FAXTEL

© 2

016

Moo

dy/N

olan

Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL NOTES,LEGEND, ABBREVIATIONS

M100

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

RD

RS

RL

CHWR

CHWS

HWR

HWS

LPC

LPS

CD

ACD

HEATING HOT WATER RETURN (HWR)

HEATING HOT WATER SUPPLY (HWS)

REFRIGERANT SUCTION (RS)

CHILLED WATER RETURN (CHWR)

REFRIGERANT DISCHARGE (HOT GAS) (RD)

HEAT PUMP WATER RETURN (HPWR)

HEAT PUMP WATER SUPPLY (HPWS)

REFRIGERANT LIQUID (RL)

DIRECTION OF FLOW

CHILLED WATER SUPPLY (CHWS)

EXISTING PIPING TO REMAIN

EXISTING PIPING TO BE REMOVED

RD

HPWR

HPWS

CONDENSATE DRAIN (CD)

LOW PRESSURE STEAM CONDENSATE (LPC)

LOW PRESSURE STEAM SUPPLY (LPS)

FLANGE CONNECTION

ELBOW DOWN

ELBOW UP

TEE DOWN

TEE UP

UNION

THERMOMETER

PRESSURE GAUGE

CONTROL VALVE

BALL VALVE

SHUTOFF VALVE

CHECK VALVE

THREE-WAY CONTROL VALVE

TRIPLE DUTY VALVE WITH PRESSURE PORTS

BALANCING VALVE WITH PRESSURE PORTS

STRAINER

SOLENOID VALVE

AUXILIARY CONDENSATE DRAIN (ACD)

WATER METER

PRESSURE AND TEMPERATURE TEST PLUG

REDUCER

EXISTING DUCTWORK OR EQUIPMENT TO BE REMOVED

EXISTING DUCTWORK OR EQUIPMENT TO REMAIN

BRANCH DUCT WITH 45° RECTANGLE-ROUND BRANCH

ALL DUCT DIMENSIONS SHOWN ON DRAWINGS ARE INSIDE DIMENSIONS.SEE SECTION 15250 OF THE SPECIFICATION FOR DUCTWORK TO

RETURN AIR DUCT DOWN

FITTING AND MANUAL VOLUME DAMPER

SUPPLY OR OUTSIDE AIR DUCT UP

RETURN AIR DUCT UP

ELBOW WITH TURNING VANES

RECEIVE INSULATION OR LINER.

NECK SIZETYPECFM OF SUPPLY DIFFUSER OR REGISTER

MANUAL VOLUME DAMPER

SQUARE TO ROUND TRANSITION

EQUIPMENT WITH FLEXIBLE DUCT CONNECTION

10"CSD-1300

SUPPLY OR OUTSIDE AIR DUCT DOWN

NOTE:

(SD=SUPPLY/RD=RETURN)

48"48"

MECHANICAL(AFF, AFG, UNLESS NOTED OTHERWISE)

THERMOSTATS (USER ADJUSTABLE)(TOP OF DEVICE)CONTROLS (TOP OF DEVICE)

MECHANICAL SYMBOLS

ABBREVIATIONS

PIPING

ANNOTATION

HVAC EQUIPMENT & DUCTWORK

STANDARD MOUNTING HEIGHTS

NOTE:THIS IS A MASTER LEGEND AND NOT ALL SYMBOLS, ETC. ARENECESSARILY USED ON THE DRAWINGS.

AFF ABOVE FINISHED FLOORBAS BUILDING AUTOMATION SYSTEMBD BACKDRAFT DAMPERCFM CUBIC FEET PER MINUTEDDC DIRECT DIGITAL CONTROLDX DIRECT EXPANSIONEA EXHAUST AIRFFA FROM FLOOR ABOVEFFB FROM FLOOR BELOWGPM GALLONS PER MINUTEIN WC INCHES OF WATER COLUMNMAX MAXIMUMMBH 1000 BTU PER HOUR

MC MECHANICAL CONTRACTORMIN MINIMUMNC NOISE CRITERIAOA OUTSIDE AIRRA RETURN AIRSA SUPPLY AIRSD SMOKE DUCT DETECTORTFA TO FLOOR ABOVETFB TO FLOOR BELOWTYP TYPICALUNO UNLESS NOTED OTHERWISEW/ WITHW/O WITHOUT

MECHANICAL EQUIPMENT DESIGNATION (CONTRACTORFURNISHED AND INSTALLED UNLESS NOTED OTHERWISE)

DETAIL REFERENCE UPPER NUMBER INDICATES DETAILNUMBER LOWER NUMBER INDICATES SHEET NUMBER

MECHANICAL PLAN CALLOUT

CONNECTION POINT OF NEW WORK TO EXISTING

SECTION CUT DESIGNATION

DUCT MOUNTED SMOKE DETECTOR

1M1

1M1

CU1

1

BD

SD

FSD

FD

MD

VD

HUMIDITY SENSOR

MOTORIZED DAMPER

VOLUME DAMPER

THERMOSTAT

FIRE DAMPER

FIRE SMOKE DAMPER

SMOKE DAMPER

HUMIDISTATBACKDRAFT DAMPER

PULL STATION

CARBON DIOXIDE SENSOR

STATIC PRESSURE SENSOR

TEMPERATURE SENSOR

HS

PS

SP

TS

H

T

C02

EXHAUST AIR DUCT UP

EXHAUST AIR DUCT DOWN

PRIOR TO SUBMITTING BID, VISIT THE JOB SITE AND BECOME FULLY ACQUAINTED WITH THE EXISTING CONDITIONS OF THE PROJECT. REVIEW THE GENERALNOTES, SPECIFICATIONS AND OTHER DRAWINGS FOR ADDITIONAL REQUIREMENTS WHICH MAY NOT BE SPECIFICALLY CALLED OUT IN THIS PORTION OFTHE CONSTRUCTION DOCUMENTS. NOTIFY ARCHITECT, ENGINEER AND/OR OWNER OF CONFLICTS OR DISCREPANCIES PRIOR TO SUBMISSION OF BID.

COORDINATE THE INSTALLATION OF THE MECHANICAL SYSTEMS WITH OTHER TRADES TO ENSURE A NEAT AND ORDERLY INSTALLATION. INSTALLDUCTWORK AND PIPING AS TIGHT TO STRUCTURE AS POSSIBLE. COORDINATE WITH OTHER TRADES TO AVOID CONFLICTS. COORDINATE INSTALLATIONOF DUCTWORK AND PIPING TO AVOID CONFLICTS WITH ELECTRICAL PANELS, LIGHTING FIXTURES, ETC. ANY MODIFICATIONS REQUIRED DUE TO LACK OFCOORDINATION WILL BE THE RESPONSIBILITY OF THE CONTRACTOR AT NO EXTRA COST TO THE OWNER.

WHERE SHUTDOWN OF EXISTING SYSTEMS IS REQUIRED DURING NEW WORK, COORDINATE SHUTDOWN TIME AND DURATION WITH THE OWNER TO MINIMIZEDOWNTIME. NOTIFY OWNER SEVEN (7) DAYS PRIOR TO INTERRUPTION OF SERVICE.

DURING INSTALLATION OF NEW WORK, AVOID DAMAGING EXISTING SURFACES AND EQUIPMENT TO REMAIN. REPAIR DAMAGE CAUSED DURINGCONSTRUCTION AT NO EXTRA COST TO THE OWNER.

PROVIDE TEMPORARY BARRIERS TO CONTAIN DUST AND DEBRIS RESULTING FROM THE PERFORMANCE OF THE WORK TO THE AREA WHERE WORK ISBEING PERFORMED.

ALL MECHANICAL EQUIPMENT SHOWN ON THE MECHANICAL PLANS SHALL BE PROVIDED BY THE MECHANICAL CONTRACTOR UNLESS OTHERWISE NOTED.

NEW MECHANICAL EQUIPMENT, DUCTWORK AND PIPING ARE SHOWN AT APPROXIMATE LOCATIONS. FIELD MEASURE FINAL DUCTWORK AND PIPINGLOCATIONS PRIOR TO FABRICATION AND MAKE ADJUSTMENTS AS REQUIRED TO FIT THE DUCTWORK AND PIPING WITHIN THE AVAILABLE SPACE. VERIFYTHAT FINAL EQUIPMENT LOCATIONS MEET MANUFACTURER’S RECOMMENDATIONS REGARDING SERVICE CLEARANCE AND PROPER AIRFLOW CLEARANCEAROUND EQUIPMENT.

REFER TO ARCHITECTURAL DRAWINGS FOR RELATED CONSTRUCTION DETAILS AS APPLICABLE TO THE HVAC SYSTEM. VERIFY CHASES ANDPENETRATIONS SHOWN ON ARCHITECTURAL DRAWINGS THAT ARE INTENDED FOR DUCTWORK AND PIPING MEET REQUIREMENTS.

COORDINATE LOCATION OF ROOF MOUNTED HVAC EQUIPMENT AND ROOF PENETRATIONS WITH THE ARCHITECTURAL AND STRUCTURAL DRAWINGS.

INDOOR AIR QUALITY MEASURES: PROTECT INSIDE OF (INSTALLED AND DELIVERED) DUCTWORK AND HVAC UNITS FROM EXPOSURE TO DUST, DIRT, PAINTAND MOISTURE. REPLACE INSULATION THAT HAS GOTTEN WET AT ANY TIME DURING CONSTRUCTION, DRYING THE INSULATION IS NOT ACCEPTABLE.SEAL ANY TEARS OR JOINTS OF INTERNAL FIBERGLASS INSULATION. REMOVE DEBRIS FROM CEILING/RETURN AIR PLENUM INCLUDING DUST. ANINDEPENDENT, PROFESSIONAL DUCT CLEANING COMPANY SHALL VACUUM CLEAN ANY DUCTWORK CONNECTED TO HVAC UNITS THAT WERE OPERATEDDURING THE CONSTRUCTION PERIOD AFTER NEW FILTERS ARE INSTALLED AND PRIOR TO TURNING SYSTEM OVER TO THE OWNER. THE INTERNALSURFACES AND ASSOCIATED COILS OF ANY HVAC UNITS THAT WERE OPERATED SHALL ALSO BE CLEANED.

INSTALL DUCTWORK AND PIPING PARALLEL TO BUILDING COLUMN LINES UNLESS OTHERWISE SHOWN OR NOTED.

OVERHEAD HANGERS AND SUPPORTS FOR EQUIPMENT, DUCTWORK AND PIPING SHALL BE FASTENED TO BUILDING JOISTS OR BEAMS. DO NOT ATTACHHANGERS AND SUPPORTS TO THE ABOVE FLOOR SLAB OR ROOF EXCEPT WHERE CONCRETE INSERTS IN CONCRETE SLABS ARE ALLOWED BY THESPECIFICATIONS.

COORDINATE LOCATION OF EQUIPMENT SUPPORTS WITH LOCATION OF EQUIPMENT ACCESS PANELS/DOORS TO ENABLE SERVICE OF EQUIPMENT AND/ORFILTER REPLACEMENT.

SEAL PENETRATIONS THROUGH THE BUILDING COMPONENTS IN ACCORDANCE WITH THE CONTRACT SPECIFICATIONS. FIREPROOF PENETRATIONSTHROUGH FIRE RATED COMPONENTS IN ACCORDANCE WITH U.L. REQUIREMENTS.

COORDINATE THE EXACT MOUNTING SIZE AND FRAME TYPE OF DIFFUSERS, REGISTERS AND GRILLES WITH THE SUPPLIER TO MEET THE CEILING, WALL ANDDUCT INSTALLATION REQUIREMENTS.

ADJUST LOCATION OF CEILING DIFFUSERS, REGISTERS AND GRILLES AS REQUIRED TO ACCOMMODATE FINAL CEILING GRID AND LIGHTING LOCATIONS.

DUCTWORK CROSSING FIRE RATED WALLS OR OTHER FIRE RATED ASSEMBLIES SHALL BE MINIMUM 26 GAUGE SHEET METAL.

PROVIDE FIRE OR FIRE/SMOKE DAMPERS, AS APPLICABLE, IN DUCTWORK AT CEILINGS AND WALLS AT LOCATIONS SHOWN ON THE PLANS. FIRE ANDFIRE/SMOKE DAMPERS SHALL CONFORM TO NFPA AS APPLICABLE. COORDINATE SLEEVE LENGTH WITH REQUIREMENTS OF INSTALLED LOCATION.

PROVIDE WALL OR DUCT ACCESS PANELS OR DOORS FOR ACCESS TO FIRE AND FIRE/SMOKE DAMPERS. ACCESS PANEL OR DOOR SHALL BE MINIMUMSIZE OF 10” BY 10” AND SHALL BE INSTALLED WITHIN 12” OF DAMPER. PROVIDE A REMOVABLE DUCT SECTION WHERE DUCT SIZE IS TOO SMALL FOR A 10”BY 10” ACCESS DOOR.

LOCATE AND SET THERMOSTATS AND HUMIDISTATS AT LOCATIONS SHOWN ON PLANS. VERIFY EXACT LOCATIONS WITH ARCHITECT PRIOR TOINSTALLATION. INSTALL DEVICES WITH TOP OF DEVICE AT MAXIMUM 48” AFF TO MEET ADA REQUIREMENTS UNLESS NOTED OTHERWISE ON PLANS.PROVIDE INSULATED BACKING FOR THERMOSTATS MOUNTED ON EXTERIOR BUILDING WALLS. INSTALL WIRING IN CONDUIT PROVIDED BY DIVISION 26. ATA MINIMUM, PROVIDE CONDUIT IN THE WALL FROM THE JUNCTION BOX TO 6” ABOVE THE CEILING.

COORDINATE THE LOCATION AND ELEVATION OF WALL-MOUNTED DEVICES WITH PRESENTATION BOARDS, DISPLAY CABINETS, SHELVES OR OTHERCOMPONENTS SHOWN ON THE ARCHITECTURAL DRAWINGS THAT ARE TO BE INSTALLED UNDER OTHER DIVISIONS. CONTRACTOR WILL NOT BEREIMBURSED FOR RELOCATION OF WALL-MOUNTED DEVICES CAUSED BY A LACK OF COORDINATION.

PROVIDE A MANUAL BALANCING DAMPER IN EACH BRANCH DUCT TAKEOFF FROM MAIN SUPPLY, RETURN, OUTDOOR AND EXHAUST AIR DUCTS.

PROVIDE A PREFABRICATED 45 DEGREE, HIGH EFFICIENCY, RECTANGULAR/ROUND BRANCH DUCT TAKEOFF FITTING WITH MANUAL BALANCING DAMPERAND LOCKING QUADRANT FOR BRANCH DUCT CONNECTIONS AND TAKE-OFFS TO INDIVIDUAL DIFFUSERS, REGISTERS AND GRILLES.

BRANCH DUCTWORK TO AIR OUTLETS SHALL BE SAME SIZE AS OUTLET NECK SIZE UNLESS OTHERWISE NOTED.

REFER TO SPECIFICATIONS FOR DUCTWORK AND PIPING INSULATION REQUIREMENTS. DUCT SIZES ON MECHANICAL PLANS INDICATE CLEAR INSIDEAIRFLOW DIMENSIONS, INCREASE SHEET METAL SIZES ACCORDINGLY TO ACCOUNT FOR THICKNESS OF DUCT LINER.

FLEXIBLE DUCTWORK SHALL NOT EXCEED 5’-0” IN LENGTH AND SHALL BE INSTALLED AND SUPPORTED TO AVOID SHARP BENDS AND SAGGING. REFERTO SPECIFICATIONS FOR ADDITIONAL REQUIREMENTS.

RIGIDLY SUSPEND UNIT HEATER FROM STRUCTURE WITH SUPPORTING ANGLES AND ALL-THREAD HANGING RODS IN ACCORDANCE WITHMANUFACTURER'S RECOMMENDATIONS.

PROVIDE EQUIPMENT VENTS AND FLUES PER EQUIPMENT MANUFACTURERS RECOMMENDATIONS AND EQUIPMENT SPECIFICATIONS. KEEP PENETRATIONSTHROUGH ROOF A MINIMUM OF 10'-0" FROM HVAC EQUIPMENT FRESH AIR INLETS AND 2’-0” FROM ROOF PARAPETS.

PROVIDE TYPE I GREASE HOOD EXHAUST DUCTWORK OF MINIMUM 16 GAUGE BLACK IRON WITH LIQUID TIGHT WELDS, WITH ACCESS PANELS FOR GREASECLEANING AS REQUIRED BY NFPA 96 AND LOCAL CODES. SLOPE DUCT BACK TOWARDS HOOD AT MINIMUM OF 1/4" PER LINEAL FOOT MAINTAINING 18"CLEARANCE TO COMBUSTIBLE MATERIALS. INSTALL GREASE DUCTS IN AN APPROVED FIRE-RATED ENCLOSURE SEPARATED FROM THE EXHAUST DUCTBY A MINIMUM OF 6” AND MAXIMUM OF 12”. VENTILATE ENCLOSURE TO THE OUTSIDE AIR IF REQUIRED BY CODE. AS AN OPTION, IF APPROVED BY LOCALCODES, PROVIDE AN APPROVED WRAP SYSTEM IN LIEU OF THE RATED DUCT ENCLOSURE SYSTEM. DUCT WRAP SYSTEM SHALL MEET UL REQUIREMENTSFOR GREASE DUCT ENCLOSURES.

PROVIDE WALL MOUNTED LOUVERS AND DAMPERS WITH SUITABLE MOUNTING FRAME TO MATCH WALL CONSTRUCTION. COORDINATE WITHARCHITECTURAL DRAWINGS.

PROVIDE A NEW SET OF AIR FILTERS IN UNITS PRIOR TO TESTING, ADJUSTING AND BALANCING AND BEFORE TURNING SYSTEM(S) OVER TO OWNER.

GENERAL NEW NOTES:

1

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

23.

24.

25.

26.

27.

28.

29.

30.

31.

# DATE CHANGE DESCRIPTION

F.E.C.

F.E.C.

F.E

.C.

F.E

.C.

F.E.C.

F.E.C.

F.E

.C.

F.E.C.

F.E.C.

F.E

.C.

