BMX_WFO_Mech_dwgs.pdf

PLUMBING PLAN NOTES

7-\

__P rm 1W EL-S.BS

II_IPtV EL—5.75

WI

Lz’ A Ftt;OR

I [-F:::::: -r W” ø< it $45’dm

Ill _j.fai READYR00M 1i > hrrj

1 1 IWEL—1.12 I iir—j1 arc TEal

I II T ..J IWEL—I.56 ii

II

I I .. 2’v ?1—IPCVEL—2.18

IJZEOI FZ—:: :“-

L_____JL \

VLU-ZrrrrZ-.ZZdJ 2 ZZZ. .zzzi kz:::a:tzzzzzzzJ:r—zz:zzzrf

&IRWDOR j_,— 11/2’ r I/T1 SFWVVFSI It

:ZEEEfl[E7= s SEE r an & JL dl IWEL ISO 120

[oJ

[HI

H

[ii TURN VENT PIPE UP TO ELEVATION ABOVE FLOOR DRAMA WM.

[] PROVIDE PIPE SLEEvES IN CONCRETE WALL

I)2’CW UP TO HUMIDIFIER RU—I. SEE MECHANICAL EQLIWMDIT SPACE PLAN.

DWG MON FOR CONTiNUATiON.

{j] SEE SITE PlAN, DMa Cal FOR CONTiNUATION.

[] ICW, 1AFW TO WATER HEATER. SEE EI.ECTRIC WATER ICATER DETAIL. DWO 1402.

rn PACKAGED AIR CONDONING UNIT.

ft] 3/C DRAIN CONNECTED TO PAC UNIT. ROUTE TO FLOOR DRAIN.

] RUNNING P—TRAP WITH FLOOR CLEANOUT

PROvIDE PIPE SLEEVE IN FOUNDATION WALL

TW UP TO FLOOR DRAIN. SEE MECHANICAL EOUIPIAENT SPACE PAM.

0*0 1404 FOR COHI1NUATION.

[[3] I i/TCW. 3/4HW DOWN IN WALL SEE HOT AND COLD WATER RISER DIAGRAM, 0*0 M02 FOR CONTINUATION.

ff 7W UP TO FCO. SEE MECHANICAL EQUIPMENT SPACE PLAN, DM0 MDI FOR CONTINUATION.

TM DOWN IN WALL

I/TON, I/THW, I I/TV DOWN, WITH TW TO SINK.

ft Tv DOWN IN WALL

[[ I/TCW DOWN IN WALL

3/C OW DOWN IN WALL.

CONNECT l/TCW TO PACKAGED MR CONSIT1ONINO UNIT.

[[ ROUTE PIPING ON CHANNEL WITH HOLDING CUPS ON CONCRETE SLAB,

BELOW ACCESS FLOOR.

Cv DOWN III WALL j] TOW LIP THROUGH FLOOR. LOCATE TO MISS FOOTiNG.

INVERT ELEVATIONS ARE REFERENCED TO FiNISHED FLOOR ELEVATION OF o’—O.

] TW DOWN THROUGH FLOOR.

[[ Cv UP. 4VTR

3] 3/4CW, 3/ClAW DOWN TO MOP SINK

PIPE SLEEVE IN THICKENED FOOTING.

I/TRW, I/TCW ROUTED TO SERvICE SINK.

TV DOWN IN WALL WITH TW TO NEUTRALIZATiON TAnK LOCATED BELOW SERvICE SINK.

I loft/IA IA. 0 RAtIO ILWTLI .o*,fDII *N P0 AM-eaT CT04 a — —— aIIm 0

T 0—---

T

As 1[t+ Lj ! tFCO Lj,j ,1 .‘jj 7

-r r W —r————W. - -4 \_,4-_Au EL-3.54

- :i U L

OPERATiONS EOIJIPMDAT 109 114 y’ 2’

H I

II

4..aa;

—— 115

2/4

4.

C

0—---cA

PLUMBING PLAN

SCALE: I/Cal-C’

BUILDING

WORTH

WFO / NEXRAO PROGRAM

PR0KCT DM1

pw JI1a

COULD EVAJIS

ARcOSTECTS. PA a ThL1

WRMINGHAM, ALABAMA

— PLUMBING PLAN

449404— ; L:ii P

‘H EQUALS THE NEGATTyX ES? ON DRAW-THRU UNITS

COIL TRAP DETAIL

(DRAW—THRU UNIT)

SCALE: NONE

PLUMBING LEGEND & SYMBOlS

NOTE: STANDARD PROJECT LEGEND SHOWN — NOT AL4.

SYL4BOI.S/UNETYPES L4AY BE USED AT T8S LOCATiON.

