Attachment 2 - Drawings - 7 Pages.pdf

PDF 3 MB Posted Jul 9, 2020

Attached to: OFFICERS QUARTERS HVAC REPLACEMENT Federal contract opportunity
Solicitation number: 140P6020R0015
Issued by: Department of the Interior National Park Service Midwest Region

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Sol_140P6020R0015_Amd_0001.pdf	PDF	Aug 7, 2020
Sol_140P6020R0015.pdf	PDF	Jul 9, 2020
Attachment 3 - Wage Determinations - 6 Pages.pdf	PDF	Jul 9, 2020
Attachment 1 - Scope of Work - 2 Pages.docx	DOCX document	Jul 9, 2020

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DRAWING SHEET INDEX

NO. SHEET TITLE

1. COVER SHEET

2. SYMBOLS, ABBREVIATIONS AND NOTES

3. DEMOLITION AND NEW SITE PLAN

4. HVAC AND ELECTRICAL DEMOLITION PLANS

5. HVAC FLOOR PLANS

6. ENLARGED PLANS, SECTIONS AND

SPECIFICATIONS

7. ELECTRICAL PLANS, NOTES AND

MECHANICAL SCHEDULES

VICINITY MAP

LOCATION MAP

PROJECT SITE

HS-1 HVAC UPGRADE

FORT SCOTT NATIONAL HISTORIC SITE

FORT SCOTT, KANSAS

PROJECT SITEMAP

UNITED STATES

DEPARTMENT OF THE INTERIOR

NATIONAL PARK SERVICE

MIDWEST REGIONAL OFFICE

RMD

6-22-2020

89067

1HS-1 HVAC UPGRADE

FORT SCOTT NATIONAL HISTORIC SITE

FORT SCOTT, KANSAS

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WICHITA

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SCOTT

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NEVADA

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INDEPENDENCE

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OKLAHOMA

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KANSAS

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WINFIELD

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EL DORADO

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MIAMI

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SITE

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HISTORIC

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NATIONAL

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FORT SCOTT

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PARSONS

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CARTHAGE

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JOPLIN

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LAMAR

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PITTSBURG

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HARRISONVILLE

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EMPORIA

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TOPEKA

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MANHATTAN

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IOLA

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KANSAS

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FORT

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LAWRENCE

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OTTAWA

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KANSAS

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MISSOURI

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BUTLER

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CITY

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DATE

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CHECKED

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DRAWN

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DESIGNED

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PREPARED

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RECOMMENDED

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CONCURRED

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APPROVED

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REGIONAL DIRECTOR

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DATE

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DATE

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PARK SUPERINTENDENT

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DATE

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ARD OPERATIONS

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SHEET

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CONCURRED

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CHIEF DESIGN AND FACILITY MANAGEMENT

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DATE

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NATIONAL

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SERVICE

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DEPARTMENT OF

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THE INTERIOR

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PARK

GENERAL NOTES:

1. PIPING, DUCTWORK, AND EQUIPMENT SHOWN HALFTONE IS

EXISTING TO REMAIN. PIPING, DUCTWORK AND EQUIPMENT

SHOWN FULL-TONE IS NEW.

2. MECHANICAL/PLUMBING CONTRACTOR IS RESPONSIBLE

FOR ANY CUTTING AND PATCHING NEEDED FOR

MECHANICAL INSTALLATION. PATCHING MUST MATCH

EXISTING.

3. ACCESS PANELS ARE REQUIRED FOR ALL VALVES, TRAPS,

DAMPERS, CONTROLS, ETC., IN HARD SURFACE CEILINGS.

ACCESS PANELS SHALL BE FURNISHED BY MC/PC AND

INSTALLED BY THE GC. COORDINATE EXACT LOCATIONS

WITH ARCHITECT.

4. PROVIDE ALL MATERIALS AND EQUIPMENT AND PERFORM

ALL LABOR REQUIRED TO INSTALL COMPLETE AND

OPERABLE MECHANICAL SYSTEMS AS INDICATED ON THE

DRAWINGS, AS SPECIFIED AND AS REQUIRED BY CODE.

5. CONTRACT DOCUMENT DRAWINGS FOR WORK (HVAC,

PIPING AND PLUMBING) ARE DIAGRAMMATIC AND ARE

INTENDED TO CONVEY SCOPE AND GENERAL

ARRANGEMENT ONLY.

6. INSTALL ALL EQUIPMENT AND APPURTENANCES IN

ACCORDANCE WITH MANUFACTURERS'

RECOMMENDATIONS, CONTRACT DOCUMENTS, AND

APPLICABLE CODES AND REGULATIONS.

7. COORDINATE CONSTRUCTION OF ALL MECHANICAL AND

PLUMBING WORK WITH ARCHITECTURAL, STRUCTURAL,

CIVIL, ELECTRICAL WORK, ETC.,SHOWN ON OTHER

CONTRACT DOCUMENT DRAWINGS.

8. ALL TESTS SHALL BE COMPLETED BEFORE ANY

EQUIPMENT OR PIPING INSULATION IS APPLIED.

9. LOCATE ALL TEMPERATURE, PRESSURE, AND FLOW

MEASURING DEVICES IN ACCESSIBLE LOCATIONS WITH

STRAIGHT SECTION OF PIPE OR DUCT UPSTREAM AND

DOWNSTREAM AS RECOMMENDED BY THE

MANUFACTURER FOR GOOD ACCURACY.

10. TESTING, ADJUSTING, AND BALANCING AGENCY SHALL BE

A MEMBER OF THE ASSOCIATED AIR BALANCE COUNCIL

(AABC) OR THE NATIONAL ENVIRONMENTAL BALANCING

BUREAU (NEBB). TESTING, ADJUSTING, AND BALANCING

SHALL BE PERFORMED IN ACCORDANCE WITH THE AABC

STANDARDS.

11. WHERE TWO OR MORE ITEMS OF THE SAME TYPE OF

EQUIPMENT ARE REQUIRED, THE PRODUCT OF ONE

MANUFACTURER SHALL BE USED.

12. COORDINATE ALL EQUIPMENT CONNECTIONS WITH

MANUFACTURER'S DRAWINGS COORDINATE AND PROVIDE

ALL DUCT AND PIPING TRANSITIONS REQUIRED FOR FINAL

EQUIPMENT CONNECTIONS TO FURNISHED EQUIPMENT.

13. FIELD VERIFY AND COORDINATE ALL DUCT, PIPING AND

PLUMBING DIMENSIONS BEFORE FABRICATION.

14. ALL CONTROL WIRE AND CONDUIT SHALL COMPLY WITH

THE NATIONAL ELECTRIC CODE AND DIVISION 16 OF THE

SPECIFICATION.

15. WHEN WORK (HVAC, SHEET METAL, PLUMBING, FIRE

PROTECTION, ETC.) IS SUBCONTRACTED, IT SHALL BE THE

MC'S RESPONSIBLY TO COORDINATE SUBCONTRACTORS

AND THE ASSOCIATED CONTRACTS.

16. WHEN DISCREPANCIES ARISE PERTAINING TO WHICH

CONTRACTOR PROVIDES A PARTICULAR ITEM OF THE

MECHANICAL CONTRACT OR WHICH CONTRACTOR

PROVIDES FINAL CONNECTIONS FOR A PARTICULAR ITEM

OF THE MECHANICAL CONTRACT, IT SHALL BE BROUGHT

TO THE ATTENTION OF THE MC, WHOSE DECISION SHALL

BE FINAL.

17. THE LOCATIONS OF ALL ITEMS SHOWN ON THE DRAWINGS

OR CALLED FOR IN THE SPECIFICATIONS THAT ARE NOT

DEFINITELY FIXED BY DIMENSIONS ARE APPROXIMATE

ONLY. THE EXACT LOCATIONS NECESSARY TO SECURE

THE BEST CONDITIONS AND RESULTS MUST BE

DETERMINED BY THE PROJECT SITE CONDITIONS AND

SHALL HAVE THE APPROVAL OF THE ENGINEER BEFORE

BEING INSTALLED. DO NOT SCALE DRAWINGS.

18. ALL MISCELLANEOUS STEEL REQUIRED TO ENSURE

PROPER INSTALLATION AND AS SHOWN IN DETAILS FOR

PIPING, DUCTWORK, AND EQUIPMENT (UNLESS OTHERWISE

NOTED) SHALL BE FURNISHED AND INSTALLED BY THE MC.

19. ALL EQUIPMENT, PIPING, DUCTWORK, ETC., SHALL BE

SUPPORTED AS DETAILED, SPECIFIED, AND REQUIRED TO

PROVIDE A VIBRATION FREE INSTALLATION.

20. ALL DUCTWORK, PIPING, PLUMBING AND EQUIPMENT

SUPPORTED FROM STRUCTURAL STEEL SHALL BE

COORDINATED WITH GENERAL CONTRACTOR. ALL

ATTACHMENTS TO STEEL BAR JOISTS, TRUSSES, OR JOIST

GIRDERS SHALL BE AT PANEL POINTS. PROVIDE BEAM

CLAMPS MEETING MSS STANDARDS. WELDING TO

STRUCTURAL MEMBERS SHALL NOT BE PERMITTED. THE

USE OF C-CLAMPS SHALL NOT BE PERMITTED.

21. EQUIPMENT, DUCTWORK, PLUMBING AND PIPING SHALL

NOT BE SUPPORTED FROM METAL DECK

22. LOCATIONS AND SIZES OF ALL FLOOR, ROOF, AND WALL

OPENINGS SHALL BE COORDINATED WITH ALL OTHER

TRADES INVOLVED.