TS

TS

TS

TS

TS

TS

TS TS

TS

TS

TS

TS

TS TS

TS

TS

TS

TSTS

TS

TS

TS

TS

TS TS

TS

TS

TS

TS

TS

TS

T T

TS

TS

TS

TS TS

T

T

T

TS

TT

T

1 2 3 4 5 6 7 8 10 11 11.6 12 13

A

B

C

E

F

G

H

J

L

D

UH6

UH7

UH10

UH8

UH9

26"x16"

18"x16"12"x16"12

"Ø

12"Ø

VAV1-1

VAV1-2

VAV1-3

VAV1-4

VAV1-5

VAV1-6

VAV1-7

VAV1-8

18"x16"

VAV2-1

VAV2-2

VAV2-3

VAV2-4

12"x16"

8"Ø

10"Ø

8"Ø

VAV2-5

VAV2-6

8"x16"

26"x16"

VAV3-1

22"x16"

VAV3-2

8"Ø

VAV3-3

VAV3-4

VAV3-5

18"x16"8"x16"

VAV3-6

8"Ø

VAV4-1

VAV4-2

18"x

16"

VAV4-3

6"Ø

VAV4-4

VAV4-5

8"Ø

VAV4-6

14"x

10"

VAV4-7

VAV5-1

VAV5-2

VAV5-3VAV

5-4

VAV5-5

VAV5-6

OFFICEA105

OFFICEA106

OFFICEA107

OFFICEA108

OFFICEA109

STORAGEA169 CUSTOMER

SERVICEA104

CONF.A103

VESTIBULEA101

LOBBYA102

CONF.A121

CONF.A124

OFFICEA123

OFFICEA122

CONF.A126

OFFICEA127

OFFICEA128

OFFICEA129

OFFICEA130

OFFICEA131

OFFICEA132

OFFICEA133

OFFICEA134

VEST.A135

METERSHOPA141

FLEETPARTSA142

CONF.A137

STOR.A170

STOR.A138

STOR.A139

CONF.A140

METERA136

DISTRIBUTIONA125

ENGINEERINGA120

I.T.OFFICE

A110

TELCOMSHOPA111

OFFICEA112

CUST.SERV.STOR.A117

CONF.A118

PRINT/

STOR.A119

TELECOMA116

WOMENA114

MENA113

STORAGEA115

ELEC.A171

TELCOMPARTSA162

TELCOMINSTALL

A163

NETWORKSHOPA164

STAIR1

ST-1

CORR.A165

WASH/DRYA159

STORAGEA172

KITCHENA158

CORR.A156

WOMENA154

MENA153

EXERCISEA143

FACILITYSTOR.A144

FCU3

FCU4

CF3

CF4

CF5

FCU5

12"Ø

18"x16"

26"x16"

12"Ø

10"Ø

8"Ø

10"Ø

12"Ø

10"Ø

10"Ø

10"Ø 30"x16"

26"x16"

10"Ø

28"x

24"

28"x20"

20"x28"20"x22"8"x10"

8"x1

0"

12"Ø 14"Ø

VAV3-7

VAV6-1

VAV6-3

VAV6-4

24"x16"

20"x16"

12"Ø

14"Ø

14"x16"

10"x12"

10"ØCSD1

290 CFM

10"ØCSD1

290 CFM

VAV6-2

6"ØCSD1

85 CFM

6"ØCSD1

85 CFM

8"ØCSD1

150 CFM

6"ØCSD1

100 CFM

10"ØCSD1

230 CFM

12"x12"

PSD1190 CFM

8"ØPSD1

125 CFM

8"ØPSD1

125 CFM

8"ØPSD1

100 CFM

8"ØPSD1

100 CFM

8"ØPSD1

125 CFM

8"ØPSD1

125 CFM

8"Ø

8"x10" 4"x10"

PSD1120 CFM

8"Ø

14"x12"

12"x10"8"x10"

PSD1120 CFM

8"Ø

8"x10"

12"x10"

8"ØCSD1

130 CFM

8"ØCSD1

130 CFM

8"ØCSD1

125 CFM

8"ØCSD1

125 CFM

8"x1

0"

DSR1120 CFM

12"x4"

DSR1120 CFM

12"x4"

DSR1120 CFM

12"x4"

8"Ø

12"Ø

DSR1120 CFM

12"x4"

6"ØCSD1

90 CFM

20"x

18"

16"Ø12"Ø

DSR1215 CFM

14"x6"DSR1

215 CFM

14"x6"DSR1

215 CFM

14"x6"DSR1

215 CFM

14"x6"

DSR1215 CFM

14"x6"

DSR1215 CFM

14"x6"

12"x

18"

DSR1220 CFM

14"x6"DSR1

215 CFM

14"x6"DSR1

215 CFM

14"x6"DSR1

220 CFM

14"x6"

DSR1215 CFM

14"x6"DSR1

215 CFM

14"x6"

16"Ø

DSR1200 CFM

12"x6"

DSR1200 CFM

12"x6"

DSR1190 CFM

12"x6"DSR1

190 CFM

12"x6"DSR1

190 CFM

12"x6"

16"Ø 12"Ø

10"x

18"

DSR1200 CFM

12"x6"DSR1

200 CFM

12"x6"

DSR1200 CFM

12"x6"

DSR1200 CFM

12"x6"DSR1

200 CFM

12"x6"

16"Ø 12"Ø

DSR1205 CFM

12"x6"DSR1

195 CFM

12"x6"

DSR1195 CFM

12"x6"

DSR1195 CFM

12"x6"DSR1

195 CFM

12"x6"

16"Ø 12"Ø

DSR1195 CFM

12"x6"DSR1

195 CFM

12"x6"

DSR1195 CFM

12"x6"

16"Ø 12"Ø

DSR1195 CFM

12"x6"

20"x

18"

12"x

18"

18"x

18"

6"ØCSD1

85 CFM

6"ØCSD1

85 CFM

8"ØCSD1

180 CFM

18"x14"

6"x10"

6"x10"

6"ØCSD1

100 CFM

6"ØCSD1

50 CFM

12"ØCSD2

425 CFM

14"x14"

10"x

14"

12"ØCSD1

425 CFM

12"x12"UP TOEF-8

10"x10"UP TOEF-7

8"x1

0"

8"ØCSD1

160 CFM

8"ØCSD1

160 CFM

6"ØCSD1

50 CFM

6"ØCSD1

50 CFM

6"ØCSD1

50 CFM

8"x10"

8"ØCSD1

160 CFM

8"ØCSD1

160 CFM

8"ØCSD1

145 CFM

8"ØCSD1

145 CFM

16"x10"

8"ØCSD1

140 CFM

8"x1

0"

8"ØCSD1

140 CFM

8"ØCSD1

145 CFM

8"ØCSD1

145 CFM

12"x10"

8"ØCSD1

140 CFM

8"ØCSD1

140 CFM

PSD1115 CFM

8"ØPSD1

115 CFM

8"ØPSD1

145 CFM

8"ØPSD1

145 CFM

8"ØPSD1

155 CFM

8"ØPSD1

155 CFM

8"ØPSD1

115 CFM

8"ØPSD1

115 CFM

8"Ø

12"x12"CRG1

6"x6"CRG1

6"x6"CRG1

6"x6"CRG1

18"x18"CRG112"x12"

CRG1

12"x12"CRG1

12"x12"CRG1

10"x10"4"x10"

6"ØCSD1

90 CFM

16"x10" 12"x10"8"x10"

10"x10"CRG1

12"x12"CRG1

12"x12"CRG1

10"x10"CRG1

20"x12"16"x12"

10"ØCSD1

250 CFM

10"ØCSD1

250 CFM

10"ØCSD1

250 CFM

10"ØCSD1

250 CFM

10"ØCSD1

250 CFM

10"ØCSD1

250 CFM

10"x

12"

22"x22"CRG1

10"x

12"

16"x12"

10"ØCSD1

250 CFM10"ØCSD1

250 CFM

10"ØCSD1

250 CFM

10"ØCSD1

250 CFM

10"ØCSD1

250 CFM10"ØCSD1

250 CFM

20"x12"

22"x22"CRG122"x22"

CRG1

22"x22"CRG1

6"x6"CRG1

18"x18"CRG1

10"x10"CRG1

10"x10"CRG1

10"x10"CRG1 10"x10"

CRG110"x10"CRG1

10"x10"CRG1

10"x10"CRG1

8"ØCSD1

120 CFM

8"ØCSD1

115 CFM 8"ØCSD1

115 CFM

8"ØCSD1

115 CFM

8"ØCSD1

115 CFM

8"ØCSD1

110 CFM

8"ØCSD1

110 CFM

8"x10" 14"x

12"

10"x12"

6"x1

2"

10"x10"CRG1

10"x10"CRG1

FIRERISERA173

10"x10"CRG1

8"ØCSD1

115 CFM

8"ØCSD1

120 CFM

8"ØCSD1

115 CFM

8"ØCSD1

120 CFM

8"ØCSD1

120 CFM

8"ØCSD1

120 CFM

14"x

10"

10"x

10"

10"x10"CRG1

10"x10"CRG1

6"ØCSD1

70 CFM

6"ØCSD1

70 CFM

6"x8"

6"x6"CRG1

10"ØCSD1

235 CFM

10"x12"

10"ØCSD1

235 CFM

18"x18"CRG1

6"ØCSD1

100 CFM

6"ØCSD1

100 CFM

8"ØCSD1

105 CFM

8"ØCSD1

105 CFM

8"ØCSD1

105 CFM

8"ØCSD1

105 CFM

6"ØCSD1

100 CFM

6"ØCSD1

100 CFM

8"ØCSD1

140 CFM

18"x

10"

12"x10"6"x10"

10"x10"CRG1

10"x10"CRG1

10"x10"CRG1

10"x10"CRG1

PSD1105 CFM

8"Ø

PSD1105 CFM

8"Ø

PSD1210 CFM

8"Ø

10"x

10"

10"x10"CRG1

10"x10"CRG1

8"ØCSD1

160 CFM

8"x8"CRG1

18"x18"CRG1

PSD1220 CFM

10"Ø

PSD1220 CFM

10"Ø

10"x

12"

PSD1195 CFM

8"Ø

PSD1195 CFM

8"Ø

PSD1100 CFM

6"ØPSD1

100 CFM

6"Ø

12"x

10"

6"x10"

18"x18"CRG1

PSD1115 CFM

8"ØPSD1

155 CFM

8"ØPSD1

155 CFM

8"Ø

8"Ø

12"x10"

6"x10"

10"x10"CRG1

12"x12"CRG1

PSD1115 CFM

8"ØPSD1

115 CFM

8"ØPSD1

150 CFM

8"ØPSD1

150 CFM

8"ØPSD1

190 CFM

8"ØPSD1

190 CFM

8"Ø

10"Ø

12"x10"6"x10"

DISTRIBUTIONA125

10"x12"10"x10"CRG1

12"x12"CRG1

12"x12"CRG1

8"ØCSD1

155 CFM

8"ØCSD1

155 CFM8"ØCSD1

155 CFM

8"ØCSD1

155 CFM

8"ØCSD1

155 CFM

8"ØCSD1

155 CFM

8"ØCSD1

155 CFM

8"ØCSD1

155 CFM

18"x

12"

14"x

12"

10"x12"

18"x18"CRG1

18"x18"CRG1

18"x18"CRG1

10"ØCSD1

275 CFM

10"ØCSD1

275 CFM10"ØCSD1

280 CFM

10"ØCSD1

280 CFM

18"x

12"

10"x12"12"x12"CRG1

12"x12"CRG1

12"x12"CRG1

6"ØCSD1

90 CFM

6"ØCSD1

85 CFM

6"ØCSD1

85 CFM

6"ØCSD1

90 CFM

14"x

10"

6"ØCSD1

85 CFM10"x8"

6"ØCSD1

85 CFM

10"x10"CRG1

10"x10"CRG1

PSD1115 CFM

8"ØPSD1

100 CFM

6"ØPSD1

100 CFM

6"Ø

PSD1100 CFM

6"Ø

PSD1100 CFM

6"Ø

PSD1180 CFM

8"Ø

PSD1180 CFM

8"Ø

12"x

10"

6"x10"

18"x18"CRG1

10"x10"

8"ØCSD1

200 CFM

8"x8"CEG1

150 CFM

6"x8"

8"x8"CEG1

150 CFM

8"x8"CEG1

150 CFM

6"x8"

6"x8"

10"x10"

10"x10"UP TOEF-10

6"ØCSD1

95 CFM

10"x12"

6"ØCSD1

70 CFM6"x6"CRG1

6"ØCSD1

60 CFM

6"ØCSD1

70 CFM6"x6"CRG1

10"ØCSD1

220 CFM

8"x12"

14"x14"UP TOGV-2

24"x14"UP TOGV-1

44"x20"

50"x22"

21"x50"

72"x20"

44"x34"30"x32"

6"x10"

12"x12"CRG1

14"x16"

8"x8"CEG1

200 CFM 8"x8"

10"x10"

8"x8"

8"x6"

12"x10"UP TOEF-11

10"x10"CTG1

10"x10"CTG2

10"x10"CTG2

10"x10"CTG1

PSD180 CFM

6"Ø

6"ØCSD1

50 CFM

12"x

12"

PSD1240 CFM

10"Ø

PSD1240 CFM

10"Ø

6"x8"

18"x18"CRG1

8"Ø

22"x

16"

PSD1100 CFM

8"Ø

PSD1100 CFM

8"Ø

PSD190 CFM

8"ØPSD1

90 CFM

8"ØPSD1

90 CFM

8"ØPSD1

90 CFM

8"Ø

6"ØCSD1

75 CFM

6"ØCSD1

75 CFM

16"x

10"

12"x

10"

8"x10"

12"x12"CRG1

12"x12"CRG1

50"x

20"

UH11

26"x

16"

18"x18"CRG1

MEETINGROOMA161

OFFICEA146

6"ØCSD1

90 CFM

6"ØCSD1

90 CFM

20"x

12"

16"x16"

60"x26"

36"x36"

36"x36"

58"x24"

66"x20"

26"x26"

26"x26"

DSR170 CFM

10"x4"

8"Ø

DSR170 CFM

10"x4"

8"ØCSD1

170 CFM

8"ØCSD1

170 CFM

8"ØCSD1

170 CFM1

(TYP)

2

(TYP)

3

(TYP)

4

(TYP)

5

4

M301

1

M301

2

M301

3

M301

5

M301

(TYP)

(TYP)

(TYP)

(TYP)

(TYP)

9

M301(TYP)

12

M301

(TYP)

6

6"x8"CEG1

120 CFM

6"x10"CEG1

200 CFM(TYP/4)

6"x8

"

10"x6"10"x6"

12"x

8"

10"x6"

10"x6"

12"x8"

16"x10"

8"x8"

8"x8"

8"x8"CEG1

205 CFM8"x8"

(TYP/4)

20"x12"

18"x18"CTG2

18"x18"CTG1

10"x10"CTG2

10"x10"CTG1

8"x8"CTG2

8"x8"CTG1

7

7

7

7

7

9

KH1

14"ØUP TOKEF-1

1

M302(TYP)

2

M302

3

M302

(TYP)

8

(TYP)

9

(TYP)

10

9

11

12

13

14

(TYP)

15

22"x22"CTG2

22"x22"CTG2

22"x22"CTG2

18"x18"CEG1

935 CFM

18"x10"

18"x10"UP TOEF-20

16 16

17

18

FAXTEL

© 2

016

Moo

dy/N

olan

Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

A

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL FIRST FLOORPLAN - AREA A

M101.A

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

1/8" = 1'-0"1

MECHANICAL FIRST FLOOR PLAN - AREAA

1 LOCATE BOTTOM OF FAN COIL UNIT APPROXIMATELY7'-0" ABOVE FINISHED FLOOR. ENSURE ALLMANUFACTURER'S REQUIRED CLEARANCES FOR THEFAN COIL UNIT ARE MET.

2 DASHED LINES REPRESENT REQUIRED CLEARANCESFOR MECHANICAL EQUIPMENT.

3 TEMPERATURE SENSOR. COORDINATE EXACT LOCATIONOF TEMPERATURE SENSORS WITH ARCHITECT PRIOR TOROUGH-IN.

4 DUCT TRANSFER WITH OPENING ON TOP SIDE, OPENINGTO BE SAME AREA AS DUCT CROSS SECTION.

5 PROVIDE LINED DUCTWORK FOR DUCTWORK ROUTEDTHROUGH ROOMS WITH NO CEILINGS (EXPOSED TO THESTRUCTURE). REFER TO THE ARCHITECTURAL CEILINGPLAN FOR LOCATIONS OF ROOMS WITH NO CEILING.

6 MINIMUM 4" DRYER VENT UP THROUGH ROOF. INSTALLDRYER VENT PER DRYER MANUFACTURER'SREQUIREMENTS. PROVIDE MEANS OF CLEANOUT(REMOVABLE VENT SECTION, ETC.) IN VERTICALSECTION OF VENT.

7 PROVIDE INSULATED BACKING FOR THERMOSTAT.8 COORDINATE EXACT LOCATION OF THERMOSTAT WITH

ARCHITECT PRIOR TO ROUGH-IN.9 DDC CONTROL PANEL. COORDINATE EXACT LOCATION

WITH OWNER.1011 LOCATE BOTTOM OF CIRCULATION FAN APPROXIMATELY

15'-10" ABOVE FINISHED FLOOR. FIELD COORDINATEEXACT LOCATION AND ELEVATION OF FAN WITH ALLOTHER TRADES TO ENSURE THAT ALL MANUFACTURER'SREQUIRED CLEARANCES FOR THE FAN ARE MET.

12 LOCATE BOTTOM OF CIRCULATION FAN APPROXIMATELY10'-5" ABOVE FINISHED FLOOR. FIELD COORDINATEEXACT LOCATION AND ELEVATION OF FAN WITH ALLOTHER TRADES TO ENSURE THAT ALL MANUFACTURER'SREQUIRED CLEARANCES FOR THE FAN ARE MET.

13 EXHAUST AIR DUCT TO ROOF MOUNTED EXHAUST FAN.TERMINATE DUCT APPROXIMATELY 17'-4" ABOVEFINISHED FLOOR TO CLEAR OVERHEAD DOORS AND TOALLOW FOR ADEQUATE SPACE BETWEEN THE TOP OFTRUCKS AND BOTTOM OF DUCT. TERMINATE OPEN ENDOF DUCT WITH 1/2" WIRE MESH SCREEN.

14 WALL CONTROLLER FOR CF-3. COORDINATE EXACTLOCATION OF CONTROLLER WITH ARCHITECT ANDMANUFACTURER'S REQUIREMENTS. PROVIDEINSULATED BACKING FOR CONTROLLER. INSTALL UPPERTEMPERATURE SENSOR PROVIDED WITH WALLCONTROLLER PER MANUFACTUER'S REQUIREMENTS.

15 DUCT MOUNTED SUPPLY GRILLE TO BE ANGLED ATAPPROXIMATELY 22.5 DEGREES DOWN TOWARDSFLOOR.

16 COORDINATE HEIGHT OF EXPOSED SUPPLY DUCTWORKWITH HEIGHT OF OVERHEAD DOOR AND WITH ALLOTHER TRADES.

17 COORDINATE HEIGHT OF EXPOSED SUPPLY DUCTWORKIN NETWORK SHOP A164 WITH MONORAIL HOIST, HEIGHTOF OVERHEAD DOOR, AND WITH ALL OTHER TRADES.

18 WALL CONTROLLER FOR CF-4 AND 5. COORDINATEEXACT LOCATION OF CONTROLLER WITH ARCHITECTAND MANUFACTURER'S REQUIREMENTS. PROVIDEINSULATED BACKING FOR CONTROLLER. INSTALL UPPERTEMPERATURE SENSOR PROVIDED WITH WALLCONTROLLER PER MANUFACTURER'S REQUIREMENTS.

MECHANICAL PLAN NOTES

# DATE CHANGE DESCRIPTION

F.E.C.

F.E

.C.

F.E

.C.

F.E

.C.

F.E.C. F.E.C.

F.E

.C.

F.E

.C.

F.E.C. F.E.C.

F.E.C.

F.E

.C.

F.E

.C.