— — — COLD WATER (Cw)

— HOT WATER (Fm)

PIPING BROW P1.00W

VENT

DRAIN (0)

SOS. OR WASTE CR)

STORM DRAIN (D)

SHUT—Off VALVE

CHECK W.LVE

BACKR.OW PRCAENTER

STRAINER

PRESSURE lXING VALVE

UNION

PRESSURE/TEMPERATURE REliEF VALVE

WATER METER

WATER HAMMER AESTOI

WALL CI.EANOUT -.

FED FLOOR ELL

VTR VENT THRU ROOF

0 ni

O REFERENCE pO*(T FORA

PIPE CONTINUATION

COLD & HOT WATER RISER DIAGRAM

PLUMBING EQUIPMENT

ELECTRIC WATER COOLER RATED 7.8 GPH OF SOF WATER

WHEN SUPPLED WITH 80F WATER AND 9F AMBIENT

TEMPERATURE. 120V/TPH

ELECTRIC WATER HEATER RATED 3.0 KW 20 GALLON STORAIOE.

12 GAL/HR RECOVERY AT lODE TENPEANTURE RISE. 27TV/IPH.

SUBMERSIBLE SEWAGE EJECTOR PUMP (DUPLEX)

RATED 40 6PM AT 16 FT OF HEAD. Tf2 HP 120V/1P14.

SEE SITE PLAN ORG COT FOR LOCATION.

I.

BWGID*1

QOIPD EVAF

iTS. PA

AD4W T

BIRMINGHAM. ALABAMA

PLUMBING DEL’JLS

7t _P

HANGER ROD WITH WRNBUCTU.E

PRESSURE/TEMPERATURE REliEF

VALVE WTTH FULL SIZE DISCHARGE

PIPE THROUGH WALl. TO MOP SINK.

- CONTROL PANEL (MAJNTAJN 3’-

CLEARANCE IN FRONT OF PANEL)

• 3(fI3CI’.2’ HIGH WELDED 22 GAUGE

GALVANIZED SHEET METAL SAFETY PAN

- 5034.3/4’ PLYWOOD

-STEEL ANGLE FRAME

(ATTACHED TO WALL)

-3/4’ DRAIN DOWN ThROUGH WALL

TO MOP SINK

RIG

DRAIN

PAN

MINIMUM HEIGHT

OF TRAP VENT

- TERMINATE DRN

OVER FLOOR ERAJN

PLUMBING FIXTURE SCHEDULE

WATER HEATER DETAiL

SCALE. NONE

JINCH

REbLHRKSITEM FiXTURE

L L L L

WATER CLOSET 1/7 2’ 4

® URINAL -

() LAVATORY L/2’ /2

® MOP SINK

() KITCHEN SINK 1/2’ 1/2’ 11/2’ 11/2’

()ftOORDtONN --/77

ELECTRIC WATER

- I,2 11/2’ T 1/2’COOLER

() HON—FREEZE

— 3/4’ — —WALl. HYDRANT

() SEPRCE SINK 1/2’ 1/2’ T1/2’ I I2 W DOWN

TO EIJTRAL TANK

NEUTRAUZAT1ON — j

TANS — — —

V—

—O

—w

—SD—

_______4.4

“I, —h

-II

WO

— PIPE SL ThROUGH

THICKENED FOOTING

ROOF

I ID/i/IA IA. IT flACVER &R/fl.S Ala/OW WI. P *3—WR.T ai

— — —SI— —a...

ro / I€XRHD PROGRAM KCT NT OWl

T MiCWN$I O4G CITU (WITO)

M02 Icol 1

JWAc PLAN NOTES

20,22 IBu2O — ieii 14,12

.1_._ _-_ l212 AD (Tw 2 BOOt ..—‘.‘ I

(TYPICAL 2)

lAID

\PM(TS CONN

((2)3O22

[I) PRONDE 14 PERFORATED FLOOR PANELS. INSTALL 12 PANELS IN

EQUIPMENT ROOM (114), AND 2 PANELS I C MIIUNICAT1ONS ROOM (115).

[] DUCT PENETRATION THROUGH SOUND WALL TO SEALED MR TiGHT.

REMOTE CONTROL BOX (oFt). sEE PAC UNIT OCTA1L MON.

rn AJ.ANAI AND INDICATOR LIGHTS PANEL.

CONCRETE HOODS (SEE STRUCTURAL ORG 504).

[] ANCHOR CONDENSING UNITS TO SLAB.

[) PRONDE GRILLE OF ALUMINUM CONSTRUCTION.

[) PRONDE CHANNELS 4 HON WITH Iii WNG CUPS WITH RUBBER OLATORS FOR

REFRIGERANT UNE SUPPORT. SECURE CHANNELS TO SLAB WITH EXPANSION ANCHORS.

[ FLEXIBLE REFRIGERANT PIPE CONNECTION.

PRONDE PIPE SLEEYES WITH IIECI4ANICM. SEAL FOR REFRIGERANT PIPES.

