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ABBREVIATIONSGENERAL NOTES - MECHANICAL
A. COORDINATE THE LOCATION OF THERMOSTATS WITH ALL EQUIPMENT,
PRIOR TO COMMENCING INSTALLATION. WORK NOT SO COORDINATED
SHALL BE REMOVED AND PROPERLY INSTALLED AT THE EXPENSE OF THE
CONTRACTOR.
B. THE CONTRACTOR SHALL EXERCISE EXTREME CARE IN THE COURSE OF THEIR WORK SO AS TO ENSURE THAT THEY DO NOT INTERRUPT ANY
EXISTING SERVICE. FOR SAFETY PURPOSES, PAY PARTICULAR ATTENTION
TO THIS PRECAUTION RELATIVE TO ELECTRICAL LINES. VERIFY THE
LOCATION, SIZE, TYPE, ETC., OF EACH OVERHEAD UTILITY. ALL WORK
SHALL BE PERFORMED IN ACCORD WITH ALL FEDERAL, STATE AND/OR
LOCAL RULES, REGULATIONS, STANDARD AND SAFETY REQUIREMENTS.
C. ALL NEW WORK SHALL BE HUNG FROM STRUCTURE, NOT FROM THE WORK
OF OTHER TRADES, WHETHER EXISTING OR NEW.D. COORDINATE ALL WORK WITH PROJECT PHASING REQUIREMENTS.
E. PATCH, REPAIR AND PAINT OR PROVIDE WALL COVERING FOR (TO OWNER'S
STANDARDS) EXISTING WALLS, CEILINGS, ETC., THAT ARE TO REMAIN IF
DAMAGED DURING CONSTRUCTION. REPAIRS SHALL MATCH ADJACENT
SURFACES TO THE SATISFACTION OF THE OWNER.
F. OBSERVE ALL APPLICABLE CODES, RULES AND REGULATIONS THAT MAY
APPLY TO THE WORK UNDER THIS CONTRACT. (CITY, COUNTY, LOCAL,
FEDERAL, MUNICIPALITY, UTILITY COMPANY, COMMONWEALTH OF KENTUCKY, ETC.)
G. CONTRACTOR SHALL BE AWARE OF UNSEEN PLUMBING, HVAC AND
ELECTRICAL WORK DURING DEMOLITION. IF ITEMS ARE UNCOVERED
DURING DEMOLITION THEN FIELD VERIFY THE USE OF THE ITEMS AND
PLAN AN ALTERNATE ROUTE TO RUN THESE ITEMS. THEN CONTACT THE
ENGINEERS TO REVIEW THE ROUTING.
H. ALL PENETRATIONS OF FIRE AND SMOKE RATED ASSEMBLIES SHALL BE
APPROPRIATELY FIRE STOPPED PER AN APPROVED U.L. LISTED STANDARD. CONTRACTOR SHALL PAY PARTICULAR ATTENTION TO INSULATED PIPING
PENETRATIONS.
I. ALL WORK REQUIRING DOWNTIME OF ANY AREA IN THE BUILDING SHALL
BE SCHEDULED 2 WEEKS IN ADVANCE, AND SHALL COMPLY WITH INTERIM
LIFE SAFETY MEASURES.
J. LOCATIONS OF PIPING, DUCTS AND EQUIPMENT ARE APPROXIMATE AND
SUBJECT TO MINOR ADJUSTMENTS IN THE FIELD. DO NOT SCALE THE
DRAWINGS.
K. COORDINATE ALL HVAC WORK WITH ELECTRICAL, PLUMBING AND OTHER TRADES TO AVOID INTERFERENCE WITH PIPING, DUCTS, CONDUIT AND
OTHER EQUIPMENT.
L. INSTALL ALL EQUIPMENT IN STRICT ACCORDANCE WITH MANUFACTURER'S
INSTALLATION INSTRUCTION. PROVIDE RECOMMENDED ACCESS AND
SERVICE CLEARANCES FOR ALL EQUIPMENT.
M. SEAL ALL NEW DUCTWORK JOINTS WITH UNITED MCGILL, IRONGRIP 6O1
OR EQUAL WATER BASED SEALANT UNO.
N. THE CONTRACTOR SHALL RELOCATE OR AVOID ANY EXISTING EQUIPMENT APPURTENANCES, ETC., THAT CONFLICT WITH NEW WORK.
O. WHERE MOUNTING HEIGHTS ARE NOT INDICATED OR ARE IN CONFLICT
WITH ANY OTHER BUILDING SYSTEM, CONTACT THE ENGINEERS BEFORE
INSTALLATION.
P. DEVIATIONS IN SIZE, CAPACITIES, FIT, FINISH, ETC. FOR EQUIPMENT FROM
THAT USED AS BASIS OF DESIGN SHALL BE THE RESPONSIBILITY OF THE
PURCHASER OF THAT EQUIPMENT. ANY PROVISIONS REQUIRED TO
ACCOMMODATE A DEVIATION, WHETHER APPROVED BY THE ENGINEERS OR NOT, SHALL BE THE RESPONSIBILITY OF THE PURCHASER.
Q. WORK IN CONFINED AREAS SHALL BE IN ACCORDANCE WITH THE OWNER'S
SAFETY POLICY REQUIREMENTS.
TAGGED NOTE DESIGNATOR
GENERAL SYMBOLS
X REVISION TRIANGLE
?
ROOM NAMERM # ROOM TAG
#
AFF ABOVE FINISHED FLOOR
AFR ABOVE FINISHED ROOF
ADJ ADJUSTABLE
AHJ AUTHORITY HAVING JURISDICTION
AMP AMPERE (AMP, AMPS)
ANSI AMERICAN NATIONAL STANDARD INSTITUTE
APD AIR PRESSURE DROP
ASHRAEAMERICAN SOCIETY OF HEATING, REFRIGERATION, AND
AIR-CONDITIONING ENGINEERS HVAC LEGEND
POINT OF CONNECTION / CONNECT TO EXISTING
POINT OF DEMOLITION
OUTSIDE AIR DIFFUSER
MECHANICAL PIPING LEGEND
#,###XXX AIR DEVICE TAG (REGISTER, GRILLE, DIFFUSER,LOUVER)
AIRFLOW
TAG
EXHAUST AIR DUCT
OUTSIDE AIR DUCT
EA AIR DUCT TURNING UP
EA AIR DUCT TURNING DOWN
EXISTING DUCT - (XXX) DENOTES SYSTEM
EA
OA
EA
EA
E(XXX)
RECTANGULAR DUCT
ROUND/SPIRAL DUCT#ø
##/##
ABBREVIATIONS (CONTINUED)
PIPE ELBOW TURNING DOWN
PIPE ELBOW TURNING UP
PIPE TEE; CONNECTION ON BOTTOM
PIPE TEE; CONNECTION ON TOP
EXISTING PIPING - (XXX) DENOTES SYSTEM
PIPING TO BE DEMOLISHED - (XXX) DENOTES SYSTEMD(XXX)
E(XXX)
TWO-WAY CONTROL VALVE
BALL VALVE
CHECK VALVE
FLEXIBLE PIPE CONNECTION
PIPING UNION
PETE'S PLUG; TEMPERATURE/PRESSURE PORT
AUTO-FLOW CONTROL VALVE
STRAINER
PIPE CAP
THERMOSTAT
TS
T
TEMPERATURE SENSOR
MOTORIZED DAMPERVERT. HORIZ.
