Attachment B -.pdf

T

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MOUNTING HEIGHTS:

1. MOUNT ALL THERMOSTATS AT 54 INCHES AFF, UNLESS NOTED OTHERWISE.

CONTROL WIRING:

1. PROTECT ALL EXPOSED CONTROL AND LOW VOLTAGE WIRING BY

INSTALLING WITHIN EMT CONDUIT.

SUBMITTALS:

1. REFER TO GENERAL NOTES FOR SUBMITTAL REQUIREMENTS.

2. PROVIDE SEPARATE SUBMITTAL FOR EACH CATEGORY GROUP OR

SCHEDULE OF ITEMS.

3. AT MINIMUM, PROVIDE SUBMITTALS FOR THE FOLLOWING:

a. FANS.

b. PUMPS.

c. BOILERS.

d. HYDRONIC SPECIALTIES.

e. PACKAGED EQUIPMENT.

f. CONTROLS PACKAGES.

g. PIPE AND PIPE INSULATION MATERIALS AND METHODS.

h. TEST AND BALANCE REPORTS.

i. TERMINAL UNITS.

j. STARTUP AND VERIFICATION DATA.

k. PROJECT SPECIFIC MULTI-ZONE HEAT PUMP PIPING LAYOUT (SEE

VRF SYSTEM NOTE).

TEST AND BALANCE:

1. PERFORM TESTING, ADJUSTING AND BALANCING (TAB) BY AN AABC, NEBB,

OR TABB AGENCY WITH CURRENT CERTIFICATION.

2. TAB INCLUDES BUT IS NOT LIMITED TO (WHEN PRESENT): ADJUSTING AND

RESHEAVING FANS, AIR HANDLING EQUIPMENT, PUMPS, AIR TERMINAL UNITS

AND DEVICES, CALIBRATING THERMOSTATS, BALANCING VALVES, PRESSURE

RELATIONSHIPS, OUTSIDE AIR DAMPERS, AND MEASURING MOTOR

ELECTRICAL CHARACTERISTICS.

3. AIRSIDE TOLERANCES:

a. SUPPLY, RETURN, AND EXHAUST FANS AND EQUIPMENT WITH FANS:

MINUS 5 TO PLUS 10 PERCENT.

b. AIR OUTLETS AND INLETS: 0 TO MINUS 10 PERCENT.

4. HYDRONIC TOLERANCES: CHECK THE SUM OF BRANCH-CIRCUIT FLOWS

AGAINST APPROVED PUMP FLOW RATE.

a. HEATING-WATER FLOW RATE: 0 TO MINUS 10 PERCENT.

b. COOLING-WATER FLOW RATE: 0 TO MINUS 5 PERCENT.

5. INDICATE % DISCREPANCY BETWEEN ACTUAL AND DESIGN VALUES FOR

EACH OF THE FOLLOWING (WHEN PRESENT WITH A SPECIFIED

VALUE/SETTING), AT MINIMUM:

a. DIFFUSER/REGISTER/GRILLE/LOUVER.

b. FAN.

c. PUMP.

d. HYDRONIC BALANCING VALVE, VENTURI, OR CIRCUIT SETTER.

6. BALANCE AIR AND WATER FLOWS TO VALUE SHOWN AT THE TERMINAL

DEVICE UNLESS NOTED OTHERWISE. TERMINAL VALUES MAY DIFFER FROM

CENTRAL EQUIPMENT VALUES OR CAPACITIES.

PENETRATIONS AND RATED ASSEMBLIES:

1. INSTALL COMBINATION FIRE/SMOKE DAMPERS AT ALL REQUIRED RATED

WALL PENETRATIONS AND BE WIRED INTO THE FIRE ALARM PANEL BY THE

ELECTRICAL AND/OR FIRE ALARM PANEL CONTRACTOR. COORDINATE TO

PROVIDE MOTOR VOLTAGE TO MATCH THAT OF THE FIRE ALARM PANEL.

INSTALL PER THE MANUFACTURER'S INSTRUCTIONS AND THE ADOPTED

CODE.

2. FIRE DAMPERS AND FIRE SMOKE DAMPERS SHALL BE UL LISTED AND

INSTALLED PER THE MANUFACTURER'S INSTRUCTIONS AND THE ADOPTED

CODE.

3. PROVIDE FIRE STOP MATERIAL TO SEAL AROUND DUCT AND PIPE

PENETRATIONS THROUGH RATED PARTITIONS AND ASSEMBLIES, IN

ACCORDANCE WITH THE ADOPTED CODE.

MECHANICAL SPECIFICATIONS

VARIABLE REFRIGERANT FLOW (VRF) SYSTEMS:

1. CONSTRUCT ALL PIPING IN ACCORDANCE WITH THE MATERIALS,

FITTINGS, METHODS, AND INSULATION REQUIREMENTS, AS

INDICATED ELSEWHERE WITHIN THE PROJECT DOCUMENTS.

2. INSTALL REFRIGERATION SPECIALTIES IN ACCORDANCE WITH

MANUFACTURER'S INSTRUCTIONS.

3. PIPING INSTALLATION SHALL NOT EXCEED EQUIPMENT

MANUFACTURER MAXIMUM VERTICAL AND HORIZONTAL LENGTHS.

CONTRACTOR TO VERIFY FINAL LENGTHS ARE IN ACCORDANCE WITH

MANUFACTURER SPECIFICATIONS PRIOR TO PURCHASING AND

INSTALLATION.

4. PROVIDE FACTORY STARTUP ON COMPLETE SYSTEM.

5. REFRIGERANT PIPING AS SPECIFIED BY PROJECT SPECIFIC LAYOUT

AND COMPUTER GENERATED BILL OF MATERIALS FROM

MANUFACTURER. REFER TO PLANS AND RELATED SCHEDULES FOR

ADDITIONAL INFORMATION

ELECTRICAL ROOMS:

1. ONLY PIPING DEDICATED TO EQUIPMENT SERVING OR

CONDITIONING AN ELECTRICAL ROOM MAY BE INSTALLED IN THE

ELECTRICAL ROOM. IN SUCH CASES, PROVIDE SECONDARY

CONTAINMENT TO PREVENT LEAKS AND/OR CONDENSATION, VIA

SECONDARY CONTAINMENT BENEATH THE PIPE, WITH AUDIBLE

ALARM UPON LEAK DETECTION OR VISUAL "TELL TALE" DRAIN

TERMINATION LOCATION. REFERENCE NEC 110. IN NO CASE MAY

PIPING OR DUCTWORK BE INSTALLED DIRECTLY ABOVE ELECTRICAL

EQUIPMENT WITHIN THE SPACE.

SYSTEM REFRIGERANT BASIS OF DESIGN:

1. THE REFRIGERANT SYSTEMS AND DESIGN SPECIFIED FOR THIS

PROJECT ARE BASED ON R410A. NOTIFY ENGINEER IN WRITING OF

ANY DEVIATION FROM R410A, AND AWAIT FURTHER DIRECTION

BEFORE PROCEEDING.