[jj FOR CONTINUATiON, 501 MECHANICAL EQUPMCNT SPACE PLAN. ORG MON.

ACCESS OPENING IN CEILING (SEE ARCHFIECT1JRA1. 0*0 A04).

COORDINATE DEFUSES LOCATIONS IN LAY-IN CEILING *1114 THE REFLECTED

COUNG PLAN (DWG A06).

0011011 OF GRILLES IN 5OFflT TO BE * 7’— AFF (TYPICAL 3 PLACES).

CONNECT r. FUXIBLE DUCT TO l2l224 PLENUM BOX RI SOFTIT.

SEAL ALL DUCT JOINTS WATERTIGHT.

PROUDE PORTABLE COMPUTER TABLE WITH CASTERS AND AN ADOI11ONM.

25FT OF WIRE COILED BELOW ACCESS FLOOR.

DUCTWORK SHALL BE WRAPPED FROM MR HANDLING UNIT TO A POINT

DOWNSTREAM AS INDICATED ON DRAWINGS

I I I I I I I I I

(TTP)

® TC

(oFt)

I (OFt)

/ I I/t I

TTZi00 I l/2RL I

‘4i (/ CIRCUITS PER UNIT) I /_ fA.J

---0—-- ‘B Ij r1i —L

(IYP 7)

A—I 0

I I __ OPERONS_.f_

I iri

I (GTE)

LTEMP CONTROL

TERIIINAL

rS,r —RL —I_i .,_J7/r.-RI.

]_AJ_2

L2 1/-Rs

F7D:

L

__J7/r-RL

L2 I/— }ANU_I E9PD4T

PAHTS CONNECTIOIt\

U ?PV U___7

.‘ 44I5 I ‘s

),J rr 1—24,24 J E—3O24

I 15001 1500 I

TL .4

cm_

. i

C

PRO’,IDE TU.IPERATURE

SENSOR WITH INSULATED

26,24 s1111TTOMOi2-

—. s L3 I I 1 ‘ /

LI -J 1 LI ,_\

I [fl v (BOTTOM • 12’-O AFT) I I — I I — I (2)36,24 I TECH 1J iL,..,24 48 6001 - TURN L____,J__=.=

X4

- -I----, I

BOOT UP It (TYPICAL 2) - - PER 11!OE)dt 1 i Lr’-’ r - —

: I SP(ErC.4 Ijj/COATSI9

IN ___,._.,24

I 11oJ r -- --j 4}_fl

- I 400 I I A-tO 2

II

!:1Ejl!:_14Mi124u6 *t14: ;

J4 I —— 12,12 COR)OR TL. T”i’—___ EHB—i224j

MD ‘4..,. 11 r 45’dflL____...i)l8I2 OPNG (TYP 2) 1113 108 ‘,[A 10 ffj, (TYPICAL 2) LL;;I r4sLoirj ii

ITS

I

IC, 101 2SLO / I 2

AFT)

o

Lj_____

I

--‘I U —2 SLOTI S—3 SLOTS p3—3 SLOT —2 SLO1 EN —2 SLOT1 I ID—i,i E—TD,10 1751 11201 11201 11001 2 hod 1—— 175

I(1’YP1CAL2) I

r2L01 IE_.dI

B I

C’

I

HVAC PLAN

SCALE: 1/4-1’-O

BUILDING

NORTH

WTO / NEXRAD PROGaAA1 pwi 0i

0 2 4’ 5’ 12’

SCALE: l/41’CT

BEllOW OWIBIIL

GOULD EVA?G

ARIHfltCFS, PA.

T IGPW

‘F1190 j MATi7

BIRMINGHAM, AIABAW,

HVAC PLAN

‘c, 44944—j M03 Iri

INDICATOR LIGHT (LOCATED IN

ALARM/INDICATION LIGHTS PANEL

ROOM TEMPERIITURE SENSOR

ROOM HUMIDITY SENSOR

MOTOR STARTER

O TEMPERATURE CONTROL PANEl.

INPUT ON OUTPUT

—VA-— CONTROl. WiRING w, T TcTo I BIRMINGHAM.

