HVAC GENERAL NOTES · hvac notes jobnumber-email ... (refer to architectural dwgs.) ap exhaust air...

cJob Num ber - --------EM AIL: jse@ jordanskala.comJ ordan & Skala E ngineers, Inc.6030-P U NITY D RIVE, NO RC RO SS, GA 30071P H O NE (770)447- 5547 FAX (770)448- 0262C OP YR IG HT 2001 JO RD AN & SK ALA ENG IN EER S IN C.

HVAC NOTESJob Num ber - --------EM AIL: jse@ jordanskala.comcJ ordan & Skala E ngineers, Inc.6030-P U NITY D RIVE, NO RC RO SS, GA 30071P H O NE (770)447- 5547 FAX (770)448- 0262C OP YR IG HT 2001 JO RD AN & SK ALA ENG IN EER S IN C.

DESCRIPTIONSYMBOL ABBREVIATIONDESCRIPTION

C OP YR IG HT 2001 JO RD AN & SK ALA ENG IN EER S IN C.P H O NE (770)447- 5547 FAX (770)448- 02626030-P U NITY D RIVE, NO RC RO SS, GA 30071J ordan & Skala E ngineers, Inc.cEM AIL: jse@ jordanskala.comJob Num ber - --------

Job Num ber - --------EM AIL: jse@ jordanskala.comcJ ordan & Skala E ngineers, Inc.6030-P U NITY D RIVE, NO RC RO SS, GA 30071P H O NE (770)447- 5547 FAX (770)448- 0262C OP YR IG HT 2001 JO RD AN & SK ALA ENG IN EER S IN C.

ABBREVIATION

HVAC LEGEND

EXTERNAL STATIC PRESSURE

ENTERNING AIR TEMPERATURE

CEILING RADIATION DAMPER

ELECTRIC UNIT HEATER

EXHAUST FAN

ELECTRIC WALL HEATER

BOTTOM OF DUCT

ABOVE FINISHED FLOOR

ESP

EUH

EAT

EF

EWH

DB

CD

CRD

BOD

AFF

A/C

UNLESS NOTED OTHERWISE

WET BULB

WALL LOUVER

SUPPLY AIR

ROOF TOP UNIT

WB

WL

UNO

SA

RTU

GAS FIRED UNIT HEATER

LEAVING AIR TEMPERATURE

OUTSIDE AIR

RETURN AIR

OA

RA

LAT

GUH

CONDENSATE DRAIN

DRY BULB

STATIC PRESSURE (IN. W.C.) SP

SUPPLY GRILLE SG

SUPPLY REGISTER SR

1000 BTUH/HR MBH

ABOVECEILING

ACCESS PANEL (REFER TO ARCHITECTURAL DWGS.) AP

EXHAUST AIR (ENVIRONMENTAL AIR) EA

CLEAN OUT CO

NOT TO SCALE NTS

SQUARE FEET SF

DOWN DN

HEAT PUMP HP

EA

SIDEWALL RETURN AIR REGISTER OR GRILLE

SIDEWALL SUPPLY REGISTER OR GRILLE

AIR DEVICE TAG, TYPE "A", BALANCE FOR 100 CFM, 6"ROUND NECK

BDD

DUCT TRANSITION

TURNING VANES

H HUMIDISTAT

DUCT SMOKE DETECTOR

WALL LOUVER (EXHAUST)

WALL LOUVER (INTAKE)

FLEXIBLE DUCT

RETURN / EXHAUST AIR DUCT TURNED UP

RETURN / EXHAUST AIR DUCT TURNED DOWN

SUPPLY AIR DUCT TURNED UP

SUPPLY AIR DUCT TURNED DOWN

LINED DUCT

DUCT SIZE - ROUND8"∅

DUCT SIZE - RECTANGULAR (OR 12/10)12x10

FIRE DAMPER (VERTICAL)

M

DN

BACK DRAFT DAMPER

MOTORIZED DAMPER

MANUAL VOLUME DAMPER (RECTANGULAR DUCT)

FIRE DAMPER (HORIZONTAL)

DUCT DROP

RETURN / EXHAUST AIR GRILLE (CEILING)

SQUARE CEILING DIFFUSER

T THERMOSTAT/TEMPERATURE SENSOR

EQUIPMENT DESIGNATION

DUCT RISER

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WL

WL

FD

---

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BDD

MD

MVD

---

FD

TSTAT

---

---

SLOT DIFFUSER

WALL CAP (EA OR OA) ---

FLEXIBLE DUCT CONNECTOR

MANUAL VOLUME DAMPER (ROUND DUCT)

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H

---

DUCT SIZE - FLAT OVAL8

MECHANICAL EQUIPMENT WITH SERVICE ANDAIRFLOWCLEARANCES (AS REQUIRED BY THE MANUFACTURER)

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WATER COLUMN OR WATER GAUGE WC or WG

S

MVD

PRESSURE DROP PD

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--- ---

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FCU--

HVAC GENERAL NOTES

1. ALL MECHANICAL EQUIPMENT AND INSTALLATIONS SHALL CONFORM WITH THE REQUIREMENTS OF THE 2009 INTERNATIONALMECHANICAL CODE, THE 2009 INTERNATIONAL BUILDING CODE, THE 2009 INTERNATIONAL ENERGY CONSERVATION CODE,STATE AND LOCAL AMENDMENTS, NFPA 90A, 101, UNDERWRITERS LABORATORIES (OR ETL) AND ALL APPLICABLE LOCALCODES AND ORDINANCES.

2. THE LOCATIONS, ARRANGEMENT AND EXTENT OF EQUIPMENT, PIPING, SUPPORTS, DEVICES, CONDUIT, AND OTHERAPPURTENANCES RELATED TO THE INSTALLATION OF THE MECHANICAL AND ELECTRICAL WORK SHOWN ARE APPROXIMATE.THE DRAWINGS ARE DIAGRAMMATIC. DO NOT SCALE THE DRAWINGS, BUT REFER TO THE ARCHITECTURAL DRAWINGS FOREXACT DIMENSIONS OF BUILDING COMPONENTS. SHOULD A CONFLICT EXIST BETWEEN THE ARCHITECTURAL ANDENGINEERING DRAWINGS REGARDING DIMENSIONS, SCALE, ETC., NOTIFY THE ARCHITECT IMMEDIATELY.

3. MATERIALS, EQUIPMENT OR LABOR NOT INDICATED, BUT WHICH CAN BE REASONABLY INFERRED TO BE NECESSARY FOR ACOMPLETE INSTALLATION SHALL BE PROVIDED. THE DRAWINGS AND SPECIFICATIONS DO NOT UNDERTAKE TO INDICATE EVERYITEM OF MATERIAL, EQUIPMENT OR LABOR REQUIRED TO PRODUCE A SAFE, COMPLETE AND PROPERLY OPERATING SYSTEM.

4. PRIOR TO PURCHASING ANY MATERIALS OR STARTING ANY WORK, CONTRACTOR SHALL FIELD VERIFY ALL EXISTINGCONDITIONS, DUCTWORK SIZES AND LOCATIONS, EQUIPMENT, ETC. SHOWN ON THE DRAWINGS OR AFFECTING THIS WORKAND SHALL REPORT ANY DEVIATIONS TO THE ARCHITECT.

5. SHOP DRAWINGS SHALL BE SUBMITTED TO AND APPROVED BY THE ARCHITECT PRIOR TO ORDERING, PURCHASING, ORFABRICATING ANY MECHANICAL EQUIPMENT. SHOP DRAWINGS SHALL INCLUDE: ALL EQUIPMENT SCHEDULED OR SPECIFIEDON THE DRAWINGS; DUCTWORK DRAWN TO 1/4" SCALE OR THE SCALE SHOWN ON THE DRAWINGS; PARKING GARAGECO/NO2 MONITORING AND CONTROL SYSTEM LAYOUT INCLUDING SENSOR LOCATIONS, SEQUENCE OF OPERATION ANDPRODUCT DATA; MECHANICAL VENTILATION REFRIGERANT PIPING AND CONTROL WIRING SCHEMATICS CERTIFIED BY THEAIR CONDITIONING EQUIPMENT MANUFACTURER. FAILURE TO SUBMIT REFRIGERANT PIPING DRAWINGS SHALL BE CAUSEFOR REJECTION OF THE ENTIRE SUBMITTAL. LONG LINE REFRIGERANT PIPING APPLICATIONS SHALL BE IN ACCORDANCEWITH THE MANUFACTURER'S CURRENT SPLIT SYSTEM LONG-LINE APPLICATION GUIDELINE. SHOP DRAWINGS SHALL BESUBMITTED SIMULTANEOUSLY IN ONE PACKAGE WITH EACH ITEM CLEARLY NOTED BY THE TAG USED ON THE DRAWINGS.

6. ALL MECHANICAL EQUIPMENT SHALL BE INSTALLED ACCORDING TO MANUFACTURER'S RECOMMENDATIONS.

7. ALL MECHANICAL EQUIPMENT AND SYSTEMS SHALL BE GUARANTEED FOR A PERIOD OF ONE YEAR AFTER ACCEPTANCE BYOWNER.

8. ALL HVAC COMPRESSORS SHALL HAVE EXTENDED 4-YEAR MANUFACTURER'S WARRANTY FOR A 5-YEAR TOTAL WARRANTY.

9. FOR EXACT LOCATION OF OUTDOOR AIR CONDITIONING UNITS, SEE ARCHITECTURAL DRAWINGS.

10. INSTALL ROOF MOUNTED OUTDOOR AIR CONDITIONING EQUIPMENT LEVEL ON 2" (MIN.) THICK POLYPROPYLENE EQUIPMENTPAD 4" LARGER THAN OUTDOOR UNIT FOOTPRINT; DIVERSITECH "E LITE PAD" OR APPROVED EQUAL. MOUNT ALL EQUIPMENTON ½” THICK NEOPRENE PADS (MINIMUM OF 4 PADS PER UNIT). ALL ROOFTOP MOUNTED EQUIPMENT SHALL BE INSTALLEDPER DETAILS AND AS RECOMMENDED BY THE MANUFACTURER.

11. PORTIONS OF DUCTWORK AND PIPE INSULATION VISIBLE THROUGH AIR DISTRIBUTION DEVICES IN FINISHED AREAS SHALLBE PAINTED FLAT BLACK.

12. MOUNT TOP OF THERMOSTATS AND SENSORS 46" AFF UNLESS NOTED OTHERWISE. PROVIDE CLEAR LOCKING GUARDASSEMBLIES FOR ALL PUBLIC AREA AND CLASSROOM THERMOSTATS. COORDINATE THERMOSTAT LOCATIONS WITH OTHERTRADES. ALL THERMOSTATS SHALL BE ADA COMPLIANT.

13. ANY EXISTING WALL, FLOOR, OR CEILING SURFACE THAT IS DISTURBED DURING THE COURSE OF THE HVAC WORK SHALL BEREPAIRED TO MATCH NEW AND/OR EXISTING CONDITIONS.

14. CONTRACTOR SHALL COORDINATE THE INSTALLATION OF ALL MECHANICAL EQUIPMENT, DUCTWORK, PIPING, ETC. TO FITWITHIN THE SPACE ALLOWED BY THE ARCHITECTURAL AND STRUCTURAL CONDITIONS. CUTTING OR OTHERWISE ALTERINGANY STRUCTURAL MEMBERS SHALL NOT BE PERMITTED WITHOUT WRITTEN PERMISSION FROM THE ARCHITECT.

15. PROVIDE ACCESS PANELS IN NON-ACCESSIBLE CEILINGS AND IN WALL STRUCTURE TO ALLOW ADEQUATE ROOM FORMAINTENANCE OF EQUIPMENT AND BALANCING OF SYSTEMS. ACCESS PANELS IN CEILING AND WALLS SHALL BE PROVIDEDWHERE SHOWN ON THE DRAWINGS OR NECESSARY TO ACCESS DAMPERS, VALVES, ETC. COORDINATE EXACT LOCATION OFALL ACCESS PANELS WITH THE ARCHITECT DURING THE SHOP DRAWING PROCESS.

16. ALL MECHANICAL EQUIPMENT SHALL BE LABELED WITH A 2” HIGH SEMI-RIGID PLASTIC LAMINATE NAMEPLATE WITH 1” HIGH WHITELETTERS ON A BLACK BACKGROUND SECURELY AFFIXED TO THE EQUIPMENT. THE NAMEPLATE SHALL SHOW THE EQUIPMENT TAGUSED ON THESE DRAWINGS.

17. REFER TO ARCHITECTURAL PLANS FOR FLOOR AND CEILING ASSEMBLY UL RATINGS AND DETAILS.

18. ALL MATERIALS EXPOSED WITHIN HVAC PLENUMS SHALL HAVE A FLAME-SPREAD INDEX OF NOT MORE THAN 25 AND ASMOKE-DEVELOPED RATING INDEX OF NOT MORE THAN 50 UNLESS OTHERWISE ALLOWED BY CODE.

19. THE FIRE SPRINKLER CONTRACTOR SHALL INSTALL AND LOCATE ALL FIRE SPRNKLER PIPING TO PREVENT PIPING FROM THEPOTENTIAL OF FREEZING. THE FIRE SPRINKLER CONTRACTOR IS REQUIRED TO NOTIFY THE ARCHITECT AND COORDINATE WITHTHE MECHANICAL AND ELECTRICAL CONTRACTORS IF HEATING IS REQUIRED.

20. UNLESS NOTED OTHERWISE, THE ROOF CURB SHALL BE FURNISHED WITH THE EQUIPMENT IT SUPPORTS (SUBMIT WITHSHOP DRAWINGS). VIBRATION/SOUND ATTENUATING ROOF CURBS (WHERE SCHEDULED OR NOTED) SHALL BE MASONRSC-A (2½“) OR EQUAL WITH ACOUSTICAL PACKAGE.

21. DUCTWORK AND PIPING SHALL NOT BE INSTALLED IN ELECTRICAL ROOMS, TELECOMM ROOMS, OR ELEVATOR EQUIPMENTROOMS EXCEPT FOR DUCTWORK AND PIPING SERVING THAT SPECIFIC ROOM. DUCTWORK AND PIPING SHALL NOT BEROUTED ABOVE ELECTRICAL EQUIPMENT PER THE NATIONAL ELECTRICAL CODE ARTICLE 110.

TESTING, ADJUSTING AND BALANCING

1. AFTER CONSTRUCTION, THE ENTIRE HVAC SYSTEM SHALL BE TESTED, ADJUSTED, AND BALANCED TO DELIVER THE AIRQUANTITIES SHOWN ON THE DRAWINGS. SUBMIT CERTIFIED (AABC OR NEBB) TEST AND BALANCE REPORT TO THEARCHITECT FOR APPROVAL.

2. VENTILATION AIR DISTRIBUTION SYSTEMS (OUTDOOR AIR AND EXHAUST AIR) SHALL BE BALANCED TO ACHIEVE THE AIRFLOWRATES INDICATED ON THE DRAWINGS. THESE AIRFLOW RATES SHALL BE CONSIDERED MINIMUM RATES. THE MEASURED AIRBALANCE TOLERANCE FOR BOTH OUTDOOR AIR AND EXHAUST AIR RATES SHALL BE 0% TO +10%.