23. ALL OPENINGS IN FIRE WALLS DUE TO DUCTWORK, PIPING,

PLUMBING, CONDUIT, ETC., SHALL BE FIRE STOPPED WITH

A PRODUCT SIMILAR TO 3M OR APPROVED EQUAL.

24. REFER TO TYPICAL DETAILS FOR DUCTWORK, PIPING, AND

EQUIPMENT INSTALLATION.

25. ALL WORK SHALL COMPLY WITH LOCAL CODES,

INTERNATIONAL BUILDING CODE, INTERNATIONAL

MECHANICAL CODE, INTERNATIONAL PLUMBING CODE AND

NFPA.

MISS:

ANSI AMERICAN NATIONAL STANDARDS INSTITUTE

ASHRAE AMERICAN SOCIETY OF HEATING,

REFRIGERATION AND

AIR CONDITIONING ENGINEERS

AMP AMPERE

ANG ANGLE

A AREA

APPROX APPROXIMATE

AUX AUXILIARY

ATM ATMOSPHERE

AVG AVERAGE

BOD BOTTOM OF DUCT

BOJ BOTTOM OF JOIST

BLDG BUILDING

CLG CEILING

C TO C CENTER TO CENTER

CL CENTER LINE

CLR CLEAR

CU FT CUBIC FEET

CFM CUBIC FEET PER MINUTE

CU IN CUBIC INCH

DEG DEGREE

DP DEPTH / DEEP

DIA DIAMETER

EL/ELEV ELEVATION

EQUIP EQUIPMENT

EXIST EXISTING

FT FEET

FPM FEET PER MINUTE

FPS FEET PER SECOND

FLR FLOOR

FA FREE AREA / FIRE ALARM

GAL GALLONS

GPM GALLONS PER MINUTE

GA GAUGE

GC GENERAL CONTRACTOR

HTR HEATER

HTG HEATING

HVAC HEATING, VENTILATING AND AIR

CONDITIONING

HGT HEIGHT

ID INSIDE DIAMETER

LG LENGTH

LTG LIGHTING

LF LINEAR FEET

LBS POUNDS

MBH 1000 BTU'S

MFR MANUFACTURER

MAX MAXIMUM

MECH MECHANICAL

MC MECHANICAL CONTRACTOR

MIN MINIMUM

MISC MISCELLANEOUS

MTD MOUNTED

MTG MOUNTING

NOM NOMINAL

NC NORMALLY CLOSED / NOISE

CRITERIA

NO NORMALLY OPEN / NUMBER

N/A NOT APPLICABLE

NIC NOT IN CONTRACT

OC ON CENTER

PPM PARTS PER MILLION

PERP PERPENDICULAR

PLBG PLUMBING

PC PLUMBING CONTRACTOR

REQ'D REQUIRED

RPM REVOLUTIONS PER MINUTE

RM ROOM

SCHED SCHEDULE

SIM SIMILAR

SPEC(S) SPECIFICATIONS

SQ SQUARE

STD STANDARD

TEMP TEMPERATURE

TD TEMPERATURE DIFFERENCE

TK THICK

TONS 12000 BTU

TYP TYPICAL

UL UNDERWRITERS LABORATORY

UNO UNLESS NOTED OTHERWISE

VAR VARIABLE

VOL VOLUME

W WATT / WIDTH

WT WEIGHT

ABBREVIATIONS

VENT

CONDENSER WATER RETURN

CWR

REFRIGERANT SUCTION

REFRIGERANT LIQUID

NATURAL GAS LINE

LIQUIFIED PETROLEUM GAS

LPG

CONDENSATE

HEATING WATER SUPPLY

HEATING WATER RETURN

LOW PRESSURE STEAM RETURN

LOW PRESSURE STEAM SUPPLY

CHILLED WATER SUPPLY

CHILLED WATER RETURN

CONDENSER WATER SUPPLY

CHS

CHR

CWS

LPS

LPR

HWS

HWR

GREASE WASTE

WASTE BELOW FLOOR

WASTE ABOVE GRADE

W (BG)

W (AG)

FIRE SPRINKLER

STORM DRAIN

COLD WATER

RECIRCULATED HOT WATER

HOT WATER

HWC

28. PRESSURE AND TEMPERATURE RELIEF VALVE

CLEANOUT

FLOOR SINK

FLOOR DRAIN

WALL HYDRANT

CONNECTION TO EXISTING

SPLASH BLOCK

25. FLOW DIRECTION ARROW

22. PIPE CAP, PLUG OR CLEANOUT

23. FLOAT AND THERMOSTATIC TRAP

24. PRESSURE AND TEMPERATURE TEST PORT

26. EXPANSION JOINT

27. FLEX CONNECTOR

15. PIPE TEE UP

13. STRAINER W/DRAIN VALVE

14. PIPE TEE UP W/ELBOW

11. MANUAL AIR VENT

16. PIPE TEE DOWN W/ELBOW

21. SHOCK ABSORBER

6. 3-WAY CONTROL VALVE

10. PRESSURE GAUGE

9. THERMOMETER

12. UNION

5. 2-WAY CONTROL VALVE

1. BALL VALVE

2. PRESSURE REDUCING VALVE

2. BUTTERFLY VALVE

4. CHECK VALVE

22 23 24 25

12 13

2 3

14 15

4 5

2827 29 30

181716

76 8

19 20

9 10

POINT OF DISCONNECT

FLEXIBLE DUCT CONNECTION (CANVAS)

TYPICAL SQUARE TO ROUND TRANSITION

SENSOR

3. MANUAL VOLUME DAMPER

HUMIDISTAT

THERMOSTAT

2. BAROMETRIC DAMPER

3. FIRE/SMOKE DAMPER

1. MOTORIZED DAMPER

2. FIRE DAMPER

3. SMOKE DAMPER

1. BACKDRAFT DAMPER

2. SPLITTER DAMPER

1. REHEAT COIL

1. 2. 3.

M S

SUPPLY/OUTSIDE AIR DUCT DOWN

RETURN AIR DUCT DOWN

2. BRANCH DUCT INTO SIDE OF MAIN DUCT

TURN VANES

R EQUAL TO W (MINIMUM)

TYPICAL DUCT TURN

TYPICAL DUCT TURN WITH

1. CONICAL TAKE-OFF

1/2 A

ROUND DUCT SECTION UP

DUCT RISE IN DIRECTION

1. WIDTH DIMENSION

2. WIDTH DIMENSION

3. DEPTH DIMENSION

DUCT DROP IN DIRECTION

1 2

SUPPLY/OUTSIDE AIR DUCT UP

RETURN AIR DUCT UP

ROUND DUCT SECTION DOWN

EXHAUST AIR DUCT DOWN

EXHAUST AIR DUCT UP

1. WIDTH DIMENSION

1/2

2. DEPTH DIMENSION

SUPPLY AIR DIFFUSER TAG

X"Ø D-X

XXX

EXHAUST GRILLE TAG

XxX E-X

XXX

SYMBOL ABBREV. DESCRIPTION DESCRIPTIONSYMBOLSYMBOL & DESCRIPTION

MOP SINKMS-X

WALL CLEANOUTDCO

NOTES KEY

DEMOLITION KEY NOTES

REVISION NOTE NUMBER

YARD HYDRANT

8. GAS VALVE

7. AUTO FLOW VALVE

17. PIPE TEE DOWN

18. PIPE DOWN

19. PIPE UP

20. PIPE UP & DOWN

29. PIPE BREAK

SUPPLY AIR DIFFUSER TAG

XxX D-X

XXX

RETURN GRILLE TAG

XxX G-X

XXX

EWH-X

EF-X

F-1 x

CEILING EXHAUST FAN

ELECTRIC WALL HEATER

WALL CAP

GAS METER

SANITARY/STORM 45 DEG

SANITARY/STORM 90 DEG

SANITARY/STORM DOUBLE 90 DEG

HWC PUMP

DESCRIPTIONSYMBOL

EQUIPMENT:

AD-X AIR DOOR

AHU-X AIR HANDLING UNIT

AS-X AIR SEPARATOR

ATU-X AIR TERMINAL UNIT

B-X BOILER

CUH-X CABINET UNIT HEATER

CH-X CHILLER

CRAC-X COMPUTER ROOM AIR CONDITIONER

CP-X CONDENSATE PUMP

CDU CONDENSER UNIT

CU-X CONDENSING UNIT

CUHP-X CONDENSING UNIT HEAT PUMP

CCC-X CLOSED CIRCUIT COOLER (FLUID COOLER)

CC-X COOLING COIL

CT-X COOLING TOWER

D-X DIFFUSER

EBR-X ELECTRIC BASEBOARD RADIATOR

EF-X EXHAUST FAN

EFT-X ELECTRIC FIN TUBE

EH-X EXHAUST HOOD

ERH-X ELECTRIC RADIANT HEATER

ERV-X ENERGY RECOVERY VENTILATOR

ET-X EXPANSION TANK

EUH-X ELECTRIC UNIT HEATER

EWH-X ELECTRIC WALL HEATER

F-X FURNACE

FC-X FAN COIL

FPB-X FAN POWERED BOX

FT-X FIN TUBE

G-X GRILLE

H-X HUMIDIFIER

HC-X HEATING COIL

HE-X HEAT EXCHANGER

HP-X HEAT PUMP

IH-X INTAKE HOOD

KEF-X KITCHEN EXHAUST FAN

KH-X KITCHEN HOOD

L-X LOUVER

LD-X LINEAR DIFFUSER

MAU-X MAKE-UP AIR UNIT

PTAC-X PACKAGED TERMINAL A/C

PTHP-X PACKAGED TERMINAL HEAT PUMP

P-X PUMP

RD ROOF DRAIN

RF-X RETURN FAN

RTU-X ROOFTOP UNIT

SA-X SOUND ATTENUATOR

SF-X SUPPLY FAN

TU-X TERMINAL UNIT

T-STAT THERMOSTAT

UH-X UNIT HEATER

UV-X UNIT VENTILATOR

VAV-1 VARIABLE AIR VOLUME BOX

VFD-X VARIABLE FREQUENCY DRIVE

AIR:

A-PD AIR PRESSURE DROP

AMB AMBIENT

ATM ATMOSPHERE

CV CONSTANT VOLUME / CONTROL VALVE

CU FT CUBIC FEET

CFM CUBIC FEET PER MINUTE

DEG DEGREE

DB DRY BULB (Temperature)

EA EXHAUST AIR

EXH EXHAUST

ESP EXTERNAL STATIC PRESSURE

°F DEGREE FAHRENHEIT

FPM FEET PER MINUTE

FPS FEET PER SECOND

G GAS

GA GAUGE

ISP INTERNAL STATIC PRESSURE

LAT LEAVING AIR TEMPERATURE

NA NEUTRAL AIR

OA OUTSIDE AIR

PD PRESSURE DROP

RLFA RELIEF AIR

RA RETURN AIR

RH RELATIVE HUMIDITY

SP STATIC PRESSURE

SA SUPPLY AIR

TEMP TEMPERATURE

TD TEMPERATURE DIFFERENCE

TSP TOTAL STATIC PRESSURE

VAV VARIABLE AIR VOLUME

ELECTRICAL:

AMP AMPERE

AUX AUXILIARY

DISC DISCONNECT

FLA FULL LOAD AMPS

HZ HERTZ

HP HORSE POWER

KW KILOWATT

KWH KILOWATT HOUR

LTG LIGHTING

LRA LOCKED ROTOR AMPS

MCA MAXIMUM CIRCUIT AMPACITY

PH PHASE

PWR POWER

RPM REVOLUTIONS PER MINUTE

SEN SENSOR

T-STAT THERMOSTAT

V VOLT

W WATT / WIDTH

FLUID:

CHR CHILLED WATER RETURN

CHS CHILLED WATER SUPPLY

CD CONDENSATE

DEG DEGREE

EWT ENTERING WATER TEMPERATURE

°F DEGREE FAHRENHEIT

FPM FEET PER MINUTE

FPS FEET PER SECOND

GAL GALLONS

GPM GALLONS PER MINUTE

HD HEAD

HPWR HEAT PUMP WATER RETURN

HPWS HEAT PUMP WATER SUPPLY

HWR HEATING WATER RETURN

HWS HEATING WATER SUPPLY

ID INSIDE DIAMETER

LWT LEAVING WATER TEMPERATURE

LPC LOW PRESSURE CONDENSATE

LPS LOW PRESSURE STEAM

MBH 1000 BTU'S

MPC MEDIUM PRESSURE CONDENSATE

MPS MEDIUM PRESSURE STEAM

PD PRESSURE DROP

SUCT SUCTION

TD TEMPERATURE DIFFERENCE

TONS 12000 BTU

WG WATER GAUGE

WPD WATER PRESSURE DROP

WB WET BULB TEMPERATURE

HEAT PUMP WATER SUPPLY

HEAT PUMP WATER RETURN

HPWS

HPWR

HWC

CWR

CWS

CWR

HWR

HWS

LPS

LPR

GSAN

GAS

LPG

HPWS

HPWR

SAN

PROJECT STAGING AREA

GENERAL NOTES

ABBREVIATIONS AND

SYMBOLS, DESCRIPTIONS

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PROJECT STAGING AREA

SCALE: NONE

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SHEET

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NO.

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REVISION

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FORT SCOTT NATIONAL HISTORIC SITE FORT SCOTT, KANSAS

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307 838 --

EXISTING BURIED

UTILITY TO BE

ABANDONED

REFRIGERATE LINES

SHALL BE

EVACUATED AND

CAPPED BELOW

GRADE.

GAS WILL BE CAPPED AT SUPPLY

TO METER AND METER RETURNED

TO GAS COMPANY. PIPING TO BE

CAPPED BELOW GRADE.

REMOVE ALL ABOVE GROUND

ELECTRICAL. PULL WIRES OUT OF

EXISTING CONDUIT ELECTRICAL. IF

WIRE IS DIRECT BURIED ABANDONED

UNDER GROUND.

REMOVE EXISTING

CONDENSING UNITS.

M1.1

HRU-1

INSTALL NEW 12" HDPE PIPE

FOR NEW UTILITY. PIPE TO BE

INSTALLED BY HORIZONTAL

DIRECTIONAL DRILLING (~65 FT).

INSTALL THREE

REFRIGERATE LINES ,

ELECTRICAL POWER

CONDUIT AND

CONTROL WIRE IN

THE PIPING.

INSTALL A 24" H x 20" W x 16" D

SINGLE DOOR WATERPROOF

ENCLOSURE BOX. CONNECT

HDPE PIPE INTO THE BOTTOM.

MOUNT ON UNI-STRUTS.

PROVIDE OPENING FOR

REFRIGERATE LINES ,

ELECTRICAL POWER CONDUIT

AND CONTROL WIRE.

PROVIDE GROMMETS AT EACH

OPENING.

EXISTING FENCE.

DISASSEMBLE AND

REASSEMBLE AS NEEDED.

EXISTING FENCE.

EXISTING WALL

EXISTING STONE WALKWAY

ENTER BUILDING

UNDER FOUNDATION

AND UP INTO ROOM.

LONG SWEEPING ELBOW

HS-1 OFFICERS' QUARTERS - MECHANICAL & ELECTRICAL DEMO PLAN

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

HS-1 OFFICERS' QUARTERS - MECHANICAL & ELECTRICAL PLAN

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

DEMO AND NEW

SITE PLAN

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

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ROOM

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MORNING

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OFFICE

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CLOSET

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CLOSET

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HALL

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EQUIPMENT

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MECHANICAL

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RECEPTION

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ENTRY

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ROOM

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MORNING

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CLOSET

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MECHANICAL

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KITCHEN

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KITCHEN

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REVISION

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FORT SCOTT NATIONAL HISTORIC SITE FORT SCOTT, KANSAS

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DEMOLITION KEY NOTES:

1. REMOVE DASHED FURNACE, COIL, ELECTRICAL,

REFRIGERANT PIPING AND CONDENSATE PIPING.

2. REMOVE DASHED DUCTWORK.

3. REMOVE DASHED OR DIFFUSER.

4. REMOVE DASHED GRILLE.

5. REMOVE DASHED GAS PIPING AND CAP UNDER FLOOR.

6. REMOVE DASHED GRILLE AND PATCH OPENING. PAINT

WALL TO MATCH EXISTING.

7. REMOVE DASHED REGISTER, PATCH OPENING AND REPAIR

CRACK IN WALL. PAINT WALL TO MATCH EXISTING.

8. REMOVE PVC FLUES AND COMBUSTION AIR PIPING. CAP

AT INSIDE WALL.

9. REMOVE EXISTING THERMOSTAT AND CONTROL WIRING.

REPAIR WALL AND PAINT TO MATCH.

10. REMOVE EXISTING THERMOSTAT AND CONTROL WIRING.

11. REMOVE SECTION OF WALL NEED TO REMOVE DASHED

12. LEAVE EXISTING REGISTER/GRILLE IN WALL. CAP

DUCTWORK. PAINT INSIDE OF CAP WITH FLAT BLACK

PAINT.

DEMOLITION GENERAL NOTES:

1. THE OWNER SHALL HAVE THE FIRST RIGHT OF SALVAGE

FOR ALL MECHANICAL, ELECTRICAL, AND PLUMBING ITEMS

BEING REMOVED OR DEMOLISHED. IF OWNER DECLINES,

THE CONTRACTOR SHALL REMOVE FROM THE PREMISES

AND DISPOSE OF PROPERLY. VERIFY OWNER'S INTENT

PRIOR TO REMOVAL OR DEMOLITION.

2. REMOVE ALL DUCTWORK, PIPING, AND EQUIPMENT SHOWN

DASHED. INFORMATION PERTAINING TO THE EXISTING

BUILDING HAS BEEN OBTAINED THROUGH THE BUILDINGS

ORIGINAL DRAWINGS WHERE AVAILABLE. REPORT

DISCREPANCIES TO THE ARCHITECT AND ENGINEER PRIOR

TO ANY DEMOLITION. CONTRACTOR SHALL FIELD VERIFY

ALL EXISTING CONDITIONS PRIOR TO COMMENCING

WORK.COORDINATE SHUTDOWN OF ALL UTILITIES FOR

DEMOLITION WORK WITH THE OWNER. DISCONNECT,

DEMOLISH, AND REMOVE MECHANICAL SYSTEMS,

EQUIPMENT, AND COMPONENTS INDICATED AS HATCHED

TO BE REMOVED.

2. REMOVE ALL WIRING, AND ELECTRICAL EQUIPMENT.

INFORMATION PERTAINING TO THE EXISTING BUILDING HAS

BEEN OBTAINED THROUGH THE BUILDINGS ORIGINAL

DRAWINGS WHERE AVAILABLE. REPORT DISCREPANCIES

TO THE ARCHITECT AND ENGINEER PRIOR TO ANY

DEMOLITION. CONTRACTOR SHALL FIELD VERIFY ALL

EXISTING CONDITIONS PRIOR TO COMMENCING

WORK.COORDINATE SHUTDOWN OF ALL UTILITIES FOR

DEMOLITION WORK WITH THE OWNER. DISCONNECT,

DEMOLISH, AND REMOVE MECHANICAL SYSTEMS,

EQUIPMENT, AND COMPONENTS INDICATED AS HATCHED

TO BE REMOVED.