MITERED ELBOW WITH TURNING VANES
EQUIPMENT TAGINSTANCE
TAG XXX-#XXXX
BAS BUILDING AUTOMATION SYSTEM
CAV CONSTANT AIR VOLUME
BTU BRITISH THERMAL UNIT
CFM CUBIC FEET PER MINUTE
CV VALVE FLOW COEFFICIENT
DB DRY BULB
CAP CAPACITY
FEET PER MINUTEFPM
FEET OR FOOTFT
FACE VELOCITYFV
GALLON (-S)GAL
GENERAL CONTRACTORGC
GALLONS PER MINUTEGPM
GRAINSGR
HUMIDITYH
HEADHD
H (-ORSEPOWER, -EAT PUMP)HP
HEATING, VENTILATING, & AIR-CONDITIONINGHVAC
LEAVING AIR TEMPERATURELAT
POUNDSLBS
LEAVING WATER TEMPERATURELWT
MAXIMUMMAX
BTU PER HOUR [THOUSANDS]MBH
MINIMUM CIRCUIT AMPSMCA
MANUFACTURERMFG
MIN (-IMUM, -UTE)MIN
MAXIMUM OVERCURRENT PROTECTION [AMPS]MOCP
INCH (-ES)IN
HERTZHz
NOISE CRITERIA OR NORMALLY CLOSEDNC
NOT APPLICABLEN/A
NOT IN CONTRACTNIC
NATIONAL ENVIRONMENTAL BALANCING BUREAUNEBB
NORMALLY OPEN OR NUMBERNO
NOT TO SCALENTS
PHASE [ELECTRICAL]PH
PRESSURE DROPPD
POUNDS PER SQUARE INCHPSI
RELATIVE HUMIDITY [%]RH
REVOLUTIONS PER MINUTERPM
STATIC PRESSURESP
TO BE DETERMINEDTBD
TESTING AND BALANCINGTAB
SQUARE FEET OR FOOTSQ FT
TYPICALTYP
UNLESS NOTED OTHERWISEUNO
TOTAL STATIC PRESSURETSP
TEMPERATURETEMP
VOLT (-AGE, -S)V
VARI (-ABLE, -IES)VAR
VARIABLE AIR VOLUMEVAV
VELOCITYVEL
VARIABLE FEQUENCY DRIVEVFD
WATT (-AGE, -S)W
WET BULBWB
WATER PRESSURE DROPWPD
WEIGHTWT
PERCENT%
DIFFERENTIAL PRESSUREΔP
TEMPERATURE DIFFERENCEΔT
℄ CENTERLINE
NOTE: NOT ALL SYMBOLS AND ABBREVIATIONS MAY BE USED ON THIS PROJECT
DDC DIRECT DIGITAL CONTROLS
DEG DEGREE (-S)
DN DOWN
DIA DIAMETER (-S)
EAT ENTERING AIR TEMPERATURE
EC ELECTRICAL CONTRACTOR
ELEV ELEVA (-TION, -TOR)
EWT ENTERING WATER TEMPERATURE
ESP EXTERNAL STATIC PRESSURE
ETR EXISTING TO REMAIN
GENERAL NOTES - DEMOLITION
A. ALL OUTAGES SHALL BE SCHEDULED THROUGH THE PROJECT
REPRESENTATIVE FOR PROPER COORDINATION. A REQUEST FOR AN
OUTAGE SHALL BE SUBMITTED IN WRITING A MINIMUM OF TWO WEEKS IN
ADVANCE.B. DURING SPRINKLER SYSTEM OUTAGES THE CONTRACTORS SHALL PROVIDE
FIRE WATCH OF AREAS WITH OUTAGES.
C. ALL WALLS AND FLOOR SLABS SHALL BE REPAIRED TO MATCH EXISTING
AND TO A LIKE NEW CONDITION. ALL RATED WALLS AND FLOOR SLABS
SHALL BE PATCHED AND REPAIRED TO MAINTAIN RATING.
D. ALL EXISTING BUILDING FINISHES SHALL BE PROTECTED DURING THE
DEMOLITION PHASE.
E. HEAVY DASHED LINES INDICATE ITEMS FOR REMOVAL UNO AND LIGHT SOLID LINES INDICATE EXISTING ITEMS TO REMAIN.
F. COORDINATE DISPOSAL OF ALL FIXTURES, DEVICES, ETC. (INDICATED FOR
DEMOLITION) WITH THE OWNER.
PHASING NOTES
A. THIS PROJECT INTERFACES EXTENSIVELY WITH EXISTING BUILDING
SERVICES. IT SHALL BE THE CONTRACTOR'S RESPONSIBILITY TO
COORDINATE AND PHASE ALL TIE-INS AND INTERRUPTIONS OF EXISTING
SERVICES TO MINIMIZE OR ELIMINATE DOWNTIME. IT SHALL BE THE
CONTRACTOR'S RESPONSIBILITY TO BARE ANY AND ALL COSTS ASSOCIATED WITH THIS PHASING, INCLUDING TEMPORARY SERVICES, TEMPORARY
RELOCATION, PREMIUM TIME WORK, ETC. CONTRACTOR SHALL
COORDINATE ALL SAID WORK WITH THE OWNER.
HEATING WATER RETURN (HWR) PIPING
HEATING WATER SUPPLY (HWS) PIPING
NEW PIPING TO BE INSTALLED - XXX DENOTES SYSTEMXXX
APPLICABLE BUILDING CODES
APPLICABLE BUILDING CODES DOCUMENT YEAR
2013
2015
2013
STATE EDITION
FIRE SPRINKLER CODE
INTERNATIONAL BUILDING CODE (IBC)
INTERNATION PLUMBING CODE (IPC)
INTERNATION EXISTING BUILDING CODE (IEBC)
NATIONAL FIRE ALARM & SIGNALING CODE NFPA 72
STATE EDITION
STATE EDITION
NFPA 70
NFPA 13
2015STATE EDITIONINTERNATIONAL ENERGY CONSERVATION CODE (IECC)
2015STATE EDITIONINTERNATIONAL FIRE CODE (IFC)
2015STATE EDITIONINTERNATIONAL FUEL GAS CODE (IFGC)
2015STATE EDITIONINTERNATIONAL MECHANICAL CODE (IMC)
2015
2015
NATIONAL ELECTRICAL CODE (NEC) 2014
2015UNIFORM STATEWIDE BUILDING CODE
GAGE/GAUGEGA
HWR
HWS
M
M
GENERAL NOTES - POWER/SYSTEMS
A. CONTRACTOR SHALL FOLLOW BRANCH CIRCUITING LAY-OUT, WITH A
MAXIMUM OF THREE (3) BRANCH CIRCUITS PER HOMERUN. EACH BRANCH
CIRCUIT SHALL BE PROVIDED WITH A DEDICATED NEUTRAL CONDUCTOR.
DEDICATED NEUTRAL CONDUCTORS SHALL BE CONSIDERED CURRENT CARRYING. IF ADDITIONAL CONDUCTORS ARE RAN IN THE SAME CONDUIT
WITH THOSE INDICATED, CONTRACTOR SHALL DERATE ALL CURRENT
CARRYING CONDUCTORS PER NEC 310.15(B)(3), AND UPSIZE CONDUIT AS
REQUIRED PER NEC 300.17 AND ANNEX C. MULTIWIRE BRANCH CIRCUITS AS
DEFINED IN NEC 100 / 210.4 (CIRCUITS SHARING A COMMON NEUTRAL
CONDUCTOR) SHALL NOT BE PERMITTED.