MECHANICAL/ELECTRICAL COORDINATION:

1. CONTRACTOR SHALL COORDINATE ELECTRICAL CHARACTERISTICS AND REQUIREMENTS OF ALL MECHANICAL EQUIPMENTWITH ELECTRICAL DRAWINGS PRIOR TO ORDERING EQUIPMENT OR SUBMITTING SHOP DRAWINGS, AND SHALL FURNISHEQUIPMENT WIRED FOR THE VOLTAGES SHOWN THEREIN. SHOP DRAWING SUBMITTALS SHALL CLEARLY STATE THAT THEELECTRICAL CHARACTERISTICS OF ALL EQUIPMENT HAS BEEN COORDINATED WITH THE ELECTRICAL CONTRACTDOCUMENTS AND THE ELECTRICAL CONTRACTOR.

2. ALL MECHANICAL EQUIPMENT REQUIRING ELECTRICAL POWER SHALL BE INSTALLED WITH DISCONNECT SWITCHES AT EACHPIECE OF EQUIPMENT. COORDINATE SWITCH TYPE (FUSED OR NON-FUSED) WITH EQUIPMENT CHARACTERISTICS,MANUFACTURER'S RECOMMENDATIONS AND THE ELECTRICAL DRAWINGS.

3. PROVIDE ALL SYSTEM CONTROLS AND ASSOCIATED CONTROL AND INTERLOCK WIRING FOR COMPLETE AND OPERABLESYSTEMS. 120 VOLT AND HIGHER WIRING SHALL BE MC CABLE OR IN CONDUIT IN ACCORDANCE WITH LOCAL CODES AND THEMATERIALS AND INSTALLATION REQUIREMENTS OF DIVISION 26 - ELECTRICAL.

4. COORDINATE POWER AND FIRE ALARM REQUIREMENTS OF ALL COMBINATION FIRE/SMOKE DAMPERS AND SMOKE DAMPERSWITH THE ELECTRICAL CONTRACTOR.

5. ALL REQUIRED CONTROL WIRING (INCLUDING POWER WIRING REQUIRED FOR CONTROL PANELS, DEVICES, ETC.) NOTINDICATED ON THE ELECTRICAL DRAWINGS SHALL BE INCLUDED AS PART OF THE MECHANICAL WORK. WIRING IN HVAC PLENUM SPACES SHALL BE INSTALLED ACCORDINGTO CODE REQUIREMENTS.

6. UNLESS NOTED OTHERWISE, TRANSFORMERS, CONTROLS AND CONTROL WIRING REQUIRED FOR ALL MECHANICALSYSTEMS SHALL BE FURNISHED WITH THE EQUIPMENT IT SERVES AND INSTALLED BY THE MECHANICAL CONTRACTOR.MOTOR STARTERS FOR HVAC EQUIPMENT SHALL BE FURNISHED WITH THE MOTOR OR APPARATUS WHICH IT OPERATES.MOTOR STARTER INSTALLATION SHALL BE BY THE DIVISION 26 CONTRACTOR.

7. ROUTING OF PIPING AND DUCTWORK SHALL BE COORDINATED WITH THE ELECTRICAL CONTRACTOR AND ALL OTHERTRADES DURING THE SUBMITTAL AND LAYOUT PHASE. PIPING AND DUCTWORK SHALL NOT BE ROUTED THROUGH THEDEDICATED ELECTRICAL SPACE ABOVE EACH LOAD CENTER.

DUCT SMOKE DETECTORS:

1. ALL FANS SUPPLYING MORE THAN 2000 CFM OF AIR TO ANY SPACE SHALL BE INSTALLED WITH A SMOKE DETECTOR IN THERETURN DUCTWORK. DUCT SMOKE DETECTORS SHALL BE INSTALLED IN THE RETURN AIR PATH OF AIR DISTRIBUTIONSYSTEMS UTILIZING A COMMON SUPPLY AND/OR RETURN AIR PLENUM WITH A COMBINED DESIGN CAPACITY GREATER THAN2000 CFM.

2. THE SMOKE DETECTOR SHALL BE WIRED TO STOP THE FAN UPON DETECTION OF SMOKE, AND SIGNAL THE BUILDING FIREALARM CONTROL PANEL. THE SMOKE DETECTOR SHALL BE FURNISHED BY THE ELECTRICAL CONTRACTOR, MOUNTED IN THEDUCT BY THE MECHANICAL CONTRACTOR, AND WIRED BY THE ELECTRICAL CONTRACTOR.

AIR DISTRIBUTION:

1. SUPPLY, RETURN AND O.A. DUCTWORK SHALL BE CONSTRUCTED OF GALVANIZED SHEETMETAL IN ACCORDANCE WITHSMACNA DUCT CONSTRUCTION STANDARDS, LATEST EDITION. ALL JOINTS AND SEAMS IN ALL SHEETMETAL DUCTWORKSHALL BE SEALED WITH DUCT SEALER.

2. ALL OPEN ENDED DUCTS AND FAN OUTLETS SHALL HAVE ½” X ½” HARDWARE CLOTH AFFIXED TO THE OPENING.

3. EXHAUST DUCTWORK SHALL BE GALVANIZED SHEET METAL (G 90 MINIMUM) CONSTRUCTED TO SMACNA STANDARDS ANDSHALL NOT BE INSULATED UNLESS NOTED OTHERWISE.

4. ALL DUCTWORK SHALL BE SUPPORTED BY THE BUILDING STRUCTURE AND SHALL NOT REST ON CEILING TILES OR CEILINGSTRUCTURE. DUCT SUPPORTS AND ATTACHMENT TO STRUCTURE SHALL BE PER SMACNA STANDARDS.

5. FLEXIBLE DUCTWORK SHALL BE THERMAFLEX M-KE (U.L. 181 LISTED, CLASS 1 FLEXIBLE AIR DUCT) OR EQUAL. PROVIDEMINIMUM INSULATION VALUE OF R-6; R-8 WHEN LOCATED OUTSIDE THE THERMAL ENVELOPE OF THE BUILDING, OR GREATERWHERE REQUIRED BY APPLICABLE ENERGY CODE. AIR CONNECTORS ARE NOT ACCEPTABLE. FLEX DUCT DIAMETER SHALLMATCH DEVICE NECK DIAMETER. PROVIDE ROUND GALVANIZED STEEL DUCT RUNOUTS TO MAINTAIN A MAXIMUM FLEXIBLEDUCT LENGTH OF 8'-0". FLEXIBLE DUCTWORK SHALL BE INSTALLED AS STRAIGHT AS POSSIBLE AND SHALL BE ROUTED ANDSUPPORTED WITHOUT FORMING CRIMPS OR OTHER AIR FLOW RESTRICTIONS. PROVIDE SQUARE TO ROUND ADAPTERS ORBOOTS TO CONNECT TO AIR DEVICE NECK WHEN REQUIRED.

6. ROUND AND FLEXIBLE SUPPLY AIR DUCTWORK SHALL BE CONNECTED TO MAIN DUCTS WITH A CONICAL TYPE SPIN-INFITTING WITH MANUAL VOLUME DAMPER (EXCEPT WHERE INSTALLED ABOVE INACCESSIBLE CEILINGS, THE DAMPER SHALLBE OMITTED AND PROVIDED IN THE AIR DEVICE NECK).

7. TAPE, BED AND SEAL AIR TIGHT ALL PENETRATIONS FROM RETURN AIR PLENUMS TO NON RETURN AIR PLENUMS THAT AREREQUIRED DUE TO DUCTWORK, PIPING OR OTHER ITEMS.

8. DUCTWORK DIMENSIONS SHOWN ON THE DRAWINGS ARE INSIDE CLEAR DIMENSIONS.

9. EXTERNAL STATIC PRESSURE (ESP) DOES NOT INCLUDE COIL, CASING OR FILTER PRESSURE DROP.

10. PROVIDE ALL OUTDOOR AIR INTAKES AND EXHAUST OPENINGS WITH MOTORIZED OR GRAVITY DAMPERS IN ACCORDANCEWITH THE LOCAL ENERGY CODE. DAMPERS SHALL CLOSE WHEN THE VENTILATION SYSTEM IS NOT OPERATING.

11. LOCATIONS OF GRILLES, REGISTERS, AND DIFFUSERS SHOWN ON THE DRAWINGS ARE APPROXIMATE. COORDINATE EXACTLOCATIONS WITH LIGHTS, CEILING GRID, ETC. AND ARCHITECTURAL REFLECTED CEILING PLAN.

12. WHERE BALANCING DAMPERS CANNOT BE ACCESSED FROM BELOW THE CEILING, PROVIDE A REMOTE OPERATED DAMPER;YOUNG REGULATOR OR EQUAL.

13. FLEXIBLE DUCT CONNECTORS SHALL BE USED TO CONNECT DUCTWORK AND PLENUMS TO FAN-ROTATING EQUIPMENT;DURODYNE EXCELON OR APPROVED EQUAL. FLEXIBLE CONNECTORS EXPOSED TO THE WEATHER SHALL BE UV AND OZONERESISTANT. FABRICS, COATING AND ADHESIVES SHALL BE TESTED IN ACCORDANCE WITH UL 701 AND HAVE A FLAMESPREAD/ SMOKE DEVELOPED RATING OF 25/50.

14. EXPOSED INTERIOR DUCTWORK TO BE PAINTED SHALL HAVE ALL EXPOSED SURFACES (INCLUDING HANGER STRAPS) COATEDWITH A "PAINT GRIP" FINISH FOR FIELD PAINTING. AS AN OPTION, MILL PHOSPHATIZED STEEL DUCTWORK MAY BE USED. LINE ORINSULATE PER HVAC GENERAL NOTES OR SPEC SECTION 23 07 00.

15. EXPOSED DOUBLE-WALL, INSULATED ROUND OR FLAT OVAL DUCT AND FITTINGS SHALL BE BY McGILL AIRFLOW LLC (OREQUAL BY LINDAB, INC OR SEMCO, INC.). DUCT SYSTEM SHALL HAVE SPIRAL LOCKSEAM (OR WELDED) GALVANIZED SHEETMETAL OUTER SHELL, 1” THICK COATED ACOUSTICAL LINER, AND A PERFORATED SHEET METAL INNER LINER.

16. PROTECT DUCTS EXPOSED IN FINISHED SPACES FROM BEING DENTED, SCRATCHED, OR DAMAGED. TRIM DUCT SEALANTS FLUSHWITH METAL TO CREATE A SMOOTH AND UNIFORM EXPOSED BEAD. TWO-PART TAPE SEALING SYSTEMS ARE NOT ALLOWED.REPAIR OR REPLACE DAMAGED DUCTWORK AND FINISH WORK THAT DOES NOT COMPLY WITH THESE REQUIREMENTS.

INSULATION:

1. DUCT INSULATION:

a. DUCT WRAP SHALL BE UL LISTED FIBERGLASS BLANKET INSULATION WITH FOIL VAPOR BARRIER, JOHNS MANVILLEMICROLITE XG OR EQUAL. PUNCTURES AND TEARS IN THE FOIL JACKET SHALL BE PATCHED WITH FOIL TAPE TO MAINTAINTHE INTEGRITY OF THE VAPOR BARRIER. INSULATE SHEET METAL DUCTWORK IN THE THICKNESSES AND DENSITIES ASLISTED BELOW:i. SHEET METAL SUPPLY AND OUTSIDE AIR DUCTWORK: 2” THICK, 1 LB/FT3 DENSITY, R-6 MINIMUM INSTALLED.ii. SHEET METAL RETURN DUCTWORK IN NON-AIR CONDITIONED AREAS (SUCH AS INTERSTITIAL SPACES AND FLOOR/CEILING

ASSEMBLIES): 2" THICK, 1 LB/FT3 DENSITY, R-6 MINIMUM INSTALLED.

b. INDOOR EXPOSED ROUND, SPIRAL AND OVAL SUPPLY AND RETURN AIR DUCT SHALL BE LINED WITH 1” THICK ROUND DUCTLINER (MINIMUM R-4), JOHNS MANVILLE SPIRACOUSTIC PLUS OR EQUAL.

c. DUCT LINER FOR ACOUSTICS: LINE ALL SHEETMETAL DUCTWORK A MINIMUM OF 15'_0" (OR AS INDICATED) UPSTREAM ANDDOWNSTREAM OF ALL ROOFTOP UNITS, AND AIR HANDLING UNITS. DUCT LINER SHALL BE 1½” THICK, (MINIMUM R-6 ORGREATER WHERE REQUIRED BY APPLICABLE ENERGY CODE), JOHNS MANVILLE LINACOUSTIC RC OR EQUAL. THELEADING EDGE OF THE DUCT LINER SHALL HAVE A SHEETMETAL NOSING. LINED DUCTWORK DOES NOT REQUIREADDITIONAL EXTERIOR INSULATION WHERE LINER MEETS REQUIRED R-VALUES.

d. REFER TO ARCHITECTURAL DRAWINGS AND/OR SPECIFICATIONS FOR PAINTING OF DUCTWORK, INSULATION, ETC. INEXPOSED INTERIOR AREAS.

2. PIPE INSULATION:

a. REFRIGERANT SUCTION PIPING INSULATION SHALL BE FLEXIBLE ELASTOMERIC TUBING, AP/ARMAFLEX PIPE INSULATIONWITH REINFORCED LAP SEAL AS MANUFACTURED BY ARMACELL OR EQUAL. INSULATION THICKNESS SHALL BE PERSPECIFICATION 23 23 00. INSULATION SHALL BE SLID OVER PIPING FROM ONE END BEFORE PIPE ENDS ARE JOINEDAND SHALL NOT BE SLIT OR CUT. ALL JOINTS AND SEAMS SHALL BE SEALED WEATHER-TIGHT. FINISH COAT FORFLEXIBLE ELASTOMERIC INSULATION INSTALLED OUTDOORS SHALL BE WATER-BASED LATEX ENAMEL DESIGNEDFOR USE OVER ALL FORMS OF FLEXIBLE ELASTOMERIC INSULATION. FINISH COAT SHALL PROVIDE A PROTECTIVEFINISH SUITABLE TO BOTH INDOOR AND OUTDOOR APPLICATIONS, FORMULATED FOR COLD WEATHER FLEXIBILITYTO RESIST CRACKING AND WEATHER-RESISTANT TO ULTRAVIOLET (UV) AND OZONE. COATING SHALL BEARMAFLEX WB FINISH OR EQUIVALENT.

b. INSULATE ALL CONDENSATE DRAIN PIPING WITH FIBERGLASS PIPE INSULATION WITH VAPOR BARRIER JACKET; JOHNSMANVILLE MICRO-LOK OR APPROVED EQUAL. FITTINGS, VALVES AND PIPING SPECIALITIES SHALL BE PROVIDED WITHFORMED FITTING COVERS BY PROTO PVC CORPORATION. SEE SPECIFICATIONS FOR INSULATION THICKNESSES ANDADDITIONAL INFORMATION. ALL EXPOSED INSULATED PIPING BELOW 10'_0" AFF SHALL BE PROTECTED BY A CORRUGATEDALUMINUM JACKET WITH ALUMINUM BANDS 3'-0" O.C.