3. PIPING TO BE REMOVED: REMOVE PORTION OF PIPING

INDICATED TO BE REMOVED AND CAP OR PLUG REMAINING

PIPING WITH THE SAME OR COMPATIBLE PIPING MATERIAL.

4. PIPING TO BE ABANDONED IN PLACE: DRAIN PIPING AND

CAP OR PLUG PIPING WITH THE SAME OR COMPATIBLE

PIPING MATERIAL.

5. DUCTS TO BE REMOVED: REMOVE PORTIONS OF DUCT

AND PLUG REMAINING DUCTS WITH THE SAME OR

COMPATIBLE DUCTWORK MATERIAL.

6. DUCTS TO BE ABANDONED IN PLACE: CAP OR PLUG DUCTS

WITH THE SAME OR COMPATIBLE DUCTWORK MATERIAL.

7. EQUIPMENT TO BE REMOVED: DISCONNECT AND CAP

SERVICES AND REMOVE EQUIPMENT.

8. EQUIPMENT TO BE REMOVED AND REINSTALLED:

DISCONNECT AND CAP SERVICES AND REMOVE, CLEAN,

AND STORE EQUIPMENT. WHEN APPROPRIATE, REINSTALL,

RECONNECT, AND MAKE EQUIPMENT FULLY OPERATIONAL.

9. EQUIPMENT TO BE REMOVED AND SALVAGED:

DISCONNECT AND CAP SERVICES AND REMOVE

EQUIPMENT AND DELIVER TO OWNER.

10. IF PIPE INSULATION OR EQUIPMENT TO REMAIN IS

DAMAGED IN APPEARANCE OR IS UNSERVICEABLE,

REMOVE DAMAGED OR UNSERVICEABLE PORTIONS AND

REPLACE WITH NEW PRODUCTS OF EQUAL CAPACITY AND

QUALITY.

11. IT IS HIGHLY RECOMMENDED CONTRACTOR VISIT SITE AND

FIELD VERIFY ALL EXISTING CONDITIONS PRIOR TO

BIDDING PROJECT.

12. COORDINATE DEMOLITION WITH THE WORK OF OTHER

TRADES. PROVIDE TEMPORARY UTILITIES AS REQUIRED

TO ALLOW THE WORK OF OTHER TRADES TO PROCEED.

5 3

HS-1 OFFICERS' QUARTERS - FIRST FLOOR HVAC DEMO PLAN

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

HS-1 OFFICERS' QUARTERS - GROUND FLOOR HVAC DEMO PLAN

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

HS-1 OFFICERS' QUARTERS - SECOND FLOOR HVAC DEMO PLAN

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

DEMOLITION PLANS

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FORT SCOTT NATIONAL HISTORIC SITE FORT SCOTT, KANSAS

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HVAC GENERAL NOTES:

1. DO NOT RUN DUCTWORK ABOVE ELECTRICAL PANELS OR

IN CODE REQUIRED CLEARANCE SPACES. COORDINATE

ALL ROUTING WORK WITH ALL TRADES.

2. CONTRACTOR SHALL COORDINATE LOCATION OF

DUCTWORK IN CEILING SPACE WITH ALL TRADES PRIOR TO

FABRICATION AND INSTALLATION OF DUCTWORK.

3. DUCTWORK SHALL NOT BE FABRICATED UNTIL ALL

COORDINATION CONFLICTS HAVE BEEN RESOLVED.

4. CAP ENDS OF ALL INSTALLED DUCTWORK DURING

CONSTRUCTION TO MINIMIZE DIRT, DEBRIS, AND FOREIGN

OBJECTS FROM ENTERING THE DUCT SYSTEM.

5. BRANCH DUCT SIZES ARE THE SAME AS DIFFUSER NECK

SIZE, UNLESS NOTED OTHERWISE.

6. ALL DUCTWORK SHALL CLEAR DOORS AND WINDOWS

7. ALL DUCTWORK DIMENSIONS, AS SHOWN ON THE

DRAWINGS, ARE INTERNAL CLEAR DIMENSIONS.

8. PROVIDE ALL 90° SQUARE ELBOWS WITH DOUBLE RADIUS

TURNING VANES UNLESS OTHERWISE INDICATED.

9. PROVIDE FLEXIBLE CONNECTIONS IN ALL DUCTWORK

SYSTEMS (SUPPLY, RETURN, AND EXHAUST) CONNECTED

TO HEAT PUMPS, FANS, AND OTHER EQUIPMENT WHICH

REQUIRES VIBRATION ISOLATION. FLEXIBLE CONNECTIONS

SHALL BE PROVIDED AT THE POINT OF CONNECTION TO

THE EQUIPMENT UNLESS OTHERWISE INDICATED.

10. UNLESS OTHERWISE NOTED, ALL DUCTWORK IS

OVERHEAD, TIGHT TO THE UNDERSIDE OF THE

STRUCTURE, WITH SPACE FOR INSULATION IF REQUIRED.

11. FLEXIBLE DUCTWORK SHALL NOT BE USED ON THIS

PROJECT.

12. OFFSETS IN DUCTS, INCLUDING DIVIDED DUCTS AND

TRANSITIONS AROUND OBSTRUCTIONS, SHALL BE

PROVIDED AT NO ADDITIONAL COST TO THE OWNER.

13. ACCESS PANELS IN HARD SURFACE CEILINGS ARE

REQUIRED FOR ALL VALVES, DAMPERS, CONTROLS, ETC.

ACCESS PANELS SHALL BE FURNISHED MC AND INSTALLED

BY THE GC AND UNDER ARCHITECTURAL SPECIFICATIONS.

14. SEE SPECIFICATIONS FOR DUCTWORK GAUGES, BRACING,

HANGERS, AND OTHER REQUIREMENTS.

15. PROVIDE VOLUME DAMPER IN ALL BRANCH TAKEOFFS

CONNECTING TO DIFFUSERS OR REGISTERS.

16. COORDINATE SCHEDULE OF SHUTDOWN FOR EXISTING

HVAC SYSTEMS, FOR INSTALLATION OF NEW HVAC

SYSTEMS, WITH THE OWNER'S REPRESENTATIVE PRIOR TO

SHUT.

17. LOCATE ALL MECHANICAL EQUIPMENT (HEAT PUMPS,

MAKE-UP AIR UNITS, ETC.) FOR UNOBSTRUCTED ACCESS

TO UNIT ACCESS PANELS, CONTROLS AND VALVING, AS

REQUIRED BY MANUFACTURER'S INSTALLATION AND

OPERATION REQUIREMENTS AND/OR BY CODE.

18. CERTAIN ITEMS SUCH AS RISES AND DROPS IN DUCTWORK,

ACCESS DOORS, VOLUME DAMPERS, ETC., ARE INDICATED

ON THE CONTRACT DOCUMENT DRAWINGS FOR CLARITY

FOR A SPECIFIC LOCATION REQUIREMENT AND SHALL NOT

BE INTERPRETED AS THE EXTENT OF THE REQUIREMENT

FOR THESE ITEMS.

19. ALL MAKE-UP AIR UNITS SHALL OPERATE WITHOUT

MOISTURE CARRYOVER.

20. UNLESS OTHERWISE SHOWN, LOCATE ALL ROOM

THERMOSTATS AND SENSORS AT 4-0" (CENTERLINE) A.F.F.

NOTIFY THE ENGINEER OF ANY ROOMS WHERE THE ABOVE

LOCATION CANNOT BE MAINTAINED OR WHERE THERE IS A

QUESTION ON LOCATION.

21. SMOKE DETECTORS SHALL BE FURNISHED AND WIRED BY

THE EC. THE MC SHALL BE RESPONSIBLE FOR MOUNTING

THE SMOKE DETECTOR IN DUCTWORK AS SHOWN ON THE

DRAWINGS AND IN ACCORDANCE WITH MANUFACTURER'S

PRINTED INSTRUCTIONS.

22. MC TO MAKE CUTS IN FLOOR FOR PENETRATIONS OF

DUCTWORK. MECHANICAL DUCT PENETRATIONS TO BE IN

SLAB ONLY. DO NOT CUT OR DAMAGE CONCRETE JOIST

STEMS.

24X6 R-1

14X4 R-1

22X6 R-1

8"Ø D-1

20X6 R-1

24X24 G-1

30X6 R-1

18X12 G-1

22X6 R-1

22X6 G-1

8"Ø

18/8

24X6 R-1

16X6 R-1

22X6 R-1

12/10

8/8

22X12 G-1

24X6 R-1

22X8 R-1

18X12 G-1

BC-4

18X12 G-1

BC-3

BC-2

BC-1

BC-3

BC-4

BC-2

18/14

EX 20/8 UP

EX 24/8 UP

EX 30/8 UP

EX 30/8 DN

EX 22/8 UP

EX 20/8 DN

NEW 20/8 UP

EX 24/8 DN

EX 12/8 UP

EX 10/8

IN ATTIC

EX 12/3.5

IN ATTIC

NEW 20/8 DN

EX 10/6 UP

14/16

12/14

8/12

HVAC KEY NOTES:

1. SEAL BOTTOM OF CHASE WITH 1/2" DRYWALL. PAINT NEW DRYWALL TO MATCH

CEILING.

2. STUB 12/14 DUCT INTO CHASE.

3. VERIFY SIZE OF EXISTING REGISTER AND MATCH NEW REGISTER TO EXISTING

4. VERIFY SIZE OF EXISTING GRILLE AND MATCH NEW GRILLE TO EXISTING GRILLE

SIZE.