KEYNOTE TAG

REVISION TAG

EQUIPMENT TAG

REFER TO EQUIPMENT SCHEDULE

REFERENCE EQUIPMENT TAG

SPECIFIED BY ANOTHER DISCIPLINE

GRILLE, REGISTER, DIFFUSER TAG

AA-#-###

AA-#-###

NEW, OR OTHER ACTION ITEMS

(Solid dark lines)

ITEMS TO BE DEMOLISHED

(Dashed dark lines on demo plans)

EXISTING ITEMS TO REMAIN

(Solid light lines and text)

CONNECT NEW TO EXISTING

Type

CFM

Size reference info

ANNOTATION SYMBOLS

LINETYPES / PHASING

MECHANICAL SYMBOL LEGEND

TEMPERATURE SENSOR

THERMOSTAT

MOTORIZED DAMPER

DEVICE SYMBOLS

SUPPLY / DRAIN

RETURN

BELOW GRADE

PIPING LINE TYPES

SYSTEM TYPE

SYSTEM TYPE

SYSTEM TYPE

C CONDENSATE

CA COMPRESSED AIR

CD GRAVITY FLOW CONDENSATE DRAIN

PCD PUMPED CONDENSATE DRAIN

CH CHILLED WATER

CW CONDENSATE WATER

HW HEATING WATER

RL/RS REFRIGERANT LINESET

RS REFRIGERANT SUCTION

RL REFRIGERANT LIQUID

SM SNOWMELT

HR HEAT RECOVERY

HPS HIGH PRESSURE STEAM

MPS MEDIUM PRESSURE STEAM

LPS LOW PRESSURE STEAM

HGBP HOT GAS BYPASS

PIPE SYSTEM TYPE ABBREVIATIONS

2-WAY VALVE

3-WAY VALVE

ISOLATION VALVE

BALANCING VALVE

TEMP. AND PRESSURE RELIEF VALVE

CHECK VALVE

VALVE SYMBOLS

FLOW SWITCH

PRESSURE GAUGE

PRESSURE AND TEMPERATURE TAP

THERMOMETER

CONTROL & INSTRUMENTATION SYMBOLS

HYDRONIC SPECIALTIES SYMBOLS

AIR VENT

STRAINER

COUPLING & CONNECTOR SYMBOLS

FLANGED CONNECTION

UNION

EQUIPMENT SYMBOLS

PUMP

DUCT SYSTEM TYPE ABBREVIATIONS

FV FLUE VENT

CA COMBUSTION AIR

OA OUTSIDE AIR (UNCONDITIONED)

FA FRESH AIR (CONDITIONED)

SA SUPPLY AIR

RA RETURN AIR

EA EXHAUST (GENERAL)

GE GREASE EXHAUST

TA TRANSFER AIR

DEFINITIONS:

1. CONTRACTOR: THE ENTITY BINDED BY THE PRIME AGREEMENT WITH

THE CLIENT TO PERFORM THE TASKS INDICATED IN THE CONTRACT

DOCUMENTS. THE TERM CONTRACTOR INCLUDES AND IMPLIES ANY

RELEVANT SUB-CONTRACTOR THAT MAY BE PERFORMING THE

ACTUAL TASK UNDER THE CONTRACTOR’S DIRECTION.

2. CONTRACT DOCUMENTS: THE COMPLIMENTARY COLLECTION OF

DRAWINGS, SPECIFICATIONS, AND PROJECT MANUAL, WHICH ARE

DIRECTED TO THE CONTRACTOR, UNDER THE PRIME AGREEMENT.

3. FURNISH: TO SUPPLY, DELIVER, UNLOAD, AND INSPECT FOR DAMAGE.

4. INSTALL: TO UNPACK, ASSEMBLE, ERECT, APPLY, PLACE, FINISH,

CURE, PROTECT, CLEAN, START UP, AND MAKE READY FOR USE.

5. PROVIDE: TO FURNISH AND INSTALL.

6. SUPPLY: SAME AS FURNISH.

7. PRODUCT: MATERIAL, MACHINERY, COMPONENTS, EQUIPMENT,

FIXTURES, AND SYSTEMS FORMING THE WORK RESULT. NOT

MATERIALS OR EQUIPMENT USED FOR PREPARATION, FABRICATION,

CONVEYING, OR ERECTION AND NOT INCORPORATED INTO THE WORK

RESULT. PRODUCTS MAY BE NEW, NEVER BEFORE USED, OR RE-USED

MATERIALS OR EQUIPMENT.

8. PROJECT MANUAL: THE BOOK-SIZED VOLUME THAT INCLUDES THE

PROCUREMENT REQUIREMENTS (IF ANY), THE CONTRACTING

REQUIREMENTS, AND THE SPECIFICATIONS.

NATURE AND USE OF CONTRACT DOCUMENTS:

1. IF ANY DISCREPANCY IS FOUND WITHIN THE CONTRACT DOCUMENTS

DURING CONSTRUCTION, SUBMIT AN RFI TO THE ENGINEER FOR

DIRECTION BEFORE PROCEEDING. IF A DISCREPANCY IS FOUND

DURING BIDDING, AND THE DESIGN TEAM DOES NOT PROVIDE A

RESOLUTION BY THE FINAL ADDENDUM, BASE THE BID ON THE MORE

COSTLY INTERPRETATION. FAILING TO DO SO WILL NOT BE

CONSIDERED A VALID BASIS FOR CHANGE ORDERS DURING

CONSTRUCTION.

2. THE CONTRACTOR IS RESPONSIBLE FOR PROVIDING COMPLETE

CONTRACT DOCUMENTS TO ALL TRADES, AND FOR COORDINATING

BETWEEN ALL TRADES TO ENSURE PROPER INSTALLATION OF

COMPLETE AND FUNCTIONAL SYSTEMS AS SHOWN ON THE CONTRACT

DOCUMENTS.

3. THE CONTRACTOR IS RESPONSIBLE FOR ALL SCOPES OF WORK,

COMPLETENESS OF BIDS, AND PRICING EXERCISES. FURTHER,

COORDINATION AND DIVISION OF SCOPE AMONGST SUB-

CONTRACTORS IS THE RESPONSIBILITY OF THE CONTRACTOR.

4. DO NOT SCALE DRAWINGS FOR ROUGH-IN MEASUREMENTS OR USE

AS SHOP DRAWINGS. WHERE DRAWINGS ARE REQUIRED FOR THESE

PURPOSES OR HAVE TO BE MADE FROM FIELD MEASUREMENTS, TAKE

THE NECESSARY MEASUREMENTS AND PREPARE THE DRAWINGS.

5. DRAWINGS ARE DIAGRAMMATIC IN NATURE AND DO NOT SHOW

EVERY SYSTEM OFFSET REQUIRED. COORDINATE WITH THE EXISTING

AND NEW STRUCTURE, ELECTRICAL, PLUMBING, FIRE PROTECTION

AND CEILING TO PROVIDE OFFSETS AS REQUIRED AND APPROPRIATE.

CODES, INSPECTIONS, AND PERMITS:

1. PERFORM ALL WORK IN ACCORDANCE WITH THE CODES,

REGULATIONS, AND LOCAL AMENDMENTS, AS CURRENTLY ADOPTED

BY THE AUTHORITY HAVING JURISDICTION (AHJ).

2. IF ANY DISCREPANCIES ARE FOUND BETWEEN CONTRACT

DOCUMENTS AND ANY APPLICABLE CODE OR LEGAL REQUIREMENT,

SUBMIT AN RFI TO ENGINEER FOR DIRECTION BEFORE PROCEEDING.

3. OBTAIN ALL PERMITS AND INSPECTIONS, AND PAY FOR ALL UTILITY

METERS AND UTILITY CONNECTIONS, REQUIRED BY THE AHJ FOR

PROJECT COMPLETION.

WARRANTY:

1. UNCONDITIONALLY GUARANTEE ALL LABOR AND MATERIAL ON ALL

WORK AGAINST DEFECTS IN WORKMANSHIP AND MATERIALS FOR A

PERIOD OF ONE YEAR, FOLLOWING FINAL ACCEPTANCE, EXCEPT AS

EXTENDED BY STANDARD MANUFACTURER WARRANTY AND/OR BY

REQUIRED EXTENSION STATED IN THE CONTRACT DOCUMENTS.

SUBMITTALS AND SUBSTITUTIONS:

1. MEET THE CRITERIA DESCRIBED HEREIN, PRIOR TO ENGINEER'S

REVIEW OF THE SUBMITTAL.

2. REFERENCE EQUIPMENT TAGS PROVIDED IN THE CONTRACT

DOCUMENTS.

3. CLEARLY INDICATE THE INTENDED PRODUCT TYPE, MODE, OPTIONS,

ACCESSORIES (FACTORY AND FIELD INSTALLED), AND ANY OTHER

OPTIONS OF ANY KIND.

4. INDICATE THE PLAN ISSUANCE AND DATE ON WHICH SUBMITTAL IS

BASED.