HVAC

TEMPERATURE CONTROLS

AHU—1. AHU—2 CONTROLS

SUPPLY

AIR

INP

0/A TEMPERATURE

0/A HUMIDITY

R/A TEMPERATURE

R/A HUMIDITY

U/A TEMPERATURE

FILTER OWE PRESSURE

PAN DIFT PRESSURE

SPACE HUMIDITY

S/A TEMPERATURE

COMIAERCLaLJGENERATOR

POWER STATUS

CONDENSING UNIT

CONTROL SAFETIES

ALJTOIAATIC

TRANSFER

SWITCH

OPERATiONS (ATS)

ROOM

(Tog) io

AHU—1. AHU—2 CONTROLS

0/A. R/A DAMPERS

DIRTY FILTERS

SUPPLY FAN STATUS

COOUNG

AIIU START/STOP

HUMIDiFiER

CONDENSING UNIT

STATUS

0/A. R/A DAMPERS

DIRTY FILTERS

SUPPLY FAN STATUS

COOLING

• VJIU START/STOP

CONDENSING UNIT

SAFETiES

EQUIPMENT SEQUENCE OF CONTROLS

MR HAIW LIUI’ I J—1.2

AIR HANDLING UNITS I AND 2 (ANU-T. 2) SERVE THE OPERATiONS AREA AHO IRE

OPERATED ON A 24—HOUR SCHEDULE. ONLY ONE AIR HANDLING LINE SA4AU. OPERA

AND THE NON—OPERATING UNIT SHALL SERVE AS A BACK—UP. TiE BACK—UP UNIT

BE STARTED AUTOMATICALLY UPON FAILURE OF THE DINER UNIT. 414.1-I AND 2 SA4AU. BE

PROGRAMMED TO ALTERNATE TO WJNTMN EQUAL RUN ISlE. TIE SUPPLY AIR FAN SHALL

RUN CONTINUOUSLY. A SUPPLY MR TEMPERATURE SENSOR SHALL MODULATE THE AIR

COOLED CONDENSING UNIT (ACU) TO MAINTAIN 5SF DISCHARGE AIR TEMPERATURE. THE

COMPRESSOR SHALL RE EQUIPPED WITH A CYTJNDER UNLOADER FOAl TWO STAGES OF COOLING. ThE SUPPLY AIR TEMPERATURE SHALL BE RESET TO SATISFY THE ROOM

TEMPERATURE SENSOR ATTN THE MAXIMUM COOUNG DLWJ4D. AN OUTSIDE AIR ECONOMIZER

CYCLE SHALL BE PRONGED WITH ENTHALPY CONTROL A WEED MR TEMPERATURE SENSOR

SHALL MODULATE ThE OUTSIDE AND RETURN AIR DAMPERS DURING THE ECONOMIZER CYClE.

MINIMUM OUTSIDE AIR SHALL BE PRONDED WHEN ThE UNIT B NOT RI ECONOMIZER CYCLE.

HUMIDITY SHALL BE CONTROLLED BY A SPACE HUMIDITY SENSOR. HEATiNG WiLl. BE PRO%TDED BY INDMD(IAL ELECTRIC DUCT HEATERS (EDH). SMOKE DETECTORS IN ThE

SUPPLY AND RETURN MR DUCTWORK. SHALL DE—ENERCIZE THE SUPPLY AIR ?AN UPON

SENSING SMOKE. UPON LOSS OF COMMERCIAL POWER, THE AIR HANDLING UNIT SHALL BE

PROGRAMMED FOR A TIMED DELAY RESTART. ELECTRIC DUCT HEATER EDH-2 SHALL NOT

OPERATE ON EMERGENCY POWER.

AIR HANOLWIO UNIT (INU—,I)

AIR HANDUNG UNIT 3 (AjIU-3) SERVES THE ADMINSTRATION AREA AND OPERATES ON AN B-HOUR SCHEDULE. PROGRAM NIGHT SETBACK. THE OPERATiON OF ANU—3 IS SIMILAR TO AIR KANDUNG UNITS I A 2 WITH THE FOllOWiNG ERCEPTIONS

I) ONE STAGE COOLING;

2) OUTSIDE AIR ECONOMIZER CYCLE IS CONTROLLED BY OUTSIDE AIR TEUPERAIIJREI

5) NO HUMIDITY CONTROL

AI1U- ACU-3 AND ASSOCIATED ELECTRIC DUCT HEATERS SHALL NOT OPERATE ON

EMERGENCY POWER. UPON RESTORATION Of COMMERCIAL POWER, AHU—], ACU—3 AND ASSOCATED ELECTRIC DUCT HEATERS SHALL RETURN TO NORMAL OPERATiNG MODE.

ELECTRIC DUCT HEATERS (EON)

A SPACE TEMPERATURE SENSOR SHALL MODULATE THE ELECTRIC DUCT HEATER WHEN

HEATING IS REQUIRED.

PAC2IA ,IJR CONDITIONING UNITS (PlC—I.2)

THE PAC UNITS (PAC-I.2) CONDENSING UNITS (C—Ia) AND THE REMOTE CONTROL BOX (RCB) ARE GOYERNHENT FURNISHED EQUIPMENT. ROTH PIG UNITS HAVE INTERNAl.