5. INSULATE EXISTING DUCTWORK IN ATTIC WITH MINERAL-FIBER BLANKET, 2 INCHES

THICK AND 0.75-LB/CU. FT. NOMINAL DENSITY.

6. PATCH WALL AND PAINT CORNER TO CORNER WITH COLOR AND FINISH TO MATCH

EXISTING. SEE PAINT SPECIFICATIONS ON THIS SHEET.

7. SEE WALL, DOOR, PAINT AND HARDWARE SPECIFICATIONS ON THIS SHEET.

WALLS:

WALL SHALL BE 3-5/8” NON-LOAD BEARING METAL STUD FRAMING

SYSTEM WITH SLIP TRACK AT TOP OF WALL FOR DEFLECTION BY

CLARKWESTERN DIETRICH BUILDING SYSTEMS, MARINO, OR

EQUAL SYSTEM. INSTALL PER MANUFACTURER

RECOMMENDATIONS. PROVIDE COMPLETE GYPSUM BOARD

ASSEMBLIES COMPLYING WITH ASTM C840 AND GA-216 WITH 5/8”

GWB TO A LEVEL 4 FINISH FOR PAINT EACH SIDE. PROVIDE

CORNER BEADS AND CASING BEADS AT ALL EDGES LOCATED ¼’

FROM ADJACENT WALL, CEILING AND FLOOR SURFACES

MANUFACTURED BY THE SAME COMPANY AS THE WALL BOARD

(USG CORPORATION OR EQUAL) AND INSTALL / TAPE (BEADS

AND JOINTS) AS RECOMMENDED. SEAL PERIMETER OF WALL TO

EXISTING ADJACENT WALLS, CEILING AND FLOOR ALL SIDES. NO

BASE REQUIRED. PAINT BY MPI LISTED MANUFACTURER AND

APPROVED PRODUCT LISTS THE FOLLOWING: (PREP AND FINISH

PER MANUFACTURE RECOMMENDATIONS.)

1. INSTITUTIONAL LOW-ODOR/VOC LATEX SYSTEM MPI INT 9.2M:

COORDINATE FINAL COLOR WITH COR. PROVIDE

COLOR SAMPLES.

a. PRIME COAT: PRIMER SEALER, INTERIOR, INSTITUTIONAL LOW ODOR/VOC, MPI #149.

b. TOPCOAT: LATEX, INTERIOR, INSTITUTIONAL LOW

ODOR/VOC (MPI GLOSS LEVEL 3), MPI #145.

DOOR AND FRAME:

PROVIDE 3’-0” X 6’-8”X1-3/4” FLUSH HOLLOW METAL DOOR AND

ASSOCIATED 5-3/4” STANDARD FRAME (5” THROAT AND 2-INCH

FACE FRAME 3 SIDES). MANUFACTURED AND INSTALLED AS

REQUIRED BY ONE OF THE FOLLOWING: CECO DOOR; CURRIES

COMPANY; REPUBLIC DOORS AND FRAMES; STEELCRAFT; OR

EQUAL.

1. HEAVY-DUTY DOORS AND FRAMES: ANSI/SDI A250.8, LEVEL 2;

ANSI/SDI A250.4, LEVEL B.

DOORS:

a. TYPE: AS INDICATED

b. THICKNESS: 1-3/4 INCHES (44.5 MM).

c. FACE: METALLIC-COATED STEEL SHEET, MINIMUM

THICKNESS OF 0.042 INCH (1.0 MM).

d. EDGE CONSTRUCTION: MODEL 2, SEAMLESS.

e. CORE: MANUFACTURER'S STANDARD

POLYISOCYANURATE.

FRAMES:

a. MATERIALS: METALLIC-COATED STEEL SHEET, MINIMUM THICKNESS OF 0.053 INCH (1.3 MM).

b. 5/8” INTEGRAL RABIT STOP WITH RUBBER BUMPERS.

c. GROUT FOR INTERIOR DOOR FRAMES WHICH OCCUR

IN STUD WALLS SHALL BE DURABOND JOINT

COMPOUND BY USG CORPORATION, STRUCTOLITE BY

USG CORPORATION, GYPSOLITE BY NATIONAL

GYPSUM OR EQUAL.

1 GROUT ALL HOLLOW METAL DOOR FRAMES

WHICH OCCUR IN STUD WALLS BY

SPOT-GROUTING AT THE JAMB ANCHOR CLIPS

PRIOR TO INSERTING THE GYPSUM BOARD INTO

THE FRAME. GROUT TIGHTLY TO ASSURE SOLID

ANCHORAGE OF THE FRAMES. DO NOT FILL

METAL JAMBS FULL OF GROUT. SPOT GROUTING

WILL NOT BE REQUIRED AT METAL FRAMES THAT

HAVE JAMB ANCHORS WELDED TO THE FRAMES.

PAINT: (OR EQUAL PREFINISHED BY MANUFACTURER) PREP

AND FINISH PER MANUFACTURE RECOMMENDATIONS.

HIGH-PERFORMANCE ARCHITECTURAL LATEX SYSTEM MPI

INT 5.1RR:

a. PRIME COAT: PRIMER, ALKYD, ANTI-CORROSIVE, FOR

METAL, MPI #79.

b. TOPCOAT: LATEX, INTERIOR, HIGH PERFORMANCE

ARCHITECTURAL (MPI GLOSS LEVEL 3), MPI #139.

c. COORDINATE FINAL COLOR WITH COR.

HARDWARE:

a. HINGES: MANUFACTURER MCKINNEY, (STANLEY, HAGER, IVES, OR EQUAL)

1. MATERIAL: STAINLESS STEEL BASE.

2. TYPE: BEARING HINGES – HEAVY WEIGHT.

3. PROVIDE 3 HINGES EACH DOOR.

b. LOCKS: PASSAGE SET: MANUFACTURER BEST 9K

SERIES (SCHLAGE L-BD-06N, CORBIN RUSSWIN ML2000

PSB)

1. HEAVY DUTY CYLINDRICAL LEVER LOCK.

2. FINISH: SATIN CHROME.

3. STANDARD LEVER HANDLE: 14K LEVER

STYLE.(ACCESSIBLE)

4. ROSE: S FLAT WITH BEVELED EDGE, 3/1/2”

DIAMETER.

5. FUNCTION: PASSAGE SET

c. CLOSERS: MANUFACTURER: LCN, STANLEY

1. HEAVY DUTY CAST IRON BODY CLOSURE.

2. FULL COMPLEMENT BEARING.

3. 1-1/2 INCH DIAMETER PISTON.

4. 11/16 INCH DIAMETER DOUBLE HEAT TREATED

PINION JOURNAL.

5. ALL WEATHER FLUID.

6. COVER: METAL.

7. ARMS: EXTRA-DUTY ARM.

8. FINISH SATIN CHROME

d. ACCESSORIES: MANUFACTURER IVES, (STANLEY, ROCKWOOD OR EQUAL)

1. 8” X 34”, THICKNESS 0.050 INCH, STAINLESS

STEEL KICK PLATE.

EX 10/8

IN ATTIC

HS-1 OFFICERS' QUARTERS - FIRST FLOOR HVAC PLAN

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

HS-1 OFFICERS' QUARTERS - GROUND FLOOR HVAC PLAN

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

HS-1 OFFICERS' QUARTERS - SECOND FLOOR HVAC PLAN

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

PLANS

HVAC FLOOR

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FORT SCOTT NATIONAL HISTORIC SITE FORT SCOTT, KANSAS

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4'-10"

BC-1

BC-3

BC-4

BC-2

8"Ø

EX 20/8 UP EX 24/8 UPEX 30/8 UP EX 30/8 UP

21x12

18x12

25x12

12X20

OPEN

12X20

OPEN

12X20

OPEN

22/6

14/18

16X14

OPEN

22/6

VD TYP.

FLEX

CONNECTION

TYP.

BC-1

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C D

3/4"

R L

R S

4 SETS OF

LINES

MF-1

BC-2

VRF SYSTEM:

1. HEAT RECOVERY UNIT:

PART 1 - GENERAL

1.01 SYSTEM DESCRIPTION

A. THE HEAT RECOVERY VARIABLE REFRIGERANT FLOW SYSTEM IS A

THREE-PIPE SYSTEM CONSISTING OF A SINGLE OUTDOOR UNITS, FOUR

INDOOR UNITS OF VARIOUS TYPES AND CAPACITIES, AND MULTIPLE

FLOW SELECTOR BOXES, INDIVIDUAL INDOOR UNIT CONTROLS WITH

ON/OFF TEMPERATURE SETTINGS, ALL CONNECTED BY FULLY

INSULATED REFRIGERANT LINES UTILIZING FACTORY-SUPPLIED, FULLY

INSULATED BRANCHING KITS. INDOOR UNITS ARE CONNECTED TO

CONDENSATE PIPING THAT SHALL BE TERMINATED TO THE NEAREST

DRAIN POINT.

B. THE SYSTEM SHALL BE FULLY CAPABLE OF SIMULTANEOUS HEATING

AND COOLING OPERATION AS REQUESTED BY THE INDIVIDUAL INDOOR

ZONES THAT CAN CONSIST OF MULTIPLE INDOOR UNITS.

C. THE TOTAL CONNECTED INDOOR UNIT CAPACITY SHALL RANGE

BETWEEN 50 AND 150% OF THE OUTDOOR UNIT CAPACITY.

1.02 QUALITY ASSURANCE

A. UNITS SHALL BE LISTED BY ETL (ENGINEERING TESTING LABORATORY)

AND BE EVALUATED IN ACCORDANCE WITH UL STANDARD 1995, 4TH.

EDITION.