5. IF PROPOSING A SUBSTITUTION IN PLACE OF THE BASIS OF DESIGN

EQUIPMENT, THE CONTRACTOR IS SOLELY RESPONSIBLE FOR THE

SPATIAL REQUIREMENTS, ACOUSTICAL, THERMAL, PHOTOMETRIC, AND

ELECTRICAL PERFORMANCE CHARACTERISTICS, AND COORDINATION

OF ALL INSTALLATION REQUIREMENTS. REVIEW AND APPROVAL BY

THE DESIGN TEAM DOES NOT ALTER OR MITIGATE THIS

RESPONSIBILITY. CLEARLY MARK SUBSTITUTIONS AS SUCH.

6. DESCRIBE ANY IMPACT TO OTHER DIVISIONS CREATED BY A

PRODUCT SUBSTITUTION ON THE SUBSTITUTION REQUEST FOR

CONSIDERATION BY THE DESIGN TEAM. PROVIDE AN ESTIMATE OF

ASSOCIATED COST IMPACT TO OTHER DIVISIONS WHERE APPLICABLE.

7. INDICATE WHERE PRODUCTS REQUIRE A PERFORMANCE DE-RATE

DUE TO ALTITUDE EFFECTS.

8. RE-SUBMITTALS MUST CONTAIN MARKUPS THAT CLEARLY DELINEATE

THE CHANGED ITEMS. ENGINEER WILL NOT RE-REVIEW THE ENTIRE

SUBMITTAL PACKAGE IN ORDER TO FIND THE CHANGES.

9. ALL DATA REQUIRED FOR REVIEW MUST BE CONTAINED IN THE FILES

PROVIDED TO THE ENGINEER. LINKS TO MANUFACTURER’S WEBSITES

WILL NOT BE ACCEPTED.

10. ROOM SCHEDULES ARE ACCEPTABLE TO INDICATE QUANTITIES.

PROJECT CLOSEOUT REQUIREMENTS:

1. COMPLETE ALL REQUIRED AHJ INSPECTIONS. MAKE COPIES OF

PERMITS AND INSPECTION REPORTS AVAILABLE.

2. PROVIDE A COMPLETE SET OF AS-BUILT PLANS AT THE COMPLETION

OF THE PROJECT WITH ALL CHANGES NOTED.

3. CONDUCT A TRAINING SESSION FOR OWNER’S DESIGNATED STAFF

FOR ALL CONTROLS SYSTEMS AND MAJOR EQUIPMENT. PRODUCE A

SIGN IN SHEET FOR THIS SESSION SHOWING ATTENDEES, DATE, LIST

OF EQUIPMENT AND SYSTEMS COVERED.

4. CLEAN JOB SITE OF ALL CONSTRUCTION DEBRIS, REPAIR ALL

DAMAGED FINISHES. REMOVE ALL EXISTING EQUIPMENT LABELS THAT

ARE NO LONGER ACCURATE, AND INSTALL NEW LABELING FOR NEW

EQUIPMENT AND SYSTEMS.

5. DELIVER EQUIPMENT MANUALS AND ANY REQUIRED SPARE PARTS TO

OWNER.

ACCESS AND CLEARANCES:

1. MAINTAIN ALL SERVICE AND ACCESS CLEARANCES REQUIRED BY

CODE OR MANUFACTURER FOR ALL EQUIPMENT.

2. PROVIDE ACCESS FOR ALL EQUIPMENT, ETC. LOCATED ABOVE NON-

ACCESSIBLE CEILINGS OR IN CONCEALED AREAS. PROVIDE

SUFFICIENT ACCESS FOR SERVICING AND MAINTENANCE.

3. UTILIZE APPROPRIATELY RATED ACCESS PANELS WHEN

PENETRATING A RATED ASSEMBLY.

PENETRATIONS AND RATED ASSEMBLIES:

1. FOR ALL PENETRATIONS OF FIRE RATED ASSEMBLIES, UTILIZE AN

ASSEMBLY UL LISTED TO MAINTAIN THE RATING AND APPROVED BY

ALL APPLICABLE CODES.

STRUCTURAL MODIFICATIONS:

1. DO NOT DRILL, NOTCH, CUT, OR ALTER STRUCTURAL MEMBERS IN

ANY MANNER EXCEPT AS PERMITTED BY THE MATERIAL SPECIFIC

SECTIONS OF THE BUILDING CODE, MANUFACTURER’S GUIDELINES

FOR ENGINEERED PRODUCTS, OR THE RECOMMENDATION OF THE

STRUCTURAL ENGINEER OF RECORD.

SUBSURFACE UTILITIES:

1. PROVIDE MEANS OF TRACING TO ALL UNDGROUND UTILITIES OUTSIDE

THE BUILDING PERIMETER, IN COMPLIANCE WITH SUBSURFACE UTILITY

ENGINEERING REGULATIONS.

2. PRIOR TO TRENCHING OR EXCAVATION, CONTACT UTILITY

COMPANIES TO IDENTIFY UNDERGROUND UTILITIES AND LOCATE

SECONDARY SERVICE FEEDERS, UNDERGROUND BRANCH CIRCUITS,

GAS LINES, SPRINKLER LINES, ETC. ANY CUT OR DAMAGED

UNDERGROUND SYSTEMS TO BE REPAIRED OR REPLACED AT

CONTRACTOR'S EXPENSE.

EXISTING CONDITIONS AND DEMOLITION:

1. VISIT THE SITE AND BECOME FAMILIAR WITH EXISTING CONDITIONS

TO THE EXTENT POSSIBLE BEFORE BEGINNING WORK. IF

DISCREPANCIES ARE FOUND BETWEEN THE CONTRACT DOCUMENTS

AND ACTUAL SITE CONDITIONS, SUBMIT AN RFI TO THE ARCHITECT OR

ENGINEER FOR DIRECTION BEFORE PROCEEDING.

2. COORDINATE IN ADVANCE ALL WORK THAT AFFECTS EXISTING

SYSTEMS OR OPERATIONS (SUCH AS SHUT DOWNS, TIE-INS, OR

DEMOLITION), WITH THE BUILDING OWNER IN ADVANCE.

3. RETURN EXISTING EQUIPMENT NOTED AS TO BE REMOVED TO

OWNER IN THE SAME CONDITION AS FOUND (EXCEPT WHERE

CONTRACT DOCUMENTS CALL FOR DISPOSAL BY CONTRACTOR).

COORDINATE DELIVERY AND STORAGE LOCATION WITH CONTRACTOR.

4. COORDINATE REPAIR OF ADJACENT CONSTRUCTION AND FINISHES

DAMAGED OR EXPOSED DURING DEMOLITION WORK. MATCH EXISTING

FINISHES, AND INCLUDE PAINT ON ENTIRE WALL OR ROOM IF

REQUIRED TO MATCH COLOR.

5. X-RAY ANY SLAB PENETRATIONS PRIOR TO CORE DRILLING.

GENERAL NOTES

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2024-118.003

AC

09-20-2024

TJHBC

MECHANICAL

LEGEND AND

SPECIFICATIONS

M0.01

C O

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MECHANICAL SHEET LIST

Sheet Number Sheet Name

M0.01

MECHANICAL LEGEND AND

SPECIFICATIONS

M0.02 SPECIFICATIONS

M1.01 MAIN LEVEL MECHANICAL HVAC PLAN

M1.02 LOFT LEVEL MECHANICAL HVAC PLAN

M1.11

GARAGE LEVEL MECHANICAL PIPING

PLAN

M1.12 MAIN LEVEL MECHANICAL PIPING PLAN

M1.13 LOFT LEVEL MECHANICAL PIPING PLAN

M2.01 NORTH AND EAST ELEVATIONS

M5.01 MECHANICAL DETAILS

M6.01 MECHANICAL HVAC SCHEDULES

M6.02 MECHANICAL PIPING SCHEDULES

M7.01 DIAGRAMS

M9.01 AXONOMETRICS

D e s c ri p ti o n

D a te

B y

ADOPTED CODES

LOCAL AMENDMENTS CURRENT

AHJ BASALT

NEC 2023

SBRI 2022

SBRII 2022

IECC 2021

ICC 2021

IMC 2021

SITE CONDITIONS

ELEVATION

AIR DENSITY

RATIO

CLIMATE ZONE

WINTER

DESIGN

SUMMER_DESIGN

6700' - 0" 0.776 7 -10 °F 90 °F

9/20/2024

COMBUSTION AIR AND FLUE SPECIFICATION

SYSTEM DESCRIPTION

MAX.