TS

TS

T

T

T

NO

2C

O

NO

2C

O

NO

2C

O

NO

2C

O

NO

2C

O

NO

2C

O

TS

TS

T

T

T

T

T

T

TT

13 14 15 16 17 18 19 20 21 22 23

A

B

C

E

F

G

H

J

L

H.5

L.3

F.2

D

UH1

UH2

UH3

UH4

UH5

NETWORKSHOPA164

M.LOCKER

A149

CF6

CF7

CF8

CF9

CF10

CF11

CF12

CF13

CF14

LINETOOLSB116

LINETOOLSB114

METERSB113

LINEBAY

WESTB102

STOREROOMB103

LINEBAY

EASTB105

RECEIVING/

WASHB101

ICEROOMB105A

ICEROOMB102A

OPENSTOCKB112

STOREOFFICE

B107

OFFICEB106

METERSB111

MECH/

ELECT.B110

LINESTORAGE

B109

FCU7

FCU6

FCU2

FCU1

FCU8

VAV6-3

14"x16"

10"Ø

VAV6-5

8"Ø

10"Ø

8"Ø

VAV6-7

VAV6-6

8"ØCSD1

145 CFM

8"ØCSD1

150 CFM

8"ØCSD1

145 CFM

8"ØCSD1

110 CFM

8"x10"

12"x16"

10"Ø

DSR1255 CFM

16"x6"

14"Ø

DSR1250 CFM

16"x6"

DSR1250 CFM

16"x6"

10"Ø

DSR1255 CFM

16"x6"

12"x10"

12"x

10"

8"ØCSD1

120 CFM

6"ØCSD1

50 CFM

8"ØCSD1

150 CFM

8"ØCSD1

150 CFM

10"x10"

6"ØCSD1

100 CFM

10"ØCSD1

230 CFM

12"x12"

6"x12"

6"Ø

DSR150 CFM

10"x4"

DSR1195 CFM

12"x6"

DSR1195 CFM

12"x6"

12"Ø

12"Ø

DSR1195 CFM

12"x6"DSR1

195 CFM

12"x6"

DSR1195 CFM

12"x6"

DSR1205 CFM

12"x6"

6"ØCSD1

50 CFM

6"ØCSD1

85 CFM

MECH./

ELECT.A147

RECEIVINGB104

8"ØCSD1

140 CFM

6"x10"

12"x8"WEG1

230 CFM

12"x12"

12"x10"WEG1

290 CFM

12"x

8"

12"x10"WEG1

320 CFM

14"x12"UP TOEF-1

8"x8"UP TOEF-2

10"x10"UP TOEF-3

SF1

EDH1

SF2

EDH2

10"x10"UP TOGV-3

10"x10"UP TOGV-4

8"x8"UP TOGV-5

8"x8"UP TOGV-6

12"x12"UP TOGV-7

20"x20"16"x14"

20"x20"UP TOGV-8

18"x18"

18"x18"UP TOEF-5

18"x

18"18"x18"

UP TOEF-6

30"x30"

30"x30"UP TOEF-4

22"x22"

22"x22"

18"x16"

UP TOGV-9

24"x24"UP TOGV-10

24"x24"UP TOGV-12

24"x24"UP TOGV-11

24"x24"UP TOGV-13

24"x24"UP TOGV-14

24"x24"UP TOGV-15

24"x24"UP TOGV-16

24"x24"UP TOGV-17

24"x24"UP TOGV-18

16"Ø

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"DSR1

160 CFM

10"x6"

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

12"Ø8"Ø

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

18"Ø

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

DSR1160 CFM

10"x6"

14"Ø 10"Ø

DSR1160 CFM

10"x6" 18"x18"UP TOEF-21

16"x12"

8"x8"CRG1

10"x10"CRG1

42"x28"

10"x10"CRG1

18"x18"

26"x30"

VEST.A168

CORRIDORA166

OFFICEA146

VEST.A167

FLEETOFFICE

A1456"Ø

CSD150 CFM

8"x8"CRG1

12"x12"CRG1

26"x26"

26"x26"

16"x16"

DSR170 CFM

10"x4"

8"Ø

DSR170 CFM

10"x4"

6"ØCSD1

90 CFM

8"ØCSD1

170 CFM

8"ØCSD1

170 CFM

8"ØCSD1

170 CFM

12"x12"

8"ØCSD1

165 CFM

8"ØCSD1

170 CFM

8"ØCSD1

165 CFM

6"x12"

90"x20"

1

1

1

2

2

(TYP)

3

(TYP)

4

ICEROOMB118

(TYP)

5

6

6

6

(TYP)

7

8

8

8

8

8

8 8

88

9

9

(TYP)

10

(TYP)

11

8"x18"18"x18"CRG1

505 CFM

12

12"ØCSD1

525 CFM

120"x12"

72"x12"

FCU9

13

2

2

2

2

9

(TYP)

14

(TYP)

15

(TYP)

16

11

M301(TYP)

14"x14"

8"x8"

8"x8"

8"x10"

12"x

10"

8"x8"

8"x8"

8"x8"

14"x10"

8"x8"CEG1

205 CFM(TYP/4)

8"x8"

18"x

10"

20"x12"

20"x12"

16"x22"UP TOEF-9

6"x6"WEG1

80 CFM

18"x18"CTG2

18"x18"CTG1

FCU10

RoomB121

1

FAXTEL

© 2

016

Moo

dy/N

olan

Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

B

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL FIRST FLOORPLAN - AREA B

M101.B

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

1/8" = 1'-0"1

MECHANICAL FIRST FLOOR PLAN - AREAB

1 LOCATE BOTTOM OF FAN COIL UNIT OVER DOOR ANDAPPROXIMATELY 8'-4" ABOVE FINISHED FLOOR. ENSUREALL MANUFACTURER'S REQUIRED CLEARANCES FORTHE FAN COIL UNIT ARE MET.

2 PROVIDE INSULATED BACKING FOR THERMOSTAT.3 DUCT TRANSFER WITH OPENING ON TOP SIDE, OPENING

TO BE SAME AREA AS DUCT CROSS SECTION.4 PROVIDE LINED DUCTWORK FOR DUCTWORK ROUTED

THROUGH ROOMS WITH NO CEILINGS (EXPOSED TO THESTRUCTURE). REFER TO THE ARCHITECTURAL CEILINGPLAN FOR LOCATIONS OF ROOMS WITH NO CEILING.

5 TEMPERATURE SENSOR. COORDINATE EXACT LOCATIONOF TEMPERATURE SENSORS WITH ARCHITECT PRIOR TOROUGH-IN.

6 INTAKE AIR DUCT FROM ROOF MOUNTED INTAKEGRAVITY VENTILATOR. TERMINATE DUCTAPPROXIMATELY 6" BELOW BOTTOM OF ROOFSTRUCTURE. TERMINATE OPEN END OF DUCT WITH 1/2"WIRE MESH SCREEN.

7 DASHED LINES REPRESENT REQUIRED CLEARANCESFOR MECHANICAL EQUIPMENT.

8 INTAKE AIR DUCT FROM ROOF MOUNTED INTAKEGRAVITY VENTILATOR. TERMINATE DUCTAPPROXIMATELY 17'-4" ABOVE FINISHED FLOOR TOCLEAR OVERHEAD DOORS AND TO ALLOW FORADEQUATE SPACE BETWEEN THE TOP OF TRUCKS ANDBOTTOM OF DUCT. TERMINATE OPEN END OF DUCT WITH1/2" WIRE MESH SCREEN.

9 EXHAUST AIR DUCT TO ROOF MOUNTED EXHAUST FAN.TERMINATE DUCT APPROXIMATELY 17'-4" ABOVEFINISHED FLOOR TO CLEAR OVERHEAD DOORS AND TOALLOW FOR ADEQUATE SPACE BETWEEN THE TOP OFTRUCKS AND BOTTOM OF DUCT. TERMINATE OPEN ENDOF DUCT WITH 1/2" WIRE MESH SCREEN.

10 COORDINATE EXACT LOCATION OF ALL THERMOSTATSWITH ARCHITECT PRIOR TO ROUGH-IN.

11 LOCATE BOTTOM OF CIRCULATION FAN APPROXIMATELY16'-6" ABOVE FINISHED FLOOR. FIELD COORDINATEEXACT LOCATION AND ELEVATION OF FAN WITH ALLOTHER TRADES TO ENSURE THAT ALL MANUFACTURER'SREQUIRED CLEARANCES FOR THE FAN ARE MET.

12 6" DIAMETER OUTSIDE AIR DUCT DOWN FROM ROOF.BALANCE TO 20 CFM.

13 LOCATE BOTTOM OF FAN COIL UNIT APPROXIMATELY7'-0" ABOVE FINISHED FLOOR. ENSURE ALLMANUFACTURER'S REQUIRED CLEARANCES FOR THEFAN COIL UNIT ARE MET.

14 LOCATE BOTTOM OF SUPPLY DUCT IN STOREROOM AT AMINIMUM OF 16'-6" ABOVE FINISHED FLOOR.

15 DUCT MOUNTED SUPPLY GRILLE TO BE ANGLED ATAPPROXIMATELY 22.5 DEGREES DOWN TOWARDSFLOOR.

16 CARBON MONOXIDE SENSOR AND NITROGEN DIOXIDESENSOR. COORDINATE EXACT QUANTITY, LOCATION,AND ELEVATION OF SENSORS WITH VEHICLE EMISSIONMONITORING SYSTEM MANUFACTURER.

MECHANICAL PLAN NOTES

# DATE CHANGE DESCRIPTION

F.E.C.

F.E.C.

TT

TT

TT

TT

T T

TT

11.6 12 13 14 15

L

M

N

P

Q

R

L.3

RH7

RH9

RH10

RH8

RH1

RH4

RH2

RH5

RH3

RH6

CF1

CF2

VEHICLEMAINTENANCE

C100

L1

7"Ø

7"Ø

7"Ø

7"Ø

7"Ø

7"Ø

7"Ø

7"Ø

1

46"x51"

(TYP)

2

(TYP)

3

(TYP)

4

5

(TYP)

6

(TYP)

7

(TYP)

8

(TYP)

9

VEST.A167

FLEETOFFICE

A145

FAXTEL

© 2

016

Moo

dy/N

olan

Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

C

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL FIRST FLOORPLAN - AREA C

M101.C

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

1/8" = 1'-0"1

MECHANICAL FIRST FLOOR PLAN - AREAC

1 REFER TO ARCHITECTURAL DRAWINGS FOR MOUNTINGHEIGHT OF LOUVER.

2 LOCATE BOTTOM OF CIRCULATION FAN APPROXIMATELY19'-3" ABOVE FINISHED FLOOR. FIELD COORDINATEEXACT LOCATION AND ELEVATION OF FAN WITH ALLOTHER TRADES TO ENSURE THAT ALL MANUFACTURER'SREQUIRED CLEARANCES FOR THE FAN ARE MET.

3 COORDINATE EXACT MOUNTING HEIGHT OF RADIANTHEATER WITH OWNER AND ALL OTHER TRADES. INSTALLHEATER PER MANUFACTURER'S REQUIREMENTS.ENSURE THAT HEATER DOES NOT INTERFERE WITHOVERHEAD CRANE OPERATION AND OVERHEAD FANOPERATION.

4 7" DIAMETER EXHAUST DUCT UP TO ROOF MOUNTEDEXHAUST FAN. CONNECT EXHAUST DUCT TO TUBINGSTORAGE WHEEL.

5 WALL CONTROLLER FOR CF-1 AND CF-2. COORDINATEEXACT LOCATION OF CONTROLLER WITH ARCHITECTAND MANUFACTURER'S REQUIREMENTS. PROVIDEINSULATED BACKING FOR CONTROLLER. INSTALL UPPERTEMPERATURE SENSOR PROVIDED WITH WALLCONTROLLER PER MANUFACTUER'S REQUIREMENTS.

6 COORDINATE EXACT LOCATION OF THERMOSTAT WITHARCHITECT PRIOR TO ROUGH-IN.

7 PROVIDE INSULATED BACKING FOR THERMOSTAT.8 WALL CONTROLLER FOR EXHAUST FAN AND TUBING

STORAGE REEL. COORDINATE EXACT LOCATION OFCONTROLLER WITH ARCHITECT.

9 TUBING STORAGE REEL CONNECTED TO EXHAUST DUCT.LOCATE BOTTOM OF REEL A MINIMUM OF 17'-0" ABOVEFINISHED FLOOR. COORDINATE EXACT LOCATION ANDELEVATION OF REEL WITH OWNER AND ALL OTHERTRADES.

MECHANICAL PLAN NOTES

# DATE CHANGE DESCRIPTION

1 2 3 4 5 6 7 8 10 11 11.6 12 13 14 15 16 17 18 19 20 21 22 23

A

B

C

E

F

G

H

J

L

M

N

P

Q

R

H.5

L.3

F.2

D

RTU1

RTU2

RTU3

RTU4

RTU6

RTU5

EF10

EF4

EF5

EF6

CU3

CU4

EF12

EF13

EF14

EF15

EF16

EF17

EF18

EF19

EF1

EF2

EF3

EF8

EF7

HP1

HP2

HP3

CU1

CU2

CU5

EF9

EF11EF

20

EF21

GV2

GV1

GV3

GV4

GV5

GV6

GV7

GV8

GV9

GV10

GV11

GV12

GV13

GV14

GV15

GV16

GV17

GV18

GV19

6

M301

7

M301

(TYP)(TYP)

8

M301

(TYP)

11

M301

(TYP)

10

M301 HP4

7"Ø

7"Ø

7"Ø

7"Ø

7"Ø

7"Ø

7"Ø

7"Ø

9

KEF1

4

M302

CU6

FAXTEL

© 2

016

Moo

dy/N

olan

Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

A B

C

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL ROOF PLANM150

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

1/16" = 1'-0"1 MECHANICAL ROOF PLAN

# DATE CHANGE DESCRIPTION

FAXTEL

© 2

016

Moo

dy/N

olan

Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL SCHEDULESM201

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

VARIABLE AIR VOLUME TERMINAL SCHEDULE (ELECTRIC HEAT)

MARKUNIT

SERVED AREA SERVED MANUFACTURER MODELINLET

SIZE (IN)PRIMARY

CFM

MINPRIMARY

CFMMIN HEAT

CFMEAT(ºF)

LAT(°F) MBH KW STEPS V/PH

CP TRANSSOUNDPOWER

NOTESVOLTS PH DISCHARGEVAV 1-1 RTU-1 CORRIDOR, MEN, WOMEN, CUSTOMER SERVICE

STORAGE, & STORAGETRANE VCEF 8" 515 155 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A-J

VAV 1-2 RTU-1 IT OFFICE TRANE VCEF 8" 510 155 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A-JVAV 1-3 RTU-1 IT OFFICE TRANE VCEF 8" 710 215 215 55.0 91.7 8.1 2.5 2 480/3 480 1 30 A-JVAV 1-4 RTU-1 OFFICES TRANE VCEF 10" 890 270 270 55.0 90.1 10.2 3.0 2 480/3 480 1 30 A-JVAV 1-5 RTU-1 CUSTOMER SERVICE TRANE VCEF 10" 800 280 280 55.0 88.8 10.6 3.0 2 480/3 480 1 30 A-JVAV 1-6 RTU-1 CUSTOMER SERVICE TRANE VCEF 8" 710 215 215 55.0 91.7 8.1 2.5 2 480/3 480 1 30 A-JVAV 1-7 RTU-1 OFFICE TRANE VCEF 5" 240 75 85 55.0 92.2 3.2 1.0 1 480/3 480 1 30 A-JVAV 1-8 RTU-1 CONFERENCE, CUSTOMER SERVICE, & STORAGE TRANE VCEF 8" 610 185 185 55.0 89.2 7.0 2 2 480/3 480 1 30 A-JVAV 2-1 RTU-2 PRINT & STORAGE TRANE VCEF 4" 140 45 85 55.0 92.2 3.2 1.0 1 480/3 480 1 30 A-JVAV 2-2 RTU-2 CONFERENCE TRANE VCEF 8" 470 165 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A-JVAV 2-3 RTU-2 CUSTOMER SERVICE & CORRIDOR TRANE VCEF 10" 960 290 290 55.0 87.7 11.0 3.0 2 480/3 480 1 30 A-JVAV 2-4 RTU-2 VESTIBULE & CONFERENCE TRANE VCEF 8" 600 180 180 55.0 90.1 6.8 2.0 2 480/3 480 1 30 A-JVAV 2-5 RTU-2 OFFICES TRANE VCEF 8" 420 130 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A-JVAV 2-6 RTU-2 CONFERENCE TRANE VCEF 8" 590 180 180 55.0 90.1 6.8 2.0 2 480/3 480 1 30 A-JVAV 3-1 RTU-3 DISTRIBUTION TRANE VCEF 12" 1240 375 525 55.0 88.1 19.8 5.5 3 480/3 480 1 30 A,B,D-KVAV 3-2 RTU-3 OFFICES & DISTRIBUTION TRANE VCEF 10" 910 275 275 55.0 89.5 10.4 3.0 2 480/3 480 1 30 A-JVAV 3-3 RTU-3 DISTRIBUTION TRANE VCEF 8" 520 160 180 55.0 90.1 6.8 2.0 2 480/3 480 1 30 A-JVAV 3-4 RTU-3 DISTRIBUTION TRANE VCEF 10" 1110 335 335 55.0 88.0 12.7 3.5 3 480/3 480 1 30 A-JVAV 3-5 RTU-3 OFFICES TRANE VCEF 8" 540 165 175 55.0 91.1 6.6 2.0 1 480/3 480 1 30 A-JVAV 3-6 RTU-3 CONFERENCE TRANE VCEF 8" 560 170 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A-JVAV 3-7 RTU-3 DISTRIBUTION TRANE VCEF 8" 400 120 180 55.0 90.1 6.8 2.0 2 480/3 480 1 30 A-JVAV 4-1 RTU-4 MEETING ROOM TRANE VCEF 12" 1500 525 525 55.0 88.1 19.8 5.5 3 480/3 480 1 30 A-JVAV 4-2 RTU-4 MEETING ROOM TRANE VCEF 12" 1500 525 525 55.0 88.1 19.8 5.5 3 480/3 480 1 30 A-JVAV 4-3 RTU-4 CONFERENCE TRANE VCEF 6" 320 115 125 55.0 92.9 4.7 1.5 1 480/3 480 1 30 A-JVAV 4-4 RTU-4 STORAGE ROOMS & METER TRANE VCEF 8" 720 220 220 55.0 90.9 8.3 2.5 2 480/3 480 1 30 A-JVAV 4-5 RTU-4 CONFERENCE TRANE VCEF 6" 320 115 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A-JVAV 4-6 RTU-4 METER TRANE VCEF 8" 570 175 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A-JVAV 4-7 RTU-4 OFFICES & VESTIBULE TRANE VCEF 12" 1150 345 525 55.0 88.1 19.8 5.5 2 480/3 480 1 30 A-JVAV 5-1 RTU-5 KITCHEN, WASH/DRY, CORRIDORS, & STORAGE TRANE VCEF 12" 1490 600 600 55.0 89.2 22.7 6.5 3 480/3 480 1 30 A-JVAV 5-2 RTU-5 VESTIBULE & NETWORK SHOP TRANE VCEF 14" 2360 710 710 55.0 88.4 26.8 7.5 3 480/3 480 1 30 A-JVAV 5-3 RTU-5 TELECOM INSTALL TRANE VCEF 14" 1970 595 685 55.0 89.6 25.9 7.5 3 480/3 480 1 30 A-JVAV 5-4 RTU-5 TELECOM PARTS TRANE VCEF 16" 2590 780 920 55.0 89.3 34.8 10.0 3 480/3 480 1 30 A-JVAV 5-5 RTU-5 OFFICE TRANE VCEF 4" 90 30 85 55.0 92.2 3.2 1.0 1 480/3 480 1 30 A-JVAV 5-6 RTU-5 TELECOM SHOP TRANE VCEF 8" 480 145 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A-JVAV 6-1 RTU-6 EXERCISE TRANE VCEF 8" 580 265 265 55.0 90.8 10.0 3.0 2 480/3 480 1 30 A-JVAV 6-2 RTU-6 WOMEN TRANE VCEF 4" 170 55 85 55.0 92.2 3.2 1.0 1 480/3 480 1 30 A-JVAV 6-3 RTU-6 FACILITY STORAGE, CORRIDOR, & JANITOR TRANE VCEF 8" 650 195 195 55.0 87.4 7.4 2.0 2 480/3 480 1 30 A-JVAV 6-4 RTU-6 MEN, MEN LOCKER, & CORRIDOR TRANE VCEF 12" 1280 385 525 55.0 88.1 19.8 5.5 3 480/3 480 1 30 A-JVAV 6-5 RTU-6 CORRIDOR, VESTIBULES, & OFFICES TRANE VCEF 8" 570 175 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A,B,D-KVAV 6-6 RTU-6 OPEN STOCK TRANE VCEF 10" 1010 305 390 55.0 99.6 18.4 5.5 2 480/3 480 1 30 A,B,D-KVAV 6-7 RTU-6 OFFICES TRANE VCEF 8" 550 165 175 55.0 91.1 6.6 2.0 2 480/3 480 1 30 A,B,D-K

FAN SCHEDULEMARK AREA SERVED

SERVICE(EA, RA, SA) MANUFACTURER MOUNTING MODEL CFM

ESP(IN)

DRIVE(BELT/DIRECT)

MINHP

FANRPM

VFD(Y/N)

ELECTRICALWEIGHT (LBS) NOTESVOLTS PH STARTER TYPE

EF 1 LINE TOOLS & METERS EA GREENHECK ROOF CUE-121-VG 840 0.45 DIRECT 0.25 1107 No 120 1 FACTORY 80 A-C,F,GEF 2 METERS EA GREENHECK ROOF CUE-070-VG 210 0.30 DIRECT 0.10 1564 No 120 1 FACTORY 50 A-C,F,GEF 3 LINE STORAGE EA GREENHECK ROOF CUE-090-VG 440 0.30 DIRECT 0.10 1337 No 120 1 FACTORY 60 A-C,F,GEF 4 LINE BAY WEST EA GREENHECK ROOF CUBE-300HP-30 8000 0.50 BELT 3.00 814 Yes 480 3 VFD 300 A,B,S,TEF 5 LINE BAY EAST EA GREENHECK ROOF CUBE-200-15 4550 0.50 BELT 1.50 1016 Yes 480 3 VFD 170 A,B,S,TEF 6 LINE BAY EAST EA GREENHECK ROOF CUBE-200-15 4550 0.50 BELT 1.50 1016 Yes 480 3 VFD 170 A,B,S,TEF 7 FLEET PARTS EA GREENHECK ROOF CUE-090-VG 580 0.30 DIRECT 0.10 1551 No 120 1 FACTORY 60 A-C,F,GEF 8 METER SHOP EA GREENHECK ROOF CUE-131-VG 1260 0.30 DIRECT 0.50 1230 No 120 1 FACTORY 100 A-C,F,GEF 9 MEN'S RESTROOMS & MEN'S