B. IDENTIFY THE PANEL AND CICRCUIT NUMBER FOR ALL RECEPTACLES, SWITCHES, ETC. IN AREA OF CONSTRUCTION. PROVIDE CLEAR ADHESIVE
LABELING WITH BLACK LETTERING. MARK INSIDES OF ALL DEVICE BOXES
WITH PANEL AND CIRCUIT NUMBER.
C. LOCATIONS OF ELECTRICAL CONNECTIONS AND LOCAL DISCONNECTS
SHALL BE COORDINATED WTIH MECHANCIAL CONTRACTOR TO ENSURE
ACCESS AND WORKING CLEARANCE IS MAINTAINED PER NEC. NOTIFY
OTHER TRADES OF REQUIRED CLEARANCE AREAS TO AVOID ROUTING OF OTHER SYSTEMS IN THESE AREAS. DO NO INSTALL ELECTRICAL EQUIPMENT
OVER EQUIPMENT NAMEPLATES OR ACCESS PANELS OR THROUGH
ACCESS/MAINTENANCE CLEARANCES OF EQUIPMENT BY OTHER TRADES.
CHECKED:
DATE:
DRAWN:
FILENAME:
PLOT TIME:
CLIENT/CMTA JOB #:
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MECH
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EG
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D A
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GEN
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OTES
Bid Set
VULW19
REVISIONS
1
1 2 3
4 5
G.1
6 7 8 8.4 9 9.1 9.2
G
F
D.8
2 3
4 5 6 7 8 9
G
F.5
F
E.4
E.3
E.1
E
A
B
C
D
A
B
C
D
T
T T
M8 M8
M7
PHASE IV
PHASE I PHASE II PHASE III
M12
M10
M12
M13 M13 M13 M13 M13
M10
M12
ABSL-3 SIDEBSL-3 SIDE
FIELD APPLIED MOUNTING BRACKETS - SET AGAINST WALL IN CONTINUOUS BEAD OF SEALANT: CONTINUOUS ALL SIDES
EXISTING WALL
MECH. INTERLOCKED GASKETED
PLEXIGLASS DOORS
SLOPED CLOSURE BOTH SIDES
FACTORY WELDED MOUNTING BRACKETS -
SET AGAINST WALL IN CONTINUOUS ALL SIDES
OR AS REQUIRED BY THE MFG TO PROVIDE
AN AIRTIGHT SEAL
CONTROLLER
SLAB
CEILING
SEAL WITH CAULK AIRTIGHT
ROUTE TO ELECTRICAL PANEL LOCATION
SHOWN ON M300A
2'-0"
2'-0"
PROVIDE SQUARE ALUMINUM CONDUIT WITH CAULKING TO
WALL. CONDUIT SHALL BE CLEANABLE AND
PAINTABLE .
THERMOSTAT/TEMPERATURE SENSOR COVER PLATE.
SEAL CONDUIT ENTRANCES WITH EXPANDING FOAM, INSERT STRAW ATTACHMENT TWO INCHES INTO CONDUIT WHEN APPLYING.
SEAL ANY UNUSED KNOCKOUTS WITH CAP AND DUCTSEAL.
FOAM GASKET TO FIT THE THERMOSTAT FACEPLATE STYLE
CHECKED:
DATE:
DRAWN:
FILENAME:
PLOT TIME:
CLIENT/CMTA JOB #:
C:\
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M200
6/7/2021
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SL3
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950 N
Hurs
tbourn
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vill
e, KY 4
0222
MECH
AN
ICAL F
IRST F
LO
OR P
LAN
Bid Set
VULW19
4' 8' 32'16'0
1/8" = 1'-0"
24'2'
SCALE: 1/8" = 1'-0"
FIRST FLOOR PLAN1
KEYNOTES
M7 OUTLINED AREA INDICATES ZONES WITH VALVE CHANGES.
M8 REBALANCE SUPPLY DIFFUSER IN THIS ROOM TO 200 CFM.REFER TO SHEET M300A FOR ADDITIONAL WORK INFORMATION.
M10 PROVIDE NYLON BRUSH DOOR SWEEP, ANODIZED ALUMINUMTO ASSIST WITH PRESSURE CASCADE.
M12 REFER TO THERMOSTAT BACKBOX DETAIL ON THIS SHEET.
M13 PASS-THROUGH BOXES WILL BE OWNER FURNISHED.INSTALLATION WILL BE BY CONTRACTOR. BASIS OF DESIGN ISTO BE PBSC'S "BARRIER HATCH" (PASS-THROUGH BOX)PRODUCT.
SCALE: NONE
PASS THROUGH DETAIL2
SCALE: NONE
THERMOSTAT BACKBOX SEAL DETAIL3
REVISIONS
HV
1&
2 P
LA
N
18
58
18
58
HV
1&
2 P
LA
N
18
58
18
58
M
M
VD
1
1 2 3
4 5
G.1
6 7 8 8.4 9 9.1 9.2
G
F
D.8
2 3
4 5 6 7 8 9
G
F.5
F
E.4
E.3
E.1
E
A
B
C
D
A
B
C
D
RAW
FT
FT
FT
M M M M M M
M1 M1 M2 M2 M2 M2
(TYP)
M3
(TYP)
M3
M4
VVE-148
VVS-124A
VVS-124
VVS-122
VVS-124B
VVE-124B-1
VVE-122
VVE-122A
VVE-124A
VVE-124B-2
VVE-148A
VVE-148C
VVE-148E
VVE-148B VVE-148DVVS-148E
VVS-148C VVS-148A VVS-148D
VVS-148B
VVS-148M M M M M M
CHECKED:
DATE:
DRAWN:
FILENAME:
PLOT TIME:
CLIENT/CMTA JOB #:
C:\
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M300A
6/7/2021
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vill
e, KY 4
0222
MECH
AN
ICAL S
ECO
ND
FLO
OR P
LAN
-PH
ASE I
Bid Set
VULW19
4' 8' 32'16'0
1/8" = 1'-0"
24'2'
SCALE: 1/8" = 1'-0"
SECOND FLOOR PLAN - PHASE I1
KEYNOTES
M1 REMOVE EXISTING PNEUMATIC OUTSIDE AIR DAMPERACTUATOR INCLUDING ASSOCIATED TUBING AND SUPPORTS.REPLACE WITH NEW ELECTRIC ACTUATOR TO SERVE EXISTING42" X 18" DAMPER.
M2 REMOVE EXISTING PNEUMATIC OUTSIDE AIR DAMPERACTUATOR INCLUDING ASSOCIATED TUBING AND SUPPORTS.REPLACE WITH NEW ELECTRIC ACTUATOR TO SERVE EXISTING60" X 24" DAMPER.
M3 EXISTING SIEMENS CONTROL AND TRANSFORMER PANELS.REMOVE PANELS ASSOCIATED WITH VALVE REPLACEMENT.COMPLETELY REMOVE ASSOCIATED TUBING AND CABLING.CONDUIT SHALL REMAIN.
M4 EXISTING ELECTRICAL PANEL LOCATIONS. COORDINATE NEWVALVE POWER REQUIREMENTS WITH ELECTRICALCONTRACTOR.