OPERATING GAS

TEMPERATURE

NOMINAL SIZE MANUFACTURER & MATERIAL FITTINGS

TERMINATION AND

ADAPTERS

LISTING

BOILER

HIGH EFFICEINCY

BOILER COMBUSTION

AIR INTAKE AND

VENTING

230F

PER BOILER

SCHEDULE

CENTROTHERM INNOFLUE

SINGLE-WALL RIGID

POLYPROPYLENE

SINGLE-WALL RIGID

POLYPROPYLENE

AS SPECIFIED BY THE

PIPE

MANUFACTURER.

UL 1738 LISTED

VENTING FOR CATEGORY IV GAS-

BURNING APPLIANCES.

HYDRONIC SYSTEM FLUID SPECIFICATION

SYSTEM TYPE

PROP. GLYCOL

CONCENTRATION

(% BY VOLUME)

FREEZE

POINT

(°F)

BURST

POINT (°F)

APPROXIMATE

SYSTEM

LOWEST

OPERATING

TEMP (°F)

SPECIFIC HEAT AT

SYSTEM LOWEST

OPERATING TEMP.

(Btu/lb*°F)

NOTES

HEATING WATER 20 19.2 3.3 110 0.962 ALL

NOTES:

1. PRIOR TO TEST AND BALANCE, FILL SYSTEM AND BLEED AIR, CHECK ALL STRAINERS FOR DEBRIS PRIOR, SET SYSTEM STATIC PRESSURE OF EXPANSION TANKS, FILL GLYCOL FEEDERS TO MAXIMUM LEVEL WITH PRE-MIXED GLYCOL (AT CONCENTRATION).

2. GLYCOL SHALL INCLUDE INHIBITORS.

3. AFTER TEST AND BALANCE, RECHECK CONCENTRATIONS LEVELS AND ADJUST AS NECESSARY PRIOR TO TURNOVER.

4. PROVIDE PERMANENT LABEL ON GLYCOL FEEDER INDICATING SPECIFIED CONCENTRATION.

STARTUP AND VERIFICATION REQUIREMENTS

DEVICE

SUBMITTAL REQUIREMENT

NOTES

S T

A R

T U

P R

E P

O R

T

T E

S T

B

A L A

N C

E R

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T

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F

IC

A T

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N

S E

Q E

U N

C E

O F

O P

E R

A T

IO

N

FAN COIL UNIT X X X X ALL

AIR SOURCE HEAT PUMP X X ALL

ZONE THERMOSTATS X X ALL

GLYCOL FEED SYSTEM X X ALL

EXPANSION TANK X ALL

MODULAR CONDENSING BOILER X X X X ALL

PUMP X X X ALL

BASEBOARD ZONE X ALL

NOTES:

1. FOR EACH DEVICE OR ITEM LISTED, SUBMIT THE SPECIFIED INFORMATION TO THE

ENGINEER OF RECORD.

2. REFER TO MANUFACTURER'S INSTALLATION REQUIREMENTS FOR STARTUP INFORMATION

WHEN FACTORY STARTUP IS NOT PROVIDED OR SPECIFIED.

3. REFER TO TEST AND BALANCE SPECIFCATION.

4. REFER TO SEQUENCES OF OPERATION FOR LIST OF SETPOINTS AND VALUES ASSOCIATED

WITH EACH DEVICE. SUBMIT LIST OF SETPOINTS INCLUDING:

-DATE OF VERIFICATION

-INITIAL OF INDIVIDUAL RESPONSIBLE

-VALUE IF SETPOINT OF FIELD ADJUSTED OR DETERMINED

5. REFER TO SEQUENCE OF OPERATION. VERIFY OPERATION OCCURS AS SPECIFIED. SUBMIT

DEVICE LIST CONTAINING:

-DATE OF VERIFICATION

-INITIAL OF INDIVIDUAL RESPONSIBLE

MECHANICAL PIPING MATERIAL SPECIFICATION

SYSTEM DESCRIPTION

OPERATING

TEMPERATURE

MIN.

PRESSURE

RATING

(PSIG)

NOMINAL SIZE MATERIAL

JOINTS

(PIPE TO PIPE)

CONNECTIONS

(PIPE TO VALVE AND PIPE TO

EQUIPMENT)

FITTINGS ISOLATION VALVE BALANCE

INSULATION

(YES/NO)

HWS & HWR

HEATING WATER

SUPPLY AND RETURN

120F-180F 125 2" SMALLER

COPPER ASTM B TYPE

L HARD DRAWN

SOLDER, LEAD-FREE,

ASTM B32 HB ALLOY

THREADED UNION

WROUGHT COPPER

SOLDER FITTINGS

ASTM B15

FULL PORT BALL VALVE

NIBCO T-585-70 OR S-585-70 WITH

UNION

ARMSTRONG CBV

YES, PER

SCHEDULE.

CONDENSATE

DRAIN

DRAIN FROM

COOLING COILS

NA NA 3/4" MINIMUM

COPPER ASTM B TYPE

L OR DWV HARD

DRAWN

SOLDER, LEAD-FREE,

ASTM B32 HB ALLOY

MATCH EQUIPMENT

CONNECTION

WROUGHT COPPER

SOLDER FITTINGS

ASTM B15

NA NA NO

CONDENSATE

DRAIN

DRAIN FROM GAS

FIRED CONDENSING

APPLIANCE

NA NA NA

PVC OR CPVC

COMPLYING WITH

ASTM D1784 OR D2845

CEMENT AND PRIMER

COMPLING WITH ASME

D2564 OR F493

MATCH EQUIPMENT

CONNECTION

PVC OR CPVC

COMPLYING WITH

ASTM D1784 OR D2845

NA NA NA

VRF

REFRIGERANT

PIPING

ALL PIPING AND FITTINGS SHALL BE EXACTLY AS SPECIFIED BY THE MANUFACTURER, VIA PROJECT SPECIFIC LAYOUT. CONTRACTOR TO SUBMIT FINAL LAYOUT TO SELECTED MANUFACTURER TO DETERMINE FINAL SIZES, FITTINGS, AND REQUIREMENTS.

NOTES:

1. VALVES REPRESENT A MINIMUM STANDARD OF QUALITY. SUBSTITUTIONS OF EQUAL OR GREATER QUALITY ARE ALLOWED WITH ENGINEER'S APPROVAL.

2. ALL ISOLATION VALVES SHALL BE CAPABLE OF DEAD END SERVICE.

3. BALANCE VALVES AND CIRCUIT SETTER SIZES SHALL BE DETERMINED BY FLOW RATE REQUIRED IN LIEU OF LINE SIZE.

4. ALL PEX BASED PIPING SHALL USE FITTINGS, JOINTS, VALVES, AND METHODS AS REQUIRED BY THE SPECIFIC MANUFACTURER, SO AS NOT VOID ANY WARRANTY UPON INSTALLATION.

MECHANICAL PIPING INSULATION SCHEDULE

(IECC 2021) R403.4

FLUID OPERATING

TEMPERATURE RANGE

(°F)

SYSTEM

INSULATION

CONDUCTIVITY

BTU* in./(h*ft^2*°F)

REQUIRED THERMAL

RESISTANCE VALUE

(R)

INSULATION THICKNESS

PER PIPE SIZE

(in.)