B. UNITS SHALL BE LISTED IN THE AHRI DIRECTORY.

C. ALL UNITS SHALL MEET THE FEDERAL MINIMUM EFFICIENCY STANDARDS

AND BE TESTED PER AHRI 1230 STANDARD

1.03 DELIVERY, STORAGE, AND HANDLING

A. UNITS SHALL BE SHIPPED IN ONE PIECE AND SHALL BE STORED AND

HANDLED PER UNIT MANUFACTURER'S RECOMMENDATIONS.

B. UNITS SHALL BE SUPPLIED WITH A BASE RAIL THAT PROVIDES OPENINGS

FOR MOVING THE UNIT BY FORK TRUCK OR RIGGING THE UNIT BY

CRANE.

1.04 WARRANTY

A. ONE YEAR ON ALL EQUIPMENT AND FIVE YEARS ON COMPRESSOR(S).

PART 2 - PRODUCTS

2.01 EQUIPMENT

A. GENERAL:

FACTORY-ASSEMBLED, SINGLE-PIECE, AIR-COOLED OUTDOOR UNIT.

CONTAINED WITHIN THE UNIT ENCLOSURE SHALL BE ALL FACTORY

WIRING, PIPING, CONTROLS, AND THE MULTIPLE INVERTER-DRIVEN TWIN

ROTARY COMPRESSORS.

1. THE MAXIMUM SOUND PRESSURE RATING FOR A SINGLE MODULE

SHALL NOT EXCEED 66.5 DBA SOUND PRESSURE IN COOLING AND 67.0

DBA IN HEATING. SOUND PRESSURE RATINGS ARE MEASURED AT A

DISTANCE OF 3.28 FT OUT AND 4.92 FT UP FROM THE SIDE OF THE

OUTDOOR UNIT.

2. THE OUTDOOR UNIT SHALL INCLUDE AN OVERSIZED ACCUMULATOR

AND A LIQUID TANK FOR PROPER HEATING PERFORMANCE WHILE

ALLOWING THE INDOOR UNIT PMV (PULSE MODULATING VALVE)

METERING DEVICE TO SHUT OFF COMPLETELY WHEN A ZONE IS

SATISFIED.

3. THE OUTDOOR UNIT SHALL BE PROTECTED BY A HIGH-PRESSURE

SWITCH, HIGH-PRESSURE SENSOR, LOW-PRESSURE SENSOR, FUSIBLE

PLUG, PC BOARD, AND AN INVERTER OVERLOAD PROTECTOR.

4. THE OUTDOOR UNIT SHALL BE CAPABLE OF OPERATING IN COOLING

MODE DOWN TO 14 F DRY BULB AMBIENT AIR TEMPERATURE AND

DOWN TO -13 F WET BULB AMBIENT AIR TEMPERATURE IN HEATING.

FOR SIMULTANEOUS HEATING AND COOLING THE UNIT SHALL BE

CAPABLE OF OPERATING BETWEEN 14 F AND 60 F AMBIENT AIR

TEMPERATURE.

5. THE OUTDOOR UNIT SHALL INCLUDE A TOTAL OIL MANAGEMENT

SYSTEM THAT BALANCES OIL BETWEEN COMPRESSORS WITHIN A

MODULE, REPLENISHES COMPRESSOR OIL TO THE COMPRESSORS IN

A MODULE FROM THE OIL SEPARATOR IF REQUIRED, AND ALLOWS OIL

AND REFRIGERANT TO MOVE BETWEEN TWINNED OR 3-MODULE UNITS

IF REQUIRED, EVEN IF ONE OF THE UNITS IS NOT RUNNING.

B. UNIT CABINET:

1. UNIT CABINET SHALL BE CONSTRUCTED OF PRE-COATED STEEL,

FINISHED ON BOTH INSIDE AND OUTSIDE.

2. UNIT ACCESS PANELS SHALL BE REMOVABLE WITH MINIMAL SCREWS

AND SHALL PROVIDE FULL ACCESS TO THE COMPRESSORS, FAN, AND

CONTROL COMPONENTS.

3. COMPRESSORS SHALL BE ISOLATED IN A COMPARTMENT AND HAVE AN

ACOUSTIC WRAP TO ASSURE QUIET OPERATION.

4. UNIT CABINET SHALL BE CAPABLE OF WITHSTANDING 500-HOUR SALT

SPRAY TEST PER FEDERAL TEST STANDARD NO. 141 (METHOD 6061).

C. FANS:

1. OUTDOOR FAN SHALL DISCHARGE AIR VERTICALLY AND BE DRIVEN BY

A DC-INVERTER VARIABLE-SPEED MOTOR WITH 64 STEPS THAT IS

CAPABLE OF RUNNING DOWN TO 60 RPM.

2. OUTDOOR FAN MOTOR SHALL BE TOTALLY ENCLOSED WITH

PERMANENTLY-LUBRICATED BEARINGS.

3. MOTOR SHALL BE PROTECTED BY INTERNAL THERMAL OVERLOAD

PROTECTION.

4. FAN BLADE SHALL BE NON-METALLIC AND SHALL BE STATICALLY AND

DYNAMICALLY BALANCED.

5. OUTDOOR FAN SHALL BE PROTECTED BY A RAISED NON-METALLIC

PROTECTIVE GRILLE.

D. COMPRESSORS:

1. EACH OUTDOOR UNIT MODULE SHALL BE EQUIPPED WITH TWO

INVERTER-DRIVEN TWIN ROTARY COMPRESSORS WITH FULL-RANGE

CONTROL TO AN ACCURACY OF 0.1 HZ.

2. COMPRESSOR SHALL BE TOTALLY ENCLOSED IN THE MACHINE

COMPARTMENT.

3. COMPRESSORS SHALL BE EQUIPPED WITH FACTORY-MOUNTED

CRANKCASE HEATERS.

4. INTERNAL SAFETY LOGIC SHALL PROTECT THE COMPRESSOR FROM

OVER-TEMPERATURE OPERATION.

5. MOTOR SHALL BE SUITABLE FOR OPERATION IN AN R-410A

REFRIGERANT ATMOSPHERE.

6. COMPRESSOR ASSEMBLY SHALL BE INSTALLED ON RUBBER VIBRATION

ISOLATORS.

7. TO MAXIMIZE COMPRESSOR RELIABILITY, MULTIPLE COMPRESSORS

WITHIN A MODULE SHALL BE STARTED AND OPERATED IN VARIABLE

PATTERNS TO ENSURE EQUAL RUN TIME ON ALL COMPRESSORS.

E. OUTDOOR COIL:

1. COIL SHALL BE CONSTRUCTED OF ALUMINUM FINS MECHANICALLY

BONDED TO SEAMLESS COPPER TUBES, WHICH ARE CLEANED,

DEHYDRATED, AND SEALED.

2. THE COIL CONFIGURATION SHALL BE 4-SIDED AND FULLY SEPARATED

FROM THE MACHINE COMPARTMENT FOR MORE EFFECTIVE HEAT

TRANSFER AND SOUND ISOLATION.

3. THE COIL FINS SHALL HAVE A FACTORY-APPLIED CORROSION

RESISTANT BLUE-FIN FINISH.

F. CONTROLS AND SAFETIES:

OPERATING CONTROLS AND SAFETIES SHALL BE FACTORY SELECTED,

ASSEMBLED, AND TESTED. THE MINIMUM CONTROL FUNCTIONS SHALL

INCLUDE THE FOLLOWING:

1. CONTROLS:

a. COMPRESSOR SPEED TO MATCH THE REFRIGERANT FLOW AND

CAPACITY WITH THE SYSTEM REQUIREMENTS.

b. OUTDOOR FAN MOTOR SPEED FOR HIGHER EFFICIENCY AND

LOWER SOUND.

c. OIL CONTROL FOR IMPROVED SYSTEM RELIABILITY AND COMFORT

d. PULSE MODULATING VALVE CONTROL FOR PRECISE CONTROL OF

THE REFRIGERANT DISTRIBUTION AND ACCURATE CAPACITY

MANAGEMENT TO AVOID STARVING ANY UNITS.

e. CONTROL OF COMPRESSOR STAGING TO MAXIMIZE RELIABILITY

AND MINIMUM RUN TIME ON ALL COMPRESSORS.

f. MODULE CONTROL OF COMPRESSOR OPERATION, COMPRESSOR

SPEED, AND OUTDOOR HEAT EXCHANGER SURFACE TO MAXIMIZE

EFFICIENCY AND SOUND LEVEL AND RELIABILITY ACROSS THE

ENTIRE OPERATING RANGE OF THE SYSTEM.

g. CONTROL OF THE OUTDOOR HEAT EXCHANGER SURFACE (MAIN VS

SUB HEAT EXCHANGERS) FOR MAXIMUM EFFICIENCY AND

COMFORT.

2. SAFETIES:

THE FOLLOWING SAFETY DEVICES SHALL BE PART OF THE

CONDENSING UNIT:

a. HIGH-PRESSURE SWITCH

b. FUSES

c. CRANKCASE HEATER

d. FUSIBLE PLUG

e. OVER CURRENT RELAY FOR THE COMPRESSOR

f. THERMAL PROTECTORS FOR COMPRESSOR AND FAN MOTOR

g. COMPRESSOR TIME DELAY

h. OIL RECOVERY SYSTEM

i. OIL LEVEL SENSOR

j. OVER-CURRENT SENSOR

k. COMPRESSOR SUCTION AND DISCHARGE TEMPERATURE SENSOR

l. COMPRESSOR SUCTION AND DISCHARGE PRESSURE SENSOR

G. ELECTRICAL REQUIREMENTS:

1. ALL SIZES SHALL UTILIZE 208/230-3-60 (V-PH-HZ) FIELD POWER SUPPLY.

2. TWO-CORE, STRANDED, SHIELDED LOW VOLTAGE CABLE SHALL BE

REQUIRED FOR COMMUNICATION BETWEEN OUTDOOR AND INDOOR

UNIT.