GENERAL NOTE: MATERIALS CAN BE BROUGHT UP TO THE INTERSTITIAL LEVEL VIA A CHAIN HOIST AND THROUGH EXTERIOR DOUBLE DOORS IN BACK OF BUILDING. A CONTRACTOR-FABRICATED RAMP SHALL BE USED TO OVERCOME THE CURB BETWEEN THE BUILDING EXPANSION AND THE ORIGINAL BUILDING.
REVISIONS
HV
1&
2 P
LA
N
18
58
18
58
HV
1&
2 P
LA
N
18
58
18
58
M
M
VD
1
1 2 3
4 5
G.1
6 7 8 8.4 9 9.1 9.2
G
F
D.8
2 3
4 5 6 7 8 9
G
F.5
F
E.4
E.3
E.1
E
A
B
C
D
A
B
C
D
RAW
FT
FT
FT
M M M M M M
(TYP)
M3
(TYP)
M3
M4
VVE-145
VVS-121E
VVS-121F
VVS-121 VVS-121A
VVS-121B VVS-121D
VVS-145 VVS-145A VVS-145BVVS-145C
VVS-145D
VVS-145E
VVE-119VVE-118
VVE-119A
VVE-121A-1
VVE-121A-2
VVE-121F
VVE-121E VVE-121B
VVE-121D
VVE-145C
VVE-145E
VVE-145DVVE-145A
VVE-145B
AHU-1 AHU-2 AHU-3 AHU-4
AHU-5 AHU-6
CHECKED:
DATE:
DRAWN:
FILENAME:
PLOT TIME:
CLIENT/CMTA JOB #:
C:\
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M300B
6/7/2021
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OU
ISVIL
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950 N
Hurs
tbourn
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kw
y, Louis
vill
e, KY 4
0222
MECH
AN
ICAL S
ECO
ND
FLO
OR
PLAN
-PH
ASE I
I
Bid Set
VULW19
4' 8' 32'16'0
1/8" = 1'-0"
24'2'
SCALE: 1/8" = 1'-0"
SECOND FLOOR PLAN - PHASE II1
KEYNOTES
M3 EXISTING SIEMENS CONTROL AND TRANSFORMER PANELS.REMOVE PANELS ASSOCIATED WITH VALVE REPLACEMENT.COMPLETELY REMOVE ASSOCIATED TUBING AND CABLING.CONDUIT SHALL REMAIN.
M4 EXISTING ELECTRICAL PANEL LOCATIONS. COORDINATE NEWVALVE POWER REQUIREMENTS WITH ELECTRICALCONTRACTOR.
REVISIONS
GENERAL NOTE: MATERIALS CAN BE BROUGHT UP TO THE INTERSTITIAL LEVEL VIA A CHAIN HOIST AND THROUGH EXTERIOR DOUBLE DOORS IN BACK OF BUILDING. A CONTRACTOR-FABRICATED RAMP SHALL BE USED TO OVERCOME THE CURB BETWEEN THE BUILDING EXPANSION AND THE ORIGINAL BUILDING.
HV
1&
2 P
LA
N
18
58
18
58
HV
1&
2 P
LA
N
18
58
18
58
M
M
VD
1
1 2 3
4 5
G.1
6 7 8 8.4 9 9.1 9.2
G
F
D.8
2 3
4 5 6 7 8 9
G
F.5
F
E.4
E.3
E.1
E
A
B
C
D
A
B
C
D
RAW
FT
FT
FT
M M M M M M
(TYP)
M3
(TYP)
M3
M4
VVE-144
VVS-116A
VVS-116B
VVS-116C
VVS-116
VVS-144VVS-144A
VVS-144B
VVS-144CVVS-144DVVS-144E
VVE-144C
VVE-116A VVE-116B
VVE-116D
VVE-116C
VVE-144A
VVE-144E
VVE-144D
VVE-144B
CHECKED:
DATE:
DRAWN:
FILENAME:
PLOT TIME:
CLIENT/CMTA JOB #:
C:\
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21_M
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6:5
0 A
M
M300C
6/7/2021
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ISVIL
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950 N
Hurs
tbourn
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kw
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vill
e, KY 4
0222
MECH
AN
ICAL S
ECO
ND
FLO
OR
PLAN
-PH
ASE I
II
Bid Set
VULW19
4' 8' 32'16'0
1/8" = 1'-0"
24'2'
SCALE: 1/8" = 1'-0"
SECOND FLOOR PLAN - PHASE III1
KEYNOTES
M3 EXISTING SIEMENS CONTROL AND TRANSFORMER PANELS.REMOVE PANELS ASSOCIATED WITH VALVE REPLACEMENT.COMPLETELY REMOVE ASSOCIATED TUBING AND CABLING.CONDUIT SHALL REMAIN.
M4 EXISTING ELECTRICAL PANEL LOCATIONS. COORDINATE NEWVALVE POWER REQUIREMENTS WITH ELECTRICALCONTRACTOR.
REVISIONS
GENERAL NOTE: MATERIALS CAN BE BROUGHT UP TO THE INTERSTITIAL LEVEL VIA A CHAIN HOIST AND THROUGH EXTERIOR DOUBLE DOORS IN BACK OF BUILDING. A CONTRACTOR-FABRICATED RAMP SHALL BE USED TO OVERCOME THE CURB BETWEEN THE BUILDING EXPANSION AND THE ORIGINAL BUILDING.
HV
1&
2 P
LA
N
18
58
18
58
HV
1&
2 P
LA
N
18
58
18
58
M
M
VD
1
1 2 3
4 5
G.1
6 7 8 8.4 9 9.1 9.2
G
F
D.8
2 3
4 5 6 7 8 9
G
F.5
F
E.4
E.3
E.1
E
A
B
C
D
A
B
C
D
RAW
FT
FT
FT
M M M M M M
(TYP)
M3
(TYP)
M3
M4
VVS-142C
VVS-142A
VVS-142B
VVS-141AVVS-141C
VVS-141B
VVE-142C
VVE-142B
VVE-140
VVE-147A
VVE-147B
VVE-147
VVE-199B
VVE-146
VVE-140A
VVE-141D
VVS-147A
VVE-141C
VVE-141B
VVE-142A
VVE-141A
VVS-140
VVS-147B
VVS-140A VVS-141DVVS-147
VVS-199B
M9
CHECKED:
DATE:
DRAWN:
FILENAME:
PLOT TIME:
CLIENT/CMTA JOB #:
C:\
Use
rs\d
finn\D
ocu
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\VU
LW
21_M
ECH
_R20_dpfinn02.r
vt
6/7
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0:0
6:5
1 A
M
M300D
6/7/2021
DPF
TLS
CEN
TER
FO
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RED
ICTIV
E M
ED
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E B
SL3
UN
IVER
SIT
Y O
F L
OU
ISVIL
LE
950 N
Hurs
tbourn
e P
kw
y, Louis
vill
e, KY 4
0222
MECH
AN
ICAL S
ECO
ND
FLO
OR
PLAN
-PH
ASE I
V
Bid Set
VULW19
4' 8' 32'16'0
1/8" = 1'-0"
24'2'
SCALE: 1/8" = 1'-0"
SECOND FLOOR PLAN - PHASE IV1
KEYNOTES
M3 EXISTING SIEMENS CONTROL AND TRANSFORMER PANELS.REMOVE PANELS ASSOCIATED WITH VALVE REPLACEMENT.COMPLETELY REMOVE ASSOCIATED TUBING AND CABLING.CONDUIT SHALL REMAIN.
M4 EXISTING ELECTRICAL PANEL LOCATIONS. COORDINATE NEWVALVE POWER REQUIREMENTS WITH ELECTRICALCONTRACTOR.