≤1 1-1/4 TO ≤4

>105 HEATED WATER <0.29 3 1/2 1

<55 REFRIGERANT GAS <0.29 3 1 NA

NA REFRIGERANT LIQUID NA NA NA NA

NOTES:

1. JM MICRO-LOK FIBER GLASS INSULATION

2. COMPOSITE FHC 25/50 FLAME SPREAD AND SMOKE DEVELOPED INDEX.

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SPECIFICATIONS

M0.02

C O

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3202ElkLane_ME_R24

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T

T

A

B

D

E

F

54321

LIVING

MASTER BED

MASTER BATH

MASTER CL

106 DINING

ENTRY

ENTRY CL

STAIR 2

BED 1

CL

BATH 1

LAUNDRY

STAIR 1

KITCHEN

HP-1

FCU-3

FCU-4

FCU-5

FCU-1

ZONE 3

ZONE 4

ZONE 5

ZONE 1

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P ro je c t M ile s to n e

C e n tr a l M o d e l:

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U s e rs

\a c a m p b e ll\

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09-20-2024

TJHBC

MAIN LEVEL

MECHANICAL HVAC

PLAN

M1.01

C O

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3202ElkLane_ME_R24

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SCALE: 3/8" = 1'-0"

MAIN LEVEL MECHANICAL HVAC PLAN

KEYNOTES

1 INSTALL PER MANUFACTURER'S INSTALLATION INSTRUCTIONS.

2 PROVIDE TIP-OVER PREVENTION BRACE AND OR ANCHORS.

A

B

D

E

F

54321

BED 2

BATH 2

CL 2

WC 2

STAIR 2

FCU-2

ZONE 2

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P ro je c t M ile s to n e

C e n tr a l M o d e l:

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U s e rs

\a c a m p b e ll\

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09-20-2024

TJHBC

LOFT LEVEL

MECHANICAL HVAC

PLAN

M1.02

C O

N S

T R

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T

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D a te

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SCALE: 3/8" = 1'-0"

LOFT LEVEL MECHANICAL HVAC PLAN

KEYNOTES

1 INSTALL PER MANUFACTURER'S INSTALLATION INSTRUCTIONS.

D

E

F

G

H

I

GARAGE

STAIR 1

B-1

P-1

P-2

ET-1

GF-1

M1.11

FIRE CAULK ALL PIPING

PENETRATIONS THROUGH

RATED ASSEMBLY.

G

H

B-1GF-1

ET-1

P-1

P-2

1 2 3 4 5

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U s e rs

\a c a m p b e ll\

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09-20-2024

TJHBC

GARAGE LEVEL

MECHANICAL

PIPING PLAN

M1.11

C O

N S

T R

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T

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3202ElkLane_ME_R24

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NORTH

SCALE: 3/8" = 1'-0"

GARAGE LEVEL MECHANICAL PIPING PLAN

KEYNOTES

1 DEMOLISH EXISTING BOILER PLANT: BOILER, PUMPS, EXPANSION TANK, GLYCOL FEEDER, ETC.

2 PROVIDE ISOLATION VALVES IN HEATING SUPPLY AND RETURNS ON NORTH AND SOUTH

HEATING ZONES.

3 PROVIDE ISOLATION VALVES ON HOT AND COLD DOMESTIC WATER PIPING.

4 INSTALL BOILER PER MANUFACTURER'S INSTALLATION INSTRUCTIONS.

5 AREA DEDICATED FOR INSTALLATION OF THE HEATING PLANT EQUIPMENT. EQUIPMENT

LAYOUT IN THE FLOOR PLANS IS FOR INFORMATIONAL PURPOSES ONLY, FINAL EQUIPMENT

LAYOUT SHALL BE COORDINATED IN THE FIELD.

NORTH

SCALE: 1" = 1'-0"

BOILER PLANT ENLARGED PLAN

A

B

D

E

F

54321

LIVING

MASTER BED

MASTER BATH

MASTER CL

106 DINING

ENTRY

ENTRY CL

STAIR 2

BED 1

CL

BATH 1

LAUNDRY

STAIR 1

KITCHEN

HB-DB

HB-DA

HB-LB

HB-B1

HB-MB

HB-LA

NORTH HB

SOUTH HB

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TJHBC

MAIN LEVEL

MECHANICAL

PIPING PLAN

M1.12

C O

N S

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NORTH

SCALE: 3/8" = 1'-0"

MAIN LEVEL MECHANICAL PIPING PLAN

KEYNOTES

A

B

D

E

F

54321

BED 2

BATH 2

CL 2

WC 2

STAIR 2

HB-B2

NORTH HB

W e st

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C e n tr a l M o d e l:

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U s e rs

\a c a m p b e ll\

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09-20-2024

TJHBC

LOFT LEVEL

MECHANICAL

PIPING PLAN

M1.13

C O

N S

T R

U C

T

IO

N D

O C

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E N

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NORTH

SCALE: 3/8" = 1'-0"

LOFT LEVEL MECHANICAL PIPING PLAN

KEYNOTES

GARAGE LEVEL

0' - 0"

MAIN LEVEL

10' - 7 3/4"

LOFT LEVEL

21' - 0"

HP-1

GARAGE LEVEL

0' - 0"

MAIN LEVEL

10' - 7 3/4"

LOFT LEVEL

21' - 0"

HP-1

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C e n tr a l M o d e l:

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U s e rs

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NORTH AND EAST

ELEVATIONS

M2.01

C O

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SCALE: 3/16" = 1'-0"

MECHANICAL NORTH ELEVATION

SCALE: 1/8" = 1'-0"

MECHANICAL EAST ELEVATION

P /T

P /T

T/P

INLINE PUMP

ISOLATION

VALVE

REFER TO PLANS OR

SCHEMATIC FOR PIPE SIZE.

CONCENTRIC REDUCER / INCREASER

TO MATCH PUMP SUCTION AND

DISCHARGE, IF REQUIRED. (TYP)

MECHANICAL JOINTS. (FLANGE,

GROVE, UNIION) REFER TO

PIPE SPECIFICATION. (TYP)

BALANCING

VALVE

BOILER

REFER TO PLANS OR SCHEMATIC FOR PIPE SIZES.

MECHANICAL JOINTS. (FLANGE,GROVE, UNIION)

REFER TO PIPE SPECIFICATION. (TYP)

ISOLATION VALVE

MATCH BOILER CONDENSATE

DRAIN CONNECTION

MIN. 3/4"

ROUTE TO FLOOR DRAIN.

CONDENSATE NEUTRALIZER

KIT.

PIPE SIZE SHALL MATCH VALVE CONNECTION SIZE.

REFER TO MECHANICAL PIPING SPECIFICATIONS.

TO INDIRECT WASTE RECEPTACLE.

DISCHARGE BY GRAVITY.

PRESSURE GAUGE

TEMPERATURE GAUGE AND TEMPERATURE WELL.

STRAP-ON TEMPERATURE SENSOR IS PROHIBITED. (TYP)

PRESSURE AND TEMPERATURE TRAP.

DOMESTIC COLD WATER CONNECTION.

DOMESTIC HOT WATER CONNECTION.

EQUIPMENT STAND, 8" HEIGHT

MIRO INDUSTRIES UNIFLEX MINI SPLIT

RAIL SUPPORT CG-MS-24x32 P10

HEAT PUMP UNIT.

REFER TO EQUIPMENT

SCHEDULE FOR INFORMATION

ATTACH TO DECK, AS REQUIRED

BY MANUFACTURER.

EXISTING WOOD

DECK.

SECURE UNIT TO STAND,

AS REQUIRED BY MANUFACTURER

PROVIDE NEOPRENE

VIBRATION ISOLATION

PADS.

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MECHANICAL

DETAILS

M5.01

C O

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NO SCALE

ZONE CIRCULATOR DETAIL

NO SCALE

COMBINATION CONDENSING BOILER

NO SCALE

HEAT PUMP UNIT MOUNTING DETAIL

FAN COIL UNIT SCHEDULE - HEAT PUMP SOURCE

UNIT

TAG

MFR. MODEL CONFIGURATION SERVICE

HEAT

PUMP

UNIT

FAN

SOUND

(DBA)

FILTER

COOLING HEATING ELECTRICAL DATA DIMENSIONS

APPROX.