CONTROLS AND ARE CONNECTED TO THE RCB. THE PER CONTROLS THE LEAD/LAG

SEQUENCING Of THE UNITS TO MAINTAIN EQUAL RUN TIME. A HIGH TEMPERATURE ThERMOSTAT IS ALSO CONNECTED TO THE RCB, TO ENERGIZE THE LAG PIG UNIT 014 A HIGH SPACE TEMPERATURE SIGNAL. BOTH PAC UNITS WiLL BE ABLE TO RUN IN

THE NORMAL OPERATION MODE. UPON A SIGNAL FROM THE AUTOMATIC TRANSFER

SWiTCH (Am) THE RCO WiLL ALLOW ONLY ONE PAC UNIT TO RUN IN THE

EMERGENCY 6PERAT1ON MODE.

HALIST FM (Er—I)

THE EXHAUST FAN SHALL RUN CONTiNUOUSLY.

TRANSFER FAN (TF—2)

THE TRANSFER FAN SHALL RUN CONTINUOUSLY.

NIJMIDIFIER (HU—IT

THE HUMIDIFIER SHALL NOT BE ALLOWED TO OPERATE UNLESS THE MR HAIAMJIG UNIT

SUPPLY MR FAR IS IN OPERATION. AN AIR FLOW SWiTCH SHALl. DC—ENERGIZE THE HUMIDIFiER UPON LOSS Of AIRFLOW. THE STEAM SOLENOID V4L%IES SHALL BC INTERLOCKED TO OPEN WHEN ThE CORRESPONDING MR HANDLING UNiT B 64 OPERATION.

ThE SPACE HUMIDIT1’ SENSOR SHALL MODULATE THE HUMIDIFIER. WHEN THE HLMIDIFIER IS ENERGIZED. THE SUPPLY AiR TEMPERATURE SHALL. BE RESET TO REF. WHEN THE

HUMIDIFIER IS DE—ENERGIZED. SUPPLY AIR TEMPERATURE SHALL RE SET BACK TO 5SF.

A SIGNAL FROM THE HIGH—UMIT HUMIDITY SENSOR SHALL DE—OAERGIZE THE HUMIDIFiER.

ELECTRIC CONVECTiON HEAT (EN—I. 2)

ThE ELECTRiC CONVEC1TON HEATERS HAVE SELF CONTAINED CONTROLS. THE THERMOSTATS SHALL BE SET TO MAiNTAIN A SPACE TEMPERATURE OF REF.

AHU—3 CONTROLS

0/A TEMPERATURE

() S/A TEMPERATURE

U/A TEMPERATURE

() FILTER OWE PRESSURE

() FAN OWE PRESSURE

G CONDENSING UNIT

CONTROL SAFETIES

() R/A TEMPERATURE

SUPPLY

AIR

SUPPLY

AIR

TEMPERATURE CONTROL NOTES

I. THE CONTRACTOR SHALL BE RESPONSIBLE FOR DETAJUNG ThE INAC

CONTROL SYSTEM. POWER WIRING LOW VOLTAGE CONTROL WIRING, AND

CONNECTIONS NECESSARY TO PRIMDE A COMPLETE AND OPERABLE

TEMPERATURE AND HUMIDITY CONTROL, SYSTEM BASED ON ThE SCHEMATIC

AND SEQUENCE OF OPERATION AS SHOWN ON THIS DRAWING.

2. THE ALARM AND INDICATION LIGHTS PANEL SHALL BE PROViDED WITH THE FOLLOWING IDENTIFICATiON AND INDICATOR LIGHTS (FOR EACH AIIU):

SUPPLY FAN OPERATING GREEN

SUPPLY FAN FAILURE RED

CONDENSING UNIT OPERATING GREEN

CONDENSING UNIT FAILURE RED

FILTER CHANGE REQUIRED RED

5. ALL 24 VOLT CONTROL WIRING SHALL BE FURNISHED AND INSTALLED WY

TEMPERATURE CONTROL CONTRACTOR AND SHALL RE SHIELDED CLASS 2

PLENUM RATED CABLE.

4. ALL 120 VOLT POWER WIRING TO CONTROL PANELS AND MOTOR OPERATED

DAMPERS SHALL BE FURNISHED AND INSTALLED BY ThE ELECTRICAL

CONTRACTOR (SEE ELEC1RICAL DWG E05).

5. ALL 24 VOLT CONTROL WIRING UNDER ThE FLOOR SHALL BE INSTALLED

IN CONDUITS (SEE ELECTRICAL ORG E06).

B. SET ROOM TEMPERATURE AT 7SF FOR ALL AREAS SERVED BY AHU—I AND

AIIU-2, AND 7SF FOR ALL AREAS SERVED BY AIIU-3. SET ROOM HUMIDITY

AT 50% RELATIVE HUMIDITY.

7, SET ALTERNATING TINE OF AIWJ-T A 2. AND PIG-I A 2 FOAl BA

HOUR INTERVALS.