PIPING:

1. REFRIGERANT PIPING SHALL BE TYPE L OR ACR (AIR CONDITIONING AND REFRIGERATION FIELD SERVICE) COPPER TUBINGWITH BRAZED JOINTS.

2. REFRIGERANT CIRCUIT ACCESS PORTS LOCATED OUTDOORS SHALL BE FITTED WITH LOCKING-TYPE TAMPER-RESISTANTCAPS.

3. CONDENSATE FROM ALL AIR CONDITIONING EQUIPMENT SHALL BE TRAPPED AND ROUTED TO THE NEAREST PLUMBINGDRAIN. CONDENSATE PIPING SHALL BE SCHEDULE 40 PVC (EXCEPT INSULATED TYPE M COPPER IN HVAC PLENUMS).CONDENSATE SHALL BE PUMPED AS REQUIRED. PVC EXPOSED TO THE WEATHER SHALL BE PAINTED WITH A LIGHTCOLORED ACRYLIC OR LATEX ULTRAVIOLET (UV) AND OZONE INHIBITOR PAINT THAT IS CHEMICALLY COMPATIBLE WITH PVC.

4. ALL PIPING ABOVE GRADE SHALL BE SUPPORTED BY THE BUILDING STRUCTURE AND SHALL NOT REST ON CEILING TILES ORCEILING STRUCTURE. PIPING HUNG FROM JOISTS SHALL BE HUNG FROM THE TOP CHORDS OF THE JOISTS.

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DRAWINGLIST‐HVAC

SHEETNUMBER SHEETNAMEM-101 GENERAL NOTES AND LEGEND - MECHANICALM-102 SCHEDULES - MECHANICALM-103 DETAILS - MECHANICALM-104 DETAILS - MECHANICALM-201 FLOOR PLAN AREA A - MECHANICALM-202 FLOOR PLAN AREA B - MECHANICALM-301 ROOF PLAN AREA A - MECHANICALM-302 ROOF PLAN AREA B - MECHANICAL

ACCESSORIES:

1. MOTORIZED BACKDRAFT DAMPER2. SPEED CONTROLLER3. DISCONNECT SWITCH4. 12" HIGH INSULATED ROOF CURB5. BIRD SCREEN

SELECTIONS ARE BASED ON PRODUCTS BY: GREENHECKEQUAL PRODUCTS: PENN, CARNES, COOK

NOTES: (APPLIES TO ALL UNITS).A. SCHEDULED COOLING CAPACIITY BASED ON THE FOLLOWING OUTDOOR AMBIENT TEMPERATURE: 100 ˚F DBB. REFRIGERANT SHALL BE R-410A.C. ALL RTU'S WITH CAPACITIES 7.5 TONS AND HIGHER SHALL BE PROVIDED WITH MULTIPLE COMPRESSORS AND MINIMUM OF 2 INDEPENDENT REFRIGERANT CIRCUITS.D. RETURN AND OUTSIDE AIR DAMPERS SHALL BE CLASS 1 LOW-LEAKAGE TYPE.E. PROVIDE CRANKCASE HEATERS ON ALL UNITS 6 TONS AND LARGER.F. RTU'S SHALL BE PROVIDED WITH 2" PLEATED DISPOSABLE FILTERS, CONDENSATE OVERFLOW SWITCH IN PRIMARY DRAIN PAN, MOTORIZED MODULATING OUTSIDE AIR DAMPER, COMPRESSOR ANTI-RECYCLE CONTROLS, SINGLE POINT POWER CONNECTION, COOLING OPERATION DOWN TO 40˚F, 14" HIGH INSULATED ROOF CURB WITH BASE SLOPED TO MATCH ROOF PITCH.

ACCESSORIES:

1. CONTROLS CONTRACTOR TO PROVIDE PROGRAMMABLE THERMOSTATS. 2. LOCKING THERMOSTAT COVER. 3. BACnet COMPATIBLE BAS CONTROLLER. 4. POWERED EXHAUST FOR ECONOMIZER RELIEF. 5. UNIT MOUNTED DISCONNECT. 6. SMOKE DETECTORS. MOUNT IN RETURN AIRSTREAM. 7. MODULATING HOT GAS RE-HEAT ADAPTIVE DEHUMIDIFICATION SYSTEM, CONTROLS. 8. HOT GAS BYPASS. INSTALL ON LEADING COMPRESSOR ON 2-STAGE UNITS. 9. KINETICS KNM-100C SOUND BARRIER MATERIAL INSIDE OF ROOF CURB AND ON TOP OF ROOF DECK.10. GFCI 15 AMP CONVENIENCE OUTLET POWERED ON LINE SIDE OF DISCONNECT.11. PHASE MONITORING PROTECTION.12. RTU DEMAND CONTROL VENTILATION WIRING AND CONTROLS. PROVIDE WITH RETURN DUCT MOUNTED CO2 SENSORS AND ADDITIONAL SENSORS WHERE INDICATED.13. INTEGRATED DIFFERENTIAL ENTHALPY TYPE ECONOMIZER, SIZED FOR 100% SUPPLY AIR CAPACITY, CAPABLE OF SIMULTANEOUS ECONOMIZER AND COMPRESSOR OPERATION,AND INTAKE HOOD.14. CONDENSER COIL HAIL GUARDS.15. PROVIDE MANUFACTURER STARTUP.

EQUIPMENT SELECTIONS BASED ON PRODUCTS INDICATED. SUBJECT TO COMPLIANCE WITH ALL PRODUCTS, EQUAL PRODUCTS BY: CARRIER, LENNOX, DAIKIN.

NOTES (APPLY TO ALL DEVICES UNO):

A. REFER TO ARCHITECTURAL DRAWINGS FOR TYPE OF CEILING AND/ OR SUSPENSION SYSTEM.B. FINISH SHALL BE OF THE TYPE AND COLOR SELECTED BY THE ARCHITECT. SUBMIT CHART FOR SHOP DRAWINGS.C. FOR DRYWALL OR PLASTER CEILING INSTALLATION, PROVIDE PLASTER FRAME.D. WHEN A DAMPER IS CALLED FOR ABOVE AND THE DEVICE IS TO BE MOUNTED IN AN INACCESSIBLE CEILING, EITHER A FACEADJUSTABLE OR REMOTE OPERATED BALANCING DAMPER SHALL BE INCLUDED.E. TWO 1" SLOTS, 4' LONG, FACTORY INSULATED PLENUM.

ACCESSORIES:

1. MOLDED INSULATION (R-6) BLANKET ON BACK PAN.2. BALANCING DAMPER IN INLET.

SELECTIONS ARE BASED ON PRODUCTS BY: TITUS.EQUAL PRODUCTS: KRUEGER, CARNES, ANEMOSTAT, TUTTLE& BAILEY, PRICE, J & J, METAL AIRE.

NOTES:

A. COOLING CAPACITY BASED ON EAT 80DEG FDB/67 DEG. FWB INDOOR ENTERING AIR TEMPERATURE AND 95 DEG. FWB.B. REFER TO ELECTRICAL DRAWINGS FOR ELECTRICAL CHARACTERISTICS. HEATER SHALL BE CAPABLE OF SCHEDULED HEATING CAPACITY AT VOLTAGE SHOWN ON ELECTRICALDRAWINGS.

ACCESSORIES:

1. INDOOR UNIT - SINGLE POINT POWER WIRING KIT WITH DISCONNECTING MEANS AND OVERLOAD PROTECTION2. OUTDOOR UNIT - DISCONNECT PROVIDED BY ELECTRICAL3. FACTORY MOUNTED THERMAL EXPANSION VALVE TO ACHIEVE 14 SEER RATING (IF REQUIRED)4. REFRIGERANT FILTER DRIER (LOCATE PER MANUFACTURERS RECOMMENDATION)5. SAF-T-SWITCH INSTALLED IN SECONDARY CONDENSATE DRAIN FOR OVERFLOW PROTECTION.6. MINIMUM MERV 7 REMOVABLE FILTER.7. 7-DAY PROGRAMMABLE THERMOSTAT WITH FAN-ON-AUTO CONTROL AND AUTO HEATING/COOLING CHANGEOVER.8. LOCKING THERMOSTAT COVER.9. COMPRESSOR ANTI-RECYCLE CONTROLS.

SELECTIONS BASED ON PRODUCTS BY TRANEEQUAL PRODUCTS BY CARRIER, YORK, LENNOX.

NOTES:A. ALL HEATERS SHALL BE UL LISTED.B. CAPACITY SCHEDULED IS AT INSTALLED VOLTAGE. COORDINATE WITHELECTRICAL DRAWINGS.C. ALL HEATERS SHALL HAVE THERMAL OVERLOAD PROTECTION.D. SPRINKLER RISER ROOM HEATER - THERMOSTAT SETPOINT SHALL BE 45DEGREES FARENHEIGHT

ACCESSORIES:1. INTEGRAL TAMPERPROOF THERMOSTAT.2. INTEGRAL DISCONNECT SWITCH.3. SURFACE MOUNTING KIT.

SELECTIONS ARE BASED ON PRODUCTS BY: RAYWALLEQUAL PRODUCTS: MARKEL, BERKO, INDEECO

NOTES:

A. FINAL COLOR SELECTION SHALL BE MADE BY ARCHITECT AT TIME OF SHOP DRAWINGS APPROVAL.

ACCESSORIES:

1. MOTOR OPERATED DAMPER2. BAKED ON ENAMEL FINISH.3. BIRD SCREEN

SELECTIONS ARE BASED ON GREENHECK EQUAL PRODUCTS: CARNES, RUSKIN, ARROW

NOTES:

A. COOLING CAPACITY BASED ON EAT 80DEG FDB/67 DEG. FWB INDOOR ENTERING AIR TEMPERATUREAND 95 DEG. FWB.B. COOLING ONLY

ACCESSORIES:

1. LOW AMBIENT OPERATION KIT.2. WASHABLE FILTER.3. SINGLE POWER POINT OF CONNECTION.4. EQUIPMENT MANUFACTURER PROVIDED CONDENSATE PUMP.

SELECTIONS BASED ON PRODUCTS BY DAIKINEQUAL PRODUCTS BY LG, MITSUBISHI, TOSHIBA.

Last Revision

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SCHEDULES -MECHANICAL

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1991

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15187.00

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05/11/2016

FANS

TAG MODEL DUTY CFM ESP(IN.WG.) MOTORHP RPM DRIVE WEIGHT

(LBS) ACCESSORIES

EF 1 G-103-VG EXHAUST 1200 0.375 1/4 1725 DIRECT 40 1,2,3,4,5EF 2 G-095-VG EXHAUST 750 0.375 1/6 1725 DIRECT 30 1,2,3,4,5EF 3 G-095-VG EXHAUST 800 0.375 1/6 1725 DIRECT 30 1,2,3,4,5EF 4 G-090-VG EXHAUST 450 0.375 1/10 1725 DIRECT 30 1,2,3,4,5EF 5 G-090-VG EXHAUST 525 0.375 1/10 1725 DIRECT 30 1,2,3,4,5EF 6 G-090-VG EXHAUST 675 0.375 1/6 1725 DIRECT 30 1,2,3,4,5EF 7 SP-110-VG EXHAUST 100 0.25 8.4 W 940 DIRECT 15 1,2,3,5

GRILLES,REGISTERSANDDIFFUSERS

TAGSERIES

CFMDUTY

NECKSIZEFACESIZE

(IN) DAMPER MATERIAL NOTES/ACCESSORIES

A TMS SEE DWGS SUPPLY SEE DWGS 24x24 YES STEEL ACCESSORIES 1,2B TMS SEE DWGS SUPPLY SEE DWGS 12x12 YES ALUMINUM ACCESSORIES 1,2C 50F SEE DWGS RETURN SEE DWGS 24x24 NO ALUMNIUM -D 50F SEE DWGS EXHAUST SEE DWGS 12x12 NO ALUMINUM -E 300FL SEE DWGS SUPPLY SEE DWGS SEE DWGS NO ALUMINUM -F 350FL SEE DWGS RETURN / TXR SEE DWGS SEE DWGS NO ALUMINUM -G TBDI SEE DWGS SUPPLY SEE DWGS SEE DWGS NO STEEL NOTE EH 50FF SEE DWGS RETURN SEE DWGS 24x24 NO ALUMINUM -

ROOFTOPUNIT(ELECTRICHEAT)

TAG MANF.EQUIPSERIES

MORGANIZERMODELNO. AREASERVED

SYSTEMTYPE

SUPPLYFAN NETCOOLING HEATINGFILTERSMERVRATING

WEIGHT(LB) ACCESSORIES

AIRFLOW(CFM) MAXMOTORHP

ESP(INWC)

CAPACITY(MBH) EAT(˚F) EFFICIENCYKW EAT

(˚F)

NO.OFCONTROLSTAGESTOTAL

OUTSIDEAIR NOMTONS TOT SENS DB WB EER/IEER SEER

MIN MAXRTU 1 TRANE THD181 OCD181E_TXV A112,A113,A114,A115,A116 CV 3600 1320 3600 3 1.0 15 170.9 107.1 84.2 70 12 - 54 52.2 SCR 7 3000 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15RTU 2 TRANE THD181 OCD181E_TXV A107,A108,A109,A110,A111 CV 3550 1310 3550 3 1.0 15 169.8 106.4 84.4 70 12 - 36 51.9 2 7 3000 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15RTU 3 TRANE TED360 OE360B4DH_100 A119,A117,A118,A122,A120,A121 CV 7800 2250 7800 7 1/2 1.0 30 320.5 214.5 82.2 69 12 - 90 55.6 SCR 7 4100 1,2,3,4,5,6,7,8,10,11,12,13,14,15RTU 4 TRANE TED420 OE420B4DH_100 A124,A125,A126,A123,A127,A128,A129 CV 8200 2390 8200 7 1/2 1.0 35 363.9 242.1 82.3 69 12 - 90 55.5 SCR 7 4100 1,2,3,4,5,6,7,8,10,11,12,13,14,15RTU 5 TRANE THC120 OHC120E A101,A102,A103,A104,A105,A106,104,105 CV 2200 850 2200 3 3/4 1.0 10 108.2 69.1 84.7 70 12.4 - 27 51.4 2 7 1800 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15RTU 6 TRANE THC120 - A100 CV 3400 520 3400 3 3/4 1.0 10 105.7 87.7 78.8 65 12.4 - 27 62.2 2 7 3000 1,2,3,4,5,6,7,8,10,11,13,14,15RTU 7 TRANE THD181 OCD181E_TXV B166,B168,B167,112,A135,A134,A133,B103,B

102,B101,108,A132CV 3200 1280 3200 3 1.0 15 165.2 103.4 85 70 12 - 36 50.8 2 7 3000 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15

