CRP_WFO_Mech_dwgs.pdf

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14 EQUALS THE NEGATIVE ESP ON DRAW—THRU UNITS.

COIL TRAP DErAiL (DRAW—TI-f RU UNIT)

SCALE: NONE

COLD WATER (CW)

HOT WATER (NW)

SOFTENU) WATER Is>

PIPING BELOW FLOOR

VENT M

DRAIN (5)

SOIL. OR WASTE (IN)

SHUT—OFF VALVE

CHECL( VALVE

BACKFLOW PREASSLTER

STRAINER

PRESSURE REDUCING VALVE

UN ION

FIR GAP FITTING

VACUUM RELIEF

PRESSURE/TEMPERATURE RELIEF VALVE

WATER METER

WATER HAMMER ARRESTOR

WALL CLEANOUT

FCO FLOOR CLE.ANOUT

VIR VENT THRU Rooe flXflJRE DESIGNATION

A REFERENCE POINT FOR

PIPE CON1TNUAT)ON

NOTE CONTRACTOR TO PROViDE AND cmpp INSTALL RESTRAINING STR’ AROUND

CAN TO PREVENT MOVEMENT

PRESSURE/TEMPERATURE RELIEF

VALVE WITH FULL SIZE DISCHARGE

PIPE DOWN TO FIR G.4P FITTiNG.

CONTROL PANEL (MAINTAIN 3-0

CLEARANCE IN FRONT OF PANEL)

1 AIR GAP FITTiNG

• 24p24p3 HIGH WELDED 22 GAUGE

GALVANIZED SHEET METAL SFFSTY PAN

EXTEND 3/4 SAFErF PAN DRAIN

AND P/I RELIEF VALVE DRAIN DOWN

THROUGH ROOM ill CELUNG AND

EXTEND DOWN WALL TO MOP SINK.

V MAINTAIN I FIR GAP AROVE RIM

OF MOP SNK.

——--— MINIMUM HEIGHT

OF INN’ VENT

TERMINATE DRAIN

OVER FLOOR DRAIN

PLUMBING FiXTURE SCHEDULE

WATER HEATER DETAIL

SCALE: NONE

PLUMBING LEGEND & SYMBOLS

RO

MINIMUM ROUGH—IN_SIZFS_) —ITEM FIXTURE N DAN? K S

® WATER CLOSET I/2 T 4

URINAL -

TT/XT

LAVATORY T

MOP SINK ;:- ;;;;- ;—;;:

() KITCHEN SINE

FLOOR DRAIN

ELECTRIC WATER

— 1/2 II/2 I 1/TCOOLER

( NON—FREEZE —:--- — —

WALL HYDRANT

— (S) —

V—

—W

‘ci i

I \.pp SLEEVE THROUGH

I CONCRETE FLOOR (TYPICAL)

— 2 I/2 WATER SERViCE

FOUNDATiON tTO LANDSCAPE IRRIGATION EM

PIPE SLEEVE THROUGH FOUNDATiON WALL

ARPIPING VALVES ETC. MUST BE

INSTALLED IN UALLEST SPACE

POSSIBLE TO MAXIMIZE AI.RLASLE

FLOOR AREA IN STORAGE ROOM.

ROOF

COLD & HOT WATER RISER DLØRAM

SCALE: NONE

ROOP

PLUMBING EQUIPMENT

ELECTRIC WATER COOLER RATED 7.6 GEM OF 5F WATER

WHEN SUPPLIED WITH 8F WATER AND 90F AMBIENT

TEMPERATURE. 12OV/IPH.

() ELECTRIC WATER HEATER RATED 3.0 KW 20 GALLON STORAGE.

12 GAL/HR RECOVERY AT bET TEMPEAT1JRE RISE, 277V/IPII.

6/S/PA SELL P/PAW ri/IPS RIVISSD P AS—ALLT POm4

;-‘ ‘s’

INFO / NEZORNO PROGRAM T AAVSEWSI WN. 6I4 (

ANGlEd IN. OI

WASTE & VENT RISER DLRAM

SCALE: NONE

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WAGNER’ WA1N FT 0EP

CORPUS CHRIST1, TEXAS

I PLUMBING DETAILS

“ I AND SCHEDULES

O44131—5 M02 IRl11 r

GENERAL HVAC NOTES

I. FOR DRAWING LIST AND ABBREVIATIONS, SEE DWG 01.

2. COORDINATE DIFFUSER LOCATIONS AND CEILING TYPES WITH THE

ANTECTURAL REFLECTED CEILING PLAN (DWG AGE).