Ai-fU—3 CONTROLS

SPACE TEMPERATURE CONTROLS

(1) SPACE TEMPERATURE () ELECT DUCT F.E.TER

10 SPACE TDAPERATI.RE .1 ELECTRiC DUCT HEATER (EON—To)

TEMPERATURE CONTROL LEGEND

DUCT TEMPERATURE SENSOR

AIRFLOW SWITCH

DIFFERENTIAL PRESSURE SWITCH

DUCT SMOKE DETECTOR

HIGH UMIT HUMIDISIAT

DUCT HUMIDITY SENSOR

MOTOR OPERATED DAMPER

(NC — NORMALLY CLOSED)

(NO — NORMALLY OPEN)

D

AIFO / NIDIRAD PROGRAM

PECT NI. OWl

RUIOW IIlfl

GOULD EVANS

?TS. PA 449404—151 M05 Icol 1

I I

AIR HANDUNG UNIT SCHEDULE

I -GERANV COOLING COL FILTERS

EU DRIPT)014 FAN TOTAL. OUTSiDE iSP ESP FAN rii TOTAL SDISL9LE E A T STATIC SP (IN WG) ACOESSORILS

TYPE AIR (CFN) MR (CFU) (9 WG) (WI WG) RPM HP POWER

(81(1/Hp) DO CF’F9 CF —

CAPACITY WISS ns/i, TYPE CLEAMIDIm’r

‘: HORIZ DRAW THRI)

FORWARD — — — — —

CURVED 5.155 685 2.35 .70 1098 5.0 46OV/3PH I 139.893 122,952 76.7 62.6 .74 6/14 T—30x PLEATED FILTER .30 .70 SELECT FAN IN ThE QUIET RANGE

FORWARD — — — —

— I HORIZ DRAW THRU 5.155 665 2.35 .70 1098 5.0 460V/3PH I 136.993 122,952 767 626 74 6/14 2” 30% PLEATED FiLTER 30 70 SELECT FAN WA iNC QUIET RANGE cuo 2,090 400 2.15 .70 1217 0 46OA)SPH 79,455 66.797 88.0 68.0 .49 6/14. T—3O% PLEATED FIL .30 .70 SCT FAN IN THE QUIET RANGE: HORIZ DRAW THRU

FORWARD — — — —

— I

NOTES: I. ACCESSORIES: N — HANGER RODS WITH ‘.IBRAT1ON ISOIJ,TORS.

HVAC ABBREViATIONS

ACU MR COOLED CONDENSING UHIT

AD ACCESS DOOR

AHU MR HANDIJIG (NT

C COFWIOASER

ET EXHAUST FAR

01 ELECTRIC CONVECTION HEATER

HU HUMIDIFIER UNIT

MOD MOTOR OPERATED DAMPER

PAC PACKAGED MR CONDITiONING UNIT

RCa REMOTE CONTROL BOX

TV TRANSFER FAN

HVAC LEGEND

A-24324 DWFUSER SYMBOL-fACE SiZE

150 CFRI RATING

EQUIPMENT DESIGNATION

EQUIPMENT NUMBER

TEMPERATURE SENSOR

CE) HUMIDITY SENSOR

— RL ‘ REFRIGERANT UQUID LINE

i— RS REFRIGERANT SUCTION LINE

&— HG HOT GAS LINE

•__—F1XED TURNING VANES

FLEXIBLE DUCTWORK

CORNNECT)O1A

,,,,,_—BACKDRhFT DAMPER

DAMPER

45 TAIYEOFF WTTN

FLEDIBLI DUCT

_-ACCESS DOOR

MOTOR OPERATED DAMPER

AIR COOLED CONDENSING UNIT SCHEDULE

AOTES:

, GOVERNMENT FURNISHED PACKAGED AIR CONDITIONING UNIT_SCHEDULE

SUPPLY FR COOLING C911. mAL— ‘BITER

EQUIP MRftOR FAR ESP TOTAL I SENSI&I CAPACITYNO (CAM) lIP (ii RIG) fJ 1VP?Y ‘IDe C) CX RH)

SBSO L 20 115100 107,700 72.01 501 15.0 17.4 6.4 46OA/3PH 365 418 DOS HO D0WNFI NOMIHAL TO TON

(NW)

I l07.70072.0 50 16.0 17.4 6.4 43PH36.541.t O0S.PS.HO DOWNNoMINAL1OTON5.650

2.0 0.50 115:700

I

1. AU. (‘HITS HAVE 4”-3O% PRL—flLT

2. FLA — FULL LOAD AMPS; MCA — MINIMUM CIRCUIT AMPS

3. ACCESSORIES: DOS — DOOR INTERLOCKED DISCONNECT SWITCH; PS — FLOOR STAND; HO — HEAT DETECTOR

EQUIP NO OF AMBIENT

NO FANS TEMP CF)

POWER FIA MON ACCESSORIES REAl

‘: 2 ITO 460V/3PH 33.5 40.7 ——

2 110 460V/3PH 335 40.7 ——

2 110 46DV/3PH 24.2 29.1 ——

NOTES: 1. FLA — FULL LOAD MIPS; MON — MINIMUM CIRCUIT AMPS; MOCP — MAXIMUM OVERCURRENT PROTECTION.