RTU 8 TRANE THC102 - 107 CV 3000 560 3000 3 3/4 1.0 8.5 93.8 69.8 79.7 67 12.5 - 27 60.0 2 7 1500 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15RTU 9 TRANE THD150 - 100,101 CV 5000 830 5000 3 1.0 12.5 147 113.2 79.2 67 12.1 - 54 60.9 SCR 7 3000 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15

RTU 10 TRANE THC120 OHC120E 101 CV 2300 770 2300 3 3/4 1.0 10 109.2 67.2 83.4 70 12.4 - 27 53.6 2 7 1800 1,2,3,4,5,6,7,8,10,11,12,13,14,15RTU 11 TRANE THC092 - 101,115 CV 2700 700 2700 3 3/4 1.0 7.5 87 62 81.5 69 12.6 - 27 56.9 2 7 1500 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15RTU 12 TRANE THD240 - B100 CV 7200 690 7200 7 1/2 1.0 20 236.6 156.9 77.5 65 11.0 - 72 59.6 SCR 7 3000 1,2,3,4,5,6,7,8,10,11,13,14,15RTU 13 TRANE TED360 OE360B4DH_100 B156,B165,B159,B164,B160,B161,B163,B162,

B132,B133,B131,B130,B134,B135CV 6500 3130 6500 7 1/2 1.0 30 314.4 221 87.2 72 12 - 90 47.0 SCR 7 4100 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15

RTU 14 TRANE THD151 OCD151E_TXV B114,B113,B115,B112,B116,B117 CV 2100 1220 2100 3 1.0 12.5 127.5 82.7 87.2 72 12.1 - 36 46.7 2 7 3000 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15RTU 15 TRANE THC120 OHC120E B104,B105,B106,B107 CV 2300 1030 2300 3 3/4 1.0 10 132.9 71.2 86.2 72 12.4 - 27 48.7 2 7 1800 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15RTU 16 TRANE THD211 OCD211E_TXV B155,B154,B153,B149,B147,B145,B146 CV 3650 1620 3650 5 1.0 17.5 188 125 86.3 72 11.8 - 54 48.7 SCR 7 3000 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15RTU 17 TRANE THC060 - B139,B138,B137,B141,B140,B144,B143,B142,

B100MCV 1600 170 1600 3/4 1.0 5 58 40 77.9 65 - 14.2 12 62.6 2 7 1000 1,2,3,4,5,6,7,8,9,10,11,13,14,15

RTU 18 TRANE THD151 OCD151E_TXV B136,B126,B125,B124,B123,B127,B128,B129 CV 2730 1140 2730 3 1.0 15 135.5 91 85.4 70 12 - 36 49.5 2 7 3000 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15RTU 19 TRANE THD151 OCD151E_TXV B121,B120,B119,B118,B110,B109,B108 CV 2950 1080 2950 3 1.0 12.5 131.4 79.8 85.8 70 12.1 - 36 49.2 2 7 3000 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15

SPLITSYSTEMHEATPUMP

TAG MODELNO.AREASERVED TOTALCFM

OUTDOORAIRCFM

ESP(IN.WG.)

MBHTOTALCOOL

MBHSENSCOOL

MBHINTLHEAT

MAXFANHP

AUXHEATKW MINSEER MINHSPF

NOTES/ACCESSORIES

AH 1 GAM5024 102 - LIBRARY 750 120 0.8 23 17.7 21.5 1/2 5 14 8.5 1,2,3,4,5,6,7,8,9HP 1 4TWR4024 - - - - 23 17.7 21.5 - - 14 8.5 1,2,3,4,5,6,7,8,9

ELECTRICHEATERS

TAG MODELNO APPLICATION MOUNTING K.W.WEIGHT(LBS) ACCESSORIES

EH 1 AFA840D FREEZEPROTECTION

24" AFF 4 30 1,2,3

WALLLOUVERS

TAG MODELNO.SIZE(IN) MINFREE

AREA(SQ.FT.)

CFMMAXPRESS.

DROP(IN.WG.)

OPERATOR INTERLOCK FRAME ACCESSORIESWIDTH HEIGHT

WL 1 ESD-603 12 16 0.44 100 0.15 MOTORIZEDDAMPER

EF-7 ALUMINUM 1,2,3

WL 2 ESD-603 12 16 0.44 120 0.1 MOTORIZEDDAMPER

AH-3 ALUMINUM 1,2,3

DUCTLESSSPLITSYSTEM(COOLINGONLY)

TAG MODELNO. TOTALCFMMINO.A.CFM

MAXFANHP

MBHTOTCOOL

MBHSENSCOOL MINSEER ACCESSORIES

CU 1 RK18NMVJU - - - 18 14.4 - 1,3CU 2 RK24NMVJU - - - 24 21.2 - 1,3CU 3 RK18NMVJU - - - 18 14.4 - 1,3CU 4 RK18NMVJU - - - 18 14.4 - 1,3

WAH 1 FTK18NMVJU 710 - - 18 14.4 18 2,4WAH 2 FTK24NMVJU 710 - - 24 21.2 18 2,4WAH 3 FTK18NMVJU 710 - - 18 14.4 18 2,4WAH 4 FTK18NMVJU 710 - - 18 14.4 18 2,4

VOLUME DAMPER

C OP YR IG HT 2001 JO RD AN & SK ALA ENG IN EER S IN C.P H O NE (770)447- 5547 FAX (770)448- 02626030-P U NITY D RIVE, NO RC RO SS, GA 30071J ordan & Skala E ngineers, Inc.cEM AIL: jse@ jordanskala.comJob Num ber - --------

c

Job Num ber - --------EM AIL: jse@ jordanskala.comcJ ordan & Skala E ngineers, Inc.6030-P U NITY D RIVE, NO RC RO SS, GA 30071P H O NE (770)447- 5547 FAX (770)448- 0262C OP YR IG HT 2001 JO RD AN & SK ALA ENG IN EER S IN C.

1 INCH WIDE, MINIMUM 22 GAUGESHEET METAL HANGER STRAP AT 10'-0"OC (MIN.)

NOTE: DETAIL SHOWN APPLIES TO 18"� MAXIMUM DUCT SIZE. FOR LARGER SIZES REFER TO SMACNA HVAC DUCT CONSTRUCTION STANDARDS.

1/8" MALLEABLE GALVANIZED STEELWIRE ROPE CLIP

MINIMUM 1/8"� 7x19 STRANDEDGALVANIZED AIRCRAFT CABLE

TURNBUCKLE

SUSPEND FROM STRUCTURE ABOVE

BOLT AND NUT

NOT TO SCALE

THIMBLE

SPIRAL DUCTWORK - ALL EXPOSEDSHEETMETAL SURFACES (SA & RA) ANDHANGAR STRAPS SHALL HAVE A "PAINTGRIP" FINISH FOR FIELD PAINTING. AS ANOPTION, MILL PHOSPHATIZED STEELDUCTWORK MAY BE USED. INTERNALLYINSULATE PER HVAC GENERAL NOTES ORSPEC SECTION 23 07 00 UNO.

NOT TO SCALE

2-1/4"

NOTE:TURNING VANES SHALL BE CONSTRUCTED PER SMACNA HVAC DUCTCONSTRUCTION STANDARDS (2005 EDITION FIGURE 4-3).

45°45°

4-1/2"R

3-1/4"

2-1/4"

MIN. 24 GAUGEVANES

1-1/8"

TYPE 2 RUNNERWELD EVERY SIXTHVANE TO RUNNER(OVER 1500 FPM)

1-1/8"

MIN. 26 GAUGEVANES

2"R

45°45°

2-1/8"

LARGE SMALL

BRANCH DUCT

NOT TO SCALE

CONNECT FLEX DUCT ENDS TO SHEET METALDUCT AND DIFFUSER NECK WITH NYLON ZIP TIES.APPLY A BEAD OF MASTIC BETWEEN THE INTERIORLINER AND THE SHEETMETAL PRIOR TO ZIP-TYING.THE INTERIOR LINER AND EXTERIOR INSULATIONOF THE FLEX DUCT SHALL BE ZIP-TIEDINDIVIDUALLY. INSTALL ZIP TIES USING ATENSIONING TOOL PER MANUFACTURER'SRECOMMENDATIONS

ROUND SHEETMETALDUCT DIAMETER ASINDICATED ON PLANS

INTERIOR LINER

NYLON ZIP TIES

THERMAFLEX FLEXFLOWELBOW SUPPORT

SUPPLYDIFFUSEROR REGISTER

NOT TO SCALE

RAISED PANEL1/16" PLATE FOR DUCTS UP TO 18"

1/8" PLATE FOR DUCTS 19" AND UP

VOLUME DAMPER SHAFT

ARM

DUCT INSULATIONSCREWS

QUADRANT3/8" FOR DUCTS UP TO 18"

1/2" FOR DUCTS 19" THRU 48"

WINGNUT

NOT TO SCALE

FOLD SHEET METALENDS DOWN 1"

SUPPLY REGISTER

TURN DOWN 30 DEGREES

NOT TO SCALE

SUSPEND FROM STRUCTURE - REFER TOEXPOSED SPIRAL DUCT HANGER DETAIL

NOTES:1. PAINT COLOR SHALL BE SELECTED BY ARCHITECT.2. PAINTING BY OTHERS. COORDINATE WITH ARCHITECTURAL DWGS.

SPIRAL SUPPLY DUCTWORK -ALL EXPOSED SHEETMETAL SURFACES (SA &RA) AND HANGAR STRAPS SHALL HAVE A "PAINTGRIP" FINISH FOR FIELD PAINTING. AS ANOPTION, MILL PHOSPHATIZED STEELDUCTWORK MAY BE USED. INTERNALLYINSULATE PER HVAC GENERAL NOTES OR SPECSECTION 23 07 00 UNO.

NOT TO SCALE

NOTES:1. WHEN SPECIFIED TO BE PAINTED, ALL EXPOSED SHEETMETAL SURFACES INCLUDING HANGERSTRAPS SHALL HAVE A "PAINT GRIP" FINISH FOR FIELD PAINTING. AS AN OPTION, MILL PHOSPHATIZED STEEL DUCTWORK MAY BE USED.2. PAINT COLOR SHALL BE SELECTED BY ARCHITECT.3. PAINTING BY OTHERS. COORDINATE WITH ARCHITECTURAL DWGS.4. SECURE ESCUTCHEON TO DUCT WITH SHEETMETAL SCREWS AT 6" OC.

FLEX CONNECTION,TYP.14" HIGH (MIN.)

ROOF CURB

NOTES:1. WHEN FACTORY MOUNTED DISCONNECT SWITCH IS SCHEDULED OR SPECIFIED, CONDUIT FROM BELOW THE ROOF SHALL BE LOCATED INSIDE THE ROOF CURB. FIELD MOUNTED DISCONNECT SWITCH, BRACKETS, AND CONDUIT SHALL BE LOCATED SUCH THAT THEY ARE CLEAR OF ALL UNIT ACCESS PANELS AND DO NOT OBSTRUCT AIRFLOW. ATTACH DISCONNECT SWITCH SUPPORT BRACKETS TO STRUCTURAL MEMBERS OF UNIT AND NOT DIRECTLY TO SHEETMETAL CASING (COORDINATE WITH ELECTRICIAN).

2. DO NOT MOUNT DISCONNECT SWITCH OVER NAMEPLATE OF UNIT (COORDINATE WITH ELECTRICIAN).

3. CUT OPENINGS IN THE ROOF DECK ONLY FOR SUPPLY AND RETURN DUCT PENETRATIONS PER MANUFACTURER'S DIMENSIONAL LAYOUT DRAWINGS. BATT INSULATION SHALL COVER THE ENTIRE AREA OUTLINED BY THE CURB AND IN BETWEEN SUPPLY AND RETURN DUCTS.

4. MAINTAIN 10 LINEAL FEET BETWEEN OA INTAKE HOOD AND EXHAUST FANS, PLUMBING VENTS, ETC.

FELTED SEMI-RIGID MINERALWOOL BATT INSULATION, 4 LB.DENSITY, 8" THICK TOTAL

POWER WIRING (SEE ELECTRICAL DWGS.)

DUCT SMOKEDETECTOR PER CODE

NOT TO SCALE

CONDENSATE DRAIN- TRAPPER DETAIL; SIZE ANDROUTE PER PLANS

THERMOSTAT WIRING

SA RA

ROOF DECK

CONDENSER FANDISCHARGE

DISCONNECT SWITCH(SEE ELECTRICALDWGS. UNLESSFACTORY MOUNTED)

OUTDOOR AIRINTAKE HOOD

LINE INSIDE OF CURB AND ROOFDECK WITH KINETICS KNM-100CACOUSTICAL BARRIER

NOT TO SCALE

HAND TIGHT PLUGS FORCLEANOUT PURPOSES

H

NOT TO SCALE

UNION

ROOF CURB

SUPPORT PIPING 6' OC WITH MIFAB MODEL C PIPESUPPORT ON ROOFING WALKPAD MATERIAL - SECUREPIPE WITH PIPE CLAMP

FINISHED ROOF

H/2 MINIMUM

TRAP AND PIPE SAME SIZE AS UNITCONNECTION - ROUTE TONEAREST PLUMBING DRAIN -SEE PLANS FOR CONTINUATION

ROOFTOP UNIT

FACTORY DRAIN PAN

NOTES:1. SLOPE PIPING DOWN TOWARDS PLUMBING DRAIN AT 1/8" PER FOOT.

2. RUNNING TRAPS ARE NOT ALLOWED.3. TEST THE FLOAT SWITCH IN THE DRAIN PAN FOR PROPER OPERATION AT LEAST ONCE A YEAR.

H = FAN INLET PRESSURE (IN. WC) + 1"

NOT TO SCALE

1. PLACE BASE SHEETS ON ROOFING BEFORE GRAVEL, IF ANY. SET BLOCKS FREE ON BASESHEETS.STACK BLOCKS AND NAIL THEM TOGETHER WHERE REQUIRED TO ELEVATE PIPING.

ROOF INSULATION

ROOF DECK

2. SUPPORTS SHALL BE PLACED EVERY 6' ON CENTER (BASED ON SCHEDULE 40 PVC).

NOTES:

1/4" x 1-1/2" CADMIUM-PLATED LAG SCREWS

("CAREY-TRED" OR

ROOFING

DIRECTIONOF GRAIN

SPECIFICATIONS.)

FOR BASE SHEET.

PER ARCHITECTURAL

18" x 18" x 1/2" THICKROOF WALKWAY MATERIAL

GALVANIZED STEEL PIPE CLAMP.DO NOT CLAMP PIPE TIGHT.

BASE SHEETS OR

AS REQUIRED TOTRIM THE TIMBER

PROVIDE MULTIPLE

ROOF ELEVATION.

ACCOMMODATEVARIATIONS IN

ROOF CURB BY ROOFTOP UNIT MANUFACTURER

STEEL DECK

BURGLAR BARS, IF SPECIFIED

NOT TO SCALE

STEEL ANGLES, ALL SIDES OFROOF OPENING - SEESTRUCTURAL DWGS.