HVAC PLAN NOTES

PRO’,IDE 14 PERFORATED FLOOR PANELS INSTALL 12 PANELS IN

EQUIPMENT ROOM (114), AND 2 PANELS LN COMMUNICATIONS ROOM (115).

[] DUCT PENETRATION ThROUGH SOIJNO WALL TI) BE SEALED AR TIGHT.

[] REMOTE CONTROL RON (GFE). SEE PAC UNIT DETAJL. DWG M04.

RECESSED ALARM AND INDICATOR LIGHTS PANEL. SEE WALL ELEVATION ON DWG ElO.

CONCRETE HOODS (SEE DWG 504).

[) ANCHOR CONDENSING UNITS TO SLAB.

[!) PROVIDE GRILLE OF ALUMINUM CONSTRUCTION.

[) PROVIDE CHANNELS 8 HIGH WITH TUBING CUPS WITH RUBBER ISOEATQRS FOR

REFRIGERANT UNE SUPPORT. SECURE CHANNELS TO SLAB WITH EXPANSIOP4 ANCHORS.

[] FLEXIBLE REFRIGERANT PFE CONNECTION.

PROVIDE PIPE SLEEVES WITH UECI4NNICAL SEAL FOR REFRIGERANT PIPES.

[i]] FOR CONTINUATION, SEE MECHANICAL EOUIPMENT SPACE PLAN, OWO M04.

ACCESS OPENING IN CEILING (SEE OHIO AGe).

DUCTWORK SHALL RE WRAPPED FROM AIR HANOUNG UNIT TO

PONT INDICATED ON THE DRAWPIGS.

BOTTOM OF GRILLES IN SOFFTT TO BE • 7’— APF (TYPICAL 3 PLACES).

CONNECT B FLEXIBLE DUCT TO 12,I224 PLENUM BOX IN SOFFTT.

SEAL ALL DUCT JOINTS WATERTiGHT.

TEMPERATURE CONTROL TERMINAL ON PORTABLE COMPUTER TABLE WITH CASTERS

AND AN ADDITIONAL 2511 Of WIRE CDILED BELOW ACCESS FLOOR.

AC? AC

( (GFE)

R IIIV

3/4 HG. T/T RL

(2 CPICUITS PER UNIT)

I •

‘-4 AFF)

CF EobIçI,IT

J

I28 I I 1AN1U

0PtNS

II I2l2AxW _l_j l4Nl2 Li I812

(TYPICAL)

C

-MI

MI

HI

M [

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IBI8AO(TOP)

PANTS A-ITMCONNECTiON n I

215 ,. —TEIERATURE SENSOR

-. ],. J (TYPICAL 6) MC WITH INSLEATEP SUB-BASE

I ) ROD (TOP AND I/f .L__!-I—-r2424 I i

= BOTTOM DUCTS) I I 2 PLACES)

r -, 4 ,. TEMPERATURE CONTROL BOO

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RdPV / NOIRAD PROGRAI4

PROJECT MO. DM01

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HVAC PLAN

044131_j5j M03 DMri r

SCALE: 1/c—i—a

0/A

(7$) )

HANGER ROD WITH NEOPRENE PADS (TYPICAL FOR

ANU—l AND 3) COORDINATE HANGER ROD All) SUPPORT PORfl LOCATiONS WiTH CON. PULL SPACE.

P117KW ACCESS AREA, AND STRUCTURAL DM25. - -

III: I MThIICOn I i ‘ti’ROO4 II

I 108 I 108 ACCESSFLOOR

U-

ICCCl1flhi

II

HARDER RODS WITH

SPRING ISOLATORS (TYPICAL)

S3XMR’2REO9JWITH\\

T

RECESSED FLOOR I

r::zzzzzzzzz:zz:z_J_

SC11ON

SCALE. l/4’-i’-cF

(iN

HUMIDIFIER PIPING DETAIL

SCALE: NONE

• REFRIGERANT PIPING

(CIRCLIIT 2)

• REFRIGERANT PIPING

(CIRCUIT 1)

• IwW TRANS

(TYPICAL)

INSTALL PIPING TO

CLEAR DOOR SWING.

- SECURE ESCN LEG TO

CONDENSER FRAME AT ALL

POINTS SHOWN USING THE

HARDWARE PROSIDED

4L.