ELECTRIC CONVECTION HEATER SCHEDULE

HEATER I 1OTALC AREA SERVED DESONIPTION TYPE ELEMENT I HEATING POWER REMARKS

LENGTH (P1)1 WAiTS

SERU VEST (121) CONVECTOR u.ESTAI. 4.0 I 4.0 277V/TPHI 6825 AIR DISCHARGE (NOTES I. 2)

SII,.L HEIGHT BOTTOM MR INLET WITH TOP

SILL HEIGHT , BOTTOM MR INLET WITH TOPVESTiBULE (101) CONVECTOR .EDESTAI. 4.0 4.0 277V/TPH 6826 MR DISCHARGE (NOTES I. 2)

NOTES: 1. CASING COLOR TO MATCH WITH WINDOW FRAME.

2. ENCLOSURE REQUIRED FOR CONVECTOR SHALL BE 7 1/IH 4 I/So.

DIFFUSER_SCHEDULE

DIFFUSER FACE TYPE FACE SiZE ACCESSORIES REMARKSSYMBOL TYPE

CEIUNG

SUPPLY LOUVERED 24,04 RD

CEIUNG PERFORATED 12,04 o, RETURN 24x24

SIDEWALL DOUBLE SEE PLANS 090SUPPLY DEFLECTION

SIDEWALL FiXED SEE PLANS PROVTDE ALUMINUM CONSTRUCTION ON ALL

RETURN LOUVER EXTERIOR GRILLES AS INDICATED ON PLANS.

SLDEWALL/CEIUNG FIXED

EXHAUST LOUVER SEE PLANS 090

TRANSFER flXED SEE PROVIDE GRILLE WiTH TRANSFER BOOT GRILLE LOUVER AND I” ACOUSTiCAL DUCT LINING.

SUPPLY

— RETURN LINEAR 2—Ct LONG 1FF SEE FLOOR PLAN FOR NUMBER OF 3/4’ SLOTS.

H CEIUNG SLOT

CEILING SLOT LINEAR 2—0’ LONG 60. LFP SEE FlOOR PLAN FOR NUMBER OF 3/4’ SLOTS.

FLOOR FIRED BAR SEE PLANS 090

- GRILLE

NOTES: I. SEE ARCHITECTURAL REFLECTED CELUNG PLAN FOR EXACT DIFFUSER LOCATIONS.

2. SEE ARCHITECTIJRAL REFLECTED CEILING PLAN FOR CEIUNO TYPES.

3. DIFFUSER ACCESSORIES: RD — BUTTERFLY DAMPER

060— OPPOSEO BLADE DAMPER

IF? — ACOIJS11CALLY LINED FACTORY PLENUM

FAN_SCHEDULE

EQUIP I FAN ic oR1t MRF1.f)W TOTAL STATIC MAX FAN {Spjp I

NO (Cfl4) PRESS (IN/WG) HP ACCESSORIES

IINUNE CENTRIFUGAL DIRECT 515 0.50’ 1/8 I2DV,/IPH BOO ‘VI ESC 40 SONES

[RUNE CENTRIFUGAL DIRECT *500 0.50’ I 460V/3PAj VI. ESC 6.0

GOVERNMENT FURNISHED AIR COOLED CONDENSING UNIT SCHEDULE

EQUIP NUMBER AMBIENT

NO OF FANS ‘TEMP CF)

2 105 4BDV/3PH 4.0 4.5 FEC, DS

, 2 1D5 460V/3PH 4.D 4.5 FEC. DS

NOTES: I. FLA — FULL LOAD ‘AMPS; NICA — MINIMUM CIRCUIT AMPS

2. ACCESSORIES: FEC — FAN SPEED CONTROL (—2SF AMBIENT); IC — LEE—TEMP CONTROL (—3O’F AMBIENT);

OS — DISCONNECT SWITCH

. ELECTRIC_DUCT HEATER_SCHEDULE

EQUIP AIRFLC# EAT S POWER STEPS ACCESSORIES REMARKS

, 14.5 1015 • 55.0 DOS 4B11V/3PH 4 FE, DS SERVING OPERATiONS (lOB EXTERIOR)

, 462 3245 55.0 0.05 460V/3P,H 4 FE, DS SERVING OPERATIONS (1DB INTERIOR)

7.2 495 55.0 0.05 460Y/3PH 2 FE. OS SERVING NWR (113)

5.7 400 55.0 0.05 460V/3PH 2 PS. OS SERVING READY ROOM (TOO)