WEIGHT

(LBS)

REMARKSVOLUME @

PROJECT

ALTITUDE

(CFM)

FAN

SPEED

(H/M/L)

NOMINAL

CAPACITY

(MBH)

ACTUAL

TOTAL

CAPACITY

(MBH)

SENSIBLE

CAPACITY

(MBH)

EAT

DB

(˚F)

EAT

WB

(˚F)

LAT

DB

(˚F)

NOMINAL

CAPACITY

(MBH)

ACTUAL

CAPACITY

(MBH)

EAT

DB

(˚F)

LAT

DB

(˚F)

VOLTS PHASE

FLA

(PER

MOTOR)

(A)

UNIT

MCA

(A)

UNIT

MOCP

(A)

WIDTH

(IN.)

HEIGHT

(IN.)

DEPTH

(IN.)

FCU-1

CARRIER -

TOSHIBA

MMK-UP0121HP-UL HIGH WALL BEDROOM 1 HPU-1 320 HIGH 27

WASHABLE

MERV 5

12.0 7.9 6.2 75 61.6 52.1 13.5 5.8 70 88.8 208 / 230 1 0.2 0.25 15 31.5 11.625 9.125 27 ALL

FCU-2

CARRIER -

TOSHIBA

MMK-UP0091HP-UL HIGH WALL BEDROOM 2 HPU-1 300 HIGH 27

WASHABLE

MERV 5

9.5 6.2 4.9 75 61.6 55.7 10.5 4.0 70 85.6 208 / 230 1 1.78 0.23 15 31.5 11.625 9.125 27 ALL

FCU-3

CARRIER -

TOSHIBA

MMK-UP0121HP-UL HIGH WALL MASTER BEDROOM HPU-1 320 HIGH 27

WASHABLE

MERV 5

12.0 7.9 6.2 75 61.6 52.1 13.5 5.1 70 88.8 208 / 230 1 0.2 0.25 15 31.5 11.625 9.125 27 ALL

FCU-4

CARRIER -

TOSHIBA

MMK-UP0361HP-UL HIGH WALL LIVING HPU-1 970 HIGH 43

WASHABLE

MERV 5

36.0 23.6 18.5 75 61.6 52.3 40 15.1 70 88.3 208 / 230 1 1.78 0.83 15 47.25 13.75 11 46.3 ALL

FCU-5

CARRIER -

TOSHIBA

MMK-UP0091HP-UL HIGH WALL KITCHEN / DINING HPU-1 300 HIGH 27

WASHABLE

MERV 5

9.5 6.2 4.9 75 61.6 55.7 10.5 4.0 70 85.6 208 / 230 1 0.88 0.23 15 31.5 11.625 9.125 27 ALL

REMARKS:

1. PERFORMANCE VALUES ARE AT PROJECT ALTITUDE UNLESS NOTED OTHERWISE.

2. FURNISH WITH THE FOLLOWING ACCCESSORIES: FACTORY DISCONNECT, CONDENSATE OVERFLOW SWITCH, CN60 RELAY FOR BASEBOARD HEAT CONNECTION, RBC-AWSU52-UL HARD WIRED 7 DAY PROGRAMMABLE THERMOSTAT.

3. REFER TO OUTDOOR UNIT FOR ADDITIONAL CONTROLS AND ACCESSORIES.

AIR SOURCE HEAT PUMP SCHEDULE

UNIT TAG

INDOOR UNIT

TAG

MFR. MODEL

REFRIGERANT

TYPE

NOMINAL

CAPACITY

NOMINAL

SYSTEM

CONNECTED

CAPAPCITY

(% OF NOM)

AMBIENT TEMP. CORRECTED CAPACITIES

COOLING

EFFICIENCY

SEER

HEATING

HASPF2

UNIT ELECTRICAL DATA DIMENSIONS

WEIGHT

(LBS)

NOTES

COOLING

(MBH)

HEATING

(MBH)

SUMMER

(F)

WINTER

(F)

COOLING

(MBH)

HEATING

(MBH)

V PH HZ

MCA

(AMPS)

MOCP

(AMPS)

WIDTH

(IN)

HEIGHT

(IN)

DEPTH

(IN)

HPU-1

FCU-1

FCU-2

FCU-MB

FCU-4

FCU-5

CARRIER - TOSHIBA

MCY-

MAP0607HS-

UL

R-410A 60.00 66.00 132.00 90 -10 52 33 23.10 10.60 208 1 60 36.3 40 39.8 61 14.6 311 ALL

NOTES:

1. ALL PERFORMANCE VALUES AT PROJECT ALTITUDE.

2. FURNISH WITH DISCONNECT.

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MECHANICAL HVAC

SCHEDULES

M6.01

C O

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CHEMICAL FEED SYSTEMS SCHEDULE

ID

MANUFACTURER &

MODEL

SERVICE LOCATION TYPE

SIZE

(GAL)

ELECTRICAL

(V / PH / HZ)

GF-1

AXIOM INDUSTRIES

MF200

HEATING

WATER

BOILER

ROOM

CHEMICAL PUMP GLYCOL FEED SYSTEM, 0.7 GPM AT FREE FLOW, SELF-

PRIMING UP TO 4 FEET. LOW LEVEL PUMP CUT-OUT FLOAT SWITCH,

MANUAL DIVERTER VALVE FOR PURGING AIR AND AGITATING CONTENTS

OF TANK, SNUBBER W/PRESSURE ADJUSTABLE CUT-OPOUT PRESSURE

SWITCH (10 - 25 PSIG). LIQUID FILLED PRESSURE GAUGE. HOA SIWTHC

FOR PUMP

115 / 1 / 60

POWER CORD

NOTES

1. FILL WITH 30% PROPYLENE GLYCOL.

EXPANSION TANK SCHEDULE

TAG MFR. MODEL TYPE SERVICE

TANK

VOLUME

(GALLONS)

ACCEPTANCE

VOLUME

(GALLONS)

OPERATING

FLUID TEMP.

(°F)

PRE-CHARGED

PRESSURE

(PSI)

MAWP

(PSI)

ASME

RATED

DIMENSIONS OPERATING

WEIGHT

(LBS)

NOTES

HEIGHT

(IN)

DIAMETER

(IN)

ET-1

WESSELS

COMPANY

N-30 DIAPHRAGM

HEATING

WATER

4.8 3.0 135 12 150 NO 14 10.6 34 1

NOTES:

1. AIR SIDE AND SYSTEM OPERATING PRESSURE SHALL BE REVISED DURING THE INSTALLATION TO SATISFY OVERALL SYSTEM REQUIREMENTS

AIR AND DIRT SEPARATOR SCHEDULE

UNIT TAG MANUFACTURER MODEL DESCRIPTION SERVICE GPM

PIPE SIZE

(IN)

CONNECTION

HEIGHT

(IN)

WIDTH

(IN)

WEIGHT

(LB)

NOTES

AS-1 SPIROTHERM VDR125

AIR / DIRT SEPARATOR

WITH MAGNET

HEATING SYSTEM 10 1 1/4 THREADED 16 6.1 11.5

NOTES:

MODULAR CONDENSING COMBINATION BOILER SCHEDULE

TAG MFR. MODEL DESCRIPTION SERVICE

MINIMUM

EFFICIENCY

AFUE

MAX

INPUT

(MBH)

OUTPUT

@PROJ.

ELEV,

(MBH)

FUEL

TYPE

GAS

PRESSURE

RANGE

(IN.WC)

MAX

WORKING

PRESSURE

(PSI)

VOL.

FLOW RATE

(GPM)

WATER

TEMPERATURE

RISE

(F)

WATER

PD

(FT.)

DOMESTIC WATER

RELIEF

VALVE

SETTING

(PSI)

COMBUSTION AND

VENT

PIPE SIZE

(IN)

VENT

CATEGORY

GAS TRAIN

(NATURAL GAS)

ELECTRICAL DIMENSIONS

UNIT

WEIGHT

(LBS)

NOTESDHW DELIVERY @

77F TEMP RISE

(GPM)

PIPE

SIZE

(IN)

MAXIMUM

WORKING

PRESSURE

(PSI)

TURN

DOWN

PILOT TYPE V / PH MCA

HEIGHT

(IN)

WIDTH

(IN)

DEPTH

(IN)

B-1 LOCHINVAR NKC199

WALL MOUNT

FORCED DRAFT

CONDENSING

COMBI

WATER

HEATING /

DHW

95% 199 165

NATURAL

GAS

4-14 50 10.6 35 4 4.29 3/4" 150 50 3 IV 10:1

DIRECT

SPARK

120 / 1 2.2 32.5 18.75 18 160 ALL

NOTES:

1. FURNISH WITH FOLLOWING OPTIONS/ACCESSORIES: CONDENSATE NEUTRALIZATION KIT, OUTDOOR TEMPERATURE SENSOR, LOW WATER CUTOFF WITH MANUAL RESET, SYSTEM WATER TEMPERATURE SENSOR, ASME RELIEF VALVE AND DOMESTIC HOT WATER PRIORITY.