ALTERNATE WALL

LOCATION

RETURN AIR ROOT

WITH I’ ACOUSTiCAL

DUCT UNER

WALL LOCATiON

RETURN AIR BOOT SCHEDULE

RN BOOT IBfl CEll RANGE RN BOOT .X4DSOIG

I2i2 0—SOD 3—0’ 2—0’

24,12 501—1000 7—0’ 3—0’ 24,24 1001—2000 7—0’ 3—0’

RA BOOT DETML

SCALE: NONE

NOD AND 12xI8 AD (TOP AND BOTTOM DUCTS — TYPICAL 2)

FLETIBLE DUCT CONNECTiON (TYPICAL EACH ANY)

SEAL AIR11DNT AROUND REFRIGERANT PIPES AND

SLEEVES THROUGH WALL (TYPICAL EACH Al-Ia)

NUMIDIF1ER DUCT DR’dN (TYPICAL)

ROUTE ALL CONDENSATE DRAINS TO

FLOOR DRAIN (TYPICAL)

MECHANICAL EQUIPMENT SPACE PLAN

SOLENOID VALVE (INTERLOCK WITH

TEMPERATURE CONTROL PANEL — TYPICAL)

ICFYTTTflN

T

SCALE: 1/4—1’—TT

- L3x3x3/W’ (2 REOIJWED) TACK WELD TO ROOF JOISTS

HANGER RODS WITH NEOPRENE PADS (TYPICAL)

-REFRIGERANT PIPING (TYPICAL)

—ROOF JOISTS (TYPICAL)

FLEXIBLE DUCT CONNECTION (TYPICAL)

ROOF

15dB AD

(TYPICAL 4)

24rD4-

1Dx24 -

___ rZ’’H’Mo)Ih1ETT PIPING (TYPICAL) I I

I II II 1

I II II II

I II II II

LJLZIZZZIL

SCALE: 1/4’—l’—ST \MG,,Y

-PAC tRAIT (OFE)

CONDENSING UNIT (Oft)

- COYYTROL AND POWER WIRING

(SEE ELECTRICAL DRAWINGS

EDS AND EDR)

-2’ SNT MTL CLOSURE

STRIP (RENIND UNIT)

- 1/2’ ThICK FLEXIBLE

NEOPRENE GASKET

BETWEEN ACCESS FLOOR

AND PAC FLOOR STAAC

-ACCESS FLOOR

- RECESSED SLAB

- FLOOR STAND (GTE)

VANE (GTE)

PAC UNIT DETAIL

SCALE. NONE

PAC CONDENSING UNIT DETAIL

SCALE. NONS

NOTES 1. SEE ARCHIIECTIJRNL DRAWINGS FOR

SOUND WALL LOCATIONS

2- SEAL WALL PENETRATiONS AAITIGHT

I B/B/NA IdOl r ERR/MW FIR/JAB RINRIED PER AS—BAT COACTISWS albIdi ‘r ‘r -4., Wa / NRZERAO PROGRAM PROJECT lAB. EWE’

= Isgy,,,®I IALWIImIE If \ IFIRArm

FLUe flANIIL I I GOULD EVANS IT.sic ITSPA

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MAMWWS D.EL PROIRIW RRPES r MARC $7 5f

CORPUS CARSTI, TEXAS

HVAC SECTIONS

AND DETAILS

O44131—5I M04 DM 1

0 2’ 4’ B’ 12’

SCALE- iJ4’-i’-It

AHU—1. AHU—2 CONTROLS

ETA IID&WFJT ICITiII rc’ rw (‘.OMTROi S

SPACE TEMPERATURE J ELECTRIC DUCT HEATER

(EON—b)

<1) 0/A TEMPERATURE

0/A HUMIDITY

P/A TEMPERATURE

R/A HUMIDITY

U/A TEMPERATURE

FILTER 01FF PRESSURE

FAN 01FF PRESSURE

() SPACE HUMIDITY

{) S/A TEMPERATURE

HUMIDIFIER STATUS

AHLJ—3 CONTROLS

INPUTS

0/A TEMPERATURE

() S/A TEMPERATURE

() U/A TEMPERATURE

() FILTER 01FF PRESSURE

() FAN 01FF PRESSURE

G CONDENSING UNIT

CONTROL SAFETIES

P/A TEMPERATURE

0/A, P/A DAMPERS

DIRT,’ FILTERS

SUPPLY FAN STATUS

000UNG

AHU START/STOP

HUMIDIFIER

CONDENSING UNIT

STATUS

HUMIDIFIER ALARM

4. ALL 120 \TILT POWER WiRING TO CONTROL PANELS AND MOTOR OPERATED

DRAPERS SHALL BE FURNISHED AND INSTALLED BY THE CONTRACTOR

(SEE DWG EON).