M9 PROPOSED LOCATION FOR NEW TRANSFORMER PANELS.
REVISIONS
GENERAL NOTE: MATERIALS CAN BE BROUGHT UP TO THE INTERSTITIAL LEVEL VIA A CHAIN HOIST AND THROUGH EXTERIOR DOUBLE DOORS IN BACK OF BUILDING. A CONTRACTOR-FABRICATED RAMP SHALL BE USED TO OVERCOME THE CURB BETWEEN THE BUILDING EXPANSION AND THE ORIGINAL BUILDING.
L
21.375∅ 21.375∅
28.5∅
28.63x21.38
38.5∅
28.63x21.38
VD
VD VDVD VD
VD
VD VD
1
1 2 3
4 5
G.1
6 7 8 8.4 9 9.1 9.2
G
F
D.8
2 3
4 5 6 7 8 9
G
F.5
F
E.4
E.3
E.1
E
A
B
C
D
A
B
C
D
23.56x17.69 23.56x17.69
23.75∅23.75∅
M M
M
M
M
M
M M
E(EF-7) E(EF-8) E(EF-1)
E(EF-2) E(EF-3) E(EF-4) E(EF-5) E(EF-6)
(TYP)
M5
(TYP)
M5
M5
M5
PHASE I WORK
M
M
M
MM
M
M M
CHECKED:
DATE:
DRAWN:
FILENAME:
PLOT TIME:
CLIENT/CMTA JOB #:
C:\
Use
rs\d
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\VU
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21_M
ECH
_R20_dpfinn02.r
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6/7
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0:0
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M
M400
6/7/2021
DPF
TLS
CEN
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FO
R P
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ICTIV
E M
ED
ICIN
E B
SL3
UN
IVER
SIT
Y O
F L
OU
ISVIL
LE
950 N
Hurs
tbourn
e P
kw
y, Louis
vill
e, KY 4
0222
MECH
AN
ICAL R
OO
F P
LAN
Bid Set
VULW19
4' 8' 32'16'0
1/8" = 1'-0"
24'2'
SCALE: 1/8" = 1'-0"
ROOF PLAN - PHASE I1
KEYNOTES
M5 REMOVE EXISTING PNEUMATIC EXHAUST AIR DAMPERACTUATOR INCLUDING ASSOCIATED TUBING AND SUPPORTS.REPLACE WITH NEW ELECTRIC ACTUATOR. PROVIDE NEMA 4HEATED ENCLOSURE.
REVISIONS
EA AIR FLOW TO EF
DRAWBAND CLAMP (TYP.)
NEW EXHAUST VENTURI VALVE
MAINTAIN MANUFACTURER'SRECOMMENDED CLEARANCE OF
14" AROUND VALVE FOR ACCESS
EA AIR FLOW FROM ZONE
EXISTING SOUND TRAP
EXISTING AIRFLOW TEST PORT
DEMOLISH TEMPERATURE SENSOR
EXISTING CURB
EXISTING EA DUCT
WELDED STAINLESS STEEL DUCT EXTENSION. LENGTH AS REQUIRED FOR DRAWBAND CLAMP INSTALLATION
EXISTING EA DUCT
EXISTING FLANGE WITH BUBBLE TIGHT DAMPER
EXISTING DECON PORT WHERE SCHEDULED
NEW TEMPATURE AND HUMIDITY SENSOR LOCATION. DEMOLISH EXISTING HUMIDITY SENSOR.
SA AIR FLOW FROM AHU
DRAWBAND CLAMP (TYP.)
NEW SUPPLY VENTURI VALVE
MAINTAIN MANUFACTURER'SRECOMMENDED CLEARANCE OF
14" AROUND VALVE FOR ACCESS
SA AIR FLOW TO ZONE
EXISTING SOUND TRAP
NEW DUCT MOUNTED HEATING COIL
TRANSITION DUCT TO HEATING COIL.
TRANSITION DUCT TO EXISTING SOUND TRAP
EXISTING STEAM HUMIDIFIER COIL
EXISTING CURB
80"
AF
F M
IN.
HWR
HWS
HAYES AUTO FLOW CONTROL VALVE. AUTOMATIC FLOW CONTROL VALVES UTILIZING CARTRIDGES WITH SEGMENTED PORTS, OR METAL-TO-METAL CONTACT WITH SEAT ARE NOT ALLOWED. FLOW RATES SHALL BE FIELD CHANGEABLE WITHOUT
BREAKING THE PIPING CONNECTIONS.
2-WAY MODULATING CONTROL VALVE
P/T PLUG (TYP)
SUPPORTED 18" SSL BRAIDED FLEXIBLE
HOSE (TYP)
UNION (TYP)
NEW ELECTRIC HUMIDIFER 2-WAY CONTROL VALVE
STM
CR
PROVIDE ACCESS DOOR (MIN. 9" HIGH) PRIOR TO HEATING COIL. PROVIDE ON SIDE WITH LEAST RESTRICTIVE ACCESS.
STRAINER
GENERAL NOTE:
1. DUCTWORK AND DEVICE ASSEMBLIES WILL NEED TO BE FABRICATED PRIOR TO EACH PHASE OF WORK. THE INTENT IS TO SWAP OUT THE NEW ASSEMBLED DUCTWORK SECTIONS.
CHECKED:
DATE:
DRAWN:
FILENAME:
PLOT TIME:
CLIENT/CMTA JOB #:
C:\
Use
rs\d
finn\D
ocu
ments
\VU
LW
21_M
ECH
_R20_dpfinn02.r
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6/7
/2021 1
0:0
6:5
2 A
M
M500
6/7/2021
DPF
TLS
CEN
TER
FO
R P
RED
ICTIV
E M
ED
ICIN
E B
SL3
UN
IVER
SIT
Y O
F L
OU
ISVIL
LE
950 N
Hurs
tbourn
e P
kw
y, Louis
vill
e, KY 4
0222
MECH
AN
ICAL D
ETAIL
S
Bid Set
VULW19
SCALE: NONE
PRESSURE INDEPENDENT CONTROLEXHAUST VALVE INSTALLATION DETAIL
2 SCALE: NONE
PRESSURE INDEPENDENT CONTROL SUPPLYVALVE INSTALLATION DETAIL
1
REVISIONS
CHECKED:
DATE:
DRAWN:
FILENAME:
PLOT TIME:
CLIENT/CMTA JOB #:
C:\
Use
rs\d
finn\D
ocu
ments
\VU
LW
21_M
ECH
_R20_dpfinn02.r
vt
6/7
/2021 1
0:0
6:5
3 A
M
M600
6/7/2021
DPF
TLS
CEN
TER
FO
R P
RED
ICTIV
E M
ED
ICIN
E B
SL3
UN
IVER
SIT
Y O
F L
OU
ISVIL
LE
950 N
Hurs
tbourn
e P
kw
y, Louis
vill
e, KY 4
0222
MECH
AN
ICAL S
CH
ED
ULES
Bid Set
VULW19
VENTURI VALVE SCHEDULE
SYMBOL MANUFACTURER MODEL TYPE SYSTEMDUCT CONNECTION
CFMRANGE
INLET STATICPRESSURE(IN. W.C.)