4. ALL POWER AND CONTROL WIRING MUST BE INSTALLED PER NEC AND

ALL LOCAL ELECTRICAL CODES.

H.REFRIGERANT PIPING AND LINE LENGTHS:

1. PIPING CONNECTIONS SHALL BE FROM THE FRONT OR THE BOTTOM

OF THE UNIT.

2. THE UNIT SHALL BE CAPABLE OF OPERATING WITH MAXIMUM

CONNECTED REFRIGERANT LINE LENGTHS OF 3281 FT (ACTUAL).

3. THE OUTDOOR UNIT SHALL HAVE THE ABILITY TO OPERATE WITH A

MAXIMUM HEIGHT OF 230 FT. BETWEEN THE OUTDOOR AND THE

LOWEST INDOOR UNIT.

4. THE MAXIMUM DISTANCE BETWEEN THE OUTDOOR UNIT AND THE

FURTHEST FAN COIL SHALL NOT EXCEED 591 FT ACTUAL OR 656 FT

EQUIVALENT. NO LINE SIZE CHANGES, OR OIL TRAPS SHALL BE

REQUIRED. PIPING AND LAY-OUT SHALL BE SIZED BY THE

MANUFACTURE.

5. THE SYSTEM SHALL BE CAPABLE OF OPERATING WHEN THE HEIGHT

DIFFERENCE BETWEEN THE UPPER AND THE LOWER FAN COIL IS 131

FT.

6. ALL PIPING SHALL BE INSULATED TO LESS THAN 1.5”: 1” THICK, 1.5 OR

OVER: 1.5” THICK TO MEET THE 2012 IECC.

I. AUXILIARY REFRIGERANT COMPONENTS:

1. A FLOW SELECTOR BOX WILL BE REQUIRED TO REGULATE THE FLOW

OF HIGH-PRESSURE HOT GAS OR HIGH-PRESSURE LIQUID TO THE FAN

COIL REQUIRING HEATING OR COOLING.

2. THE MULTI-PORT FLOW SELECTOR BOX CAN BE INSTALLED UP TO 164

FT FROM THE INDOOR UNIT.

3. THE MULTI-PORT FLOW SELECTOR BOX SHALL BE POWERED BY A

DEDICATED 208/230-1-60 FIELD POWER SUPPLY.

4. THE MULTI-PORT FLOW SELECTOR SHALL REQUIRE A DRAIN

CONNECTION.

5. THE MULTI-PORT FLOW SELECTOR BOX SHALL INCLUDE A

GALVANIZED STEEL ENCLOSURE AND SHALL BE TESTED PRIOR TO

SHIPMENT.

2 FLOOR CONSOLE RECESSED INDOOR UNIT (BC-1)

PART 1 - GENERAL

1.01 SYSTEM DESCRIPTION

INDOOR, FLOOR CONSOLE RECESSED, DIRECT-EXPANSION INDOOR UNITS

ARE MATCHED WITH A HEAT RECOVERY VRF (VARIABLE REFRIGERANT

FLOW) OUTDOOR UNIT.

1.02 QUALITY ASSURANCE

UNIT SHALL BE ETL (ENGINEERING TESTING LABORATORY) LISTED AND

CERTIFIED TO UL 1995 4TH EDITION STANDARD.

1.03 DELIVERY, STORAGE, AND HANDLING

UNITS SHALL BE STORED AND HANDLED PER UNIT MANUFACTURER'S

RECOMMENDATIONS.

1.04 WARRANTY

A. ONE YEAR ON ALL EQUIPMENT.

PART 2 - PRODUCTS

2.01 EQUIPMENT

A. GENERAL:

INDOOR, DIRECT-EXPANSION, FLOOR CONSOLE RECESSED FAN COILS.

UNIT SHALL BE COMPLETE WITH A COIL, FAN DRIVEN BY AC INDUCTION

MOTOR, PMV (PULSE MODULATING VALVE), PIPING CONNECTORS,

ELECTRICAL CONTROLS, MICROPROCESSOR CONTROL SYSTEM,

INTEGRAL TEMPERATURE SENSING, AND HANGING BRACKETS.

B. UNIT CABINET:

CABINET SHALL BE CONSTRUCTED OF ZINC-COATED STEEL AND

CONFIGURED FOR BOTTOM RETURN.

C. FANS:

THE FAN SHALL BE OF THE MULTI-BLADE TYPE WITH PERFORMANCE

DESIGNED TO MATCH THE COIL PERFORMANCE. THE FAN SHALL BE

STATICALLY AND DYNAMICALLY BALANCED TO ENSURE LOW NOISE AND

VIBRATION.

D. COIL:

COIL SHALL BE COPPER TUBE WITH ALUMINUM FINS AND GALVANIZED

STEEL TUBE SHEETS. FINS SHALL BE BONDED TO THE TUBES BY

MECHANICAL EXPANSION AND SPECIALLY COATED FOR ENHANCED

WETTABILITY. A DRIP PAN UNDER THE COIL SHALL HAVE A

FACTORY-INSTALLED DRAIN CONNECTION FOR HOSE ATTACHMENT TO

REMOVE CONDENSATE.

E. MOTORS:

MOTORS SHALL BE TOTALLY ENCLOSED, PERMANENTLY LUBRICATED

BALL BEARING WITH INHERENT OVERLOAD PROTECTION.

F. CONTROLS:

THE SYSTEM SHALL BE MICROPROCESSOR CONTROLLED TO MAINTAIN

PRECISE ROOM TEMPERATURE AND MINIMUM POWER CONSUMPTION.

THE CONTROLS SYSTEM SHALL EMPLOY A GENETIC ALGORITHM FOR

TEMPERATURE CONTROL.

ANY OF THE FOLLOWING USER INTERFACE ACCESSORIES SHALL BE

COMPATIBLE WITH THE UNIT.

1. WIRED REMOTE CONTROLLER

WIRED REMOTE CONTROLLER SHALL COMMUNICATE OVER

TWO-CORE SHIELDED WIRE UP TO 1640 FT. IT SHALL BE ABLE TO

OPERATE AS A PRIMARY OR SECONDARY CONTROLLER WHEN TWO

REMOTE CONTROLLERS ARE CONNECTED TO A SINGLE INDOOR UNIT

OR GROUP. THE SYSTEM SHALL BE ABLE TO BE CONFIGURED SO

THAT THE RETURN AIR (TA) CAN BE SENSED AT THE UNIT, AT THE

REMOTE CONTROLLER OR THROUGH A REMOTE SENSOR. THE LOCAL

CONTROLLER SHALL MINIMALLY BE ABLE TO CONTROL ON-OFF, SET

POINT, MODE, AND BE ABLE TO DISPLAY SYSTEM GENERATED ERROR

CODES.

2. THE UNIT SHALL HAVE THE FOLLOWING FUNCTIONS AS A MINIMUM:

a. SELECTABLE AUTOMATIC RESTART. AFTER POWER FAILURE THE

SYSTEM WILL RESTART AT THE SAME OPERATING CONDITIONS AS

BEFORE THE FAILURE.

b. TEMPERATURE-SENSING CONTROLS SHALL SENSE RETURN AIR

TEMPERATURE AT THE UNIT OR AT THE REMOTE CONTROL

c. INDOOR COIL FREEZE PROTECTION IN BOTH COOLING AND

HEATING (REVERSING VALVE FAILURE) MODES.

d. DEHUMIDIFICATION MODE SHALL PROVIDE INCREASED LATENT

REMOVAL THROUGH TOTAL SYSTEM MODULATION.

e. FAN-ONLY OPERATION TO PROVIDE ROOM AIR CIRCULATION WHEN

NO COOLING IS REQUIRED.

f. FAN SPEED CONTROL SHALL BE USER SET TO ONE OF THREE

SPEEDS BY USING THE TAPS ON THE MOTOR.

g. INDOOR COIL HIGH TEMPERATURE PROTECTION SHALL BE

PROVIDED TO DETECT EXCESSIVE INDOOR DISCHARGE

TEMPERATURE IN HEATING.

h. COLD BLOW PREVENTION IN HEATING.

i. ADJUSTABLE COMPENSATION FOR AIR STRATIFICATION IN HEATING.

G. FILTERS:

THE FILTERS SHALL BE FIELD SUPPLIED.

H. ELECTRICAL REQUIREMENTS:

INDOOR UNITS ARE 208/230-1-60 (V-PH-HZ).

3 VERTICAL AIR HANDLING FAN COIL UNIT (BC-2,3,4)

PART 1 -- GENERAL

1.01 SYSTEM DESCRIPTION

INDOOR, DIRECT-EXPANSION, VERTICAL DUCTED FAN COILS ARE MATCHED

WITH A HEAT RECOVERY VRF (VARIABLE REFRIGERANT FLOW) OUTDOOR

UNIT.

1.02 QUALITY ASSURANCE

UNIT SHALL BE ETL (ENGINEERING TESTING LABORATORY) LISTED AND

CERTIFIED TO UL (UNDERWRITERS LABORATORIES) 1995 4TH EDITION AND

CSA (CANADIAN STANDARDS ASSOCIATION) C22.2 STANDARDS.

1.03 DELIVERY, STORAGE, AND HANDLING

UNIT SHALL BE STORED AND HANDLED PER UNIT MANUFACTURER'S

RECOMMENDATIONS.