LOCKER ROOMEA GREENHECK ROOF CUBE-161HP-7 2110 0.60 BELT 0.75 1420 No 480 3 FACTORY 150 A-C,F,G

EF 10 RESTROOMS EA GREENHECK ROOF CUE-095-VG 450 0.50 DIRECT 0.17 1497 No 120 1 FACTORY 70 A-C,F,GEF 11 WOMEN'S RESTROOM EA GREENHECK ROOF CUE-095-VG 520 0.50 DIRECT 0.17 1568 No 120 1 FACTORY 70 A-C,F,GEF 12 VEHICLE MAINTENANCE EA CAR-MON ROOF CMB-10 600 5.00 BELT 1.50 0 No 480 3 DIVISION 26 200 D-E,K-QEF 13 VEHICLE MAINTENANCE EA CAR-MON ROOF CMB-10 600 5.00 BELT 1.50 0 No 480 3 DIVISION 26 200 D-E,K-QEF 14 VEHICLE MAINTENANCE EA CAR-MON ROOF CMB-10 600 5.00 BELT 1.50 0 No 480 3 DIVISION 26 200 D-E,K-QEF 15 VEHICLE MAINTENANCE EA CAR-MON ROOF CMB-10 600 5.00 BELT 1.50 0 No 480 3 DIVISION 26 200 D-E,K-QEF 16 VEHICLE MAINTENANCE EA CAR-MON ROOF CMB-10 600 5.00 BELT 1.50 0 No 480 3 DIVISION 26 200 D-E,K-QEF 17 VEHICLE MAINTENANCE EA CAR-MON ROOF CMB-10 600 5.00 BELT 1.50 0 No 480 3 DIVISION 26 200 D-E,K-QEF 18 VEHICLE MAINTENANCE EA CAR-MON ROOF CMB-10 600 5.00 BELT 1.50 0 No 480 3 DIVISION 26 200 D-E,K-QEF 19 VEHICLE MAINTENANCE EA CAR-MON ROOF CMB-10 600 5.00 BELT 1.50 0 No 480 3 DIVISION 26 200 D-E,K-QEF 20 KITCHEN EA GREENHECK ROOF CUE-121-VG 935 0.40 DIRECT 0.25 1390 No 120 1 FACTORY 80 A-C,F,GEF 21 STORE ROOM EA GREENHECK ROOF CUBE-180-7 2880 0.60 BELT 0.75 1003 No 480 3 FACTORY 160 C,H,J,RKEF 1 KITCHEN EA CAPTIVEAIRE ROOF DU85HFA 1600 1.20 DIRECT 0.75 1342 Yes 480 3 VFD 100 C,USF 1 STORE ROOM SA GREENHECK INLINE BSQ-140-5 1280 0.70 BELT 0.50 1194 No 120 1 FACTORY 200 C,H,J,RSF 2 STORE ROOM SA GREENHECK INLINE BSQ-130-7 1600 0.70 BELT 0.75 1664 No 480 3 FACTORY 180 C,H,J,R

GRILLE, REGISTER AND DIFFUSER SCHEDULE

MARK MANUFACTURER SERVICE MODELCONSTRUCTION

TYPE FACE TYPE MOUNTING LOCATION BORDER TYPE FACE SIZE (IN) MAX NC

MAX PRESSDROP (IN

W.C.) NOTESCEG1 TITUS EXHAUST 50F ALUMINUM EGGCRATE CEILING 24"x24" 25 0.05 B,C,FCRG1 TITUS RETURN PAR-AA ALUMINUM PERFORATED CEILING LAY-IN 24''x24'' 25 0.05 B,C,FCSD1 TITUS SUPPLY TMSA-AA ALUMINUM SQUARE CEILING LAY-IN 24''x24'' 25 0.08 A-C,FCSD2 TITUS SUPPLY PAR-AA ALUMINUM PERFORATED CEILING LAY-IN 24''x24'' 25 0.08 B,C,FCTG1 TITUS TRANSFER 50F ALUMINUM EGGCRATE CEILING LAY-IN 24''x24'' 25 0.05 B,C,FCTG2 TITUS TRANSFER PAR-AA ALUMINUM PERFORATED CEILING 24''x24'' 25 0.05 B,C,FDSR1 TITUS SUPPLY S300FS ALUMINUM SPIRAL DUCT - REFER TO PLANS 25 0.08 B,C,EPSD1 TITUS SUPPLY FL-15-HT ALUMINUM LINEAR CEILING LAY-IN 4'-0"x1.5" 25 0.08 B,C,F,GWEG1 TITUS EXHAUST 350FS ALUMINUM LOUVER CEILING WALL/DUCT REFER TO PLANS 25 0.05 B-F

UNIT HEATER SCHEDULE (ELECTRIC)MARK AREA SERVED MANUFACTURER MODEL

OUTPUT(MBH)

INPUT(KW)

MIN NO OFSTAGES CFM MOTOR HP

THROW(FT)

ELECTRICALNOTESVOLTS PH

UH 1 LINE TOOLS TRANE UHEC-053 17.1 5.0 1 400 0.008 12 480 3 A-EUH 2 LINE STORAGE TRANE UHEC-033 11.2 3.3 1 400 0.008 12 480 3 A-EUH 3 METERS TRANE UHEC-033 11.2 3.3 1 400 0.008 12 480 3 A-EUH 4 METERS TRANE UHEC-033 11.2 3.3 1 400 0.008 12 480 3 A-D,JUH 5 LINE STORAGE TRANE UHEC-053 17.1 5.0 1 400 0.008 12 480 3 A-EUH 6 FLEET PARTS TRANE UHXA-033 10.2 3.0 1 580 0.250 24 480 3 F-JUH 7 FLEET PARTS TRANE UHXA-033 10.2 3.0 1 580 0.250 24 480 3 F-JUH 8 METER SHOP TRANE UHXA-053 17.0 5.0 1 580 0.250 24 480 3 F-JUH 9 METER SHOP TRANE UHXA-053 17.0 5.0 1 580 0.250 24 480 3 F-J

UH 10 METER SHOP TRANE UHXA-033 10.2 3.0 1 580 0.250 24 480 3 F-JUH 11 FIRE PUMP TRANE UHEC-033 11.2 3.3 1 400 0.008 12 480 3 A-E

LOUVER SCHEDULEMARK AREA SERVED SERVICE MANUFACTURER MODEL WIDTH (IN) LENGTH (IN) CFM

MIN FREEAREA (SF) MAX VEL (FPM)

MAX APD (INW.C.) NOTES

L 1 VEHICLEMAINTENANCE

INTAKE GREENHECK ESD-635D 46" 51" 4800 9.6 500 0.04 A-E

ROOF HOOD SCHEDULE

MARK

SERVICE(INTAKE,

EXHAUST)MANUFACTUR

ER MODEL CFMMAX THROAT VEL

(FPM) MAX APD (IN) THROAT (L" x W") CURB (L" x W") WEIGHT (LBS) NOTESGV 1 INTAKE GREENHECK FGI-14X24 1260 540 0.0495 24x14 20x20 60 A-DGV 2 INTAKE GREENHECK FGI-14X14 580 426 0.0308 14x14 20x20 60 A-DGV 3 INTAKE GREENHECK FGI-10X10 320 461 0.0361 10x10 16x16 50 A-DGV 4 INTAKE GREENHECK FGI-10X10 290 418 0.0296 10x10 16x16 50 A-DGV 5 INTAKE GREENHECK FGI-8X8 230 518 0.0455 8x8 14x14 50 A-DGV 6 INTAKE GREENHECK FGI-8X8 210 473 0.0379 8x8 14x14 50 A-DGV 7 INTAKE GREENHECK FGI-12X12 440 440 0.0329 12x12 18x18 50 A-DGV 8 INTAKE GREENHECK FGI-20X20 1280 461 0.0361 20x20 26x26 70 A-DGV 9 INTAKE GREENHECK FGI-22X22 1600 476 0.0385 22x22 28x28 90 A-D

GV 10 INTAKE GREENHECK FGI-24X24 2000 500 0.0425 24x24 30x30 90 A-DGV 11 INTAKE GREENHECK FGI-24X24 2000 500 0.0425 24x24 30x30 90 A-DGV 12 INTAKE GREENHECK FGI-24X24 2000 500 0.0425 24x24 30x30 90 A-DGV 13 INTAKE GREENHECK FGI-24X24 2000 500 0.0425 24x24 30x30 90 A-DGV 14 INTAKE GREENHECK FGI-24X24 1820 455 0.0352 24x24 30x30 90 A-DGV 15 INTAKE GREENHECK FGI-24X24 1820 455 0.0352 24x24 30x30 90 A-DGV 16 INTAKE GREENHECK FGI-24X24 1820 455 0.0352 24x24 30x30 90 A-DGV 17 INTAKE GREENHECK FGI-24X24 1820 455 0.0352 24x24 30x30 90 A-DGV 18 INTAKE GREENHECK FGI-24X24 1820 455 0.0352 24x24 30x30 90 A-DGV 19 INTAKE GREENHECK FGI-8X8 20 45 0.0003 8x8 14x14 50 A-D

CIRCULATION FAN SCHEDULEMARK AREA SERVED MANUFACTURER MOUNTING MODEL

DRIVE(BELT/DIRECT)

MINHP

FANRPM

ELECTRICALWEIGHT (LBS) NOTESVOLTS PH

CF 1 VEHICLE MAINTENANCE BAF CEILING ESSENCE (10 FT DIA.) DIRECT 0.50 107 120 1 85 A-CCF 2 VEHICLE MAINTENANCE BAF CEILING ESSENCE (10 FT DIA.) DIRECT 0.50 107 120 1 85 A-CCF 3 METER SHOP BAF CEILING ESSENCE (10 FT DIA.) DIRECT 0.50 107 120 1 85 A-CCF 4 FLEET PARTS BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 5 FLEET PARTS BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 6 STORE ROOM BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 7 STORE ROOM BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 8 STORE ROOM BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 9 STORE ROOM BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 10 STORE ROOM BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 11 STORE ROOM BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 12 STORE ROOM BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 13 STORE ROOM BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-CCF 14 STORE ROOM BAF CEILING ESSENCE (8 FT DIA.) DIRECT 0.50 158 120 1 75 A-C

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETEDESCRIPTION, NOTES AND SPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THEDESIGN.

NOTES:

A. MOUNT 9 FEET ABOVE FINISHED FLOOR WITHOUT OBSTRUCTING AIRFLOW.B. PROVIDE WITH UNIT MOUNTED THERMOSTAT FOR FIELD INSTALLATION. THERMOSTAT TO BE SET AT 55 DEGREES F (ADJUSTABLE).C. PROVIDE MANUAL SUMMER/WINTER CHANGE-OVER SWITCHD. PROVIDE NECESSARY MOUNTING BRACKET AND ACCESSORIES FOR HORIZONTAL MOUNTING.E. PROVIDE FACTORY MOUNTED DISCONNECT SWITCH INSTALLED ON SERVICE SIDE OF UNIT.F. MOUNT 8 FEET ABOVE FINISHED FLOOR WITHOUT OBSTRUCTING AIRFLOW.G. PROVIDE WITH WALL-MOUNTED THERMOSTAT. THERMOSTAT TO BE SET AT 55 DEGREES F (ADJUSTABLE).H. PROVIDE NECESSARY MOUNTING BRACKET AND ACCESSORIES FOR CEILING MOUNTING.J. DIVISION 26 CONTRACTOR TO PROVIDE DISCONNECT SWITCH.

COMPUTER ROOM FAN COIL UNIT SCHEDULE

MARK AREA SERVED MANUFACTURER MODEL REFR TYPE

EVAPORATOR SECTION

WEIGHT(LBS) NOTESCFM TH (MBH) SH (MHB)

EAT

VOLTS PH MCA MOCP FLADB(°F)

WB(°F)

FCU 3 TELECOM EQUIP ROOM LIEBERT PX018 R-410A 2800 59.9 53.9 70.0 58.4 480 3 35.6 40 29.30 670 A-JFCU 4 TELECOM EQUIP ROOM LIEBERT PX018 R-410A 2800 59.9 53.9 70.0 58.4 480 3 35.6 40 29.30 670 A-J

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETE DESCRIPTION, NOTESAND SPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:

A. CONTRACTOR SHALL VERIFY WITH EQUIPMENT SUPPLIER EXACT ROUTING AND SIZE OF INSULATED REFRIGERANT PIPING. INSTALL PER MANUFACTURERS RECOMMENDATIONS.B. PROVIDE FACTORY MOUNTED DISCONNECT SWITCH. C. PROVIDE WITH FACTORY MOUNTED CONDENSATE PUMP.D. PROVIDE WITH ELECTRIC REHEAT AND INFRARED HUMIDIFIER.E. PROVIDE WITH FACTORY MOUNTED RETURN AIR SMOKE DETECTOR.F. PROVIDE WITH FRONT RETURN GRILLE.G. MANUFACTURER TO FURNISH LIEBERT SFA #: E-204956-1, 24" HIGH SUPPLY AIR PLENUM WITH FRONT SUPPLY GRILLE ONLY PAINTED TO MATCH UNIT. SUPPLY AIR PLENUM WITH

GRILLE TO BE INSTALLED BY MECHANICAL CONTRACTOR.H. UNIT TO OPERATE VIA INTEGRAL CONTROLS, INCLUDING FACTORY MOUNTED TEMPERATURE AND HUMIDITY SENSORS, TO MAINTAIN A SETPOINT OF 55 DEGREES F AND 50% RH.J. UNIT TO OPERATE IN A LEAD/LAG CONFIGURATION. MECHANICAL CONTRACTOR TO PROVIDE CAT 5 CABLE FOR UNIT-TO-UNIT COMMUNICATION AND LEAD/LAG SEQUENCE USING THE INTEGRAL

UNIT CONTROLLER.

COMPUTER ROOM CONDENSING UNIT SCHEDULEMARK SERVICE MANUFACTURER MODEL AMBIENT (°F) ARI EER VOLTS PH MCA MOCP

WEIGHT(LBS) NOTES

CU 3 TELECOM EQUIPMENT ROOM LIEBERT MCM040 105 11.1 480 3 1.90 15 240 A-ECU 4 TELECOM EQUIPMENT ROOM LIEBERT MCM040 105 11.1 480 3 1.90 15 240 A-E

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY.REVIEW THE COMPLETE DESCRIPTION, NOTES AND SPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THEMANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:

A. PROVIDE LOW AMBIENT CONTROL TO 35°F.B. PROVIDE FACTORY MOUNTED DISCONNECT SWITCH.C. STARTERS FOR ALL MOTORS SHALL BE FURNISHED INTEGRAL WITH UNIT.D. PROVIDE CONDENSER COIL HAIL GUARDS.E. PROVIDE A FACTORY APPLIED COIL CORROSION COATING FOR THE CONDENSER COIL. COATING TO WITHSTAND GREATER THAN 5,000 HOURS OF

THE ASTM B117 SALT SPRAY TEST.

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETEDESCRIPTION, NOTES AND SPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:

A. PROVIDE WITH EXTENSION TUBE LENGTH AND MOUNTING BRACKET. VERIFY EXTENSION TUBE LENGTH AND MOUNTING BRACKET REQUIRED WITH MANUFACTURER PRIOR TOPROCUREMENT. EXTENSION TUBES 4'-0" OR LONGER TO BE INSTALLED WITH GUY WIRES PER THE MANUFACTURER'S REQUIREMENTS.

B. PROVIDE COLOR AS SELECTED BY ARCHITECT.C. PROVIDE WITH WALL MOUNTED CONTROLLER WITH WINTER/SUMMER/MANUAL MODES OF OPERATION.

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETE DESCRIPTION, NOTES AND SPECIFICATIONSTODETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:

A. PROVIDE STANDARD INSULATED ROOF CURB WITH A MINIMUM HEIGHT OF 14 INCHES. PROVIDE SLOPED CURB IF NEEDED TO MATCH ROOF SLOPE.B. PROVIDE BIRDSCREEN AND GRAVITY BACKDRAFT DAMPER.C. PROVIDE WITH FACTORY MOUNTED DISCONNECT SWITCH.D. DIVISION 26 CONTRACTOR TO PROVIDE DISCONNECT SWITCH.E. DIVISION 26 CONTRACTOR TO PROVIDE STARTER.F. INTERLOCK FAN OPERATION WITH BUILDING AUTOMATION SYSTEM.G. PROVIDE WITH MANUFACTURER'S ELECTRONICALLY COMMUTATED (EC) MOTOR.H. PROVIDE WITH SPRING VIBRATION ISOLATION AND ALL-THREAD HANGING RODS.J. PROVIDE WITH GRAVITY BACKDRAFT DAMPER.K. PROVIDE WITH VIBRATION RAILS, WEATHER COVER, AND GRAVITY BACKDRAFT DAMPER.L. PROVIDE WITH TUBING STORAGE REEL WITH POWER OPERATOR (CAR-MON TSR-P OR APPROVED EQUAL).M. PROVIDE WITH 35'-0" OF 6" DIAMETER HIGH TEMPERATURE FLEXIBLE EXHAUST HOSE (CAR-MON HTC OR APPROVED EQUAL).N. PROVIDE WITH STAINLESS STEEL CLAMPING TYPE EXHAUST PIPE ADAPTER (CAR-MON CTA-6 OR APPROVED EQUAL).O. PROVIDE WITH FLANGE SET.P. PROVIDE WITH DIESEL CANE ASSEMBLY (CAR-MON DCA OR APPROVED EQUAL).Q. PROVIDE WITH WALL-MOUNTED 4-BUTTON (ON/OFF/UP/DOWN) CONTROLLER.R. FAN TO OPERATE CONTINUOUSLY.S. PROVIDE WITH VARIABLE FREQUENCY DRIVE WITH INTEGRAL DISCONNECT.T. INTERLOCK FAN OPERATION WITH VEHICLE EMISSION MONITORING SYSTEM.U. PROVIDE WITH A MINIMUM 20" HIGH VENTED ROOF CURB FOR 40" MINIMUM DISCHARGE HEIGHT ABOVE ROOF SURFACE OR AT ELEVATION HIGHER THAN ADJACENT BUILDING STRUCTURE WITHIN 10 FEET

WHICHEVER IS GREATER, GREASE TRAP WITH ABSORBANT MATERIAL AND DRAIN CONNECTION, HINGE KIT, BIRDSCREEN, ACCESS PORT FOR CLEANING FAN BLADES, VARIABLE FREQUENCY DRIVE, AND INTEGRALMOTOR OVERLOAD PROTECTION.

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETE DESCRIPTION, NOTES AND SPECIFICATIONS TO DETERMINE THEEXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:A. HEATING COIL BASED ON 40 °F MAX. AIR TEMPERATURE RISE AND 450 FPM MINIMUM COIL FACE VELOCITY.B. INSTALL FLEXIBLE DUCT CONNECTOR AT INLET CONNECTION.C. PROVIDE INTEGRAL DISCONNECT SWITCH.D. PROVIDE FACTORY INSTALLED 480 VOLT TO 24 VOLT CONTROL POWER TRANSFORMER. COORDINATE PRIMARY POWER WITH ELECTRICAL DRAWINGS. E. BOX NOT TO EXCEED SCHEDULED DISCHARGE OR RADIATED SOUND NC LEVEL USING 0.5" PRESSURE DROP.F. PROVIDE FACTORY-INSTALLED, PRESSURE INDEPENDENT, DDC CONTROL PACKAGE WITH HIGH SPEED ACTUATOR.G. PROVIDE BOX WITH EITHER RIGHT HAND OR LEFT HAND CONFIGURATION AS SHOWN ON DRAWINGS. H. INLET SIZE SHOWN IS THE MINIMUM ALLOWABLE INLET SIZE. NO SMALLER SIZES SHALL BE ACCEPTED.J. VAV BOXES SHALL BE SIZED TO MEET THE SCHEDULED VALUES BASED ON THE FOLLOWING PRIORITIES: 1 - HEATING COIL CAPACITY, 2 - LEAVING AIR TEMPERATURE.K. DIVISION 26 CONTRACTOR TO PROVIDE DISCONNECT SWITCH.