I 6/S/Wi SOT T EWI/SIIW F06/.M8 6EGI10 PER AS-NLR.T I4Wi)C6lS

IS.tIoMLII .‘%%

IAi.s I \ IF.Am jEsv \IT L!o5Wi

.D (O)

SUPPLY

MR

HUMIDIFIER

(RU-i)

OPERATIONS

ROOM

(109)

AUTOMAITC TRANSFER

SWITCH (ATS)

AHU—L AHtJ—2 CONTROlS

COMMERCIAL/GENERATOR

POWER STATUS

CONDENSING UNIT

CONTROL SAFETIES

MR HANDUNO LWST (P441-1.2)

AR HANDLP1G UNITS I & 2 (ANU- I 2) SERVE THE OPERATIONS AREA AND APE OPERATED

ON A 24-HOUR SCHEDULE. ONLY ONE AIR RANDUNG UNIT ST{AU, OPERATE, AND THE

NON-OPERATING UNIT SHALL SERVE AS A BACKUP. TAlE BACK—UP UNIT SHALL BE STARTED ALITOMAT1CALLY UPON FAILURE OF THE OTHER UNIT. ANU-T AND 2 SHAlL BE PROGRAMMED TO ALTERNATE TO MAINTAIN EQUAL RUN ‘TiME. THE SUPPlY PR FAN SHALL RUN CONGRUOUSLY. A SUPPLY AIR TEMPERATURE SENSOR SHAlL MOOULATE THE CONDENSU1G UNIT (ACU) TO MAINTAIN 5S’F DISCHARGE AIR TEAIPERA1TJRE. THE SUPPLY AlP TEMPERATURE

SHALL BE RESET TO SATISFY THE ROOM TEMPERATURE SENSOR WITH THE MAXIMUM COOLING

DEMAND. AN OUTSIDE ,JR ECONOMIZER CYCLE SHALL BE PRONIDED WITH ENTHALPY

CONTROL A MIXED MR TEMPERATURE SENSOR SHALL MODILATE ThE OUTSIDE AND RETURN MR DAMPERS DURING ThE ECONOMIZER CYCLE. MINIMUM OUTSIDE AIR SHALL BE PRERUED

WHEN THE UNIT IS NOT IN T1 ECONOMIZER CYCLE. HIJUERTY SHALL BE CONTROLLED BY

A SPACE HUMIDITY SENSOR. HEATING WILl, BE PROViDED BY INDMDUAL ELECTRIC DI.ICT

HEATERS (EDH). SMOWE DETECTORS, PA THE SUPPLY AND RETTJRN AIR DUCTWORK, SHALL

0€—ENERGIZE THE SUPPLY AIR FAN UPON SENSING SMOKE. UPON LOSS OF COMMERCIAL

POWER. THE AIR HANDLING UNIT SHALL BE PROGRAMMED FOR A T1MEO DELAY RESTART.

ELECTRIC DUCT HEATER EDH—2 SHALL NOT OPERATE ON EMERGENCY POWER.

AIR I4ANDLIAC UNIT (46411-5)

AIR HANDLEIG UNIT 3 (AHU—3) SERVES THE ADMINISTRATION AREA AND OPERATES ON

AN 8—HOUR SCHEDULE. PROGRAM NIGHT SETBACK. THE OPERATION OF ANU—3 IS SIMILAR

TO AHU—1 AND 2 WITH THE FOLLOWING EXCEPTiONS;

(1) 0111510€ AIR ECONOMIZER CYCLE IS CONTROLLED BY OUTSIDE AIR TEMPERATURE; AND

(2) NO HUMIDITY CONTROL

AND-i, ACU—3 ANO ASSOCIATED ELECTRIC DUCT HEATERS SHALL NOT OPERATE ON

EMERGENCY POWER. UPON RESTORATION OF COMAIERCLNL POWER, AUIU-3, ACU-3 AND

ASSOCIATED ELECTRIC DUCT HEATERS SHALL RETURN TO NORMAL OPERATING MOOS.

THE MR HANDUNG UNIT SHALL RE PROGRAMMED FOR A TIMED DELAY RESTART.

ElECTRIC DUCT’ HEATERS (€044)

A SPACE TEMPERATURE SENSOR SHALL MODUlATE THE ELECTRIC DUCT HEATER WHEN

HEATING IS REQUIRED.