2. UNIT FURNISHED WITH INTEGRAL ECM VARIABLE SPEED BOILER CIRCULATING PUMP.

3. UNIT SHALL BE HIGH ALTITUDE MODEL.

PUMP SCHEDULE

EQUIPMENT

TAG

TYPE MFR. MODEL SERVICE

FLOW

RATE

(GPM)

TOTAL DYNAMIC

HEAD

(FT. WATER

COLUMN)

FLUID TYPE

FLUID

OPERATING

TEMPERATURE

(°F)

CAPACITY

CONTROL

ELECTRICAL

NOTES

V PH HZ

MAX.

AMP

MAX.

POWER

INPUT

(W)

P-1

INLINE CARTRIDGE

CIRCULATOR

GRUNDFOS UPS 26-99FC

NORTH ZONE 1

BASEBOARD

5 19 20% P.G. 140 3-SPEED 115 1 60 1.8 197 1,2

P-2

INLINE CARTRIDGE

CIRCULATOR

GRUNDFOS UPS 26-99FC

NORTH ZONE 1

BASEBOARD

5 19 20% P.G. 140 3-SPEED 115 1 60 1.8 197 1,2

NOTES:

1. UNIT SHALL BE UL LISTED, SELF-LUBRICATING WITH REPLACEABLE CARTRIDGE, AND BUILT-IN CHECK VALVE.

2. SEALS SHALL BE COMPATIBLE WITH THE FLUID INDICATED.

HYDRONIC BASEBOARD RADIATION SCHEDULE

TAG AREA SERVED

MANUFACTURER &

MODEL

HEATING

CAPACITY PER

UNIT LENGTH

(BTUH/FT.)

ACTIVE

LENGTH

(FT.)

TOTAL

CAPACITY

(MBH)

MEAN SUPPLY

WATER

TEMPERATURE

(F)

FLOW

(GPM)

PIPE SIZE

(IN)

FINS PER FOOT

DIMENSIONS

MOUNTING FINISH CONTROL NOTES:

HEIGHT (IN) DEPTH (IN)

TOTAL LENGTH

INCLUDING ACTIVE AND

INACTIVE (FT IN)

HB-B1 BED 1

SLANT/FIN BASE/LINE

320 3.00 960 140 4 3/4 55 7 23/64 2 45/64 3' 8" WALL

NU-WHITE BACKED

ENAMEL

EXISTING

THRMOSTAT

ALL

HB-B2 BED 2

SLANT/FIN BASE/LINE

320 4.00 1280 140 4 3/4 55 7 23/64 2 45/64 4' 8" WALL

NU-WHITE BACKED

ENAMEL

EXISTING

THRMOSTAT

ALL

HB-MB MASTER BED

SLANT/FIN BASE/LINE

320 6.00 1920 140 4 3/4 55 7 23/64 2 45/64 6' 8" WALL

NU-WHITE BACKED

ENAMEL

EXISTING

THRMOSTAT

ALL

HB-LA LIVING

SLANT/FIN BASE/LINE

320 4.00 1280 140 4 3/4 55 7 23/64 2 45/64 4' 8" WALL

NU-WHITE BACKED

ENAMEL

EXISTING

THRMOSTAT

ALL

HB-LB LIVING

SLANT/FIN BASE/LINE

320 6.00 1920 140 4 3/4 55 7 23/64 2 45/64 6' 8" WALL

NU-WHITE BACKED

ENAMEL

EXISTING

THRMOSTAT

ALL

HB-DA DINING

SLANT/FIN BASE/LINE

320 8.00 2560 140 4 3/4 55 7 23/64 2 45/64 8' 8" WALL

NU-WHITE BACKED

ENAMEL

EXISTING

THRMOSTAT

ALL

HB-DB DINING

SLANT/FIN BASE/LINE

320 3.00 960 140 4 3/4 55 7 23/64 2 45/64 3' 8" WALL

NU-WHITE BACKED

ENAMEL

EXISTING

THRMOSTAT

ALL

NOTES:

1. FURNISH WITH THE FOLLOWING ACCESSORIES: BACKPLATE, HEATING ELEMENT, FRONT COVER AND 3" SPLICE, AND END CAPS.

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MECHANICAL

PIPING SCHEDULES

M6.02

C O

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T

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3202ElkLane_ME_R24

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-M

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TT

P-1 P-2

GF-1

ET-1

DOMESTIC COLD WATER CONNECTION.

DOMESTIC HOT WATER CONNECTION.

OUTDOOR AIR

TEMPERATURE SENSOR

HEATING WATER SUPPLY

TEMPERATURE SENSOR.

IMMERSION WELL TYPE.

SOUTH BASEBOARD

ZONE.

NORTH BASEBOARD

ZONE.

B-1

AS-1

MECHANICAL ROOM

EXTENTS

1-1/4"

HWS

1-1/4"

HWR

FOUR PIPE DIAMETERS

1-1/4"

HWS

1-1/4"

HWR

1" HWS/R1" HWS/R

1/2"

PROVIDE 1/2" BLOW DOWN VALVE

WITH HOSE CONNECTION

M5.01

ZONING SCHEDULE

ZONE TAG ZONE NAME

T-STAT

TAG

HEAT

STAGE 1

HEAT

STAGE 2

COOL

ZONE 1 BEDROOM 1 / BATH 1 T1 FCU-1 SOUTH HB FCU-1

ZONE 2 BEDROOM 2 / BATH 2 T2 FCU-2 NORTH HB FCU-2

ZONE 3

MASTER BEDROOM / MASTER

BATH

T3 FCU-3 NORTH HB FCU-3

ZONE 4 LIVING ROOM T4 FCU-4 NORTH HB FCU-4

ZONE 5 KITCHEN / DINING T5 FCU-5 SOUTH HB FCU-5

NOTE:

1. OVERLAPPING OF ZONES IS PROHIBITED. SOME AREAS MAY RECEIVE ONLY HEATING OR

COOLING, WHICHEVER HAS THE GREATER EXTENTS IS INDICATED.

2. ZONE EXTENTS ARE APPROXIMATE.

3. PROVIDE EACH ZONE WITH A SINGLE 7 DAY PROGRAMMABLE THERMOSTAT AND USER

INTERFACE. WHERE MULTIPLE STAGES OR SYSTEMS SERVE A SINGLE ZONE, THE SINGLE

INTERFACE SHALL SERVE AS THE PRIMARY USER INTERFACE FOR SPACE TEMPERATURE

SETPOINTS AND STAGING OF SYSTEMS, FROM WHICH INDIVIDUAL SYSTEM (VRF AND TEKMAR)

WILL RECEIVE THEIR SETPOINTS CALLS FOR HEATING AND COOLING.

4. REFER TO THE SEQUENCES OF OPERATION FOR ADDITIONAL REQUIREMENTS.

5. LOCATE EACH THERMOSTAT AT THE LOCATION INDICATED.

CONTRACTOR SHALL SUBMIT FINAL REFRIGERANT PIPING LAYOUT,

INCLUDING LENGTHS AND NUMBER OF ELBOWS FOR FINAL SIZING

AND REFRIGERANT CHARGE PRIOR TO INSTALLATION. INFORMATION

SHOWN ON THIS SHEET IN FOR PRELIMINARY SIZING AND ROUTING

PURPOSES ONLY AND SHALL NOT BE USED FOR CONSTRUCTION.