STEEL JOIST

ROOF INSULATION

CANT

INTEGRAL 2X WOOD NAILER

NOTES:1. PAINT COLOR SHALL BE SELECTED BYARCHITECT.2. PAINTING BY OTHERS. COORDINATE WITH ARCHITECTURAL DWGS.

SUPPORT PIPING 6' OC WITH MIFAB MODEL C PIPESUPPORT ON ROOFING WALKPAD MATERIAL -SECUREPIPE WITH PIPE CLAMP

NOT TO SCALE

M

KINETICS NOISE CONTROL "KIP-R1"FIBERGLASS PAD CONTINUOUS BETWEENRTU AND CURB PER MANUFACTURER'SRECOMMENDATIONS

NOT TO SCALE

ROOF TOP

UNIT

c

SPIRAL DUCT SUPPLY REGISTER DETAIL

c

SPIRAL DUCT THRU WALL DETAIL

ROOF TOP UNIT DETAIL

OUTDOOR UNIT ROOF MOUNTING DETAIL

CONDENSATE DRAIN TRAP DETAIL

PIPING SUPPORT (CONDENSATE)

ROOF CURB FRAMING -MECHANICAL EQUIPMENT

ROOF TOP UNIT

EXPOSED SPIRAL DUCT HANGER DETAILTURNING VANE DETAILS

COMMERCIALFLEXIBLE DUCT TAKE-OFF DETAIL

ROOF MOUNTED EXHAUST FAN

DRYER EXHAUST WALL CAP

SUSPENDED HORIZONTAL AIR HANDLING UNIT DETAIL

ROOF TOP UNIT MOUNTING DETAIL

3/4" PROVIDE FLASHING ANDCOUNTERFLASHING ATROOFTOP UNIT BASE RAIL

3/4" x1/4" WIDE GASKETAROUNDENTIRE CURB FRAME

ROOFTOP UNIT SHALL BE LEVEL ANDSHALL NOT SIT ON METAL DECK, BUTON STEEL ANGLES.

CONCEALED AREA (DUCT ROUTEDABOVE CEILING)

SUPPLY DUCTWORK(CONCEALED)

FILL ANNULAR SPACEWITH MINERAL WOOL

20 GAUGE SHEETMETALESCUTCHEON PLATE (TO COVERENTIRE OPENING) FOR A CLEANAND NEAT APPEARANCE

WALL

SA DUCTWORK - INTERNALLY LINED;RA DUCTWORK - NO INSULATION;OA DUCTWORK - EXTERNALLYINSULATED; REFER TO HVAC GENERALNOTES OR SPEC SECTION 23 07 00 UNO.

EXPOSED AREA (DUCT ROUTED INSPACE)

FLOAT SWITCH WIRED TO SHUT DOWNRTU; SAF-T-SWITCH MODEL SS3

1'-2" MINIMUM

ROOF MOUNTED EXHAUSTFAN (RE: SCHEDULE)

BACKDRAFTDAMPER(SEE NOTE 3)

PROVIDE SPACE FOR ELECTRICALCONDUIT BETWEEN DAMPER ANDROOF OPENING

BIRD SCREEN

NOTES:1. SEAL PENETRATION AIR TIGHT AROUND CONDUIT THRU WELDED ROOF CURB.2. SEAL AIR TIGHT ANY PENETRATIONS THROUGH WELDED ROOF CURB.3. WITH THE EXCEPTION OF KITCHEN GREASE EXHAUST FANS, PROVIDE MOTORIZED DAMPER FOR ALL EXHAUST FANS

WITH CAPACITY 300 CFM AND GREATER.

ROOF DECK, RE: STRUCT.

ELECTRIC CONDUIT GUIDE

INTERNAL DISCONNECTSWITCH

ROOF MEMBRANE.RE: ARCH

ROOF CURB INSULATION

MECHANICAL FASTENER

INSULATION

ROOF CURBCAULK TO FILL GAP

CONTINUOUS BENTDUCT FLANGE

ROOF

2x4 WOOD NAILER. CAULKBETWEEN NAILER AND ROOFCURB

CONTINUOUS 1_2" x 1"

RUBBER GASKETGALVANIZED FLASHINGCONTINUOUS OVER WOODNAILER

GALVANIZED FLASHING.EXTEND 6" (MIN.) ANDSEAL WEATHERTIGHT

SECURE TO CURB WITHSTAINLESS STEEL SCREWS8" O.C. ALL SIDES

WELDED PREFABRICATED INSULATEDAIR TIGHT ROOF CURB

EXHAUST DUCT SIZE AS SHOWNON PLANS. DUCT SHALLEXTEND UP TO ROOFEXHAUSTER OPENING. DUCTSHALL NOT TERMINATE BELOWROOF.

RADIUS ELBOW (WHEREREQUIRED FOR DUCTOFFSET)

14" MIN ABOVE ROOF FINISHED SURFACE.COORDINATE CURB HEIGHT WITH INSULATIONTHICKNESS TO ACHIEVE THIS DIMENSION

NOTES:

3. PROVIDE CAP WITH PAINT GRIP COATING FOR2. WALL CAP BY VENTCRAFT, OR APPROVED EQUAL.

1. PROVIDE WITH INTEGRAL BACKDRAFT DAMPER

NOT TO SCALE

FIELD PAINTING.

DRYER EXHAUST DUCT ROUTEDTO WALL CAP. SEE PLANS FORDUCT SIZE AND ROUTING.

4"

4. PROVIDE INSECT SCREEN FOR BATHROOM EXHAUST WALL CAP ONLY.

FLEXIBLE DUCT CONNECTOR, TYP.

OA INTAKE PER PLANS

THREADED ROD WITH SPRING TYPEVIBRATION ISOLATORS (SIZE RODS ANDSUPPORT UNIT AS RECOMMENDED BYMANUFACTURER) (TYPICAL OF FOUR -ONE PER CORNER). SEE NOTE 1

FILTER SECTION WITH SIDEACCESS - MAINTAIN CLEARSPACE FOR FILTER REMOVAL

LINED RETURN AIRPLENUM/DUCTWORK(OR DUCTBOARD IF SPECIFIED)

CONDENSATE TRAP PER DETAIL OR INSTALLPER MANUFACTURER'S RECOMMENDATIONS

CONDENSATE OVERFLOW SWITCH INSECONDARY DRAIN; "SAFE-T-SWITCH"OR EQUAL. INTERLOCK WITH AH TOSHUT UNIT OFF IF LIQUID IS DETECTED

PRIMARY CONDENSATE DRAIN- FULL SIZE OF UNITCONNECTION (3/4" MIN.) UNLESS NOTEDOTHERWISE. SLOPE 1/8"/FT. (OR SLOPE PER LOCALCODE) MIN. REFER TO FLOOR PLANS FOR ROUTING

LINED SUPPLY AIR DUCT (ORDUCTBOARD IF SPECIFIED)

NOTES:1. STRUCTURE VARIES. COORDINATE WITH STRUCTURAL DOCUMENTS FOR PROPER ANCHORING METHOD (BEAM CLAMPS, EXPANSION BOLTS,INSERTS, ETC.).2. ON SERVICE SIDE OF UNIT, MAINTAIN A 42"W X LENGTH OF UNIT CLEARANCE TO PIPING, DUCTWORK, EQUIPMENT, CONDUIT, ETC. ELECTRIC HEATSECTIONS OR DUCT HEATERS: MAINTAIN A MIN. OF 42" CLEARANCE (OR PER N.E.C.) IN FRONT OF ALL ELECTRIC HEATER CONTROL PANELS. THE WIDTHOF THE SERVICE CLEARANCE SHALL BE 30" OR THE WIDTH OF THE PANEL WHICHEVER IS GREATER. FOR LOW VOLTAGE CONTROL PANELS (WITHOUTELECTRIC HEATER), MAINTAIN A MIN. OF 24" CLEARANCE (OR PER N.E.C.) IN FRONT OF PANEL. THE WIDTH OF THE SERVICE CLEARANCE SHALL BE 24"OR THE WIDTH OF THE PANEL WHICHEVER IS GREATER. NO PIPES, SPRINKLERS, CONDUITS, ETC. SHALL BE INSTALLED WITHIN THIS ZONE.COORDINATE AND PLAN WORK CAREFULLY WITH ALL OTHER TRADES.3. WHERE AHs OR THEIR WORKING CLEARANCE ARE LOCATED ABOVE LIGHT FIXTURES, THE FIXTURE SHALL HAVE A FLEXIBLE WHIP TO ALLOW

TEMPORARY RELOCATION OF THE FIXTURE FOR ACCESS TO THE AH. COORDINATE WITH ELECTRICAL CONTRACTOR.4. PROVIDE MINIMUM SERVICE CLEARANCES AS RECOMMENDED BY UNIT MANUFACTURER.

RADIUS ELBOWS SHALL BEUSED ON ALL SUPPLY DUCTTURNS WHEN POSSIBLE. IFRADIUS ELBOWS CANNOT BEUSED, MITERED ELBOWS WITHTURNING VANES MAY BESUBSTITUTED.

ROOF DECKCOVER OPENINGWITH 1/2''x1/2"HARDWARE CLOTH,0.135'' WIRE

SMOKE DETECTOR.PROVIDE AS NOTED.(TYP.)

ROOFCURB

FLEX. CONNECTOR

ROOF STRUCTURE

2"X2", 3/8 " THICKNEOPRENE PAD,TYPICAL OF 4

WATERTIGHTREFRIGERANT LINESET CHASE

CONDENSING UNITOR HEAT PUMP

SECURE OUTDOOR UNIT TO CURB PERMANUFACTURER'S RECOMMENDATIONS,TYP. 4 LOCATIONS. SEAL SCREW HOLESWITH 20-YR SILICONE SEALANT

SOLID PLATFORM TYPE EQUIPMENT CURB BY ROOFPRODUCTS AND SUPPORTS, INC.- SECURE TO ROOFSTRUCTURE PER MANUFACTURER'SRECOMMENDATIONS

SUPPORT RS & RL 6' OC WITH MIFABMODEL C PIPE SUPPORT ON ROOFINGWALKPAD MATERIAL - SECURE PIPEWITH PIPE CLAMP

INSULATEDREFRIGERANT LINESET, TYPICAL

NOTES:1. MIFAB PIPE SUPPORT TO HAVE 14 GA. X 3/16" WIDE GALVANIZED CHANNEL. LENGTH TO SUIT QUANTITY OF

PIPING SUPPORTED. PROVIDE INSULATION SHIELD WHERE STRUT CLAMP COMES IN CONTACT WITH INSULATION.2. EQUIPMENT SUPPORTS WITH THE FEWEST ROOF PENETRATIONS ARE PREFERRED HOWEVER, ALTERNATE SYSTEMS BY MIRO OR CADDY PYRAMID ARE ACCEPTABLE PROVIDED THEY ARE INSTALLED IN A PERMANENT MANNER AND SECURED TO THE ROOF STRUCTURE.

SEAL OPENING AIR AND WATERTIGHT WITH EXPANDING FOAMINSULATION

PRE-INSULATED FLEXIBLEDUCTWORK. SEE GENERALNOTES/SPECIFICATIONS.LENGTH SHALL NOT EXCEED8'-0". PROVIDE SUPPORT PERSMACNA STANDARDS ANDINSTALL FREE OF KINKS &SAGS.

CONICAL SPIN-IN FITTINGWITH MVD

CEILING - SEE ARCH.DWGS. FOR TYPE

CL

DRAIN PAN

CO2

CO2 SENSOR. PROVIDEAS NOTED.

LINE INSIDE OF CURB AND ROOFDECK WITH KINETICS KNM-100CACOUSTICAL BARRIER

Last Revision

Date

Project No.

Approved

Checked

Drawn

printed

KEY PLAN

B

A

No. Date Revision

280

8 F

airm

o unt

Str

eet,

Su

ite 3

00

330

0 W

est

7th

Str

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, Sui

te 1

10D

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0

5/11/2016 12:26:10 PM

DETAILS -MECHANICAL

M-103


CE

NTR

AL

BA

PTI

ST

CH

UR

CH

CH

ILD

RE

NS

BU

ILD

ING

1991

FM

158

, BR

YA

N, T

X 7

7845

15187.00

WAS

JRM

RAC

05/11/2016

2W

W

MVDMVD

W

SUPPLY, RETURN OREXHAUST DUCT

DOUBLETHICKNESSTURNING VANES

2W

MVD

W

SUPPLY, RETURNOR EXHAUST DUCT

MVD

W

CENTERLINE RADIUS = 1.5 x 2W

NOT TO SCALE

LOUVER

BIRD SCREEN

STEEL LINTEL, IFREQUIRED - SEESTRUCT./ARCH. DWGS.

ALUMINUM ANGLEAROUND PERIMETER -SECURE TO WALL &LOUVER

WALL - SEE ARCH.DWGS. FOR TYPE

SEAL AROUNDENTIRE PERIMETERTO MAKE WATERTIGHT

MOUNTING ANDLINKAGEHARDWARE FORELECTRIC ACTUATOR(PROVIDE CONCEALEDACTUATOR/ LINKAGE INSILL AS REQUIRED FORFLUSH INTERIORINSTALLATION)

DRIP SILL ANDFLASHING NOTE:

ARCH. DWGS. ANDMANUFACTURER'SINSTALLATIONMANUAL SUPERCEDE THIS DWG.

HEAD FLASHING

CONICAL TAP(SPIN-IN ORFLANGED)

L = 1/4W, 4" MIN.

NOT TO SCALE

NOT TO SCALE

NOT TO SCALE

RECTANGULARSUPPLY, RETURN OREXHAUST DUCT

RA & EA AIRFLOW

SA AIRFLOW

SHOPFABRICATED90° CONICALFITTING

NOT TO SCALE

RA & EA AIRFLOW

SA AIRFLOW

SHOPFABRICATED45° CONICALFITTING

NOTE:1. ACCEPTABLE ALTERNATES ARE CONICAL TAPS AND CONICAL SADDLE TAPS PER SMACNA HVAC DUCT CONSTRUCTION STANDARDS.

NOTE:1. ACCEPTABLE ALTERNATES ARE CONICAL TAPS AND CONICAL SADDLE TAPS PER SMACNA HVAC DUCT CONSTRUCTION STANDARDS.

