolina Air Notional Guard Stanly County Airport, New London, NC NCANG Project No. WEFM979532

Project Number 536U

Title

First Floor Plan

Sheet

A 101 Plate 30 of 84

1233515287N Highlight

1233515287N Highlight a

::i :E

CJ

u a

RAINING 2

2233 2234

2221 2224

TRAINING 1

JAN CL

Cl<::

2244 CJ

A Cl<::

Cl<::

CJ

u

22271

ELEC.

TOILET

STORAGE

t::I Exten ,0

VI

A 2203

OFFICE

Couch EX+61J

~ 2205 fU

'° OFFICE A 2298

FAX

'-------l2'-8'

J,, 5 4 CoMMo.nci & Contorl

AJC CAPPS

04-28-06

AS SHOWN

NCANG CIVIL

ENGINEERS

1233515287N Highlight

Specs and Drawings