ENSING

UNIT

0/A. P/A DRAPERS

DIRTY FiLTERS

SUPPLY PAN STATUS

COOLING

ANU START/STOP

CONDENSING UNIT

STATUS

THE PAC UNITS (PAC—I.2), CONDENSNG UNITS (C—I.2) AND THE REMOTE CONTROL BOX

(RON) ARE GOVERNMENT FURNISHED EQUIPMENT. BOTH PAC UNITS HAVE INTERNAL

CONTROLS AND ARE CONNECTED TO THE RCB. THE RCB CONTROLS THE LEAD/LAO

SEQUENCING Of THE UNITS TO MAINTAIN EQUAL RUN TIME. A HIGH TEMPERATURE

THERMOSTAT IS ALSO CONNECTED TO THE RCB, TO ENERGIZE THE LAO PAC LNIT ON

A NGH SPACE TEMPERATURE SENAL BOTH PAC UNITS WILL BE ABLE TO RUN IN

THE NORMAl, OPERATION MODE. UPON A SIGNAL FROM THE AUTOMATiC TRANSFER SWITCH (ATE), ThE RCB WILL ALLOW ONLY ONE PAC UNIT TO RUN IN ‘THE EMERGENCY

OPERATION MOVE.

ETG4NIJST FAN (EF—ID

THE EXHAUST FAN SHALL RUN CONT1NUOUSLY.

TRA0ER FAN (TIT—DI

ThE TRANSFER FAN SHALL RUN CONTIMJOUSLY.

I4JF (141—1)

ThE HUMIDIFIER SHALL NOT BE ALLOWED TO OPERATE UNLESS ThE AIR HANDLING LWMT SUPPlY AIR FAN IS IN OPERATION. AN AIR FLOW SWiTCH SHALL DE-ENWiRGIZE THE HUMIDIFIER UPON LOSS OF AIRFLOW. ThE STEAM SOLENOID VALVES SHALL BE INTERLOCKED TO OPEN WHEN ThE CORRESPONDING MR HAAELMG UNIT is IN OPERATION.

ThE SPACE HUMIDITY SENSOR SHALL IAOOIJLATE ThE HUMIDFIER. WHEN THE HUMIDIFiER

IS ENERGIZED THE SUPPLY AIR TEMPERATURE SHALL BE RESET TO 6SF. THE HUMIDIFIER

SHALL NOT B( ALLOWED TO OPERATE UNLESS REF SUPPLY AIR IS PROVEN. WHEN ThE

HUMIDIFIER IS 0€-ENERGIZED, SUPPLY MR TEEIPERATTJRE SHALL BE SET BACK TO 5SF.

A SIGNAL FROM THE HEN—LIMIT HUMIDITY SENSOR SHALL 0€—ENERGIZE THE AHJMIDIFI€R.

CAT UTIT HEA1 (01*1—1,2)

THE CABINET UNIT HEATERS (CIJH’.I,2) SHALL HAVE SELF CONTAIMED CONTROLS.

TAlE THERMOSTATS SHALL BE SET TO MAINTAIN A SPACE TEWERATIJRE OF 6SF.

TEMPERATURE CONTROL NOTES

THE CONTRAGTOR SHALL BE RESPONSIBLE FOR DETAILING ThE HAAG

CONTROL SYSTEM. POWER WIRING, LOW HOLTAGE CONTROL WIRING. AND

CONNECTIONS NECESSARY TO PROVIDE 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 UGHTS PANEL SHALL BE PROVIDED WITH ThE FOLLOWING IDENTiFICATION AND INDICATOR LIGHTS (FOR EACH AHU):

SUPPLY FAN OPERATING GREEN

SUPPLY FAN FAILURE RED

CONDENSING UNIT OPERATING GREEN

CONDENSING UNIT FAILURE RED

FILTER CHANGE REQUIRED RED

HUMIDIFIER ALARM RED

3. ALL 24 VOLT CONTROL WIRING SHALL BE FURNISHED AND INSTALLED BY

TEMPERATIJRE CONTROL CONTRACTOR ANT) SHALL BE SI’IELDED CLASS 2

PLENUM RATED CABLE.