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETE DESCRIPTION,NOTES AND SPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:

A. PROVIDE 1/2" MESH ALUMINUM BIRD SCREEN.B. PROVIDE KYNAR FINISH. CUSTOM COLOR AS SELECTED BY ARCHITECT TO MATCH CONCRETE WALL PANELS.C. FRAME TYPE SHALL MATCH WALL CONSTRUCTION, COORDINATE WITH ARCHITECT.D. PROVIDE WINDBORNE-DEBRIS-IMPACT RESISTANCE LOUVER.E. MECHANICAL CONTRACTOR TO PROVIDE GRAVITY BACKDRAFT DAMPER IN INTAKE AIR DUCTWORK TO LOUVER.

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETEDESCRIPTION, NOTES AND SPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THEDESIGN.

NOTES:

A. PROVIDE 1/2" ALUMINUM BIRD SCREEN.B. PROVIDE MANUFACTURER'S STANDARD INSULATED ROOF CURB WITH MINIMUM HEIGHT OF 14".C. HOOD TO BE HIGH WIND RATED.D. MECHANICAL CONTRACTOR TO PROVIDE BACKDRAFT DAMPER IN INTAKE/RELIEF AIR DUCTWORK

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETE DESCRIPTION, NOTES ANDSPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:

A. 4-WAY THROW PATTERN UNLESS OTHERWISE INDICATED BY FLOW ARROWS ON DRAWINGS.B. NECK SIZE SHOWN ON DRAWINGS. PROVIDE BRANCH DUCT TO MATCH NECK SIZE UNLESS OTHERWISE SHOWN ON DRAWINGS.C. BAKED ENAMEL FINISH, WHITE TO MATCH CEILING COLOR.D. FRONT BLADES PARALLEL TO LONG DIMENSION.E. DOUBLE DEFLECTION BARS SHALL BE ADJUSTABLE.F. FRAME TYPE TO MATCH CEILING/WALL CONSTRUCTION, COORDINATE WITH ARCHITECTURAL REFLECTED CEILING/WALL PLAN.G. PROVIDE BORDER TYPE TO MATCH CEILING CONSTRUCTION WITH CONCEALED MOUNTING, AND INSULATED PLENUM BOX WITH NECK.

# DATE CHANGE DESCRIPTION

FAXTEL

© 2

016

Moo

dy/N

olan

Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL SCHEDULESM202

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

ROOFTOP UNIT SCHEDULE (DX COOLING/ELECTRIC HEAT)

MARK MANUFACTURER MODELUNITTYPE

SUPPLY FAN COOLING COIL HEATING COILMIN.O/ACFM

ABS.MIN.O/A

ELECTRICAL

WEIGHT(LBS) NOTESCFM

MINHP

ESP(IN)

TSP(IN)

VFD(Y/N)

REFRTYPE

TH(MBH)

SH(MBH)

EAT LATMIN ARI EFF

(EER)

MIN NOSTAGES MAX VEL

(FPM) MIN OUT (MBH)NOM INPUT

(KW)EAT

DB (°F)

LATDB(°F) MCA MOCP V/PHDB (°F) WB (°F) DB (°F) WB (°F)

RTU 1 AAON RN-016 VAV 4700 7.5 3.0 3.98 Yes R-410A 169.9 117.1 78.14 65.64 52.25 52.12 11 2 236.6 68.3 20.0 37.1 76.5 1460 1460 44.0 50 460/3 3300 A-URTU 2 AAON RN-015 VAV 3090 5.0 3.0 3.94 Yes R-410A 151.6 96.7 81.65 67.44 49.27 49.07 11 2 211.9 68.3 20.0 37.4 95.6 980 980 40.0 50 460/3 2480 A-URTU 3 AAON RN-020 VAV 4990 7.5 3.0 4.02 Yes R-410A 201.4 134.5 79.81 66.52 51.86 51.53 11 2 251.2 68.3 20.0 45.7 79.9 1320 1320 52.0 60 460/3 3395 A-URTU 4 AAON RN-030 VAV 5860 7.5 3.0 4.24 Yes R-410A 279.5 171.4 81.30 68.08 50.97 50.60 10 2 295.0 68.3 20.0 35.5 63.3 2000 1835 70.0 90 460/3 3480 A-URTU 5 AAON RN-040 VAV 8900 15.0 3.0 4.11 Yes R-410A 371.7 242.9 80.79 67.33 52.43 52.00 10 4 279.2 136.5 40.0 43.2 83.0 3295 3295 102.0 110 460/3 6720 A-URTU 6 AAON RN-020 VAV 4150 5.0 3.0 3.88 Yes R-410A 208.8 137.6 85.26 69.22 51.15 51.04 11 2 209.0 68.3 20.0 39.6 76.2 1460 1460 50.0 60 460/3 3420 A-U

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETE DESCRIPTION, NOTES AND SPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIESTO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:

A. REFER TO SHEET M401 FOR PACKAGED MULTI-ZONE VAV ROOFTOP UNIT CONTROL DRAWING, POINTS LIST, AND SEQUENCE.B. EQUIPMENT SIZED FOR 105 DEGREES F AMBIENT TEMPERATURE.C. PROVIDE 4 INCH, MERV-13 PLEATED THROWAWAY AIR FILTERS.D. SPECIFIED FAN ESP ACCOUNTS FOR DUCT LOSSES EXTERNAL TO UNIT.E. SPECIFIED FAN TSP INCLUDES EXTERNAL DUCT AND INTERNAL FILTER, COIL AND CASING LOSSES. FILTER LOSS IS AT MAXIMUM 400 FPM.F. PROVIDE MANUFACTURER'S STANDARD INSULATED ROOF CURB WITH MINIMUM HEIGHT OF 14 INCHES.G. DISCONNECT SWITCH FURNISHED BY DIVISION 26 CONTRACTOR.H. STARTERS FOR ALL MOTORS SHALL BE FURNISHED INTEGRAL WITH UNIT.J. PROVIDE FACTORY MOUNTED VARIABLE FREQUENCY DRIVE TO FACILITATE MODULATING FAN SPEED CONTROL.K. COORDINATE SIZE OF CONDUCTOR TERMINATION LUGS WITH CONDUCTOR SIZES SHOWN ON ELECTRICAL DRAWINGS.L. PROVIDE DUPLEX RECEPTACLE MOUNTED ON UNIT FOR FIELD WIRING.M. COOLING COIL LAT IS LEAVING AIR TEMPERATURE OF COIL.N. PROVIDE HEATER TO MEET OR EXCEED SCHEDULED MINIMUM MBH OUTPUT, NOMINAL KW IS BASED ON LISTED MANUFACTURER'S STANDARD PRODUCT. COORDINATE EQUIPMENT POWER SUPPLY

WITH ELECTRICAL CONTRACTOR IF DIFFERENT FROM THAT SCHEDULED.O. ABS. MIN. O/A IS THE ABSOLUTE MINIMUM OUTSIDE AIR CFM USING VENTILATION RESET OR DEMAND CONTROL VENTILATION.P. PROVIDE GUARDS TO PROTECT CONDENSER COIL FROM HAIL OR OTHER DAMAGE.Q. PROVIDE SHAFT GROUNDING SYSTEM ON MOTOR. REFER TO MOTOR SPECIFICATION FOR ADDITIONAL INFORMATION.R. PROVIDE WITH 100% OUTSIDE AIR ENTHALPY ECONOMIZER.S. PROVIDE WITH POWER EXHAUST FAN WITH VARIABLE FREQUENCY DRIVE. EXHAUST FAN SIZED FOR 0.5 IN ESP.T. PROVIDE A FACTORY APPLIED COIL CORROSION COATING FOR THE EVAPORATOR COIL AND CONDENSER COIL. COATING TO WITHSTAND GREATER THAN 5,000 HOURS OF THE ASTM B117 SALT SPRAY TEST.U. COOLING CAPACITIES LISTED ARE NET COOLING CAPACITIES AT THE ENTERING AIR CONDITIONS LISTED.

CONDENSING UNIT/HEAT PUMP UNIT SCHEDULEMARK SERVICE MANUFACTURER MODEL AMBIENT (°F)

MIN ARI EFF(SEER)

MINHSPF

ELECTRICAL WEIGHT(LBS) NOTESVOLTS PH MCA MOCP

CU 1 MECHANICAL/ELECTRICALROOM A147

MITSUBISHI PUY-A30NHA6-BS 105 13 - 208 1 25 40 165 D-J

CU 2 MECHANICAL/ELECTRICALROOM

MITSUBISHI PUY-A24NHA6-BS 105 13 - 208 1 18 30 165 D-J

CU 5 ELECTRICAL ROOM A171 MITSUBISHI PUY-A18NHA6-BS 105 13 - 208 1 13 20 90 D-JCU 6 MECHANICAL/ELECTRICAL

ROOM B110MITSUBISHI PUY-A36NHA6-BS 105 13 - 208 1 25 40 165 D-J

HP 1 ICE ROOM B102A MITSUBISHI PUZ-A18NHA6-BS 105 13 8.2 208 1 13 20 95 D-JHP 2 ICE ROOM B105A MITSUBISHI PUZ-A18NHA6-BS 105 14 8.2 208 1 13 20 95 D-JHP 3 RECIEVING B104 TRANE 4TWR4018 105 14 8.2 208 1 12 20 290 A-JHP 4 ICE ROOM B118 MITSUBISHI PUZ-A18NHA6-BS 105 13 8.2 208 1 13 20 95 D-J

FAN COIL UNIT SCHEDULE

MARK AREA SERVED MANUFACTURER MODEL REFR TYPE CFM ESP CLG TC (MBH)

CLG EATHTG CAPACITY

(MBH)

ELECTRICALWEIGHT

(LBS) NOTESDB(°F)

WB(°F) VOLTS PH MCA MOCP FLA

FCU 1 MECHANICAL/ELECTRICALROOM A147

MITSUBISHI PKA-A30KA6 R-410A 775 - 30.0 80.0 67.0 0.0 208 1 1 25 0.36 50 A-D

FCU 2 MECHANICAL/ELECTRICALROOM

MITSUBISHI PKA-A24KA6 R-410A 775 - 24.0 80.0 67.0 0.0 208 1 1 30 0.36 50 A-D

FCU 5 ELECTRICAL ROOM A171 MITSUBISHI PKA-A18HA6 R-410A 425 - 18.0 80.0 67.0 0.0 208 1 1 20 0.33 30 A-DFCU 6 ICE ROOM B102A MITSUBISHI PKA-A18HA6 R-410A 425 - 18.0 80.0 67.0 13.0 208 1 1 20 0.33 30 A-DFCU 7 ICE ROOM B105A MITSUBISHI PKA-A18HA6 R-410A 425 - 18.0 80.0 67.0 13.0 208 1 1 20 0.33 30 A-DFCU 8 RECIEVING B104 TRANE GAM5AOA18 R-410A 525 0.6 15.2 75.9 61.4 13.1 208 1 38 40 2.8 120 A,C,E,FFCU 9 ICE B118 MITSUBISHI PKA-A18HA6 R-410A 425 - 18.0 80.0 67.0 13.0 208 1 1 20 0.33 30 A-DFCU 10 MECHANICAL/ELECTRICAL

ROOM B110MITSUBISHI PKA-A36KA6 R-410A 920 - 34.2 80.0 67.0 0.0 208 1 1 40 0.57 50 A-D

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETE DESCRIPTION, NOTES ANDSPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:

A. CONTRACTOR SHALL VERIFY WITH EQUIPMENT SUPPLIER EXACT ROUTING AND SIZE OF INSULATED REFRIGERANT PIPING. INSTALL PER MANUFACTURERS RECOMMENDATIONS.B. PROVIDE WITH DISCONNECT SWITCH.C. PROVIDE WITH WIRED WALL MOUNTED 7-DAY PROGRAMMABLE THERMOSTAT BY UNIT MANUFACTURER. THERMOSTAT TO BE SET AT 74 DEGREES F (ADJUSTABLE).D. INDOOR UNIT POWERED BY THE OUTDOOR UNIT.E. PROVIDE WITH MERV-13 FILTER.F. DISCONNECT 26 CONTRACTOR TO PROVIDE DISCONNECT SWITCH.

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERSONLY. REVIEW THE COMPLETE DESCRIPTION, NOTES AND SPECIFICATIONS TODETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES:

A. PROVIDE LOW AMBIENT CONTROL TO 35°F.B. COORDINATE WITH THE MANUFACTURER THE HORIZONTAL AND VERTICAL REFRIGERANT PIPE ROUTING TO DETERMINE PIPE SIZES FOR THE REFRIGERANT

PIPING. MANUFACTURER SHALL PROVIDE DETAILED REFRIGERANT PIPING DIAGRAMS INCLUDING DIMENSIONAL DATA FOR ALL REFRIGERANT PIPING DEVICES. THE MANUFACTURER SHALL SIZE AND LOCATE THEASSOCIATED REFRIGERANT TRAPS BASED ON THE ACTUAL ROUTING AND PROVIDE OTHER APPURTENANCES TO PROVIDE A FULLY FUNCTIONAL AND OPERATIONAL SYSTEM. COORDINATE WITH THE MANUFACTURERLOCATIONS FOR ALL REFRIGERANT PIPING DEVICES TO MAINTAIN SERVICEABILITY AND ACCESSIBILITY.

C. PROVIDE LIQUID LINE FILTER DRYER AND SIGHT GLASS.D. PROVIDE ROOF SUPPORT FOR MOUNTING OF CONDENSING UNIT/HEAT.E. DIVISION 26 CONTRACTOR TO PROVIDE DISCONNECT SWITCH.F. STARTERS FOR ALL MOTORS SHALL BE FURNISHED INTEGRAL WITH UNIT.G. COORDINATE SIZE OF CONDUCTOR TERMINATION LUGS WITH CONDUCTOR SIZES SHOWN ON ELECTRICAL DRAWINGS.H. PROVIDE CONDENSER COIL HAIL GUARDS.J. PROVIDE A FACTORY APPLIED COIL CORROSION COATING FOR THE CONDENSER COIL. COATING TO WITHSTAND GREATER THAN 5,000 HOURS OF THE ASTM B117 SALT SPRAY TEST.

ELECTRIC DUCT HEATER SCHEDULE

MARK MANUFACTURER MODEL OUTPUT (MBH) INPUT (KW)MIN. NO. OF

STAGES SIZE (W" x H")MAX APD

(IN) CFM

MAX.TEMP.

RISE (°F) V/PH NOTESEDH 1 INDEECO QUA 40.9 12 2 16x14 0.2 1280 29.5 480/3 A-GEDH 2 INDEECO QUA 51.2 15 2 18X16 0.2 1600 29.6 480/3 A-G

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER AND MODEL NUMBERS ONLY. REVIEW THE COMPLETEDESCRIPTION, NOTES AND SPECIFICATIONS TO DETERMINE THE EXACT MATERIAL AND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THEDESIGN.

NOTES:

A. UNIT AIR PRESSURE DROP SHALL NOT EXCEED SCHEDULED VALUE.B. SUPPORT UNIT FROM STRUCTURE WITH ALL-THREAD HANGING RODS.C. PROVIDE WITH FACTORY MOUNTED DISCONNECT SWITCH.D. PROVIDE AIRFLOW PROVING SWITCH AND THERMAL OVERLOAD PROTECTION.E. PROVIDE MAGNETIC CONTACTORS.F. PROVIDE STEP CONTROLLERS DESIGNED TO STAGE THE HEATER OUTPUT FROM 0 TO 100 PERCENT CAPACITY.G. PROVIDE CONTROL POWER TRANSFORMER AND LOW VOLTAGE THERMOSTAT WITH STAGES AS REQUIRED TO CONTROL HEATER. THERMOSTAT TO BE SET AT 55 DEGREES F

(ADJUSTABLE).

NOTES:A. HOOD SUPPLIER SHALL PROVIDE HOOD PRE-PIPED FOR WET-TYPE FIRE EXTINGUISHING SYSTEM MEETING REQUIREMENTS OF NFPA-96 AND LOCAL CODES.B. HOOD SUPPLIER SHALL FURNISH HOOD WITH UL LISTED BAFFLE-TYPE GREASE FILTERS, GREASE DRAIN WITH REMOVABLE CUP, AND UL LISTED VAPORPROOF INCANDESCENT LIGHT FIXTURES.C. HOOD SUPPLIER SHALL FURNISH STAINLESS STEEL ENCLOSURE PANELS FROM TOP OF HOOD TO FINISH CEILING AND 3 INCH STANDOFF FROM WALL AS REQUIRED.D. HOOD SUPPLIER SHALL FACTORY INSTALL THE HOOD CONTROL PACKAGE IN THE HOOD UTILITY CABINET.E. PROVIDE HOOD FIRE SUPPRESSION SYSTEM MEETING NFPA-96 AND LOCAL CODES.F. PROVIDE INTERLOCK KIT WITH ONE TEMPERATURE SENSOR PER GREASE EXHAUST COLLAR TO MEET IMC REQUIREMENTS.G. REFER TO REFERENCE DRAWINGS OF KITCHEN HOOD MANUFACTURER FOR KITCHEN EXHAUST HOOD DETAILS.H. HOOD SHALL BE FURNISHED AND INSTALLED BY DIVISION 23.J. MOUNT BOTTOM OF HOOD AT 6'-8" ABOVE FINISHED FLOOR.K. PROVIDE WITH SMART CONTROLS DEMAND CONTROL VENTILATION SYSTEM.

KITCHEN EXHAUST HOOD SCHEDULE

MARK MANUFACTURER MODEL

HOODDIMENSIONS(IN) (LxWxH)

EXHAUST RISER FILTERSLIGHT

S FIRE SYSTEMWEIGHT (LBS)

COOKINGTEMP (°F) CONSTRUCTION NOTESQTY DIA (IN) CFM APD (IN W.C.) LENGTH (IN) HEIGHT (IN) QTY TYPE LOCATION

KH 1 CAPTIVEAIRE 5424 ND-2 110x54x24 1 14" 1600 0.551 16" 20" 3 ANSUL R102 RIDE SIDE UTILITYCABINET

500 450 304 STAINLESSSTEEL

A-K

RADIANT PANEL SCHEDULE (ELECTRIC)MARK

MANUFACTURER MODEL SIZE (L" x W") CAPACITY (W)

ELECTRICALNOTESVOLTS PH AMPS

RH 1 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-ERH 2 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-ERH 3 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-ERH 4 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-ERH 5 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-ERH 6 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-ERH 7 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-ERH 8 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-ERH 9 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-ERH 10 MARKEL FSS-43 29"x20" 4300 480 3 5.18 A-E

MODEL NUMBERS SHALL NOT BE CONSIDERED COMPLETE AND MATERIAL SHALL NOT BE ORDERED BY MANUFACTURER ANDMODEL NUMBERS ONLY. REVIEW THE COMPLETE DESCRIPTION, NOTES AND SPECIFICATIONS TO DETERMINE THE EXACT MATERIALAND ACCESSORIES TO BE ORDERED. THE MANUFACTURERS LISTED ARE THE BASIS FOR THE DESIGN.

NOTES: A. MOUNT HEATERS AT A MINIMUM OF 15'-6" AFF.B. MOUNT HEATERS PER THE MANUFACTURER'S RECOMMENDATIONS. PROVIDE NECESSARY ACCESSORIES FOR MOUNTINGOF HEATERS.C. MAINTAIN RECOMMENDED CLEARANCES AS INDICATED BY THE MANUFACTURER.D. PROVIDE WITH WALL-MOUNTED THERMOSTAT SET AT 55 DEGREES F (ADJUSTABLE).E. DIVISION 26 CONTRACTOR TO PROVIDE DISCONNECT SWITCH.