1.04 WARRANTY

A. ONE YEAR ON ALL EQUIPMENT.

PART 2 -- PRODUCTS

2.01 EQUIPMENT

A. GENERAL:

INDOOR, DIRECT-EXPANSION VERTICAL DUCTED FAN COILS. UNIT SHALL

BE COMPLETE WITH A COIL, FAN, ECM (ELECTRONICALLY COMMUTATED

MOTOR), PMV (PULSE MODULATING VALVE), PIPING CONNECTIONS,

ELECTRICAL CONTROLS, MICROPROCESSOR CONTROL SYSTEM, AND

INTEGRAL TEMPERATURE SENSING.

B. UNIT CABINET:

CABINET SHALL BE CONSTRUCTED OF PRE-PAINTED 20-GAGE

GALVANIZED STEEL. THE UNIT SHALL BE CAPABLE OF BEING

CONFIGURED FOR EITHER VERTICAL OR HORIZONTAL FLOW.

C. FANS:

THE FAN SHALL BE OF THE MULTI-BLADE TYPE WITH ITS PERFORMANCE

DESIGNED TO MATCH THE COIL PERFORMANCE. THE FAN SHALL BE

STATICALLY AND DYNAMICALLY BALANCED TO ENSURE LOW NOISE AND

VIBRATION AND CAPABLE OF UP TO 0.8 IN. WG EXTERNAL STATIC

PRESSURE.

D. COIL:

COIL TUBES SHALL BE COPPER, AND FINS AND TUBE SHEETS SHALL BE

ALUMINUM. FINS SHALL BE BONDED TO THE TUBES BY MECHANICAL

EXPANSION. ALL SIZES SHALL HAVE SLAB COILS. A DRAIN PAN SHALL BE

CONSTRUCTED OF GALVANIZED STEEL.

E. MOTOR:

UNIT SHALL BE PROVIDED WITH ELECTRONICALLY COMMUTATED MOTOR

(ECM) WHICH OPERATES EFFICIENTLY AT ALL SPEEDS WITH LOW POWER

CONSUMPTION COMPARED TO STANDARD MOTORS, MAXIMIZING

COOLING AND HEATING EFFICIENCIES.

F. CONTROLS:

THE SYSTEM SHALL BE MICROPROCESSOR-CONTROLLED TO MAINTAIN

PRECISE ROOM TEMPERATURE AND MINIMUM POWER CONSUMPTION.

THE CONTROLS SYSTEM SHALL EMPLOY A GENERIC ALGORITHM FOR

TEMPERATURE CONTROL.

1. WIRED REMOTE CONTROLLER

WIRED REMOTE CONTROLLER SHALL COMMUNICATE OVER

TWO-CORE SHIELDED WIRE UP TO 1640 FT. IT SHALL BE ABLE TO

OPERATE AS A PRIMARY OR SECONDARY CONTROLLER WHEN TWO

REMOTE CONTROLLERS ARE CONNECTED TO A SINGLE INDOOR UNIT

OR GROUP. THE SYSTEM SHALL BE ABLE TO BE CONFIGURED SO

THAT THE RETURN AIR (TA) CAN BE SENSED AT THE UNIT, AT THE

REMOTE CONTROLLER OR THROUGH A REMOTE SENSOR. THE LOCAL

CONTROLLER SHALL MINIMALLY BE ABLE TO CONTROL ON-OFF, SET

POINT, MODE, AND BE ABLE TO DISPLAY SYSTEM GENERATED ERROR

CODES.

4. THE UNIT SHALL HAVE THE FOLLOWING FUNCTIONS AS A MINIMUM:

a. SELECTABLE AUTOMATIC RESTART. AFTER POWER FAILURE, THE

SYSTEM WILL RESTART AT THE SAME OPERATING CONDITIONS AS

BEFORE THE FAILURE.

b. TEMPERATURE-SENSING CONTROLS SHALL SENSE RETURN AIR

TEMPERATURE AT THE UNIT, AT THE REMOTE CONTROL, OR AT A

REMOTE SENSOR.

c. INDOOR COIL FREEZE PROTECTION IN BOTH COOLING AND

HEATING (REVERSING VALVE FAILURE) MODES.

d. DEHUMIDIFICATION MODE SHALL PROVIDE INCREASED LATENT

REMOVAL THROUGH TOTAL SYSTEM MODULATION.

e. FAN-ONLY OPERATION TO PROVIDE ROOM AIR CIRCULATION WHEN

NO COOLING IS REQUIRED.

f. INDOOR COIL HIGH TEMPERATURE PROTECTION SHALL BE

PROVIDED TO DETECT EXCESSIVE INDOOR DISCHARGE

TEMPERATURE IN HEATING.

g. COLD BLOW PREVENTION IN HEATING.

G. FILTERS:

UNIT SHALL BE PROVIDED WITH A MERV 8, 1” FILTERS.

H. ELECTRICAL REQUIREMENTS:

INDOOR UNITS ARE 208/230-1-60 (V-PH-HZ) AND

ARE POWERED INDEPENDENTLY.

I. ACCESSORIES AVAILABLE:

a. ELECTRIC HEATER (208/230V-1)

i. 2.0-TON 6.0KW

ii. 2.5-TON 9.5KW

iii. 5.0-TON 9.5KW

PIPING TO

CONDENSING UNITS.

SUPPORT

MULTIPORT FLOW

SELECTOR FROM

CEILING JOIST.

PROVIDE DRAIN TO

THE FLOOR DRAIN.

F F F F F F F F F F

F F

RELOCATE FIRE

PIPING TO ABOVE

TO NEW

DUCTWORK.

RELOCATE FIRE

PIPING TO ABOVE

TO NEW

DUCTWORK.

HVAC GENERAL NOTES:

1. ALL WORK SHALL BE BID AND INSTALLED IN

ACCORDANCE WITH 2012 INTERNATIONAL

CODES.

2. DUCTWORK SHALL BE CONSTRUCTED OF

GALVANIZED SHEET METAL PER SMACNA AND

NFPA STANDARD 90A.

3. DUCTWORK SHALL BE INSULATED WITH 1 1/2 "

INSULATION.

4. COORDINATE ALL ROUTING WORK WITH ALL

TRADES.

5. PROVIDE CLEARANCES TO ALL EQUIPMENT AS

REQUIRED BY MANUFACTURERS'

INSTALLATION AND OPERATION

REQUIREMENTS AND/OR BY CODE.

6. PROVIDE VOLUME DAMPER AS SHOWN OR

NEEDED TO BALANCE.

7. DUCTWORK SHALL NOT BE FABRICATED UNTIL

ALL COORDINATION CONFLICTS HAVE BEEN

RESOLVED.

8. CONTRACTOR IS RESPONSIBLE FOR ANY

CUTTING AND PATCHING NEEDED FOR

MECHANICAL INSTALLATION. PATCHING MUST

MATCH EXISTING.

9. PROVIDE ALL MATERIALS AND EQUIPMENT

AND PERFORM ALL LABOR REQUIRED TO

INSTALL COMPLETE AND OPERABLE

MECHANICAL SYSTEMS AS INDICATED ON THE

DRAWINGS, AS SPECIFIED AND AS REQUIRED

BY CODE.

10. CONTRACT DOCUMENT DRAWINGS FOR

MECHANICAL WORK (HVAC, PIPING, AND FIRE

PROTECTION) ARE DIAGRAMMATIC AND ARE

INTENDED TO CONVEY SCOPE AND GENERAL

ARRANGEMENT ONLY.

11. MECHANICAL CONTRACTOR SHALL TESTING,

ADJUSTING, AND BALANCING SYSTEMS.

12. WHERE TWO OR MORE ITEMS OF THE SAME

TYPE OF EQUIPMENT ARE REQUIRED, THE

PRODUCT OF ONE MANUFACTURER SHALL BE

USED.

HS-1 OFFICERS' QUARTERS - ENLARGED GROUND FLOOR PLAN

SCALE: 1/4" = 1' - 0"

HVAC SECTION

SCALE: NONE

HS-1 OFFICERS' QUARTERS - ENLARGED GROUND FLOOR PIPING PLAN

SCALE: 1/4" = 1' - 0"

SPECIFICATIONS

SECTION AND

ENLARGED PLANS,

RMD

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SCALE: 1/4" = 1'-0"

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EQUIPMENT

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MECHANICAL

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OFFICE

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EQUIPMENT

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MECHANICAL

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OFFICE

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ROOM

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MORNING

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CLOSET

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KITCHEN

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DESIGNED:

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TECH. REVIEW:

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DATE:

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TITLE OF SHEET

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SUB SHEET NO.

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DRAWING NO.

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SHEET

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NO.

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PMIS

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REVISION

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AutoCAD SHX Text 06-25-2020

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FORT SCOTT NATIONAL HISTORIC SITE FORT SCOTT, KANSAS

AutoCAD SHX Text 471 89067

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MARK

MANUFACTURER / CATALOG NO.

WAC LIGHTING (BASIS OF DESIGN)

FM-306-930-WT

NO.

LAMP

WATTS

TYPE

LED

INTEGRAL

VOLTS

MOUNTING NOTES

OR APPROVED

EQUAL

SURFACE

CEILING1

L I G H T I N G F I X T U R E S C H E D U L E

GENERAL ELECTRICAL NOTES:

A. CONTRACTOR SHALL PERFORM ALL WORK IN ACCORDANCE

WITH NATIONAL AND LOCAL ELECTRICAL CODES AND

STATUTES.

B. SUBMIT PDF FORMAT SHOP DRAWINGS FOR WIRING

DEVICES, DISCONNECT SWITCHES AND…

This is the start of the file's text. The full file is on GovTribe.

File details come from the government source that posted it. Updated Jul 9, 2020.