REMARKSINLET OUTLET
VVE08 PHOENIX ACCEL II MEDIUM PRESSURE EXHAUST 8"Ø 8"Ø 35 - 700 0.4 ALL
VVE10 PHOENIX ACCEL II MEDIUM PRESSURE EXHAUST 10"Ø 10"Ø 50 - 1000 0.4 ALL
VVE14 PHOENIX ACCEL II MEDIUM PRESSURE EXHAUST 14"Ø 14"Ø 200 - 2500 0.4 ALL
VVS08 PHOENIX ACCEL II MEDIUM PRESSURE SUPPLY 8"Ø 8"Ø 35 - 700 0.4 ALL
VVS10 PHOENIX ACCEL II MEDIUM PRESSURE SUPPLY 10"Ø 10"Ø 50 - 1000 0.4 ALL
VVS12 PHEONIX ACCEL II MEDIUM PRESSURE SUPPLY 12"Ø 12"Ø 90 - 1500 0.4 ALL
VVS14 PHEONIX ACCEL II MEDIUM PRESSURE SUPPLY 14"Ø 14"Ø 200 - 2500 0.4 ALL
REHEAT COIL SCHEDULE
SYMBOL ZONE SERVEDMANUFACTUR
ER
COIL DIMENSIONS
NO. ROWS AIRFLOWAPD
("WC)EAT / LAT GPM
WPD(FT HEAD)
EWT / LWTHEATING CAP
MBHPIPE SIZELENGTH
(IN.)WIDTH
(IN.)
HC-116 116 AEROFIN 12 12 1 300 0.1 55 / 75 1 0.2 160 / 140 5.5 3/4"
HC-116A 116A AEROFIN 21 12 1 490 0.1 55 / 75 1.5 0.2 160 / 140 10.6 3/4"
HC-116B 116B AEROFIN 21 12 1 300 0.1 55 / 75 1 0.2 160 / 140 5.5 3/4"
HC-116C 116C AEROFIN 12 10 1 90 0.1 55 / 75 0.5 0.2 160 / 140 1.9 3/4"
HC-121 121 AEROFIN 12 11 1 100 0.1 55 / 75 0.5 0.2 160 / 140 2.1 3/4"
HC-121A 121A AEROFIN 24 12 1 1120 0.1 55 / 75 2.5 0.2 160 / 140 2.1 3/4"
HC-121B 121B AEROFIN 12 12 1 240 0.1 55 / 75 0.5 0.2 160 / 140 5.2 3/4"
HC-121D 121D AEROFIN 12 12 1 320 0.1 55 / 75 1 0.2 160 / 140 6.9 3/4"
HC-121E 121E AEROFIN 12 12 1 320 0.1 55 / 75 1 0.2 160 / 140 6.9 3/4"
HC-121F 121F AEROFIN 12 11 1 100 0.1 55 / 75 0.5 0.2 160 / 140 2.1 3/4"
HC-122 122 AEROFIN 12 12 1 140 0.1 55 / 75 0.5 0.2 160 / 140 3.0 3/4"
HC-124 124 AEROFIN 12 11 1 100 0.1 55 / 75 0.5 0.2 160 / 140 2.1 3/4"
HC-124A 124A AEROFIN 12 11 1 100 0.1 55 / 75 0.5 0.2 160 / 140 2.1 3/4"
HC-124B 124B AEROFIN 12 24 1 890 0.1 55 / 75 2 0.2 160 / 140 19.4 3/4"
HC-140 140 AEROFIN 24 36 1 1410 0.1 55 / 75 3.5 0.2 160 / 140 31.7 3/4"
HC-140A 140A AEROFIN 12 11 1 240 0.1 55 / 75 0.5 0.2 160 / 140 4.4 3/4"
HC-141A 141A AEROFIN 12 11 1 100 0.1 55 / 75 0.5 0.2 160 / 140 3.1 3/4"
HC-141B 141B AEROFIN 12 12 1 200 0.1 55 / 75 0.5 0.2 160 / 140 5.3 3/4"
HC-141C 141C AEROFIN 12 10 1 60 0.1 55 / 75 0.5 0.2 160 / 140 2.3 3/4"
HC-141D 141D AEROFIN 12 12 1 240 0.1 55 / 75 0.5 0.2 160 / 140 4.4 3/4"
HC-142A 142A AEROFIN 12 11 1 100 0.1 55 / 75 0.5 0.2 160 / 140 3.1 3/4"
HC-142B 142B AEROFIN 12 12 1 200 0.1 55 / 75 0.5 0.2 160 / 140 5.3 3/4"
HC-142C 142C AEROFIN 12 10 1 60 0.1 55 / 75 0.5 0.2 160 / 140 2.3 3/4"
HC-144 144 AEROFIN 12 12 1 290 0.1 55 / 75 0.5 0.2 160 / 140 5.3 3/4"
HC-144A 144A AEROFIN 24 12 1 470 0.1 55 / 75 0.5 0.2 160 / 140 10.1 3/4"
HC-144B 144B AEROFIN 12 12 1 510 0.1 55 / 75 1.5 0.2 160 / 140 10.1 3/4"
HC-144C 144C AEROFIN 24 12 1 390 0.1 55 / 75 1 0.2 160 / 140 8.5 3/4"
HC-144D 144D AEROFIN 24 12 1 550 0.1 55 / 75 1 0.2 160 / 140 10.1 3/4"
HC-144E 144E AEROFIN 13.5 12 1 300 0.1 55 / 75 1 0.2 160 / 140 5.5 3/4"
HC-145 145 AEROFIN 12 12 1 290 0.1 55 / 75 0.5 0.2 160 / 140 5.3 3/4"
HC-145A 145A AEROFIN 24 12 1 550 0.1 55 / 75 1 0.2 160 / 140 10.1 3/4"
HC-145B 145B AEROFIN 12 12 1 410 0.1 55 / 75 1 0.2 160 / 140 7.5 3/4"
HC-145C 145C AEROFIN 1 570 0.1 55 / 75 1 0.2 160 / 140 10.5 3/4"
HC-145D 145D AEROFIN 24 12 1 550 0.1 55 / 75 1 0.2 160 / 140 10.1 3/4"
HC-145E 145E AEROFIN 12 12 1 300 0.1 55 / 75 1 0.2 160 / 140 5.5 3/4"
HC-147 147 AEROFIN 12 12 1 410 0.1 55 / 75 1 0.2 160 / 140 7.5 3/4"
HC-147A 147A AEROFIN 12 12 1 130 0.1 55 / 75 0.5 0.2 160 / 140 2.4 3/4"
HC-147B 147B AEROFIN 12 12 1 190 0.1 55 / 75 0.5 0.2 160 / 140 3.5 3/4"
HC-148 148 AEROFIN 12 12 1 180 0.1 55 / 75 0.5 0.2 160 / 140 3.3 3/4"
HC-148A 148A AEROFIN 12 12 1 400 0.1 55 / 75 1 0.2 160 / 140 3.8 3/4"
HC-148B 148B AEROFIN 12 12 1 440 0.1 55 / 75 1 0.2 160 / 140 7.5 3/4"
HC-148C 148C AEROFIN 12 12 1 410 0.1 55 / 75 1 0.2 160 / 140 7.5 3/4"
HC-148D 148D AEROFIN 12 12 1 130 0.1 55 / 75 0.5 0.2 160 / 140 2.4 3/4"
HC-148E 148E AEROFIN 12 12 1 210 0.1 55 / 75 0.5 0.2 160 / 140 2.4 3/4"
HC-199B 199B AEROFIN 24 36 1 1890 0.1 55 / 75 3.5 0.2 160 / 140 35 3/4"
REMARKS:
1. APPROVED MANUFACTURERS: PHOENIX CONTROLS AND SIEMENS.2. ALL EQUIPMENT IN ALL PHASES IS TO BE ORDERED AND RECEIVED PRIOR TO COMMENCE OF PHASE I WORK. EQUIPMENT IS TO BE STORED IN AN INSURED