RECTANGULARBRANCHDUCT TAKE-OFF

ROUNDBRANCH DUCTTAKE-OFF

RECTANGULARSUPPLY, RETURN OREXHAUST DUCT

DRYER EXHAUST WALL BOX -REFER TO PLANS FOR EXACTLOCATION AND SEE NOTES BELOWFOR ADDITIONAL INFORMATION

4" ROUND DRYER EXHAUST DUCTSHALL BE A MINIMUM OF 26 GAUGE

NOT TO SCALE

FLEXIBLE DRYERHOSE BY INSTALLER

ROUTE DRYER EXHAUST DUCT TOEXTERIOR WALL IN THE MOSTDIRECT MANNER POSSIBLE

SECURE EXHAUST BOX TO WALLPER MANUFACTURER'SRECOMMENDATIONS

METAL FLANGE

NOTES:1. DRYER EXHAUST BOX MODEL 425 AS MANUFACTURED BY IN-O-VATE TECHNOLOGIES; LISTED FOR 1-HR (F AND T RATINGS) WALL INSTALLATION; UL THROUGH-PENETRATION FIRESTOP SYSTEM NO. W-L-7129. USE FOR UPWARD EXHAUST DIRECTION AND DOWNWARD EXHAUST DIRECTION ONLY FOR PEDESTAL AND STACKING DRYERS.2. FOR DOWNWARD EXHAUST DIRECTION USE THE MODEL 4D (EXCEPT FOR PEDESTAL AND STACKABLE DRYERS).3. INSTALLATION REQUIRES THE SPACES BETWEEN THE SIDES OF THE BOX AND THE STUDS AND THE SPACE IMMEDIATELY ABOVE THE BOX TO BE TIGHTLY PACKED WITH GLASS FIBER BATT OR MINERAL WOOL BATT INSULATION. REFER TO UL INSTALLATION DETAILS FOR ADDITIONAL INFORMATION.4. INSTALL 16 GA STEEL SHIELD PLATES AT THE FINISHED FACE OF FRAMING MEMBERS WHERE THERE IS LESS THAN 11/4" BETWEEN THE DUCT AND THE FINISHED FACE OF THE FRAMING. SHIELD PLATES SHALL EXTEND 2" ABOVE

SOLE PLATES AND 2" BELOW TOP PLATES.

EXTEND 4"� DRYER EXHAUSTDUCT THRU DRYER EXHAUST BOXTO ALLOW CONNECTION FORFLEXIBLE DRYER HOSE

NOT TO SCALE

1-1/4"x 1-1/4"x 1/4" ANGLE FRAMING

SECURE PIPE TO WALLAND SUPPORT AT BASE

1-1/4"x1-1/4"x1/4"ANGLE FRAMING

ROOF DECK

LINE INTERIOR OFSHEET METAL HOODWITH DUCT LINER

16 GAUGE (MIN.)EQUIPMENTCURB

ROOFING CONTRACTORTO INSTALL ROOFCURB.MECH. CONTRACTORSHALL SUPERVISE THEINSTALLATIONAND PAY ALL COSTS.

20 GAUGE GALVANIZED SHEET METALHOOD - PAINT IN A COLOR SELECTEDBY ARCHITECT.

PROVIDE WATERPROOFSEALANT BETWEEN SLEEVESAND PIPES

SLOPE PIPINGAWAY FROM HOOD

DIVIDED FLOW FITTING DETAILSWALL LOUVER DETAIL

LOW PRESSUREBRANCH DUCT TAKE-OFF

(RECTANGULAR 45° ENTRY)

LOW PRESSUREBRANCH DUCT TAKE-OFF(ROUND BRANCH ENTRY)

LOW PRESSUREBRANCH DUCT TAKE-OFF (ALTERNATIVE

ROUND 45° BRANCH)

LOW PRESSUREBRANCH DUCT TAKE-OFF (ALTERNATIVE

ROUND 90° BRANCH)

DRYER EXHAUST WALL BOX DETAIL

PIPE CURB DETAIL

NOT TO SCALE

90°

RA &

EA

AIRF

LOW

MVD

W

L

MVD

SA A

IRFL

OW

RA &

EA

AIRF

LOW

SA A

IRFL

OWa. Building Automation System Interface:

The Building Automation System (BAS) shall send the controller Occupied Bypass, Morning Warm-up / Pre-Cool, Occupied / Unoccupiedand Heat / Cool modes. If a BAS is not present, or communication is lost with the BAS the controller shall operate using default modes andsetpoints.

b. Occupied Mode:During occupied periods, the supply fan shall run continuously and the outside air damper shall open to maintain minimum ventilationrequirements. The DX cooling and electric heat shall stage to maintain the occupied space temperature setpoint. If economizing is enabledthe outside air damper shall modulate to maintain the occupied space temperature setpoint.

c. Unoccupied Mode:When the space temperature is below the unoccupied heating setpoint of 60.0 deg. F (adj.) the supply fan shall start, the outside air dampershall remain closed and the electric heat shall be enabled. When the space temperature rises above the unoccupied heating setpoint of 60.0deg. F (adj.) plus the unoccupied differential of 4.0 deg. F (adj.) the supply fan shall stop and the electric heat shall be disabled.When the space temperature is above the unoccupied cooling setpoint of 85.0 deg. F (adj.) the supply fan shall start, the outside air dampershall open if economizing is enabled and remain closed if economizing is disabled and the DX cooling shall be enabled. When the spacetemperature falls below the unoccupied cooling setpoint of 85.0 deg. F (adj.) minus the unoccupied differential of 4.0 deg. F (adj.) the supplyfan shall stop, the DX cooling shall be disabled and the outside air damper shall close.

d. Optimal Start:The BAS shall monitor the scheduled occupied time, occupied space setpoints and space temperature to calculate when the optimal startoccurs.

e. Morning Warm-Up Mode:During optimal start, if the space temperature is below the occupied heating setpoint a morning warm-up mode shall be activated. Whenmorning warm-up is initiated the unit shall enable the heating and supply fan. The outside air damper shall remain closed. When the spacetemperature reaches the occupied heating setpoint (adj.), the unit shall transition to the occupied mode.

f. Pre-Cool Mode:During optimal start, if the space temperature is above the occupied cooling setpoint, pre-cool mode shall be activated. When pre-cool isinitiated the unit shall enable the fan and cooling or economizer. The outside air damper shall remain closed, unless economizing. When thespace temperature reaches occupied cooling setpoint (adj.), the unit shall transition to the occupied mode.

g. Optimal Stop:The BAS shall monitor the scheduled unoccupied time, occupied setpoints and space temperature to calculate when the optimal stopoccurs. When the optimal stop mode is active the unit controller shall maintain the space temperature to the space temperature offsetsetpoint.

h. Occupied Bypass:The BAS shall monitor the status of the “on” and “cancel” buttons of the space temperature sensor. When an occupied bypass request isreceived from a space sensor, the unit shall transition from its current occupancy mode to occupied bypass mode and the unit shall maintainthe space temperature to the occupied setpoints (adj.).

i. Cooling Mode:The unit controller shall use space temperature and space temperature setpoint to determine when to initiate requests for cooling. When thespace temperature rises above the setpoint, the unit controller shall modulate the economizer or stage the DX cooling as required tomaintain the space temperature setpoint. The first compressor shall energize after its minimum 3-minute off time has expired. If additionalcooling capacity is required the second stage of cooling shall be enabled. Once the space temperature falls below the setpoint thecompressors shall be deactivated and the economizer shall return to minimum position.

j. Heating Mode:The unit controller shall use the space temperature and space temperature setpoint to determine when to initiate requests for heat. Whenthe space temperature drops below the setpoint, the unit controller shall enable electric heating stages to maintain the space temperaturesetpoint. Once the space temperature rises above the setpoint the electric heating stages shall be disabled.

k. Dehumidification:Factory installed hot gas reheat shall allow application of dehumidification. Dehumidification shall be allowed only when the outside airtemperature is above 40.0 deg. F and below 100.0 deg. F. The economizer outside air damper shall drive to minimum position duringdehumidification.

l. Single compressor units:On a call for dehumidification, the reheat valve shall energize and the compressor shall enable. When the humidity control setpoint issatisfied, the valve shall be de-energized and the compressor shall be disabled. If there is a call for cooling from the space temperaturecontroller, while in reheat, the reheat valve shall be de-energized and the compressor continues to run.

m. Dual compressor units:On a call for dehumidification, the reheat valve shall energize and both compressors shall enable. When the humidity control setpoint issatisfied, the valve shall be de-energized and both compressors shall be disabled. If there is a call for 1st stage cooling while in thedehumidification mode, no action shall take place. If there is a call for 2nd stage cooling, the reheat valve shall be de-energized, and the unitshall revert to the cooling mode. If 2nd stage cooling is satisfied and there is still a call for dehumidification, the reheat valve shall once againbe energized.

n. Economizer:The mixed air sensor shall measures the dry bulb temperature of the air leaving the evaporator coil while economizing. When economizing isenabled and the unit is operating in the cooling mode, the economizer damper shall be modulated between its minimum position and 100% tomaintain the space temperature setpoint. The economizer damper shall modulate toward minimum position in the event the mixed airtemperature falls below the low limit temperature setting. Compressors shall be delayed from operating until the economizer has opened to100%.

o. Reference Dry Bulb:Outside air (OA) temperature shall compared with a reference dry bulb setpoint. The economizer shall enable when the OA temperature isless than reference dry bulb setpoint. The economizer shall be disabled when OA temperature is greater than reference dry bulb setpoint +5.0 deg. F.

p. Supply Fan:The supply fan shall be enabled while in the occupied mode and cycled on during the unoccupied mode. A differential pressure switch shallmonitor the differential pressure across the fan. If the switch does not open within 40 seconds after a request for fan operation a fan failurealarm shall be annunciated at the BAS, the unit shall stop, requiring a manual reset.

q. Building Pressure Control:The power exhaust shall enable when the economizer damper position is equal to or greater than the exhaust fan setpoint.

r. Filter Status:A differential pressure switch shall monitor the differential pressure across the filter when the fan is running. If the switch closes for 2minutes after a request for fan operation a dirty filter alarm shall be annunciated at the BAS.

RTU SEQUENCE OF OPERATION

Last Revision

Date

Project No.

Approved

Checked

Drawn

printed

KEY PLAN

B

A

No. Date Revision

280

8 F

airm

o unt

Str

eet,

Su

ite 3

00

330

0 W

est

7th

Str

eet

, Sui

te 1

10D

alla

s, T

exa

s 7

5201

| 2

14.3

03.1

500

Fo

rt W

ort

h, T

exas

76

107

| 8

17.

303.

150

0

5/11/2016 12:26:14 PM

DETAILS -MECHANICAL

M-104


CE

NTR

AL

BA

PTI

ST

CH

UR

CH

CH

ILD

RE

NS

BU

ILD

ING

1991

FM

158

, BR

YA

N, T

X 7

7845

15187.00

WAS

JRM

RAC

05/11/2016

Scale: 1" = 1'-0"

2 RTU POINTS LIST

M M

CLASSROOMA116 CLASSROOM

A115

CLASSROOMA114

CLASSROOMA113

CLASSROOMA112

CLASSROOMA111

CLASSROOMA110

CLASSROOMA109

CLASSROOMA108

CLASSROOMA107

CORRIDORA100d

COMMONS101

VEST115

LIBRARY102

CLASSROOMA105

CLASSROOMA104

CLASSROOMA103

GIRLS RRA102

BOYS RRA101

UNISEX RR105

UNISEX RR104

K-3RD LARGEGROUP

A124

4TH-5TH LARGEGROUP

A119

CORRA100e

CLASSROOMA117

STORAGEA118

BOYS RRA122

UNSX RRA120

UNSX RRA121

UNSX RRA125 UNSX RR

A126

STORAGEA127

UNSX RRA128 UNSX RR

A129

CORRA100b

CORRA100a

AQUARIUMSERVICE

103

6

7

9

C E F G H JD K

8

H.1F.1C.1 D.8 E.6 H.5

5.8

G.7 J.8G.2G.1C.9B

ELECA127a

WAH4

10"øA

27010"ø

A235

10"øA

23510"ø

A235

10"øA

235

12x14 SA

16x16 SA

18x18 SA

16x14 SA

12x12 SA

24x20 SA

-16x16

C-

16x16C

-16x16

C-

16x16C -

16x16C

10"øA

23510"ø

A235

10"øA

235

10"øA

23510"ø

A250

-16x16

C-

16x16C

-16x16

C-

16x16C

-16x16

C

12x12 SA 16x16 SA

16x16 SA

12x12 SA

24x20 SA

10"øA

335

10"øA

335

-

16x16C

8"øB

180

6"øB

35 6"øB

35

10x10D

450

6x6D

75

6x6D

75

20"ø SA16"ø SA

16"ø SA

16"ø SA

18"ø SA

12"ø SA

12"ø SA

12"ø SA

10x10E

290

10x10E

290

10x10E

290

10x10E

29510x10

E295

10x10E

29510x10

E295

10x10E

290 10x10E

19510x10

E195

10x10E

19510x10

E195

10x10E

195

10x10E

195

10x10E

195

10x10E

195

12x12D

4508"ø

B180

6x6D

756x6

D75

6"øB

35

6"øB

35

6"øB

35 6"øB

35

6x6D

756x6

D75

10x10E

17010x10

E170

10x10E

25010x10

E250

10x10E

30010x10

E300

10x10E

260

10x10E

260

-42x30

F-42x30

F

10x10E

260

10x10E

260

10x10E

30010x10

E300

10x10E

25010x10

E250

10x10E

170

10x10E

170

14"ø SA 18"ø SA

18"ø SA

14"ø SA

34x26 SA24x22 SA

16x20 SA

6x10 SA

24x22 SA 16x20 SA

-12x10

F

34x18 RA 38x26 RA

34x18 RA

T T

T T

T

8"øA

2108"ø

A200

10"øA

310

10"øA

310

10"øA

31010"ø

A310

-16x16

C

-16x16

C

-16x16

C

6"øB

105

8x8D

225

6x6D

75

6"øB

40

6"øB

40

6x6D

758x8

D225

6"øB

105

6x10 SA

8x10 SA

12x14 SA

16x16 SA

18x18 SA

6x10 SA

20x18 RA

16x16 RA

14x18 RA

12"øA

540

12"øA

540

12"ø SA

12"ø SA14x14 SA

12"ø SA

12"øA

520

12"øA

520

12"øA

540

22x20 SA

12"øA

540

16x16 SA

-24x24

C

-24x24

C

8x10 EA

24x22 RA

6x6 EA

8x6 EA

14x12 EA

10x8 EA

10x8 EA

1

2

2

1

26x16 RA

T

STORA130

AH1

T

T

T-

48x18F

18x8E

400

48x18E

2300

3

-20x20

H

EF7

6"øA

75

WL2

WL1

12x12 SA

6"ø EA

48x18E

2300

3

3

3

4 4

18x18 SA

1

116"ø SA

10x10E

290

10x10E

290

10x10E

295

10x10E

295

10x10E

415

10x10E

415

12"ø SA12"ø SA

10x10E

18010x10

E180

10x10E

180

10x10E

180

10x10E

265

10x10E

265

10x10E

26510x10

E265

10x10E

26510x10

E265

10x10E

265

10x10E

265

10x10E

18010x10

E180

10x10E

18010x10

E180

18"ø SA 20"ø SA 20"ø SA18"ø SA

12"ø SA

12"ø SA12"ø SA

12"ø SA

34x2

6 S

A

18x20 SA 24x20 SA 18x20 SA

24x22 SA

14x18 SA

12x12 EA12x14 EA

8x12 EA

12

5

3/4" CD

5

3/4" CD

RTU-1 RTU-2

RTU-3 RTU-4

RTU-5

RTU-6

RTU-10

RTU-11

AH-3

GIRLS RRA123

-46x34

F

8x8E

200-

8x8F

1

-24x24

C

3

33

1 1

6"ø SA

8"øG

135

(TYP 5)