# DATE CHANGE DESCRIPTION

NOTES:1. EXTEND RIGID METAL DUCT SO THAT MAXIMUM FLEXIBLE DUCT LENGTH DOES NOT EXCEED

5'-0". PROVIDE RIGID 90° ELBOW WHERE REQUIRED TO KEEP FLEXIBLE DUCT WITHIN5'-0" LENGTH LIMITATION.

CEILING

SEE NOTE 1.

INSULATED DUCT

PROVIDE 1" THICK, R-6 FIBERGLASSINSULATION TO COMPLETELY COVERDIFFUSER CONE WHERE SCHEDULEDOF SPECIFIED.

FOR FIRE RATED CEILINGS, PROVIDE FIRERATED JACKET TO COMPLETELY COVERDIFFUSER CONE. SEAL FOIL TO CONEWITH FIBER REINFORCED TAPE.

HIGH EFFICIENCY TAKEOFF EXTERNALLY INSULATED,WITH VOLUME DAMPER AND DAMPER LOCK WITH EXTENSION

FOIL TAPE ATINSULATION JOINT

PRE-INSULATED FLEXIBLEDUCT AS REQUIRED,

INSTALL PERMANENTLYSEALED AND SUPPORTED

TO PREVENT KINKINGAND SHARP TURNS

METALLIC ORNON-METALLIC BAND

(TYPICAL)

CEILING DIFFUSERAS SCHEDULED

METALLIC OR NON-METALLIC BAND OVERINSULATION (TYPICAL)

SHEETMETAL DUCT 1" BAND CLAMP

FASTEN TO STRUCTURE

BALANCING DAMPERWITH QUADRANT LOCK

(SEE NOTE 3 AND 4)

PULL INNER LINER OVER TAKE-OFF COLLAR &TAPE SECURELY IN PLACE. PULL EXTERNALINSULATION SKIN OVER COLLAR AND LINER &TAPE SECURELY IN PLACE. SLICE EDGE OF TAPEAT 45° ANGLE TO PREVENT GAPPING ANDLEAKAGE. APPLY MINIMUM 1/2" WIDTHSTAINLESS STEEL BAND OVER DOUBLE-SIDEDTAPE TO COMPRESS AND SEAL FLEX TO COLLAR.

CONNECT TO AIRDEVICE NECK.UNLESS OTHERWISENOTED FLEX DUCTIS SAME SIZE AS AIRDEVICE NECK

FLEXIBLE DUCT (MAXIMUMOF 5'-0" WITH ONE 90°

ELBOW)

45° HIGH EFFICIENCYTAKE-OFF WITH SQUARE

TO ROUND FITTING

NOTES:1. CUT OPENING IN SHEETMETAL DUCT ACCURATELY. INSTALL 45° LATERAL TO AVOID VISIBLE OPENINGS AND SECURE FITTING SUITABLY FOR PRESSURE CLASS.

2. INSTALL FLEXIBLE DUCT IN AS STRAIGHT A RUN AS POSSIBLE. USE LONG RADIUS BENDS WHERE POSSIBLE. PULL DUCT TIGHT AT BOTH ENDS AND SECURE BOTH INNER LINER & OUTER INSULATION SKIN WITH TAPE & METAL CLAMPS.

3. EXTEND DAMPER ROD TO ACCOMMODATE INSULATION IF APPLICABLE. PULL ROD END TO EDGE OF DUCTWORK AS REQUIRED AND SEAL TO MAINTAIN VAPOR BARRIER.

4. INSTALL LOCKING QUADRANT TO HANDLE ON BOTTOM OF DUCT FOR EASE OF SERVICE.

45°

W

AIR FLOW E/A OR R/A

AIR FLOW S/A

TRUNK DUCT

BRANCH DUCT

1/4 W (4" MIN.)

NOTES:

ALL BRANCH CONNECTIONSSHALL BE PROVIDED WITHOPPOSED BLADE DAMPER ANDLOCKING QUADRANT. USEYOUNG'S REGULATOR IFDAMPER IS NOT ACCESIBLE.PARALLEL BLADE DAMPERSHALL BE USED IF BRANCHDUCT HEIGHT INSIDEDIMENSION IS LESS THAN 9".

VD

1. THIS CONNECTION SHALL BE TYPICAL FOR ALL RECTANGULAR BRANCH DUCT CONNECTIONS TO RECTANGULAR TRUNK DUCTS, INCLUDING SUPPLY, RETURN, OUTSIDE AIR AND EXHAUST DUCTS.

PARALLEL TO STRUCTURE

PERPENDICULAR TO STRUCTURE

ANGLE OR UNISTRUT

60" (MAX)

ANGLE OR UNISTRUT

RECTANGULAR DUCT

NOTES:

ROOF

1" MIN

ROOF

6" 6"

JOIST

LOADS MUST BEHUNG WITHIN 6"

OF PANEL POINTS

BOTTOM OFSTRUCTURE

THREADEDROD (TYP)

SHEET METALSCREWS SEENOTE 2. (TYP)

HANGER STRAPSEE NOTE 1.

1. USE THREADED ROD FOR ALL DUCTS LARGER THAN 60"Ø WIDE.

2. SHEET METAL SCREWS MAY BE OMITTED IF HANGER STRAP IS CONTINUOUS AND LOOPS UNDER ENTIRE DUCT.

PERPENDICULAR TO STRUCTURE

ROUND DUCT

TWIST STRAP

PARALLEL TO STRUCTURE

ROOF

6"

ROOF

6"

NOTES:

JOIST

ANGLE OR UNISTRUT

FASTENER TYPES

FASTENER

FASTENER

LOADS MUST BEHUNG WITHIN 6"OF PANEL POINTS

SHEET METALSCREW(MAX. 24"Ø)

BOLT ANDNUT(MAX. 36"Ø)

OPTIONAL ROUTING INCONCEALED AREAS

ROUND SUPPLYAIR DUCT

BOTTOM OFSTRUCTURE

16 GA. GALV. STEELBAND (2" WIDE)

1. FOR DUCTS LARGER THAN 36"Ø, USE TWO HANGER RODS, WIRES OR STRAPS TO SUPPORT DUCT FROM EACH SIDE.

PROVIDE SLOPED ROOF CURB TO INSTALL ROOFTOP UNIT LEVEL TO ENSUREPROPER DRAINAGE. COORDINATE ROOF SLOPE WITH ARCHITECTURAL. FLASH

DUCT SIZES. TRANSITION AS REQUIRED IN ROOF CURB TO RTU SUPPLY AND

PROVIDE OPENING THROUGH ROOF AND ROOF DECK INSULATION NO LARGERTHAN REQUIRED TO ALLOW DUCTS TO PASS THROUGH. REFER TO PLANS FOR

AND COUNTER FLASH ROOF PENETRATIONS, ETC. TO ENSURE WEATHER TIGHT

RETURN OPENINGS.

INSTALLATION.

1.

2.

NOTES:

CEILING

RE: ROOF CURBDETAIL THISSHEET

ROOFTOPHVAC UNIT

RETURNAIR DUCT

CANVAS CONNECTION(TYPICAL)

SUPPLYAIR DUCT

SHEET METAL FLASHING RECEIVER

SHEET METAL COUNTERFLASHINGROOFTOP UNIT BASE RAIL

SPECIFIED MEMBRANE BASE FLASHING

ROOFTOP UNIT

DUCT

SPECIFIED ROOF MEMBRANE

COVERBOARD INSULATION

THERMAL INSULATION

ROOF DECK

NOTES:

SEALING MATERIAL

1", 22 GA. ANCHOR STRAP NEAREACH CORNER (MIN. 4 REQUIRED)

CUT METAL DECKING TO ALLOW CURB INSTALLATION ON STEEL FRAMING. AFTER CURB ISSET IN PLACE, TRIM REMAINING METAL DECKING AND INSTALL WITHIN CURB. TACK WELDDECKING TO SUPPORT STEEL. DO NOT WELD INTERIOR DECKING TO ROOF CURB. PROVIDEADDITIONAL CROSS FRAMING TO SUPPORT INTERIOR DECKING AND FILL MATERIAL AS REQUIRED.

LOCATE ANCHOR STRAPS NEAR EACH OF FOUR UNIT CORNER POINTS.

1.

2.SECURE STRAPS TO JOISTS OR FRAMING ANGLE. KEEP STRAP AS TIGHT AS POSSIBLE.

WOOD NAILER - OMIT WHERE NOTALLOWED BY LOCAL BUILDING CODEHIGH-DOMED, CAPPED, GASKETEDFASTENERS (APPROX. 18" O.C. ANDMINIMUM TWO FASTENERS PER SIDE)

FILL ENTIRE CURB SPACE, ALTERNATINGLAYERS OF 2", 3# DENSITY, RIGID,ACOUSTICAL FIBER BOARD AND 5/8"SHEETROCK.EXTENSION OF FIELD PLIES ABOVE HEADOF CANT (NOT SHOWN FOR CLARITY)

FRAME CURB AND DECKING WITH STEEL ANGLE.COORDINATE WITH STRUCTURAL ENGINEER.

CAULK OPENINGAROUND DUCT

LOOP ANCHOR STRAP ANDBOLT TO STEEL SUPPORT

SECURE ANCHOR STRAPSTO CURB WITH STAINLESS

STEEL SCREWS

APPROX.4"

CU

RB

HE

IGH

T A

S S

PE

CIF

IED

ROOF INSULATION

EXTEND DUCTWORKOVER TOP OF CURB,SECURE DUCTWORK

TO CURB NAILER

SECURE CURB TOROOF WITH SCREWS,

PINS, OR BOLTS

FASTEN ANGLE IRONSECURELY TO DUCT

AND ROOF STRUCTURE

ROOF DECK REFER TOARCHITECTURAL DRAWINGS

DAMPER PER SCEHDULE, SECURETO DUCT FROM ABOVE TO ALLOWSERVICE OR REMOVAL OFDAMPER FROM ROOF

EXHAUST DUCT UP THROUGHROOF. SEE PLANS FOR SIZEAND LOCATION.

PREFABRICATEDINSULATED CURB WITHTREATED WOOD NAILER.

SECURE EXHAUST FAN TOROOF CURB

EXHAUST FANWITH BIRDSCREEN

SUPPLY DUCT

CONTROL BOX

SUPPLY DUCT

DAMPER

NOTES:

1.

PIPING, DUCTWORK, CEILINGSUPPORTS ETC. NOT ALLOWED

IN THIS 2' SPACE TO ALLOWFOR MAINTENANCE.

PIPING DUCTWORK, CEILINGSUPPORTS ETC. NOTALLOWEDIN THIS SPACE TO ALLOW FORMAINTENANCE.

EXTERNAL INSULATION IFNOT INTERNALLY LINED

CONCENTRIC SHEETMETALREDUCER, WHEN REQUIRED

BY DUCT SIZE BOX FLOWMETERING STATION

MINIMUM 3X DUCTDIAMETER

INSULATION AS REQUIRED(EXTERNAL SHOWN)

MAXIMUM 6" FLEXIBLE CONNECTIONSEE NOTE 3. PROVIDE DUCT WRAP

INSULATION AND SEAL

SQUARE TO ROUNDTAKE-OFF FITTING

SUPPORT AIR TERMINAL UNIT, BOTH ENDS WITH MINIMUM 2" WIDE GALVANIZED 22 GA. HANGER1.

INSTALL BOX NOT MORE THAN 2 FEET ABOVE THE CEILING TO ENABLE ACCESS FOR2.

FLEXIBLE CONNECTION SHALL BE ATCO MODEL UPC# 017 OR DURO-DYNE INSULFLEX.3.

REFER TO NEC 110.26 TO DETERMINE EXACT CLEARANCE DEPTH REQUIRED BASED ON FIELDCONDITIONS. UNDER NO CIRCUMSTANCE SHALL THE CLEARANCE BE LESS THAN 36".

4.

THE GREATER OF A 30" MINIMUM CLEARANCE WIDTH OR THE TOTAL WIDTH OF THE HEATING COILCONTROLS ENCLOSURE AND BOX CONTROLLER/ACTUATOR IS REQUIRED.

5.

ALL ACCESS DOORS MUST BE ABLE TO OPEN A MINIMUM OF 90 DEGREES.6.

STRAPS.

MAINTENANCE.

SEE NOTE 4. FORCLEARANCEREQUIREMENT

SEE NOTE 5. FORCLEARANCEREQUIREMENT

SEE NOTE 5. FOR CLEARANCEREQUIREMENT

ELECTRIC HEATINGCOIL AND CONTROLENCLOSURE

24"

MIN

IMU

M

FLASH WATERTIGHT

ROOF

ROOF CURB

BACK DRAFT DAMPERTURN 90 DEG. ELBOW ANDTERMINATE WITHMANUFACTURER APPROVEDDISCHARGE VENT CAP

GALVANIZED STEELSINGLE WALL DUCT

ROOF TRUSS, REFER TOSTRUCTURAL DRAWINGS

EVAPORATOR COIL

REFRIGERANT GAS LINE (SUCTION)

REFRIGERANT LIQUID LINE

NOTES:1. INSTALL REFRIGERANT PIPING AND COMPONENTS IN STRICT CONFORMANCE WITH ALL

MANUFACTURER'S RECOMMENDATIONS AND REQUIREMENTS, WHICH SHALL TAKEPRECEDENT OVER INFORMATION PRESENTED IN THIS DETAIL.

2. ALL COMPONENTS INSTALLED SHALL BE THE EXACT MODEL RECOMMENDED BY THEMANUFACTURER WITHOUT EXCEPTION.

3. CONSULT THE MANUFACTURER REGARDING THE NEED TO INSTALL A SOLENOID VALVE IN THELIQUID LINE BETWEEN THE FILTER-DRIER AND SITE GLASS.

4. INSTALL REFRIGERATION PIPE SIZES RECOMMENDED BY THE MANUFACTURER AND CONSULTTHE MANUFACTURER REGARDING THE NEED FOR INTERMEDIATE TRAPS BASED ON THERECOMMENDED PIPE SIZES AND PIPING CONFIGURATION.

5. INSTALL THERMAL EXPANSION VALVE WITH BALANCED PORT CONSTRUCTION AND EXTERNALEQUALIZER LINES FOR ALL EVAPORATOR COILS EQUIPPED WITH A REFRIGERANT DISTRIBUTOR.

SIGHT GLASS

GRADE OR ROOF

FILTER-DRIER. OMIT IF THECONDENSING UNIT IS EQUIPPED

WITH AN INTEGRAL FILTER-DRIER INTHE LIQUID LINE AND THE PIPING

CONFIGURATION IS WITHINPARAMETERS PRESCRIBED BY THEMANUFACTURER FOR ITS USE. IF AFILTER-DRIER IS INSTALLED NEARTHE EVAPORATOR, THEN REMOVE

ANY OTHER FILTER-DRIER THATMAY EXIST.

INSTALL RISER AT INDOOR COILWITH TOP A MINIMUM OF 1 FOOT

ABOVE THE LOWEST POINT.

SHUTOFF VALVES. OMIT IF THECONDENSING UNIT IS EQUIPPED WITHINTEGRAL SHUTOFF VALVES

PITCH REFRIGERANTGAS LINE TOWARDS THEINDOOR COIL AT 1 INCHPER 10 FEET.

THERMAL EXPANSIONVALVE (TXV)

PITCH REFRIGERANTGAS LINE AWAY FROM

INDOOR COIL AT 1INCH PER 10 FEET.

EXTERNALEQUALIZER LINE

(SEE NOTE 5).LOCATE TXV SENSING BULB ONTOP OF PIPE FOR PIPE 7/8" ANDSMALLER, 45° BELOW CENTERLINEOF PIPE FOR PIPE GREATER THAN7/8".

CONDENSINGUNIT

LINEAR SLOT DIFFUSERSHALL EXTEND THEENTIRE LENGTH OF THESLOT

SIDE VIEWLINEAR SLOTDIFFUSER

CEILING(TYP)

ROUND BUTTERFLYDAMPER WITH REMOTE

CABLE OPERATOR

PRE-INSULATED FLEXIBLEDUCT AS REQUIRED, INSTALLPERMANENTLY SEALED AND

SUPPORTED TO PREVENTKINKING AND SHARP TURNS

CABLE FROM REMOTEOPERATOR TO DAMPER

REFER TO SIDE VIEW

CEILINGFRAMING (TYP)

REMOTE OPERATORMOUNTED ONEXTERIOR OF

PLENUM

SUPPLY DUCT CONNECTION TOSUPPLY PLENUM SHALL BEMADE IN THE CENTER OF THEPLENUM.

TAPE THEOPEN END OFTHE FLEXIBLEDUCTWORK TOTHE SUPPLYPLENUM WITH3" FOIL TAPE

HIGH THROW

JET THROW

SHEET METAL SUPPLYPLENUM WITH 1/4" CLOSEDCELL INTERNAL INSULATION.

METALLIC OR NON-METALLICBAND (TYP)

WORM GEAROPERATOR

PATTERNDEFLECTOR

HOLDINGBRACKET

HARDCEILING

REFER TOSCHEDULE FORBORDER TYPE

PATTERNDEFLECTORS

HOLDINGBRACKET

HARDCEILING

REFER TOSCHEDULE FOR

BORDER TYPE

INSULATED DUCT

METALLIC ORNON-METALLIC BAND OVER

INSULATION (TYP)

ISOMETRIC VIEW

DRILL ONE (3/4) INCHDIAMETER HOLE IN PATTERNDEFLECTOR TO ALLOW ACCESSTO REMOTE DAMPER OPERATOR

NOTES:1. EXTEND HARD METAL DUCT SO THAT MAXIMUM FLEXIBLE DUCT LENGTH DOES NOT EXCEED

5'-0". PROVIDE RIGID 90° ELBOW WHERE REQUIRED TO KEEP FLEXIBLE DUCT WITHIN 5'-0"LENGTH LIMITATION.

2. COORDINATE EXACT LENGTH AND LOCATION OF SLOT DIFFUSER WITH ARCHITECT'S REFLECTEDCEILING PLAN.

3. ALL FLEXIBLE DUCT OFFSETS SHALL MAINTAIN A RADIUS OF 1.5 TIMES THE DIAMETER.4. REFER TO DIFFUSER MANUFACTURER'S INSTALLATION INSTRUCTIONS FOR EACH SCHEDULED

BORDER TYPE.

SQUARE SHAFTFOR 1/4" SOCKET/NUT DRIVER

FAXTEL

© 2

016

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Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL DETAILSM301

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

12" = 1'-0"1

LAY-IN CEILING DIFFUSER DETAILCEILING DIFFUSER DETAIL

12" = 1'-0"2

45° LATERAL FLEXIBLEDUCT TAKE OFF DETAIL

12" = 1'-0"3 RECTANGULAR BRANCH TAP DETAIL

12" = 1'-0"4 RECTANGULAR DUCT SUPPORT DETAIL

12" = 1'-0"5 ROUND DUCT SUPPORT DETAIL

12" = 1'-0"6

ROOFTOP UNIT WITH DUCTWORKDETAIL

12" = 1'-0"7 ANCHORED ROOF CURB DETAIL

12" = 1'-0"8 DOWNBLAST EXHAUST FAN DETAIL

12" = 1'-0"9

VARIABLE AIR VOLUME BOX WITHELECTRIC REHEAT COIL DETAIL

12" = 1'-0"10 DRYER VENT DETAIL

12" = 1'-0"11

REFRIGERANT PIPING DETAIL (SINGLECIRCUIT WITH COIL ABOVE OR BELOWCU)

12" = 1'-0"12 LINEAR SLOT DIFFUSER DETAIL

# DATE CHANGE DESCRIPTION

MINIMUM 1.5DD

6" MIN

CEILING TO CEILING TRANSFER

CEILING

RIGID TRANSFER DUCT WITH1" MIN ACOUSTICAL LINER.SEE SPECIFICATIONS.

INTERIORWALL ONLY

PROVIDE ADEQUATESUPPORT EACH SIDE OFWALL

CEILING TRANSFERGRILLE

CEILINGTRANSFERGRILLE

10.5" 3"

GREASE DUCT

FIRE RATED WALL

FOR DUCTS 24" AND LARGER IN WIDTH, PROVIDE 12 GA.COPPER COATED STEEL INSULATION PINS WITH GALV. STEELSPEED CLIPS, 1-1/2" DIAMETER, ON BOTTOM OF HORIZONTALDUCTS AND SIDES OF VERTICAL RISERS. SPACE PINS 10-1/2"ON CENTER BOTH DIRECTIONS.