AND BONDED WAREHOUSE. RECEIVED MATERIAL WILL BE INVENTORIED BY THE OWNER, UNIVERSITY OF LOUISVILLE.3. ALL VALVES SHALL BE HIGH-SPEED ELECTRIC.4. PROVIDE WITH DDC PRESSURE INDEPENDENT CONTROLS.5. PROVIDE FACTORY TESTING AND STARTUP.6. PROVIDE FLOW ALARM VIA A PRESSURE SWITCH.7. PROVIDE FLOW FEEDBACK SIGNAL.8. LOW LEAKAGE SHUT OFF. THE LOW LEAKAGE DESIGN ADDS A GASKET THAT PROVIDES NEAR BUBBLE-TIGHT SHUT-OFF PERFORMANCE AT A FRACTION OF
THE COST. LEAKAGE RATES APPROACH 0.02 CFM AT 30 IN. W.C. (0.0092 I/S AT 7,500 PASCALS) AND HAS BEEN TESTED WITH ASME N510S PRESSURE DECAY METHOD AND MEETS THE FOLLOWING LEAKAGE STANDARDS: (EUROPEAN COMMITTEE OF AIR HANDLING AND REFRIGERATION EQUIPMENT MANUFACTURERS (EUROVENT), SECTIONS 2.2 AND 2.3 OF EUROVENT WG 6B), (U.S. DEPARTMENT OF ENERGY (DOE), NUCLEAR AIR CLEANING HANDBOOK), (PUBLIC HEALTH AGENCY OF CANADA, LABORATORY BIOSAFETY GUIDELINES). TYPICAL APPLICATIONS MIGHT BE TO ISOLATE A SPACE FOR DECONTAMINATION AND BIOSAFTEY LEVEL 3 LABORATORIES (BSL3/CSL3) APPLICATIONS WHERE NEAR BUBBLE-TIGHT SHUT-OFF MEETS THE SAFETY AND CONTAINMENT REQUIREMENTS. THE STANDARD SHUT-OFF VALVE PROVIDES SUFFICIENT ISOLATION FOR GASEOUS DECONTAMINATION WHILE THE LOWER LEAKAGE SHUT-OFF VALVE SATISFIES MOST REQUIREMENTS WHERE BUBBLE TIGHT DAMPERS HAVE TYPICALLY BEEN APPLIED.
REMARKS:
1. COIL PERFORMANCE IS MINIMUM ACCEPTABLE; DO NOT PROVIDE COIL WITH LARGER APD.2. PROVIDE STAINLESS STEEL COIL CASING.3. APPROVED MANUFACTURER: AEROFIN, GREENHECK, AND TRANE.
REVISIONS
MECHANICAL CONTROLS LEGEND
ADJ ADJUSTABLEAHU AIR HANDLING UNITAI ANALOG INPUTAO ANALOG OUTPUTAV ANALOG VALUE (READ/WRITE)BAS BUILDING AUTOMATION SYSTEMCAV CONSTANT AIR VOLUMECFM CUBIC FEET PER MINUTECMD COMMANDCV VALVE FLOW COEFFICIENTD DAMPERDAT DISCHARGE AIR TEMPERATUREDDC DIRECT DIGITAL CONTROLDECOM DECOMMISSIONDI DIGITAL INPUTDIFF DIFFERENTIALDO DIGITAL OUTPUTDSP DUCT STATIC PRESSUREDV DIGITAL VALUE (READ/WRITE)EA EXHAUST AIRETR EXISTING TO REMAINGPM GALLONS PER MINUTEH HUMIDITYH/O/A HAND/OFF/AUTOHWR HOT WATER RETURNHWS HOT WATER SUPPLYLACS LABORATORY AIRFLOW CONTROL SYSTEMLAT LEAVING AIR TEMPERATURENC NORMALLY CLOSEDNO NORMALLY OPENOA OUTSIDE AIRPSI POUNDS PER SQUARE INCHRH RELATIVE HUMIDITYSTPT SETPOINTSTS STATUST TEMPERATURETAB TEST AND BALANCETCC TEMPERATURE CONTROL CONTRACTORVAV VARIABLE AIR VOLUMEVEL VELOCITY
INSERTION TEMATURE SENSOR AND HUMIDITY SENSOR
INSERTION TEMPERATURE SENSOR
THERMOSTAT
HUMIDITY SENSOR
PRESSURE SENSOR
MOTORIZED DAMPER
GRAPHICS PAGE POINTSVALUE AND UNIT TO DISPLAYUNITS
BAS POINT
Ts
T
H
P
M
Ts/H
OA
% OPEN
DPR VVS CMD
CFM
CFM STPT
CFM
CFM ACTUAL
CH
SOUND TRAP
TO ZONE
HS
HV-1
% OPEN
HV-1 VALVE
HWS
HWR
SV-1
% OPEN
SV-1 VALVE
STM
CDR
EA
% OPEN
DPR VVE CMD
CFM
CFM STPT
CFM
CFM ACTUAL
SOUND TRAP
FROM ZONE
% RH
H-VVE H
°F
T-VVE T
T-VVSTs
T-VVE
°F
T-VVS T
UNIT MOUNTED CONTROLLER
MEDIUM PRESSURE VENTURI VALVE SEQUENCE OF OPERATION
1. GENERAL:
A. ALL VALVES, CONTROLLERS, AND HEATING COILS SHALL BE FACTORY ASSEMBLED. CONTROLLERS SHALL BE BENCH-PROGRAMMED AND TESTED PRIOR TO SHIPMENT.
B. POWER AND COMMUNICATION TRUNKS SHALL BE INSTALLED UNDER PHASE I, PRIOR TO DECEMBER SITE CHANGEOVER DATE. COORDINATE SCHEDULE AND ACCESS WITH OWNER.
C. COORDINATE WITH OWNER THE TEMPATURE AND HUMIDITY SETPOINTS.
2. THE AIRFLOW CONTROL DEVICES SHALL UTILIZE PEER-TO-PEER, DISTRIBUTED CONTROL ARCHITECTURE TO PERFORM ROOM-LEVEL CONTROL FUNCTIONS. NO CONTROL LOGIC FOR ROOM CONTROL SHALL RESIDE IN THE LACS. CONTROL FUNCTIONS SHALL INCLUDE, AT A MINIMUM, VOLUMETRIC OFFSET PRESSURIZATION, TEMPERATURE, HUMIDITY CONTROL, AS WELL AS RESPOND TO HOOD FLOW DEMANDS, OCCUPANCY, ANDEMERGENCY CONTROL COMMANDS.
3. VOLUMETRIC OFFSET PRESSURIZATION CONTROL
A. THE LABORATORY CONTROL SYSTEM SHALL CONTROL SUPPLY AND AUXILIARYEXHAUST AIRFLOW DEVICES TO MAINTAIN A VOLUMETRIC OFFSET (EITHER POSITIVE OR NEGATIVE). OFFSET SHALL BE MAINTAINED REGARDLESS OF ANY CHANGE IN FLOW OR STATIC PRESSURE (WITHIN SPECIFIED RANGE FOR MEDIUM PRESSURE VALVES). THIS OFFSET SHALL BE FIELD ADJUSTABLE AND REPRESENTS THE VOLUME OF AIR, WHICH WILL ENTER (OR EXIT) THE ROOM FROM THE CORRIDOR OR ADJACENT SPACES. THE GOAL IS TO MAINTAIN 0.05 INH20 MINIMUM PRESSURE DIFFERENTIAL AT EACH DOOR.