7.0 490 50,0 0.05 46OV/3PH 2 PS, DS SERVING MULTI—PURPOSE (107)

e 2.2 150 55.0 0.05 277V/IPH 2 FE, DS SERVING SAC (104)

, 1.6 120 55.0 0,05 277V/TPH 2 FE, OS SERVING OFFiCE (116)

4.1 285 55.0 0.05 46DV/3PN 2 FE. OS SERVING RECEPTiONIST (103) — VESTIBULE (10 —

5.3 370 50.0 DOS 46DV/3PH 2 FE. DS

SERVING FiLE/COPY (105)— WOMEN (110)

9.7 615 55.0 0.03 460V/3PH 2 PS, OS SER,ING SERV VEST (121) — ELEC TECH (119)

NOTES: 1. ACCESSORIES: FE — FLOW SWITCH. OS — DISCONNECT SWITCH

2. MAINTAIN 3-0’ CLEARANCE IN FRONT OF ELECTRIC CONTROL PANEL

HUMIDIFIER SCHEDULE —

EQUIP DESIGN CAP

NO (LBS HR ELECTRICAL NW ACCESSORIES REMARKS

40.0 46OV/3PH 17.2 HI-LJIAITHUMIDISTAT 21.5 NOMINAL AMPS

iAOTES: I. ACCESSORIES: MOO BACI(ORAFT OAMI’ER; Vi — HANGER RODS WITH V19NATIOH ISOI.ATORS:

ESC - ELECTRONIC SPEED CONTROL.

NOTES: 1. ACCESSORIES: PS — FLOW SWITCH. HI. — HIGH LAIIT DUCT HUUIDF$TAT

B0-

“or vv

H00

.———. I

NOTES

fl] ROUTE FUEL OIL PIPE ON ftOOR WITH CHANNElS AND

HOLDER CUPS. CONNECT TO DAY TANK WITH FLEXIBLE

PIPE CONNECTION AND SHUT—OFF VALVE.

TURN EXHAUST PIPE UP AND INSTALL RAN CAP (GTE).

TERMINATE EXHAUST PIPE 2’—Q ABOVE PARAPET.

MOTOR OPERATED DAMPER (MOTOR CLOSED, SPRING TO

OPEN). INTERLOCK DAMPER WITH AUTOIARTIC TRANSFER

SWITCH (Am) LOCATED IN THE ELECTRICAL ROOM. THE DRAPER SHALL OPEN RASH ThE GENERATOR IS STARTED.

[] INSTALL. ANT1-S’TPHON VALVE AND FTLTER IN FUEL OIL

PIPING AFTER ENTRANCE TO BUILDING WHERE PIPE TURNS

DOWN TOWARD FLOOR.

ROUTE CONTROL WiRING IN CONDUIT TO ALARM PANEL IN ACCORDANCE WITH ELECTRICAL SPECIFiCATIONS.a a

-SPILL. AND CHEWERS

CONTMNMENT WTTH COVER

4 LOCKABLE. WEAThERPROOF

FILL CAP

t VAPOR VENT

TERMINATE 12’—D ABOVE GRADE

- GROUNDING CUP

4 INSPECTION PORT WITH

LOCKABLE WEATHERPROOF

CAP

GROUND WIRE TO COUNTERPOISE

(SEE 0*0 COB)

1000 GALL.ON FUEL TANK a

SCALE: NONE

‘C

GALVANIZE ALL PIPE SUPPORT

COMPONENTS

a

C EMERGENCY VENT

4 CONTRNMEHT PIPE

HERA ALAZAND

IDENTTF1CATTDN

FOOT VALVE

DIESEL DRIVEN GENERATOR/FUEL TANK PLAN

SCALE: I/C—i—C

• C DVERFTLL PREVENTION

VALVE

a its SCALE: I/T-I’-’O qrr’llnkl (TN

SECTION

SCALE: I/C-I-U’

1/2’ EXPANSION ANCHOR

WITH 2 1/2’ EMBEDMENT’

crrnnlu f_i_N

1/2 fINSECTION SCALE: NONE j1

0 1’ 2’ 4’ B’ nrr Zfl SCALE: l/T.i’-O’

2 10/7/14 5* 0 ,LACIC IS/Ill MS/K’s 0D POW AS—SAT 020104 I 4/1/12 05. 0 FLLDO IA/flS ER/WAR ROWAID ‘St IWILI 20RL 1W. 01 11111

— — ‘r ‘r :.. • ro / IWARAD PROGRAM P.1CT Wol

Pw oasL

OOIAD EVAAG

PA

rr ova (rO)

Voio I fl0 I BIRMINGhAM, ALABAW

I DIESEL DRIVEN GENERATOR

w1 AND FUEL TANK -

449404—15 M07 1c0I2