STAINLESS STEEL BANDING MINIMUM 1/2" WIDEAND 0.015" THICK, AT 10.5" ON CENTER. DO NOTDAMAGE WRAP OR SCRIM FOIL FACING.

ANGLE IRON HANGER WITH ALL-THREAD RODTO UPPER ATTACHMENT. SPACING, ANGLETHICKNESS, AND ROD DIAMETER PER DUCTSUPPORT SPECIFICATIONS.

TWO LAYERS OF 3M, 20A FIREBARRIER DUCT WRAP. BANDINGOVERLAP INSTALLATION SHOWN.ALTERNATIVE OVERLAP METHODAND FULL PINNING IN LIEU OFBANDING IS ACCEPTABLE. COMPLYWITH MANUFACTURER'S WRITTENINSTALLATION INSTRUCTIONS.

3" MINIMUM PERIMETER ANDLONGITUTINAL OVERLAPEACH LAYER AT 21" ONCENTER

MIN. 4 LB DENSITY MINERAL WOOL OREQUIV. COMPRESSED PACKING MATERIAL.PROVIDE 2000+ SILICONE SEALANT BOTHSIDES OF WALL.

ACCESS HOLE1

1/4 IN. (6mm) DIAMETER ALL THREADED RODS2

ACCESS COVER - 16 GAUGE3

INSULATED PINS - WELDED4

FIRST LAYER FIRE BARRIER DUCT WRAP CUT SAME SIZE AS COVER5

SECOND LAYER FIRE BARRIER DUCT WRAP WITH 1 IN. (25mm)6

7

SPEED CLIPS8

ALUMINUM TAPE COVERING ALL EXPOSED EDGES9

SPOOL PIECES FOR THREADED RODS10

1/4 IN. (6mm) DIAMETER WING NUTS11

OVERLAP ON ALL SIDES

THIRD LAYER FIRE BARRIER DUCT WRAP WITH 1 IN. (25mm)OVERLAP ON ALL SIDES OF PREVIOUS LAYER

FOR REFERENCE ONLY. INSTALL PER MANUFACTURERS RECOMMENDATIONS.

8

7

6

5

1

2

3

4

9

10

11

EXHAUST CURB

EXHAUST FAN

HINGED BASE

CONTINUOUS WELD

SCREW TO CURB BASE

CURB

6"

1'-8

"

3'-4

" (M

IN)

4 1/2" MIN

SEE NOTE 2

TRANSITION FROM GREASE DUCTTO SQUARE FAN BASE BY DIV. 15

CONTRACTOR. SEE NOTE 1.

TRANSITION TOFAN CONNECTION

RATED SHAFT TO EXTEND6" ABOVE ROOF DECK

18 GA. FLAT TOPWELDED TO TRANSITION

NOTES:1. TRANSITION OPENING AT FAN CONNECTION SHALL BE EQUAL TO OR GREATER IN SIZE THAN VENTURI OPENING ON THE FAN INLET.

2. PROVIDE GASKET RATED FOR 1500°F AND GREASE APPLICATIONS.

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Inc.

Dwg. Coord.: Tech. Coord.:

PR

INT

DA

TE:

FIL

E IN

F O:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

4/25

/201

7 12

:49:

48 A

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:\Rev

it \P

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11 A

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orpu

s C

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V16

_der

ekhu

d ak_

2017

0424

205 3

53.r

vt

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL DETAILSM302

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

12" = 1'-0"1 TRANSFER AIR DUCT DETAIL

12" = 1'-0"2

GREASE DUCT FIRE WRAP INSULATIONINSTALLATION DETAIL

12" = 1'-0"3

GREASE DUCT CLEANOUT ACCESSDOOR

12" = 1'-0"4

GREASE DUCT CONNECTION TO FANDETAIL

# DATE CHANGE DESCRIPTION

CO

Z-CO Z-NO2

NO2 PA

PA-C

GARAGE

EA EA

SEQUENCE OF OPERATIONSVEHICLE EMISSION SYSTEM CONTROL

This sequence of operations is organized into the following main categories: operating modes; control setpoint resets; safeties, overrides and interlocks; and component control loops. The operatingmodes describe the criteria that either enable or disable the various modes of operation. If a mode of operation is not listed within a component control loop section then that mode of operation has nodirect influence on the operation of the component. The control setpoint reset section describes the logic and reference variables that will be used to reset control setpoints to a new value within its resetrange. The safeties, overrides, and interlocks section outlines the hardwired interlocks that are required to meet life safety requirements. Safeties and interlocks take precedence over all other controlstrategies outlined in this document. The control responses of each component for the various modes of operation are described in the component control loop sections. Setpoints shall be adjustable(adj.) as noted.

The sequence of operations, the points list and control diagrams shall be used to provide a complete description of the control philosophy for the controlled equipment. Individual setpoint values, resetranges, and alarm action levels are listed in the points list. Components and control sensor locations are graphically depicted on the control diagram. The controls contractor shall be responsible forcoordinating any necessary time delay setpoints to establish stable system operation.

GENERAL DESCRIPTION

The vehicle emission exhaust system described by this sequence of operations consists of variable speed exhaust fans, intake louvers, a vehicle emission monitoring system control panel, and carbonmonoxide and nitrogen dioxide gas detection sensors. The BAS shall receive input from the vehicle emission monitoring system and shall control the exhaust fans to maintain acceptable levels of carbonmonoxide (CO) and nitrogen dioxide (NO2). The vehicle emission monitoring system shall use the worst case scenario reading from the gas detection sensors. The exhaust fan quantity and service (i.e.,minimum ventilation exhaust fan, pollutant removal fan) are scheduled in the fan schedule on the drawings.

OPERATING MODESPOLLUTANT REMOVAL MODE:The system shall be in pollutant removal mode when the sensors detect pollutant levels above the low level alarm setpoint but below the high level alarm setpoint.

POLLUTANT ALARM MODE:The unit shall be in pollutant alarm mode when the sensors detect pollutant levels above the high level alarm setpoint.

SENSOR ALARM MODE:The system shall be in sensor alarm mode when the manufacturer recommended calibration time period delay expires. The control system shall send a virtual alarm to the operator workstation

indicating maintenance.

CONTROL SETPOINT RESETSNot used.

SAFETIES, OVERRIDES AND INTERLOCKSNot used.

COMPONENT CONTROL LOOPSExhaust FansEXHAUST FAN CONTROL- VFD:When the HOA switch is in hand position, the variable speed exhaust fan shall operate at a speed set manually by the operator at the user interface of the drive.When the HOA switch is in off position, the fan shall be off.When the HOA switch is in auto position, the variable speed supply fan shall operate subject to the unit enable signal, and unit operating modes.When in Pollutant Removal Mode:

The controller shall modulate the fan VFD speed to maintain the pollutant low level setpoint. An increase in pollutant level causes an increase in airflow.When in Pollutant Alarm Mode:

The fan VFD shall operate at maximum speed.

HORN STROBE POLLUTANT ALARMSWhen in Pollutant Alarm Mode:

The alarms shall be on.When in all other modes:

The alarms shall be off.

VEHICLEEMISSION

MONITORINGSYSTEM

CONTROLPANEL

Z-CO-X

Z-NO2-X

CO NO2

ALM

Z-NO2-HI

Z-NO2-LO

Z-CO-HI

Z-CO-LO

PA-C

REFERENCE PLANSFOR LOCATION.

PA

CP-ALM

REFERENCE PLANSFOR LOCATION.EF-C-X

VFD

CT

EF-ST-X

FAXTEL

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Moo

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olan

Inc.

Dwg. Coord.: Tech. Coord.:

PR

INT

DA

TE:

FIL

E IN

F O:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

4/25

/201

7 12

:49:

51 A

MC

:\Rev

it \P

roje

cts\

1650

0029

11 A

EP

SE

RV

ICE

CE

NT

ER

(C

orpu

s C

hris

ti) M

EP

V16

_der

ekhu

d ak_

2017

0424

205 3

53.r

vt

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL CONTROLSM401

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

F. REFERENCE PLANS FOR SENSOR LOCATION. PROVIDE INDIVIDUAL OR AVERAGED SENSOR READINGS AS NOTED ON THE DRAWINGS.E. POINT SHALL BE ADJUSTABLE.D. DIVISION 23 CONTROLS CONTRACTOR SHALL PROVIDE DEVICE.C. REFERENCE PROJECT DESIGN CONDITIONS SCHEDULE FOR SETPOINT.B. DIVISION 26 SHALL PROVIDE SENSOR WITH DRY CONTACT FOR BAS INTERFACE.A. ALARM SHALL INDICATE MONITORING CONTROL PANEL FAILURE.NOTES:

PA-C POLLUTANT ALARM COMMAND BO X SEE SEQUENCEZ-NO2-HI ZONE NITROGEN DIOXIDE HIGH LEVEL BV 3 PPM X Z-NO2 > Z-NO2-HIZ-NO2-LO ZONE NITROGEN DIOXIDE LOW LEVEL BV 1 PPM X Z-NO2 > Z-NO2-LOZ-CO-HI ZONE CARBON MONOXIDE HIGH LEVEL BV 200 PPM X Z-CO > Z-CO-HIZ-CO-LO ZONE CARBON MONOXIDE LOW LEVEL BV 25 PPM X Z-CO > Z-CO-LOCP-ALM CONTROL PANEL FAILURE BO X ON ACTIVATION A, D

VEHICLE EXHAUST CONTROL PANELEF-NIA-X EXHAUST FAN NOT IN AUTO (IN HAND) BI X EF-ST <> EF-CEF-RUN-X EXHAUST FAN RUN TIME AV X EF-RUN > X HOURSEF-FLT-X EXHAUST FAN VFD FAULT BI X COMMON ALARMEF-ST-X EXHAUST FAN STATUS BI X EF-ST <> EF-CEF-CO-X EXHAUST FAN CONTROL OUTPUT - SPEED AO SCHEDEF-C-X EXHAUST FAN COMMAND (START/STOP) BOEF-COM-X EXHAUST FAN VFD COMMUNICATION COM

EXHAUST FANZ-NO2-X ZONE NITROGEN DIOXIDE LEVEL AI D, FZ-CO-X ZONE CARBON MONOXIDE LEVEL AI D, F

AIR SENSING GLOBAL VALUESTYPE SET POINT RESET RANGE POSITION STATUS RANGE

POINT ID DESCRIPTION POINT DEFAULT SET POINT FAIL ALARM ALARM NOTES

POINTS LIST - VEHICLE EMISSION EXHAUST SYSTEM

# DATE CHANGE DESCRIPTION

CO

P

MD

LAT

TS

Z-T

Z-OR

Z-TA

TS

Z-CO2

CO2

VAV CONTROL SCHEMATICVAV COOLINGSINGLE MAXIMUMNO HEATER

ROOM TEMP. INCREASEC

FM

INC

RE

AS

E

PRIMARYMINIMUM

5°F DEADBAND

COOLING LOOP

CFMPRIMARY

CFM

ZONE

KITCHEN EXHAUST FAN

LOCAL START/STOP SIGNAL FROM HOOD SWITCH

EXHAUST FANMOTOR STARTER

HEAT SENSOR

INTERLOCK FAN WITH KITCHEN HOOD SWITCH AND HEAT SENSOR IN HOODCOLLAR. FAN SHALL BE ENERGIZED WHEN EITHER HOOD SWITCH IS IN THEON POSITION OR THE HEAT SENSOR IS ACTIVATED. INTERLOCK WIRING BYE/C.

KITCHENEXHAUST HOOD

DISCHARGEAIR

PRIMARYAIR

VAV SINGLE DUCT BOX WITH REHEAT CONTROL DIAGRAM

H

C

HE-C-XCFM

COMPONENT CONTROL LOOPSPRIMARY AIR DAMPER - SINGLE MAXIMUM, SINGLE MINIMUM

When in Occupied Mode:

When in Cooling Mode:The unit shall modulate the primary air damper between the primary airflow setpointand minimum primary airflow setpoint as required to maintain zone temperaturesetpoint. An increase in room temperature causes airflow to increase.

When in Heating Mode:The unit shall remain at the minimum primary airflow setpoint.

When in Unoccupied Mode:

The unit shall operate as if in Occupied Mode, but the damper shall be allowed tomodulate to a fully closed position.

When in Morning Warm Up/Cool Down Mode:

The primary air damper shall operate as if in Occupied Mode.

PRIMARY AIR DAMPER - DUAL MINIMUM W/ CONSTANT VOLUME HEATINGAIRFLOW

When in Occupied Mode:

When in Cooling Mode:The unit shall modulate the primary air damper between the maximum primary airflowsetpoint and minimum primary airflow setpoint as required to maintain zonetemperature setpoint. An increase in room temperature causes airflow to increase.

When in Heating Mode:Upon entering heating mode of operation, the airflow shall adjust to the scheduledminimum heating airflow value.

When in Unoccupied Mode:

The unit shall operate as if in Occupied Mode, but the damper shall be allowed tomodulate to a fully closed position.

When in Morning Warm Up/Cool Down Mode:

The primary air damper shall operate as if in Occupied Mode, but the damper shall beallowed to modulate to a fully closed position .

HEATING COIL - ELECTRIC - STAGED CONTROL

When in Cooling Mode:

The heating coil shall remain off.

When in Heating Mode:

The heating coil step control shall be staged as required to maintain zone temperaturesetpoint as measured by the zone temp sensor (Z-T).

MORNING WARM UP/COOL DOWN MODE:

The unit shall be in morning warm up/cool down mode when the associated air handleractivates its morning warm up/cool down mode.

CONTROL SETPOINT RESETSSPACE TEMPERATURE SETPOINT RESET

When in unoccupied mode the zone temperature set point shall be reset to the setback valueindicated in the Project Design Conditions Schedule on the controls drawings.

SAFETIES, OVERRIDES AND INTERLOCKSMANUAL OCCUPANCY OVERRIDE:

Unit shall be forced into the occupied mode of operation based on input from zone manualoccupancy override (Z-OR).

AUTOMATIC OCCUPANCY OVERRIDE:

Unit shall be forced into the occupied mode of operation based on input from zone occupancysensor (Z-OCC).

MANUAL TEMPERATURE SETPOINT OVERRIDE:

The zone temperature setpoint shall be reset based on occupant manual temperature setpointadjustment (Z-TA).

ELECTRIC HEATER AIRFLOW INTERLOCK:

The unit electric heating coil shall not energize unless minimum airflow is across the heatingcoil.

SEQUENCE OF OPERATIONSSINGLE DUCT BOX WITH ELECTRIC HEAT

This sequence of operations is organized into the following main categories: operating modes,control setpoint resets, safeties, overrides and interlocks, and component control loops. Theoperating modes describe the criteria that either enable or disable the various modes ofoperation. If a mode of operation is not listed within a component control loop section then thatmode of operation has no direct influence on the operation of the component. The controlsetpoint reset section describes the logic and reference variables that will be used to resetcontrol setpoints to a new value within its reset range. The safeties, overrides, and interlockssection outlines the hardwired interlocks that are required to meet life safety requirements.Safeties and interlocks take precedence over all other control strategies outlined in thisdocument. The control responses of each component for the various modes of operation aredescribed in the component control loop sections. Setpoints shall be adjustable (adj.) as noted.

The sequence of operations, the points list and control diagrams shall be used to provide acomplete description of the control philosophy for the controlled equipment. Individual setpointvalues, reset ranges, and alarm action levels are listed in the points list. Components andcontrol sensor locations are graphically depicted on the control diagram. The controlscontractor shall be responsible for coordinating any necessary time delay setpoints to establishstable system operation.

GENERAL DESCRIPTION

The air terminal units described by this sequence consist of primary air damper, and electricheating coil to provide heating, ventilation, and air conditioning for the conditioned space asshown on the drawings.

OPERATING MODESUNOCCUPIED MODE:

The unit shall be in unoccupied mode for all periods not included in the occupied hours ofoperation. Overrides of unoccupied schedule are defined at the zone level control.

OCCUPIED MODE:

The unit shall be in occupied mode as scheduled by the BMS.

COOLING MODE:

The unit shall be in cooling mode when the zone temperature (Z-T) rises above the dead band(Z-T-DB).

HEATING MODE:

The unit shall be in heating mode when the zone temperature (Z-T) falls below the dead band(Z-T-DB).

SEQUENCE OF OPERATIONSEXHAUST FANSEF-1 THRU 3, 7 THRU 11, AND 20

GENERAL DESCRIPTION

The exhaust fan quantity, service and interlocks are scheduled in the fan schedule on thedrawings. Provide BAS control and monitoring points as shown here unless otherwise noted.

OPERATING MODES

OCCUPIED MODE

The exhaust fan shall be in occupied mode as scheduled by the BMS.

UNOCCUPIED MODE

The exhaust fan shall be in unoccupied mode for all periods not included in the occupiedhours of operation. Overrides of unoccupied schedule are defined at the zone level control

KITCHEN EXHAUST FAN CONTROL DIAGRAM

FAXTEL

© 2

016

Moo

dy/N

olan

Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL CONTROLSM402

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

C. PERFORM PSYCHROMETRIC CALCULATION TO OBTAIN VALUE BASED ON OUTSIDE AIR DRY BULB TEMPERATURE (OAT) AND OUTSIDE AIR RELATIVE HUMIDITY (OAH).B. APPLY A MOVING TIME AVERAGE TO BUILDING DIFFERENTIAL PRESSURE USING A SLIDING 5-MINUTE WINDOW TO REDUCE DAMPER AND FAN CONTROL FLUCTUATIONS.A. INITIAL SETPOINT SHALL BE 0.05 IN. W.G. COORDINATE FINAL SETPOINT AT BUILDING STARTUP.NOTES:

FA-SD FIRE ALARM CONTROL PANEL SHUTDOWN BI X ON ACTIVATIONLIFE SAFETY

OAH OUTSIDE AIR RELATIVE HUMIDITY AI % SPEC 15 MIN. XOAWB OUTSIDE AIR WET BULB TEMPERATURE AV °F 15 MIN. COAT OUTSIDE AIR DRY BULB TEMPERATURE AI °F SPEC 15 MIN. XBDP BUILDING DIFFERENTIAL PRESSURE AI IN. W.G. SPEC 15 MIN. X X -0.15 > BDP > +0.20 A, B

BUILDING SENSORSTIME TIME AI HH:MM XDATE DATE AI MM/DD/YYYY X

GENERALDISPLAY

TYPE INTERVAL DASHBOARD ALARM RANGEPOINT ID DESCRIPTION POINT UNITS ACCURACY TRENDING ENERGY STATUS ALARM NOTES

POINTS LIST - GLOBAL BUILDING MONITORING

C. SCHED. = VALUE PER EQUIPMENT SCHEDULE ON DRAWINGSB. CONTROL OUTPUT - ANALOG (MODULATING)A. COMMAND = BINARY (ON/OFF, OPEN/CLOSED, ETC)NOTES:

EF-ST EXHAUST FAN STATUS - CT [DP] BI - - -

EF-C EXHAUST FAN COMMAND (START/STOP) BO - - - X

EXHAUST FAN

TYPE SET POINT RESET RANGE POSITION ALARM RANGE

POINT ID DESCRIPTION POINT DEFAULT SET POINT FAIL STATUS ALARM NOTES

POINTS LIST - EXHAUST FANS

D. REFERENCE PROJECT DESIGN CONDITIONS SCHEDULE FOR SETPOINT.C. POINT SHALL BE ADJUSTABLE.B. REFERENCE PLANS FOR UNITS PROVIDED WITH HUMIDITY SENSORS.NOTES:

HE-C-X ELECTRIC HEAT STAGE "X" COMMAND BOTERMINAL HEATING COIL - ELECTRIC BINARY STAGED

LAT DISCHARGE AIR TEMPERATURE AI SCHED.P DAMPER POSITION AI FIPCO PRIMARY AIR DAMPER CONTROL OUTPUT AOCFM PRIMARY AIRFLOW AI SCHED.