NOTE

1. SEQUENCES OF OPERATION

1.1. PROVIDE ALL THE NECESSARY CONTROLS, WIRING, RELAYS, SENSORS, SOFTWARE, CONTROL VALVES, AND HARDWARE TO ACHIEVE

THE FOLLOWING SEQUENCES HEREIN, AND IN CONJUNCTION WITH THE PROJECT DOCUMENTS. NECESSARY COMPONENTS MAY

INCLUDE BUT ARE NOT LIMITED TO: WIRING, RELAYS, SENSORS, SOFTWARE, AND HARDWARE.

2. SETPOINTS:

2.1. ALL SETPOINTS ARE INDICATED VIA UNDERLINE. ADJUSTABLE INDICATES VALUE IS USER ADJUSTABLE VIA FACTORY INTERFACE.

2.2. SPACE AND ZONE SETPOINTS:

2.2.1. SPACE HEATING TEMPERATURE = 70F (ADJUSTABLE)

2.2.2. SPACE HEATING SECOND STAGE OFFSET TEMPERATURE = 3F BELOW SPACE HEATING TEMPERATURE

2.2.3. SPACE COOLING TEMPERATURE = 75F (ADJUSTABLE)

2.2.4. HEATING WATER SUPPLY TEMPERATURE = 140F (ADJUSTABLE)

2.2.5. DHW PRIORITY WATER SUPPLY TEMPERATURE = 180F (ADJUSTABLE)

3. HYDRONIC HEATING SYSTEM OVERVIEW:

3.1. THE HEATING SYSTEM IS COMPRISED OF A CONDENSING BOILER COUPLED TO THE HEATING WATER SYSTEM VIA TWO ZONE FLOW

THROUGH LOOPS. THE LOOPS ARE DEDICATED TO THE BASEBOARD HEATERS.

3.2. HEATING SHALL BE STAGED ON IN THE FOLLOWING ORDER WHEN SUCH SYSTEMS ARE PRESENT (REFER TO ZONE SCHEDULE).

3.2.1. 1ST STAGE HEATING: FAN COIL UNITS / HEAT PUMP SYSTEM.

3.2.2. 2ND STAGE: BASEBOARD.

4. SPLIT DX FAN COIL UNIT FCU-#

4.1. PROVIDE 7 DAY PROGRAMMABLE THERMOSTAT.

4.2. THE UNIT FUNCTIONS AS A SYSTEM IN CONJUNCTION WITH ITS DEDICATED PAIRED HEAT PUMP UNIT.

4.3. THE UNIT SHALL SHALL UTILIZE INTEGRAL FACTORY CONTROLS TO MAINTAIN SPACE COOLING TEMPERATURE SETPOINT AND

SPACE HEATING TEMPERATURE SETPOINT.

5. HEAT PUMP UNIT HPU-#

5.1. THE UNIT FUNCTIONS AS A SYSTEM IN CONJUNCTION WITH ITS DEDICATED PAIRED FAN COIL UNITS. REFER TO FAN COIL SEQUENCE.

5.2. THE UNIT SHALL HAVE INTEGRAL DEFROST CAPABILITY TO CONTINUOUSLY MAINTAIN PRIMARY HEATING CAPACITY DURING COLD

AMBIENT CONDITIONS.

6. BOILERS B-#

6.1. THE BOILER SHALL BE THE SECONDARY HEATING SOURCE.

6.2. WHEN THE HEAT PUMP SYSTEM CANNOT MAINTAIN THE SPACE HEATING TEMPERATURE THE HEATING WATER SUPPLY TEMPERATURE

SETPOINT ON THE BOILER SHALL BE ENABLED.

6.3. THE BOILER SHALL MODULATE THE FIRING RATE VIA INTEGRAL FACTORY CONTROLS TO MAINTAIN HEATING WATER SUPPLY

TEMPERATURE SETPOINT.

6.4. THE BOILER SHALL UTILIZE INTEGRAL CONFIGURABLE SETTINGS TO ENABLE AND CONTROL ON FIRING RATE TO MAINTAIN A MIN. DELTA

OF 20F TO ACROSS THE HEAT EXCHANGER AT ANY TIME THE EXISTING BOILER FIRES.

6.5. THE BOILER SHALL UTILIZE A SUPPLY WATER TEMPERATURE RESET SCHEDULE BASED ON OUTSIDE AIR TEMPERATURE, VIA FACTORY

SUPPLIED OUTSIDE AIR TEMPERATURE SENSOR AND INTEGRAL CONTROLS.

6.6. THE BOILER SHALL BE PROGRAMMED TO PROVIDE DHW PRIORITY. UPON A DW FLOW FOR DHW HEATING:

6.6.1. THE BOILER SHALL BE ENABLED AND SWITCH FROM SPACE HEATING TO DHW HEATING.

6.6.2. THE BOILER SHALL MAINTAIN DHW PRIORITY SUPPLY WATER TEMPERATURE SETPOINT UNTIL DHW PRIORITY WATER SUPPLY

TEMPERATURE SETPOINT IS SATISFIED AND SHALL SWITCH BACK FROM DHW HEATING TO SPACE HEATING.

7. PUMPS P-#:

7.1. UPON A CALL FOR HEAT BY ANY HYDRONIC ZONE, THE PUMP SHALL UTILIZE THE EXISTING THERMOSTAT TO MAINTAIN HEATING WATER

SUPPLY TEMPERATURE.

8. INDIVIDUAL HEATING AND COOLING ZONE CONTROL:

8.1. PROGRAMMABLE ZONE CONTROL:

8.1.1. FOR EACH ZONE PROVIDE A THERMOSTAT TYED TO THE FAN COIL UNIT APPLICATION WITH MULTISTAGE HEATING CAPABILITY FOR ZONES INDICATED, CAPABLE TO COMMUNICATE WITH THE BASEBOARDE EXISTING THERMOSTAT (REFER TO ZONE

SCHEDULE). IT SHALL BE POSSIBLE FOR SPACE TEMPERATURE SETPOINT.

8.2. HEATING STAGE 1 FAN COIL UNIT ZONE CONTROL:

8.2.1. UPON A CALL FOR HEAT, THE FAN COIL UNIT SHALL UTILIZE INTEGRAL FACTORY CONTROL TO MAINTAIN SPACE HEATING

TEMPERATURE SETPOINT.

8.3. HEATING STAGE 2 BASEBOARD ZONE CONTROL:

8.3.1. UPON A FURTHER CALL FOR HEAT, THE ASSOCIATED DEDICATED ZONE VALVE SHALL OPEN AND P-# SHALL BE ENERGIZED TO

MAINTAIN SPACE HEATING SECOND STAGE OFFSET TEMPERATURE.

8.4. COOLING FAN COIL UNIT ZONE CONTROL:

8.4.1. UPON A CALL FOR COOLING BY THE ZONE SENSOR, THE FAN COIL UNIT SHALL UTILIZE INTEGRAL FACTORY CONTROL TO

MAINTAIN SPACE COOLING TEMPERATURE SETPOINT.

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DIAGRAMS

M7.01

C O

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T R

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T

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3202ElkLane_ME_R24

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NO SCALE

BOILER PIPING DIAGRAM

NO SCALE

REFRIGERANT PIPING DIAGRAM

B-1

GF-1ET-1

HB-B1

HB-DA

HB-DB

FCU-5

FCU-1

HP-1

FCU-2

HB-B2

FCU-3

FCU-4

HB-MB

HB-LA

HB-LB

HB-LA

HB-LB

HP-1

FCU-3

FCU-4

FCU-1

HB-B2

HB-B1

HB-MB

HB-DA

HB-DB

FCU-5

FCU-2

GF-1

ET-1

B-1

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File:

P ro je c t M ile s to n e

C e n tr a l M o d e l:

C

U s e rs

\a c a m p b e ll\

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TJHBC

AXONOMETRICS

M9.01

C O

N S

T R

U C

T

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N D

O C

U M

E N

T S

3202ElkLane_ME_R24

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-M

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D e s c ri p ti o n

D a te

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NO SCALE

MECHANICAL AXONOMETRIC - SOUTHEAST

NO SCALE

MECHANICAL AXONOMETRIC - NORTHWEST