34x20 SA

6

8x8E

200

8x8E

200

5

5

7

7

1" CD1" CD 1" CD

1" CD

1" CD

1" CD

1" CD

20x22 RA

88

44x16 RA 44x16 SA

10"Ø OA

RE: M-201

RE: M-202

RE: M-201

RE: M-202

26x20 RA

10"øA

270

10"øA

260

10"øA

235

10"øA

230

24x16 RA

10"øA

235

10"øA

230

10"øA

235

10"øA

23010"ø

A230

10"øA

235

10"øA

250

10"øA

23510"ø

A235

10"øA

23010"ø

A230

10"øA

250

10"øA

235

10"øA

230

10"øA

235

10"øA

230

26x20 RA

18x16 RA

20x18 RA

24x14 SA 18x12 SA 18x12 SA 18x12 SA

18x12 SA9 99

99

BOD 12'-0" AFF

BOD 12'-0" AFF

BOD 12'-0" AFF BOD 12'-0"AFF

BOD 12'-0"AFF

10x10E

19510x10

E195

10x10E

19510x10

E195

38x24 RA

9 9 99

BOD 12'-0" AFF BOD 12'-0" AFF

DN DN DN DNDN

DNDN

DNDN DN

12x12 SA

6"øA

1006"ø

A100

1010

DN8"ø

A210

12x12 SA

20x14 SA

24x14 SA

24x14 SA20x14 SA

BOD 12'-0" AFFBOD 12'-0" AFF

11

30x14 RA

12

20x20 SA

10x10 SA

26x16 RA

8

26x26 RA

16x14 EA

12x10 EA12x10 EA

DN

DN

DN

DN

1

12"ø SA

1. CONTRACTOR SHALL MAINTAIN A MINIMUM OF 36" IN FRONT OF ALL ELECTRICAL DISCONNECTS.

2. CONTRACTOR SHALL OBSERVE ALL MANUFACTURER CLEARANCE AND INSTALLATION GUIDELINES FOR MECHANICALEQUIPMENT.

3. CONDENSATE FROM COOLING COILS SHALL BE COLLECTED PER LOCAL CITY REQUIREMENTS.

4. MATERIALS, EQUIPMENT OR LABOR NOT INDICATED BUT WHICH CAN BE REASONABLY INFERRED TO BE NECESSARY FOR ACOMPLETE INSTALLATION SHALL BE PROVIDED. DRAWINGS AND SPECIFICATIONS DO NOT UNDERTAKE TO INDICATEEVERY ITEM OF MATERIAL, EQUIPMENT, OR LABOR REQUIRED TO PRODUCE A COMPLETE AND PROPERLY OPERATINGINSTALLATION.

5. THE DRAWINGS ARE DIAGRAMMATIC AND DO NOT NECESSARILY DEPICT EXACT CONDITIONS. THE LOCATION OFEQUIPMENT, DUCTWORK, ETC. IS APPROXIMATE ONLY. THE DRAWINGS ARE SCHEMATIC IN NATURE AND ARE NOT TO BESCALED. SCALES ARE SHOWN FOR REFERENCE AND APPROXIMATION ONLY. REFER TO THE ARCHITECTURAL DRAWINGSFOR DIMENSIONAL DATA OF BUILDING COMPONENTS.

6. INSTALL ALL DUCTWORK AS TIGHT TO STRUCTURE AS POSSIBLE, IN ORDER TO MAXIMIZE CEILING HEIGHTS.

7. PROVIDE ALL OFFSETS AND TRANSITIONS IN DUCTWORK AS NEEDED TO MAINTAIN CEILING HEIGHTS AND TRANSITIONOVER OR UNDER DUCTWORK AND OTHER BUILDING SYSTEMS, WHETHER SHOWN ON DRAWINGS OR NOT.

8. COORDINATE DUCTWORK WITH STRUCTURE, LIGHTING, SPRINKLERS, ETC. PRIOR TO CONSTRUCTION.

9. CONTRACTOR SHALL MAKE EVERY EFFORT TO INSTALL DUCTWORK IN ORDER TO MINIMIZE DUCT TRANSITIONS, FITTINGS,AND ELBOWS AS MUCH AS POSSIBLE TO REDUCE SYSTEM STATIC PRESSURE.

10. ROUND AND RECTANGULAR ELBOWS SHALL BE IN STRICT CONFORMANCE OF THE SPECIFICATIONS. SEGMENTEDELBOWS ARE NOT ALLOWED.

11. CONVERGING AND DIVERGING AIRFLOWS SHALL BE PROVIDED WITH FITTINGS CONFORMING TO SMACNA'S "HVAC DUCTCONSTRUCTION STANDARDS - METAL AND FLEXIBLE", LATEST EDITION, TO MINIMIZE SYSTEM PRESSURE DROP.

12. NOT ALL VOLUME CONTROL DAMPERS ARE INDICATED ON THE DRAWINGS. PROVIDE DAMPERS PER THE SPECIFICATIONSAND AS REQUIRED FOR BALANCING MAIN AND BRANCH TAKE-OFF AIRFLOWS TO THE DOWNSTREAM CFM SHOWN.

13. CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARING COORDINATION DRAWINGS TO SCALE, AS REQUIRED, USINGINPUT FROM ALL OTHER TRADES PRIOR TO FABRICATION AND INSTALLATION OF DUCTWORK. CONTRACTOR DRAWINGSSHALL INDICATE DUCT INSTALLATION IN CONGESTED SPACES, INDICATING COORDINATION WITH GENERALCONSTRUCTION, BUILDING COMPONENTS, CEILING ELEVATIONS, AND OTHER BUILDING SERVICES. INDICATE PROPOSEDCHANGES TO DUCT LAYOUT.

14. MOUNT THERMOSTATS AT 46" AFF AND 8" FROM THE EDGE OF THE WALL. COORDINATE LOCATIONS WITH OWNER ANDARCHITECT PRIOR TO INSTALLATION.

15. PROVIDE 1" DOOR UNDERCUT UNDER RESTROOM DOORS FOR MAKEUP AIR.

GENERAL NOTES

Last Revision

Date

Project No.

Approved

Checked

Drawn

printedTRUE NORTH PLAN NORTH

KEY PLAN

B

A

No. Date Revision

280

8 F

airm

o unt

Str

eet,

Su

ite 3

00

330

0 W

est

7th

Str

eet

, Sui

te 1

10D

alla

s, T

exa

s 7

5201

| 2

14.3

03.1

500

Fo

rt W

ort

h, T

exas

76

107

| 8

17.

303.

150

0

5/11/2016 12:26:24 PM

FLOOR PLANAREA A -

MECHANICAL

M-201


CE

NTR

AL

BA

PTI

ST

CH

UR

CH

CH

ILD

RE

NS

BU

ILD

ING

1991

FM

158

, BR

YA

N, T

X 7

7845

15187.00

WAS

JRM

RAC

05/11/2016

Scale: 3/32" = 1'-0"

1FLOOR PLAN - AREA A -

MECHANICAL

KEYNOTES(THISSHEET)

KEYVALUE NOTE1 OFFSET, TRANSITION AND CONNECT SUPPLY AND RETURN DUCTWORK UP TO ROOFTOP UNIT.2 OFFSET, TRANSITION AND CONNECT EXHAUST DUCT UP TO FAN ON ROOF.3 REFER TO ARCHITECTURAL ELEVATIONS FOR AIR DEVICE LOCATIONS.4 REFER TO ARCHITECTURAL FOR LOUVER LOCATIONS. MAINTAIN 10' BETWEEN INTAKE AND EXHAUST.5 CONDENSATE DRAIN DOWN TO TAILPIECE. COORDINATE WITH PLUMBING FOR LOCATION.6 ROUTE RETURN DUCT BELOW SUPPLY AND TURN UP TO CONNECT GRILLES TO BOTTOM OF DUCT.7 ROUTE CONDENSATE TO HUB DRAIN ABOVE CEILING. TERMINATE 1" ABOVE DRAIN. REFER TO PLUMBING FOR EXACT

LOCATION.

8 ROUTE DUCT BELOW STRUCTURE. TURN UP AFTER STRUCTURE TO AVOID CONFLICTS WITH CEILING, LIGHTS, ETC.9 SLOPE DOWN AND ROUTE DUCT BELOW JOIST. TRANSITION TO ROUND DUCT AND TURN UP AFTER WALL

PENETRATION.

10 RETURN DUCT OPEN TO PLENUM. PROVIDE WIRE MESH SCREEN ON OPENING.11 ROUTE RETURN DUCTWORK BELOW SUPPLY DUCTWORK. OFFSET, TRANSITION AND CONNECT TO RETURN GRILLE.12 RETURN DUCT TURNED UP AFTER JOIST.

PRE-SCHOOLB166

PRE-SCHOOLB168

RRB167 BREAK RM

112A

IT/AVL111

ELEC110

JAN109

RESOURCEA135

WOMENA134

MENSB103

WOMENB102

MENSA133

FIRST AID108

MOTHERSB101

CORR.B100b

ACTIVITYA132

INDOOR PLAY107 CHECK-IN

106COMMONS

101

CORRIDORB100a

STORB157CORR.

B100r

OPEN AREAB100p

PRE-SCHOOLB155

PRE-SCHOOLB152

PRE-SCHOOLB150

RRB151

PRE-SCHOOLB153

RRB154

STORB149

ELEC.B148

PRE-SCHOOLB147

RRB146 PRE-SCHOOL

B145

OPEN AREAB100n

OFFICESB144

CORRB100m

OFFICEB139

OFFICEB138

OFFICEB137

OFFICESB142

RESOURCEB143

ADULT RRB141

ADULT RRB140

LAUNDRYB136

STORAGEB126

PRE-SCHOOLB129 PRE-SCHOOL

B127

RRB128

PRE-SCHOOLB125

PRE-SCHOOLB123

RRB124

STORB121

FIRE RISERB122

NURSERYB110

NURSERYB109

NURSERYB108

NURSERYB107

NURSERYB106

OPEN AREAB100d

PRE-SCHOOLB118

PRE-SCHOOLB120

RRB119

OPEN AREAB100g

CORRIDORB100h

STROLLERSTORAGE

B116

NURSERY PLAYB111

NURSERYB115

NURSERYB112

NURSERYB114 NURSERY

B113

NURSERYB104

VEST100

RESOURCEB132

PRE-SCHOOLLARGE GROUP

B130

PRE-SCHOOLPLAYB133

RRB135

STORB134

STORB131

CORR.B100k

PRE-SCHOOLPLAYB162

PRE-SCHOOLB161

PRE-SCHOOLB159

PRE-SCHOOLB165 PRE-SCHOOL

B163

RRB164

PRE-SCHOOLLARGE GROUP

B156

C E F G H JD KH.1F.1C.1 D.8 E.6 H.5

5.8

G.7 J.8G.2G.1C.9

1

A

2

3

4

5

BA.1

EH1

WAH2

WAH1

WAH3

DRYER VENT CAP.REFER TO DETAIL.

10"øA

275

10"øA

275

6"øB

40 10"øA

255

8x8D

150

-12x12

C

10"øA

255

-12x12

C

10"øA

365

10"øA

365 -14x14

C

10"øA

230

6"øB

80

6"øB

80 6"øB

80

6"øB

808x8

D150

8x8D

150

8x8D

150

8x8D

150

6x6D

50

-8x8

C

22x20 SA

14x16 RA

24x20 RA

10x12 SA 14x12 SA 18x10E

500

18x10E

500

10"øA

300

10"øA

300

6"øA

506"ø

A90

6"øA

80

-8x8

C

-8x8

C

-12x12

C

-36x36

F

12x12 SA

16x16 SA

12x12 SA

18x10E

50018x10

E500

18x10E

50018x10

E500

1

20x20 RA

-24x24

C

-24x24

C

26x16 RA

T

T

T

T

T

T

T

T T

T

48x18E

2300

30x12E

1350

30x12E

1350

2

2

2

2

(TYP.)

14x14 SA16x16 SA

16x16 SA 14x14 SA

8"øA

185

8"øA

185

8"øA

180

8"øA

180

8"øA

195

8"øA

195

-14x14

C-

14x14C

-10x10

C

2

3

331

1

1

1

1

6"øB

40

6"øB

40

6"øB

40

8x8D

75

8x8D

150

8x8D

150

18x18 RA

10"øA

250

10"øA

25010"ø

A250

10"øA

250

10"øA

23510"ø

A235

10"øA

23510"ø

A235

8"øA

110

6"øA

50

-12x12

C

-

12x12C

-12x12

C

-12x12

C-

12x12C

-12x12

C

1

NURSERYB105

RES.B117

10"øA

310

8"øA

150

8"øA

150

8"øA

150

8"øA

125

-16x16

C

-16x16

C

-16x16

C

-16x16

C

18x18 SA

20x20 SA

16x14 SA

20x18 SA

10x12 SA

16x16 SA

12x12 RA

12x12 RA

14x12 SA

28x2

4 S

A

16x16 SA

14x12 SA

12x14 EA

8x8 EA

6x10 EA

12x12 EA 8x12 EA

10x10 EA 10x10 EA

8x8 EA8x8 EA

16x14 SA

14x12 SA

10x1

2 S

A

10x12 EA

8x8 EA

10x10 EA

6x6D

75

8x12 EA

6x10 EA8x8 EA

6x6D

75

6x6D

75

8x8D

1508x8

D150

8x12 EA

8x8 EA

8x8D

150

8x8 EA

10x12 EA

8x8D

150

8x8D

150

8x8D

150

8x8 EA 8x8 EA

10x10 RA

10x14 EA

24x20 SA

12x12 SA

10"øA

300

10"øA

300

16x14 SA

10"øA

295

10"øA

295

6"øB

50

8x12 SA

10x12 SA6x12 SA

10"øA

23010"ø

A230

6"øB

50

10"øA

23010"ø

A230

6"øA

90

-8x8

C

18x16 SA

10"øA

325

10"øA

325 6"øB

50

10"øA

300

10"øA

300

12x12 SA16x14 SA

16x14 SA

-10x10

C

-10x10

C

18x14 RA

18x14 RA

-16x16

C-

16x16C-

16x16C -

16x16C

16x14 RA

26x20 RA

1

10"øA

23010"ø

A230

10"øA

230

6"øB

356"ø

B35

6"øA

9510"ø

A2708"ø

A110

10"øA

270 16x16 SA18x16 RA

-10x10

C

-10x10

C

-10x10

C

-10x10

C

-10x10

C

-10x10

C

14x12 RA14x12 SA

8x12 SA

6"øA

95

10"øA

240

28x16 SA

10"øA

240

10"øA

290

10"øA

290

10"øA

300

10"øA

300

6"øB

50

12"øA

410

6"øA

80

10"øA

240

10"øA

240

20x16 SA

14x12 SA

12x12 SA

10x12 SA

-16x16

C -16x16

C

-8x8

C

-16x16

C

-

16x16C

-16x16

C

16x16 RA

22x20 RA

6"øB

50

6"øA

50

4

10"øA

235

10"øA

235

10"øA

235

6"øB

50

10"øA

235

10"øA

290

10"øA

290

10"øA

290

10"øA

29010"ø

A350

10"øA

350

6x12 SA

12x12 SA

6x12 SA

12x12 SA

6x12 SA

12x12 SA

-12x12

C-

12x12C

-12x12

C

24x18 RA

-8x8

C-

12x12C -

12x12C

16x16 RA

12x12 SA

8x12 SA

20x18 SA

14x14 SA 12x12 SA

10"øA

32510"ø

A325

10"øA

325

10"øA

325

12"øA

480

12"øA

480

12"øA

480

12"øA

480

12"øA

50012"ø

A500

12"øA

500

10"øA

31010"ø

A310

10"øA

31010"ø

A310

10"øA

31010"øA

310

10"øA

310

34x26 SA

12"ø SA

12x12 SA

16x14 SA

14x12 SA

-

24x24C

-24x24

C

12x12 SA

20x18 SA 24x22 SA24x22 SA

8"ø SA

5

31

3/4" CD

6

3/4" CD

7 7

-

24x24C

-24x24

C

-24x24

C

-24x24

C

RTU-7

RTU-8

RTU-9

RTU-12T

RTU-13

RTU-14

RTU-15

RTU-16

RTU-17

RTU-18RTU-19

8"øA

185

8"øA

185

8"øA

190

8"øA

190

-24x24

C

-24x24

C

PANTRY112B

18x16 RA

34x20 SA

26x26 RA

16x16 RA

10x12 SA

8x10 SA

(TYP 4)