AHU—3 CONTROLS

SPACE TEMPERATURE CONTROLS

(j) SPACE TEMPERATURE G ELECTRIC DUCT HEATER

SUPPLY

AIR

TEMPERATURE CONTROL LEGEND

DUCT TEMPERATURE SENSOR

AIRFLOW SWITCH

DIFFERENTIAL PRESSURE SWITCH

DUCT SMOKE DETECTOR 0

(a]—’. HUMIDITY HIGH LIMIT SENSOR

DUCT HUNGITY SENSOR

f)-”— MOTOR OPERATED DAMPER

(NC — NORMALLY CLOSED)

NO — NORMALLY OPEN)

INDICATOR LIGHT (LOCATED P4

ALARI,4/INDKATION LIGHTS PANEL)

ROOM TEMPERATURE SENSOR

ROOM HUMIDITY SENSOR

MOTOR STARTER

TEMPERAPJRE CONTROL PAPEL

INPUT OR OUTPUT

5. ALL 24 VOLT CONTROL AITRRlC UNDER TIlE FLOOR SHALL BE INSTALLED

IN CONDUITS (SEE DWG EDT).

8. SET ROOM TEMPERATURE AT )2F FOR ALL AREAS SERVED BY ANU-T AND

AUIU-2, AND 7SF DURING SUMMER AND 6SF DURING WiNTER FOR ALL AREAS

SERVED BY 41111—3. SET ROOM HUMIDITY AT 5D% RELATNE HUMIDITY.

7. SET’ ALTERNATING TIME OF AND-I Ac 2, AND PAC—T 41 2 FOR 84 HOUR INTERVALS.

—M—- CONTROL WRING

ARC / NETIRAG ORAA4

PIGJKCT Wi. DART

FW 5ANIIL

GOULD EVANS

ARcHITECTS, P_A.

WAGNER AT ST CSFSS

CORPUS CHR1STT, TEXAS

HVAC

TEMPERATURE CONTROLS

044131—151 M05 IDMI 1

AIR HANDLING UNIT SCHEDULE

— EDPPI’Y MR FAN — RERAtIJ’ COOLING COG. FUERS

EQUIP DESCRIP11OR FAll TOtAL SOBLE E A T T STATIC — W (IN WG) *cIGssowsROWS & lYRETYPE AIR (Cfll) AIR (CPu) (IN MO) (El MO) 8’W HP POWER F DIRTY

• HORIZ DRAW TTIRIJ

FORWARD — — —

CURVED 4,000 880 2.20 0.80 1,000 5.0 46(Yv/3P1-l 40,000 106,000 79.0 65.0 0.75 6/TI 2—Ill PLEATED FILTER .35 .70 Vi, HEM SOUND POWER LEVEL SHALL NOT DICEED 88dB IN ‘THE 125Hz OCTAVE BANO HORIZ DRAW TRRI) cuso 4,000 680 2.20 0.80 1,050 5.0 4601//3PH 140,000 106,000 790 650 075 6/11 2”—i% PLEATED FILTER 35 70 Vi HEM SOUND POWER LEVEL SHALL NOT EXCEED 88dB IN THE 125Hz OCTAVE BAIWI.

FORWARD — —

HORIZ DRAW THRU 3.200 400 2.20 0.60 1,200 0 46cv/3PH 111.000 87,000 79.0 65 90 6/14 2’-1X FIL .35[70 VI, HEM SOUND POWER SNAIL NOT EX g0& IN ThE 125Hz OCTAVE BAND.

FORWARD — — —

1OTES: I. PARTiCULATE FILTERS RATED AT 0,3 MICRONS IN ACCORDANCE WiTH ASHRAE STANDARD 62-89, EQUIPMENT DESIGNATION

EQUIPMENT NUMBER

(1J— TEMPERATURE SENSOR

HUMIDITY SENSOR

,)— RL REFRIGERANT LIQUID LINE

— RS ‘ REFRIGERANT SUCTiON UNE

HG HOT GAD LINE

—STM STEAM

,3— CONG —‘———— CONDENSATE

FIXED TIJRNING VANES

FLEXIBLE DUCTWORK

CONNNEC1ION

— BACKDRAST DAMPER

— IANNUAL DAMPER

45• TAXEOFF WITH BUTTERFLY

DAMPER AND FLEXIBLE DUCT

ACCESS DOOR

AIR COOLED CONDENSING UNIT SCHEDULE

EQUIP NO OP MEIBENT I I FUJ. Fi, NO FANS I TEMP CE) I I LOAD CIRCLIT RDEARI(S

IMI’S AM

‘• 2 I 115 I 46OV/3PH 5.3.5 40.7

•‘ 2 115 460V/3PH I 33 407

2 115 460V/3PH 26.3 31.7

— I

CABINET UNIT HEATER SCHEDULE

I HEATING I I

MO I (CPu) I (kW) I ASSO POWER RO4ARWS l• 100 I 40 I OS, T, MS I 277V/1PH SET THERMOSTAT AT 6SF

100 4.0 OS, 0, MS 277V/1PII SET THERMOSTAT AT 6SF

GOVERNMENT FURNISHED PACKAGED AIR CONDITIONING UNIT SCHEDULE

NOTE: ALL UNITS NAVE 4’ —30% P9K—FiLTERS.