SINGLE DUCT BOXZ-CO2 ZONE CO2 AI SCHED. X Z-CO2 > SPT C, DZ-T-DB ZONE TEMPERATURE DEADBAND BV 5 F CZ-TA MANUAL TEMPERATURE SETPOINT ADJUST AI +/- 2 F CZ-OR MANUAL OCCUPANCY OVERRIDE BI 2 HOURS CZ-T ZONE TEMPERATURE AI SCHED. C, D

ZONE LEVEL SENSORSTYPE SETPOINT POSITION ALARM RANGE

POINT ID DESCRIPTION POINT DEFAULT FAIL STATUS ALARM NOTES

POINTS LIST - AIR TERMINAL UNIT BOX

# DATE CHANGE DESCRIPTION

SA-SP

SA

SP

SF-ST

SF-C

SF-CO

SF-FLT

SF-COM

VFD

DP

SAT

TS

RAT

TS

MAT

TS SPC

SA-HS

SPC

REA-HS

H

G

AFS

MOA-AF

REF-C

REF-ST

STARTER

DP

RD

SD

FIRE ALARM PANEL

SMOKE DETECTOR

BY E/C

SD-RA

SD-SA

ROOFTOP UNIT CONTROL DIAGRAM

SA

REA

OA

RA

MAIN

DF-SAM

DP

RD-CO

RD-P

MDMOD-P

MOD-CO

MD

DX

C

C

DX-C-X

DX-ST-X

DX-RUN-X

H

C

AFS

SA-AF-X

AFS

REA-AF

ELEC

HE-C-X

SEQUENCE OF OPERATIONSMULTI-ZONE VARIABLE AIR VOLUMEROOFTOP UNITS (RTU-1 THRU RTU-6)

This sequence of operations is organized into the following main categories: operating modes; control setpoint resets;safeties, overrides and interlocks; and component control loops. The operating modes describe the criteria that eitherenable or disable the various modes of operation. If a mode of operation is not listed within a component control loopsection then that mode of operation has no direct influence on the operation of the component. The control setpointreset section describes the logic and reference variables that will be used to reset control setpoints to a new value withinits reset range. The safeties, overrides, and interlocks section outlines the hardwired interlocks that are required to meetlife safety requirements. Safeties and interlocks take precedence over all other control strategies outlined in thisdocument. The control responses of each component for the various modes of operation are described in thecomponent control loop sections. Setpoints shall be adjustable (adj.) as noted.

The sequence of operations, the points list and control diagrams shall be used to provide a complete description of thecontrol philosophy for the controlled equipment. Individual setpoint values, reset ranges, and alarm action levels arelisted in the points list. Components and control sensor locations are graphically depicted on the control diagram. Thecontrols contractor shall be responsible for coordinating any necessary time delay setpoints to establish stable systemoperation.

GENERAL DESCRIPTION

The rooftopunit(s) described by this sequence of operations consist(s) of a variable speed supply fan, variable speedrelief fan, DX cooling coil, and electric preheat coil that operate with zone level variable air volume terminal units toprovide heating, ventilation, and air-conditioning for the conditioned spaces as shown on the drawings.

OPERATING MODESOCCUPIED MODE:The unit shall be in occupied mode per the Project Design Conditions Schedule shown on the control drawings.

UNOCCUPIED MODE:The unit shall be in unoccupied mode for all periods not included in the occupied hours of operation. Overrides of

unoccupied schedule are defined at the zone level control .

ECONOMIZER MODE - OUTSIDE AIR ENTHALPY ENABLED:The unit shall be in economizer mode when:

The supply fan status is on.

And- the AHU is not in freeze protection mode;

And- the outside air temperature is less than 65 F (adj.);

And- the outside air enthalpy is less than 26 Btu/lb (adj.);

And- the outside air temperature is less than the return air temperature;

And- the outside air enthalpy is less than the return air enthalpy.

MORNING WARM-UP/COOL-DOWN MODE:The unit shall be in morning warm -up/cool-down mode 2-hour (adj.) prior to the scheduled normal occupancy period to

allow the temperature control zones to reach their scheduled occupied setpoints before the scheduled occupancy time .

FREEZE PROTECTION MODE: The unit shall be in freeze protection mode when the [mixed air temperature sensor (MAT)][preheat leaving air

temperature sensor (PH-LAT)] senses a temperature less than the alarm setpoint.

LOSS OF POWER RESTART DELAY MODE:The unit shall be in loss of power mode upon restoration of power after an unexpected loss of power. The unit shallremain in this mode for the duration as defined by the unit start delay (USD) setpoint. Once the unit start delay duration

has elapsed, the unit shall return to the previous mode prior to loss of power.

SMOKE CONTROL MODE:The unit shall be in smoke control mode upon signal from the fire alarm control panel / fire command center.

CONTROL SETPOINT RESETSOPTIMAL START/STOP:The unit shall start prior to scheduled occupancy based on the time necessary for the zones to reach their occupiedsetpoints.

SUPPLY FAN PRESSURE RESET:The supply air static pressure (SA-SP) setpoint shall be reset using trim and respond logic within the range as listed inthe “set point reset range” column of the points list. The control system shall monitor the zone level VAV box damperposition to determine a pressure request, which is defined as when any zone actuator is greater than 90% open.

Trim and respond logic: When fan is off, reset setpoint to the default value. While fan is proven on, every 2 minutes (adj.) decrease thesetpoint by 0.04 in-wg if there is one (adj.) or less zone pressure requests. If there is more than one (adj.) pressurerequest, increase the setpoint by 0.03 in-wg times the number of pressure requests, but no more than 0.12 in-wg.

VENTILATION RESET:System Level Ventilation Reset - shall modify the minimum outside airflow setpoint value between the absolute minimumand the minimum outside airflow values shown on the air-handling unit schedule subject to the maximum zone level

CO2 setpoint as scheduled in the Project Design Conditions Schedule .

SAFETIES, OVERRIDES AND INTERLOCKSSMOKE DETECTOR INTERLOCK:The unit shall be disabled via hard wired interlock at the fan start circuit on activation of a system smoke detector.

FIRE ALARM CONTROL PANEL INTERLOCK:The unit shall be disabled via hard wired interlock at the fan start circuit upon receipt of signal from the fire alarm controlpanel.

HIGH SUPPLY AIR STATIC PRESSURE INTERLOCK:The unit shall be disabled via hard wired interlock at the fan start circuit upon activation of duct high static pressurecontroller.

HIGH RELIEF AIR STATIC PRESSURE INTERLOCK:The unit shall be disabled via hard wired interlock at the fan start circuit upon activation of duct high static pressurecontroller.

SMOKE DAMPER INTERLOCK:Associated system smoke dampers shall be closed whenever the supply fan is off.

MOTORIZED DAMPER AT AIR INTAKE/EXHAUST INTERLOCK:Motorized dampers located at air intake and exhaust locations associated with the air handling unit shall be interlocked

to be open when the unit fans are on during occupied mode .

COMPONENT CONTROL LOOPSSupply FansSUPPLY FAN CONTROL- VFD:When the HOA switch is in hand position, the variable speed supply fan shall operate at a speed set manually by theoperator at the user interface of the drive.When the HOA switch is in off position, the fan shall be off.When the HOA switch is in auto position, the variable speed supply fan shall operate subject to the unit enable signal,and unit operating modes.

When in Occupied Mode:The fan shall energize and slowly ramp to the initial minimum fan speed determined during system startup.The controller shall measure duct static pressure (SA-SP) and modulate the fan VFD speed to maintain the duct

static pressure setpoint.When in Cooling Mode:

The controller shall measure the zone temperature (Z-T) and modulate the fan VFD speed to maintain the zonetemperature setpoint. An increase in zone temperature causes an increase in airflow.

When in Heating Mode:The controller shall measure the zone temperature (Z-T) and maintain the fan VFD at minimum speed until theheating mode supply air temperature setpoint is met. If the zone temperature continues to decrease away fromsetpoint, the controller shall modulate the fan VFD speed to maintain the zone temperature setpoint.

When in Unoccupied Mode:The fan shall be OFF. On a call for cooling/heating or override signal from the zone level, the fan shall operate as

in occupied mode until the call is cleared or the override is removed.

When in Morning Warm -Up/Cool-Down Mode:The fan shall operate as in occupied mode.

When in Freeze Protection Mode:Level 2: The fan shall be OFF .

When in Smoke Control Mode:The fan shall be OFF.

Relief-Exhaust FansRELIEF - EXHAUST FAN (REF) - BUILDING PRESSURE SENSOR CONTROLWhen in Occupied Mode:

The fan shall be OFF. When the building differential pressure (BDP) exceeds setpoint, the fan shall energize andslowly ramp to the initial minimum fan speed determined during system startup. The REF shall remain at minimumspeed subject to the relief-exhaust air damper position (RED-P). Fan speed shall be allowed to vary when therelief-exhaust air damper position is fully open. The fan VFD speed shall vary to maintain the building differentialpressure (BDP) setpoint. The fan shall de-energize when the building pressure is satisfied .

When in Unoccupied Mode:The fan shall be OFF.

When in Morning Warm-Up/Cool-Down Mode:The fan shall be OFF .

When in Freeze Protection Mode:Level 2: The fan shall be OFF.

When in Smoke Control Mode:The fan shall be OFF.

Mixed Air DampersMIXED AIR DAMPERS WITH ECONOMIZERThe mixed air damper assembly consists of a minimum outside air (MOA) damper, return air (RA) damper andeconomizer outside air (EOA) damper.When in Occupied Mode:The MOA damper shall be open, the RA damper is open and the EOA damper is closed.MOA Active Control- The MOA and RA dampers shall vary together to satisfy the minimum outside airflow setpoint asindicated by the minimum OA airflow measuring station (MOA-AF).MOA Monitoring Only- The airflow measuring station located in the minimum outside air stream shall be provided formeasurement and monitoring only. The airflow quantities shall be reported to the building automation system and alarmnotifications annunciated in the event the minimum airflow is unmet during normal occupied hours.MOA Calculated Control- The MOA and RA dampers shall vary together to satisfy the minimum outside airflow setpointas calculated by the BAS, using the following formula:

MOA = (MAT - RAT) / (OAT - RAT) x SA-AFWhen in Unoccupied Mode:

The MOA and EOA dampers shall be fully closed and RA damper shall be fully open. On a call for cooling/heatingor override signal, the MOA and EOA dampers shall remain closed unless beneficial for cooling.

When in Economizer Mode:The MOA and EOA dampers shall modulate in opposing direction to the RA damper to maintain the mixed airtemperature (MAT) setpoint.

When in Morning Warm-Up/Cool-Down Mode:The MOA and EOA dampers shall be fully closed and the RA damper shall be fully open.

When in Freeze Protection Mode:Level 2: The MOA and EOA dampers shall be fully closed and the RA damper shall be fully open.

When in Smoke Control Mode:The MOA and EOA dampers shall be fully closed and the RA damper shall be fully open.

Relief-Exhaust Air DampersRELIEF-EXHAUST AIR DAMPER (RELIEF FAN BUILDING PRESSURE SENSOR CONTROL)When in All Modes:

When the relief fan is off or at its minimum speed, after a time delay, the damper shall modulate subject to thebuilding pressure controller to maintain the building pressure setpoint (BDP).When the relief fan is on and greater than its minimum speed, after a time delay, the damper shall be fully open.

FiltersFILTER MONITORINGWhen in All Modes:The controller shall monitor the differential pressure across each filter bank and shall provide a signal when the setpointis exceeded.

Heating CoilHEATING COIL- ELECTRIC STAGEDWhen in Occupied Mode:The controller shall stage the heating to maintain the heating coil leaving air temperature setpoint (HC-LAT).When in Cooling Mode:

The coil shall be OFF.When in Heating Mode:

The controller shall stage the heating to maintain the heating zone temperature setpoint (Z-T).When in Unoccupied Mode:

The coil shall be OFF.On a call for heating or override signal from the zone level the coil shall operate as in occupied mode until the callis cleared or the override is removed.

When in Dehumidification Mode:If the supply fan is at minimum speed and less cooling is needed, the heat shall stage to maintain the zonetemperature setpoint.

When in Economizer Mode:The coil shall be OFF.

When in Morning Warm-Up Mode:The coil shall operate as in occupied mode.

When in Freeze Protection Mode:Level 2: The coil shall be OFF .

When in Smoke Control Mode:The coil shall be OFF.

Cooling Coil

COOLING COIL DX STAGED CONTROL (MULTIPLE COMPRESSORS)When in Occupied Mode:The compressor(s) shall stage (subject to the unit manufacturers standard safeties) to maintain the supply airtemperature setpoint (SAT).When in Heating Mode:

The compressor(s) shall be OFF.When in Unoccupied Mode:

The compressor(s) shall be OFF.On a call for cooling or on override signal from the zone level the compressor(s) shall operate as in occupied modeuntil the call is cleared or the override is removed.

When in Morning Cool-Down Mode:The compressor(s) shall operate as in occupied mode.

When in Freeze Protection Mode:Level 2: The cooling coils shall be inactive and the compressor(s) shall be OFF .

When in Smoke Control Mode:The cooling coils shall be inactive and the compressor(s) shall be OFF.

Reheat Coil

REHEAT COIL- GAS MODULATEDWhen in Occupied Mode:The controller shall modulate the heating to maintain the supply air temperature setpoint (SAT). The heating shall be enabled whenever the outside air temperature is less than 60 F (adj.) and the unit is not ineconomizer mode (if present) and the supply fan status is ON.When in Cooling Mode:

The coil shall be OFF.When in Heating Mode:

The controller shall modulate the heating to maintain the heating zone temperature setpoint (Z-T).When in Unoccupied Mode:

The coil shall be OFF .On a call for heating or override signal from the zone level the coil shall operate as in occupied mode until the callis cleared or the override is removed.

When in Dehumidification Mode:If the supply fan is at minimum speed and less cooling is needed, the heat shall modulate to maintain the zonetemperature setpoint.

When in Morning Warm-Up Mode:The coil shall operate as in occupied mode.

When in Freeze Protection Mode:Level 2: The coil shall be OFF .

When in Smoke Control Mode:The coil shall be OFF.

FAXTEL

© 2

016

Moo

dy/N

olan

Inc.

Dwg. Coord.: Tech. Coord.:

5001 Spring Valley RoadSuite 225EDallas, TX 75244

Phone: (214) 377-8662

KEY PLAN

972 386 6888 972 386 6887ADDISON, TX 75001

15851 DALLAS PARKWAY, SUITE 240

www.hei-eng.com

16578

04-27-17

CORPUS CHRISTI

AMERICAN ELECTRICPOWER

Author Checker

BIDDING & PERMIT

MECHANICAL CONTROLSM403

RIC

HA

RD

K. E

ICH

ER

1650002911TX. CORPORATE NUMBER: F-001236

EXPIRES 9/30/2017

J. COORDINATE NUMBER OF STAGES FOR CONTROL WITH EQUIPMENT FURNISHED.H. DAMPER SHALL FAIL NORMALLY OPEN TO THE COIL.G. DETERMINE SETPOINT DURING TESTING AND BALANCING. COORDINATE WITH THE TEST AND BALANCE CONTRACTOR.F. REFERENCE AIR TERMINAL UNIT CONTROL DIAGRAMS FOR PRIMARY AIRFLOW POINT DEFINITION (CFM). COORDINATE SETPOINT WITH AIR TERMINAL UNIT SCHEDULES (VAV BOXES).E. DAMPER SHALL FAIL NORMALLY OPEN TO BYPASS THE COIL.D. POINT SHALL BE ADJUSTABLE.C. REFERENCE PROJECT DESIGN CONDITIONS SCHEDULE FOR SETPOINT.B. DIVISION 26 SHALL PROVIDE SENSOR WITH DRY CONTACT FOR BAS INTERFACE.A. DISPLAY VALUE WITH AHU GRAPHIC AT BAS FRONT-END. REFERENCE GLOBAL BUILDING MONITORING SCHEDULE FOR CONTROL POINT.NOTES:

SD-RA RETURN AIR DUCT SMOKE DETECTOR STATUS BI X ON ACTIVATIONSD-SA SUPPLY AIR DUCT SMOKE DETECTOR STATUS BI X ON ACTIVATION

FIRE ALARM/SMOKE DETECTORSHE-C-X ELECTRIC HEAT STAGE "X" COMMAND BO J

HEATING COIL - ELECTRIC BINARY STAGEDDX-RUN-X DX COMPRESSOR STAGE "X" RUNTIME AV JDX-ST-X DX COMPRESSOR STAGE "X" STATUS BI X DX-ST <> DX-C JDX-C-X DX COMPRESSOR STAGE "X" COMMAND BO J

COOLING COIL - DX BINARY STAGEDDF-SAM DIRTY FILTER INDICATION (SA MAIN FILTER) BI SCHED. X ON ACTIVATION D

FILTERSEOD-P ECONOMIZER OUTSIDE AIR DAMPER POSITION AI X EOD-P <> EOD-COEOD-CO ECONOMIZER OUTSIDE AIR DAMPER CONTROL OUTPUT AO NC

ECONOMIZER OUTSIDE AIR DAMPER (MODULATING)RD-P RETURN AIR DAMPER POSITION AI X RD-P <> RD-CORD-CO RETURN AIR DAMPER CONTROL OUTPUT AO NO

RETURN AIR DAMPER (2-POSITION)(MODULATING)REF-NIA RELIEF-EXHAUST FAN NOT IN AUTO (IN HAND) BI X NOTIFY AT FRONT ENDREF-RUN RELIEF-EXHAUST FAN RUN TIME AV X FILTER CHANGEREA-HS RELIEF-EXHAUST AIR HIGH STATIC CONTROLLER BI 3.0-INWG X REA-HS > SPT GREF-FLT RELIEF-EXHAUST FAN VFD FAULT BI X COMMON ALARMREF-ST RELIEF-EXHAUST FAN STATUS BI X REF-ST <> REF-CREF-CO RELIEF-EXHAUST FAN CONTROL OUTPUT - SPEED (PERCENT) AO SCHED.REF-C RELIEF-EXHAUST FAN COMMAND (START/STOP) BOREF-COM RELIEF-EXHAUSTFAN VFD COMMUNICATION COM

RELIEF-EXHAUST FANSF-NIA SUPPLY FAN NOT IN AUTO (IN HAND) BI X NOTIFY AT FRONT ENDSA-HS SUPPLY DUCT HIGH STATIC CONTROLLER BI 3.0-INWG X ON ACTIVATIONSA-SP SUPPLY DUCT STATIC PRESSURE AI 1.2 INWG 0.5 < SA-SP < SPT X GSF-FLT SUPPLY FAN VFD FAULT BI X COMMON ALARMSF-ST SUPPLY FAN STATUS BI X SF-ST <> SF-CSF-CO SUPPLY FAN CONTROL OUTPUT - SPEED (PERCENT) AO SCHEDSF-C SUPPLY FAN COMMAND (START/STOP) BOSF-COM SUPPLY FAN VFD COMMUNICATION COM

SUPPLY FANMOA-AF MINIMUM OUTSIDE AIR AIRFLOW QUANTITY ABSOL. MIN./ MIN.(CFM) AI SCHED X MOA-AF < SCHED - 15% D

REA-AF RELIEF-EXHAUST AIRFLOW QUANTITY MAX./MIN. (CFM) AI SCHED D

SA-AF SUPPLY AIRFLOW QUANTITY MAX./MIN. (CFM) AI SCHED D

MAT MIXED AIR TEMPERATURE AI 55 F 55 - 65 F D

RAT RETURN AIR TEMPERATURE AI

SAH SUPPLY AIR HUMIDITY AI 85 PCT X SAH > 90 RH

SAT SUPPLY AIR TEMPERATURE AI 55 F CLG; 90 F HTG 55 - 65 F X 50 F > SAT > 100 F D

AIR SENSING

USD AIR HANDLING UNIT - UNIT START DELAY AV 10 MIN D

OAH OUTSIDE AIR HUMIDITY AV A

OAT OUTSIDE AIR TEMPERATURE AV A

FA-SD FIRE ALARM SHUTDOWN AND STATUS BV A

BDP BUILDING DIFFERENTIAL PRESSURE AV A

GLOBAL VALUES

TYPE SET POINT RESET RANGE POSITION ALARM RANGE

POINT ID DESCRIPTION POINT DEFAULT SET POINT FAIL STATUS ALARM NOTES

POINTS LIST - ROOFTOP UNIT

# DATE CHANGE DESCRIPTION