(TYP 4)

(TYP 4)

(TYP 4)

1

34x26 RA

ADULT RRB169

STORB171

ADULT RRB170

8x8D

75

6"øB

50

8x6 EA

8x6 EA

8x8D

75

6"øB

5014x16 SA

3/4" CD

6

6

7

6

1" CD

1" CD1" CD

1" CD

1" CD

1" CD

1" CD

1" CD

1" CD

1" CD

1" CD

RE: M-201

RE: M-202

RE: M-201

RE: M-202

DN

12x12 RA

DN14x14 RA

DN

12x14 SA

12"ø SA

24x16 RA18x18 SA

22x18 RA

12x12 RA

12x12 RA

DN

DN

DN

DN8

DN

DNDN

DN

RRB160

RRB158

STORB165b

10"øA

23010"ø

A230

10"øA

230

10"øA

230

10"øA

23010"øA

230

-20x20

C

-20x20

C

8"øA

175

8"øA

175

8"øA

175

8"øA

175

8"øA

175

8"øA

175

6"øB

40

-16x16

C

10"øA

235

10"øA

235 10"øA

2356"øB

40

10"øA

235

-16x16

C-

16x16C

10"øA

235

10"øA

235 10"øA

235

10"øA

235

-16x16

C

6"øB

40

6"øB

40

6"øB

40

6

20x14 SA14x14 SA

8x12 SA

10x12 SA

6x12 SA

10x12 SA

6x12 SA 6x12 SA

10x12 SA 10x12 SA

6x12 SA

26x1

4 R

A

28x20 SA

18x18 SA

8x10 SA14x12 SA

20x12 SA

24x2

2 R

A

34x24 RA

18x12 RA

30x24 SA

1

DN

12x12 RA12x12 RA

8x8 EA10x6 EA

DN

DN

DN

DN

DN

DN DN

DN




4. MATERIALS, EQUIPMENT OR LABOR NOT INDICATED BUT WHICH CAN BE REASONABLY INFERRED TO BE NECESSARY FOR ACOMPLETE INSTALLATION SHALL BE PROVIDED. DRAWINGS AND SPECIFICATIONS DO NOT UNDERTAKE TO INDICATEEVERY ITEM OF MATERIAL, EQUIPMENT, OR LABOR REQUIRED TO PRODUCE A COMPLETE AND PROPERLY OPERATINGINSTALLATION.

5. THE DRAWINGS ARE DIAGRAMMATIC AND DO NOT NECESSARILY DEPICT EXACT CONDITIONS. THE LOCATION OFEQUIPMENT, DUCTWORK, ETC. IS APPROXIMATE ONLY. THE DRAWINGS ARE SCHEMATIC IN NATURE AND ARE NOT TO BESCALED. SCALES ARE SHOWN FOR REFERENCE AND APPROXIMATION ONLY. REFER TO THE ARCHITECTURAL DRAWINGSFOR DIMENSIONAL DATA OF BUILDING COMPONENTS.

6. INSTALL ALL DUCTWORK AS TIGHT TO STRUCTURE AS POSSIBLE, IN ORDER TO MAXIMIZE CEILING HEIGHTS.

7. PROVIDE ALL OFFSETS AND TRANSITIONS IN DUCTWORK AS NEEDED TO MAINTAIN CEILING HEIGHTS AND TRANSITIONOVER OR UNDER DUCTWORK AND OTHER BUILDING SYSTEMS, WHETHER SHOWN ON DRAWINGS OR NOT.

8. COORDINATE DUCTWORK WITH STRUCTURE, LIGHTING, SPRINKLERS, ETC. PRIOR TO CONSTRUCTION.

9. CONTRACTOR SHALL MAKE EVERY EFFORT TO INSTALL DUCTWORK IN ORDER TO MINIMIZE DUCT TRANSITIONS, FITTINGS,AND ELBOWS AS MUCH AS POSSIBLE TO REDUCE SYSTEM STATIC PRESSURE.

10. ROUND AND RECTANGULAR ELBOWS SHALL BE IN STRICT CONFORMANCE OF THE SPECIFICATIONS. SEGMENTEDELBOWS ARE NOT ALLOWED.

11. CONVERGING AND DIVERGING AIRFLOWS SHALL BE PROVIDED WITH FITTINGS CONFORMING TO SMACNA'S "HVAC DUCTCONSTRUCTION STANDARDS - METAL AND FLEXIBLE", LATEST EDITION, TO MINIMIZE SYSTEM PRESSURE DROP.

12. NOT ALL VOLUME CONTROL DAMPERS ARE INDICATED ON THE DRAWINGS. PROVIDE DAMPERS PER THE SPECIFICATIONSAND AS REQUIRED FOR BALANCING MAIN AND BRANCH TAKE-OFF AIRFLOWS TO THE DOWNSTREAM CFM SHOWN.


14. MOUNT THERMOSTATS AT 46" AFF AND 8" FROM THE EDGE OF THE WALL. COORDINATE LOCATIONS WITH OWNER ANDARCHITECT PRIOR TO INSTALLATION.

15. PROVIDE 1" DOOR UNDERCUT UNDER RESTROOM DOORS FOR MAKEUP AIR.

GENERAL NOTES

Last Revision

Date

Project No.

Approved

Checked

Drawn


KEY PLAN

B

A

No. Date Revision

280

8 F

airm

o unt

Str

eet,

Su

ite 3

00

330

0 W

est

7th

Str

eet

, Sui

te 1

10D

alla

s, T

exa

s 7

5201

| 2

14.3

03.1

500

Fo

rt W

ort

h, T

exas

76

107

| 8

17.

303.

150

0

5/11/2016 12:26:34 PM

FLOOR PLANAREA B -

MECHANICAL

M-202


CE

NTR

AL

BA

PTI

ST

CH

UR

CH

CH

ILD

RE

NS

BU

ILD

ING

1991

FM

158

, BR

YA

N, T

X 7

7845

15187.00

WAS

JRM

RAC

05/11/2016

Scale: 3/32" = 1'-0"

1FLOOR PLAN - AREA B -

MECHANICAL

KEYNOTES(THISSHEET)

KEYVALUE NOTE1 OFFSET, TRANSITION AND CONNECT SUPPLY AND RETURN DUCTWORK UP TO ROOFTOP UNIT.2 REFER TO ARCHITECTURAL ELEVATIONS FOR AIR DEVICE LOCATIONS.3 OFFSET, TRANSITION AND CONNECT EXHAUST DUCT UP TO FAN ON ROOF.4 COORDINATE LOCATION OF HEATER WITH SPRINKLER CONTRACTOR PRIOR TO INSTALLATION. MOUNT HEATER 24"

AFF.

5 4" ROUND DRYER EXHAUST DUCT FROM VENT BOX ROUTED TO EXTERIOR WALL CAP.6 CONDENSATE DRAIN DOWN TO TAILPIECE. COORDINATE WITH PLUMBING FOR LOCATION.7 CONDENSATE DRAIN DOWN TO JANITOR SINK. COORDINATE WITH PLUMBING FOR EXACT LOCATION.8 ROUTE DUCT THROUGH OPENING IN JOIST.

6

7

9

C E F G H JD K

8

H.1F.1C.1 D.8 E.6 H.5

5.8

G.7 J.8G.2G.1C.9

RTU1

RTU2

RTU5

RTU6

RTU9

RTU10

RTU11

EF1

EF2

EF3

HP1

CU4

RTU4

RTU3

1

(TYP.)

2

(TYP.)

3

3 3

3

3

3

3

3

1" CD

RE: M-301

RE: M-302

RE: M-301

RE: M-302

EQUIPMENT CURB.REFER TO DETAIL


2. REFER TO ARCHITECTURAL PLANS FOR EXACT PLACEMENT OF MECHANICAL EQUIPMENT ON ROOF. COORDINATE WITHSTRUCTURAL.



5. MATERIALS, EQUIPMENT OR LABOR NOT INDICATED BUT WHICH CAN BE REASONABLY INFERRED TO BE NECESSARY FOR ACOMPLETE INSTALLATION SHALL BE PROVIDED. DRAWINGS AND SPECIFICATIONS DO NOT UNDERTAKE TO INDICATE EVERYITEM OF MATERIAL, EQUIPMENT, OR LABOR REQUIRED TO PRODUCE A COMPLETE AND PROPERLY OPERATINGINSTALLATION.

6. THE DRAWINGS ARE DIAGRAMMATIC AND DO NOT NECESSARILY DEPICT EXACT CONDITIONS. THE LOCATION OFEQUIPMENT IS APPROXIMATE ONLY. THE DRAWINGS ARE SCHEMATIC IN NATURE AND ARE NOT TO BE SCALED. SCALESARE SHOWN FOR REFERENCE AND APPROXIMATION ONLY. REFER TO THE ARCHITECTURAL DRAWINGS FOR DIMENSIONALDATA OF BUILDING COMPONENTS.


8. FALL PROTECTION BY OTHERS MAINTAIN 42" HIGH RAILING OR KEEP EQUIPMENT 10'-0" AWAY FROM EDGE OF BUILDING.

GENERAL NOTES

Last Revision

Date

Project No.

Approved

Checked

Drawn


KEY PLAN

B

A

No. Date Revision

280

8 F

airm

o unt

Str

eet,

Su

ite 3

00

330

0 W

est

7th

Str

eet

, Sui

te 1

10D

alla

s, T

exa

s 7

5201

| 2

14.3

03.1

500

Fo

rt W

ort

h, T

exas

76

107

| 8

17.

303.

150

0

5/11/2016 12:26:40 PM

ROOF PLAN AREAA - MECHANICAL

M-301


CE

NTR

AL

BA

PTI

ST

CH

UR

CH

CH

ILD

RE

NS

BU

ILD

ING

1991

FM

158

, BR

YA

N, T

X 7

7845

15187.00

WAS

JRM

RAC

05/11/2016

KEYNOTES(THISSHEET)

KEYVALUE NOTE1 MANUFACTURERS RECOMMENDED SERVICE CLEARANCE.2 10' OUTSIDE AIR CLEARANCE. EXHAUST AND PLUMBING VENTS SHALL NOT BE LOCATED IN THIS AREA.3 ROUTE CONDENSATE DOWN THROUGH ROOF CURB.

Scale: 3/32" = 1'-0"

1 ROOF PLAN - AREA A - MECHANICAL

C E F G H JD KH.1F.1C.1 D.8 E.6 H.5

5.8

G.7 J.8G.2G.1C.9

1

A

2

3

4

5

BA.1

RTU12

RTU17

EF3

EF4

EF5

EF6

CU1

CU2

CU3

RTU6

RTU7

RTU8

RTU13

RTU14

RTU15

RTU19

RTU18RTU

16

1

2

(TYP.)

(TYP.)

3

3

3

3

3

3

33

3

3

3

RE: M-301

RE: M-302

RE: M-301

RE: M-302




2. REFER TO ARCHITECTURAL PLANS FOR EXACT PLACEMENT OF MECHANICAL EQUIPMENT ON ROOF. COORDINATE WITHSTRUCTURAL.



5. MATERIALS, EQUIPMENT OR LABOR NOT INDICATED BUT WHICH CAN BE REASONABLY INFERRED TO BE NECESSARY FOR ACOMPLETE INSTALLATION SHALL BE PROVIDED. DRAWINGS AND SPECIFICATIONS DO NOT UNDERTAKE TO INDICATE EVERYITEM OF MATERIAL, EQUIPMENT, OR LABOR REQUIRED TO PRODUCE A COMPLETE AND PROPERLY OPERATINGINSTALLATION.

6. THE DRAWINGS ARE DIAGRAMMATIC AND DO NOT NECESSARILY DEPICT EXACT CONDITIONS. THE LOCATION OFEQUIPMENT IS APPROXIMATE ONLY. THE DRAWINGS ARE SCHEMATIC IN NATURE AND ARE NOT TO BE SCALED. SCALESARE SHOWN FOR REFERENCE AND APPROXIMATION ONLY. REFER TO THE ARCHITECTURAL DRAWINGS FOR DIMENSIONALDATA OF BUILDING COMPONENTS.


8. FALL PROTECTION BY OTHERS MAINTAIN 42" HIGH RAILING OR KEEP EQUIPMENT 10'-0" AWAY FROM EDGE OF BUILDING.

GENERAL NOTES

Last Revision

Date

Project No.

Approved

Checked

Drawn


KEY PLAN

B

A

No. Date Revision

280

8 F

airm

o unt

Str

eet,

Su

ite 3

00

330

0 W

est

7th

Str

eet

, Sui

te 1

10D

alla

s, T

exa

s 7

5201

| 2

14.3

03.1

500

Fo

rt W

ort

h, T

exas

76

107

| 8

17.

303.

150

0

5/11/2016 12:26:47 PM

ROOF PLAN AREAB - MECHANICAL

M-302


CE

NTR

AL

BA

PTI

ST

CH

UR

CH

CH

ILD

RE

NS

BU

ILD

ING

1991

FM

158

, BR

YA

N, T

X 7

7845

15187.00

WAS

JRM

RAC

05/11/2016

KEYNOTES(THISSHEET)

KEYVALUE NOTE1 MANUFACTURERS RECOMMENDED SERVICE CLEARANCE.2 10' OUTSIDE AIR CLEARANCE. EXHAUST AND PLUMBING VENTS SHALL NOT BE LOCATED IN THIS AREA.3 ROUTE CONDENSATE DOWN THROUGH ROOF CURB.

Scale: 3/32" = 1'-0"

1 ROOF PLAN - AREA B - MECHANICAL

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