ECUF’ AIRFLOW I FAN TOTAL I SENSIBLE I E A T I

9JP9I..’( FAN COOLING COIL

T

IF I

MIMUM ACRIOS AAR1(S

IAHIPSI(CEll) I HP (IN wo) CAPTY

POWEREI

1.5 0.50 109,100 88 400 72 0 50 150 11 0 3.6 I 46QU/3PN I 32.4 I DOS, ES, HO DOFLOW. NOMINAL 8 TON

4,650 1.5 0.50 100,100 88,400 72.0 5O15.O 3.6 40QU/3PH 32.4 39.9 DOS, ES. HO DFLOW. NOMINAL 8 TON

NOTE: SEE ARCHITECTURAL 01105 FOR EXACT MOUNTING HEIGHTS AND LOCATIONS.

HUMIDIFiER SCHEDULE

GOVERNMENT FURNISHED AIR COOLED CONDENSING UNIT SCHEDULE

Nui€p I AAmRINT 4GTP1CJ I I

NO OP FAIlS I TEMP (‘F) ‘tJJ, L IEIIAAUM I AGCESS0R I REMARKS

POWER I MIRE CF01JIT MIPS I I

2 I 105 460V/SPH I 5.0 I I5I DO I

2 105 460V/3PH 4.4 5.0 FSC, DS

ELECTRIC_DUCT HEATER_SCHEDULE

[GUlP HEATiNG EAT

NO TY ir DO<T (°) ‘‘

,NGCESSORIES

20.0 1,330 55.0 0.05 46GH/3PH 3 PS, DOS

25.0 1,720 55.0 0.05 460V/3PH 3 ES, DOS

8.0 530 55.0 0.05 460V/3PH 2 PS, DOS

7.0 420 55.0 0.05 460V/3PH 2 ES, DOS

10.0 680 55.1) 0.05 46(N/3PH 2 ES, DOS

6.0 350 55.0 0.05 460V/1PH 2 PS. DOS

4.0 220 55.0 0.05 277V/IPH 2 ES, DOS

12.5 760 55.0 0.05 460V/3P4 2 ES, DOS

8.0 510 55.0 0.05 440V/3PH 2 ES, DOS

10.0 680 55.0 0.05 46Q,’/3PH 2 ES, DOS

HVAC ABBREVLTIONS

U MR 000110 CONDENSING UNIT

AD ACCESS DOOR

AHU MR HANDUNG UNIT

GOD COIJNTER—BAL.AMCED GRAVITY BACKDRAFT DAMPER

C CONDENSER

CUll CABINET UNIT HEATER

DOS DOOR INTERLOCKED DISCONNECT SWITCH

OS DISCONNECT SWITCH

EF EXHAUST FAN

ESC ELECTRONIC SPEED CONTROl.

Eu OPTiONAL FAN MOTOR

ES FLOOR STAND, FLOW SWITCH

FEC FAN SPEED CONTROL (-2O AMBIENT)

Flu FAN TERMINAL UNIT

ND HEAT DETECTOR

HEEl HIGH EFFiCIENCY MOTORS

NH HINGED HOOD

NL HIGH UNIT DUCT HIJMIDISTAT

HI) HUMIDIFIER

IOV INLET GUIDE VANES

IS INSECT SCREEN

LTC LEE—TEMP CONTROL (—za AMBIENT) MS 2’ DEEP SEMI-RECESSED MOUNTiNG SLEEVE PAC PACKAGED AIR CONDITiONING UNIT

RC INSULATED ROOF CURB

RH ROOF HOOD

T INTEGRAL THERMOSTAT

TV TRANSFER FAN

VEV VARIABLE MR MOLUUE UNIT

VI VIBRATION 1S04.ATORS

HVAC LEGEND

A—24z24 OFFUSER SYMBOL—FACE SIZE

150 CFM RATING

E I I I

ACITY I POWER 1W I COREMO

(L%RSTEAIA4 I I I

34.0 460V/3PH 12.0 FS, HL 14,0 NOMINAL AMPS

DIFFUSER SCHEDULE

DIFFUSER FACE TYPE FACE SIZE REMARKSSTMOOL

CEILING LOIJAERED I2zT2 or SUPPLY 24o24 CEIUNG PERFORATED 12o24 or

RETURN 24,24

SIDEWALL DOUBLE SEE PLANSSUPPLY DEFLECTION

SIDEWALL FIXED SEE PLANS PROViDE ALUMINUM CONSTRUCTION ON ALL

RETURN LOUVER EXTERIOR GRILLES AS INDICATED ON PLAINS.

SIDEWALL/CEILING FIXED SEE PLANSEXHAUST LOUVER

TRANSFER FiXED PRcvD€ GRTLL,E WITH TRANSFER BOOTSEE PlAINSGRILLE LOUVER AND 1’ ACOUSTICAL DUCT LINING.

CEILING SLOT LINEAR 2—Cl’ LONG SEE FLOOR PLAN FOR NUMBER Of’ 3/4 SLOTS.SUPPLY

CEILING SLOT LINEAR 2-U’ LONG SEE FLOOR PLAN FOR NUMBER OF 3/4’ SLOTS.RETURN

FLOOR FIXED BAR SEE PLANSGRILLE

NOTE: MAJNTA1N 3—U’ CLEARANCE IN FRONT OP ELECTRICAL CONTROL PANIG..

NOTt: SEE ARCI1TTECTURAL REFLECTED CEILING PLAN FOR ETIACT DIFFUSER LOCATIONS AND CETUNO TYPES.

BOO-

‘Q’..— MOTOR OPERATED DAMPER

DAMPER

DUCT TRANON

-d _i I I I

INFO / NGIRAD PROORIJI

PBOJKCT IN. DINI

ISf5,OoI IAuoec I IFmrm

EW DIBNIK I Escir I GOULD [MINE I T IECTS, PA lYzux I

WrAn T OlF

CORPUS CHRISTT, TEXAS

HVAC SYMBOLS. SCHEDULES

AND LEGEND

044131—15 I M06 IDMI 1

2 6/6/99 11CR DCR EPP/RRW FOP/JAB REW5 PAR IS-.BIMT c01c60090 i 6/11/94 Nh OCR IARI/IROP FGR/JTS CIW IRt 10 CR0 t VAPOR VENT — TERMINATE

12—0 ABOVE GRADE (GEE)

6 EMERGENCY VENT (GTE)

4 INSPECTION PORT WiTH

LOCKABLE WEATHERPROOF CAP (GFE)

t OPENING FOR INTERST1TNL

I,EAX DETECTION SENSOR (GTE)

1000 GALLON FUEL TANK (OFt)

DIESEL DRIVEN GENERATOR/FUEL TANK PLAN

SCALEI 1/4-i-0’

ROUTE FUEL L PIPE ON FLOOR WITH CHANNELS

AND HOLDER CLIPS. CONNECT TO DAY TANK WiTH FLEXIBLE PIPE CONNECTiON MID SHUT—OFF VALVE.

TURN EXHA!JST PIPE UP AND INSTALL RAN CAP.

TERMINATE EXHAUST PIPE 2’— ABOVE PARAPET.

[] MOTOR OPERATED DAMPER (NORMALLY MOTOR CLOSED.

SPRING TEA OPEN) INTERLOCK DAMPER WiTH THE

GENERATOR CONTROL PAJ’EL THE DAMPER SHALL

OPEN WHEN THE GENERATOR IS STABlED.

[] INSTALL FUEL FILTER, THEN ANTT-SYPHON VALVE IN

FUEL OIL PIPING AFTER ENTRANCE TO BWLOING

WHERE PIPE TURNS DOWN TO FLOOR.

ROUTE OUTATROL WIRING IN CONDUTI TO ALARM PANEL

] EXTEND LUBE OIL ORMN UNE ON 020 WITH COUPUNG,

4 LONG NIPPLE AND CAP TO FACIUTATE MALNTENANCE.

A

SECTION

SCALED l/2—l’—O

2-U’

A

SECTION

SCALC NONE

SEC11ON

SCALIO lJA i’-U’

Qtt

GALVANIZE ALL PIPE SUPPORT

COMPONENTS

O 2’ 4’ B’ 12’

O 1’ 2’ 4’ 6’

O / NAD pGaAA4

PJECT 60. OI

LU DIIIfl

GOULD EAMS

ARG14TECTS. PA

S.mrsiouw ALWAyS 41’

FASIPTU • rEor ‘A•

Yoooo

WAKIAR N1) T OPP

CORPUS CHRIST, TEXAS

DIESEL DRIVEN GENERATOR

AND FUEL TANK

044131—I 5 [ M07 DM 2