4. SPACE TEMPERATURE CONTROL - IF THE SPACE TEMPERATURE DROPS BELOW SETPOINT, THEN THE 2-WAY HOT WATER CONTROL VALVE SHALL MODULATE OPEN TO MAINTAIN SPACE TEMPERATURE.
5. SPACE HUMIDITY CONTROL - IF THE SPACE HUMIDITY LEVEL DROPS BELOW SETPOINT, THEN THE 2-WAY STEAM VALVE SHALL MODULATE TO MAINTAIN SPACE RELATIVE HUMIDITY.
6. LOSS OF COMMUNICATION/POWER FAIL SAFE - ALL SUPPLY, EXHAUST, REHEAT, AND HUMIDIFIER VALVES SHALL FAIL LAST POSITION.
VVS-DAMPER COMMAND
AIVVS & VVE POINTS LIST AO DI DO TREND
X X
VVS CFM SETPOINT X X
HW VALVE STATUS XX
VVS DISCHARGE AIR TEMPERATURE X X
X
TAG
T-VVS
VVS CFM ACTUAL X
HV-1
STEAM VALVE STATUS XXSV-1
VVE-DAMPER COMMAND X X
VVE CFM SETPOINT X X
VVE ENTERING AIR TEMPERATURE X X
X
T-VVE
VVE CFM ACTUAL X
VVE RELATIVE HUMIDITY XH-VVE X
VALVE FLOW FEEDBACK
VALVE FLOW SETPOINT
JAM ALARM
FLOW ALARM
TOTAL SUPPLY FLOW
TOTAL EXHAUST FLOW
ZONE OFFSET
ZONE OFFSET SETPOINT
OCCUPIED HEATING SETPOINT
OCCUPIED COOLING SETPOINT
UNOCCUPIED HEATING SETPOINT
UNOCCUPIED COOLING SETPOINT
DISCHARGE AIR TEMPERATURE SETPOINT
EXHAUST HUMIDITY
HUMIDITY SETPOINT
DP WARNING SETPOINT
DP ALARM SETPOINT
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
SOFTWARE POINTS LIST
Ts/HH-VVE
LACS
EXISTING SIEMENS DISEGO
BACnet IP
ETHERNET
REFER TO PLANS FOR LOCATION
ROOM LEVEL CONTROLLER
VVS-XXX
PROTOCOL- RS-485 OR FTT-10
ROOM LEVEL CONTROLLER
VVS-XXX
ROOM LEVEL CONTROLLER
VVS-XXX
ROOM LEVEL CONTROLLER
VVS-XXX
BAS INTEGRATION NOTES
1. THE CONTRACTOR SHALL REFER TO THE UNIVERSITY OF LOUISVILLE, PHYSICAL PLANT DEPARTMENT FACILITIES AUTOMATION AND CONTROLS OWNER PROJECT REQUIREMENTS (OPR) GUIDELINE, REV 15.
2. EXISTING CONTROLLERS, SENSORS, VALVES, DAMPERS, ACTUATORS, OR OTHER CONTROLS INCLUDING THEIR ASSOCIATED WIRING AND TUBING NOT DESIGNATED FOR REUSE SHALL BE DECOMMISSIONED AND REMOVED BY THE CONTROL SYSTEM CONTRACTOR. DECOMMISSIONING INCLUDES REMOVING AND/OR UPDATING ANY PROGRAMMING, TRENDS, ALARMS, AND GRAPHICS TO REFLECT THE CHANGES.
3. REMOVED CONTROLS SHALL BE OFFERED TO THE UNIVERSITY. UNIVERSITY SHALL BE GIVEN 10 DAYS TO SELECT AND RETAIN ITEMS; CONTROLS SYSTEM CONTRACTOR SHALL PROBABLY DISPOSE OF ANY REMAINING ITEMS.
4. EXISTING CONTROLLERS, SENSORS, VALVES, DAMPERS, ACTUATORS, WIRING AND/OR TUBING DESIGNATED AS ALLOWABLE FOR REUSE, THE CONTROL SYSTEM CONTRACTOR’S MAY CHOOSE TO REUSE OR REPLACE WITH NEW. IF REUSED, THE MATERIALS SHALL BE INSPECTED TO ENSURE THEY ARE FREE OF DEFECTS, CLEANED, CALIBRATED, ADJUSTED, AND BROUGHT UP TO THE LATEST REVISION AS REQUIRED, AND FUNCTIONING ACCORDING TO THE PRODUCT SPECIFICATIONS. CONTROL SYSTEM CONTRACTOR SHALL WARRANTY ANY REUSED AS NEW.
5. HUMIDITY/ TEMPERATURE SENSORS: THESE DEVICES SHALL BE 100% SOLID STATE, LINEAR AND TEMPERATURE COMPENSATED WITH A 0-100% RH RANGE. THE RESPONSE TIME SHALL BE A MINIMUM OF 30 SECONDS FOR A 60% CHANGE. THEY MUST HAVE A 1% ACCURACY BETWEEN 0% - 90% RH. THE OUTPUT OF THE DEVICE MUST UTILIZE A 0-10 VDC OR 4-20MA SIGNAL AS REQUIRED. THE DEVICE MUST USE A POWER SUPPLY OF 24 VAC OR VDC. DUCT MOUNTED SENSORS SHALL HAVE AT LEAST 4" INSERTION PROBE WITH A 16 GAUGE STEEL ENCLOSURE. NIST TRACEABLE CERTIFICATION TO BE PROVIDED TO ENGINEER. APPROVED MANUFACTURER NO SUBSTITUTIONS: VAISALA HMT310 SERIES.
6. THE 2-WAY REHEAT CONTROL VALVES SHALL BE LINEAR GLOBE VALVES. VALVES SHALL PROVIDE THE REQUIRED CAPACITY AND THE CLOSE OFF RATING SHALL BE 150% OF TOTAL SYSTEM (PUMP) HEAD. TWO-WAY VALVES SHALL HAVE REPLACEABLE STEM AND DISC. VALVES WITH SIZE UP TO AND INCLUDING 2" SHALL BE "SCREWED" WITH 250 PSI ANSI PRESSURE BODY RATING;. VALVES SHALL BE SELECTED WITHIN A 3-5 PSIG PRESSURE DROP RANGE AND SHALL FAIL LAST POSITION. ALL ACTUATORS SHALL ALSO UTILIZE THE SAME ANALOG ACTUATION INPUT SIGNAL (2-10 VDC, 4-20 MA) IN ORDER TO MAINTAIN CONSISTENCY IN THE CONTROL APPLICATION. FLOATING POINT CONTROL WITH 2 DIGITAL OUTPUTS IS NOT APPROVED AS ANALOG ACTUATION. POWER REQUIREMENTS: MAXIMUM 15 VA AT 24V AC. TEMPERATURE RATING: -22°F TO 140º. ALL ACTUATORS SHALL HAVE A 5-YEAR FACTORY WARRANTY. FLOATING POINT CONTROL WITH 2 DIGITAL OUTPUTS IS NOT APPROVED AS ANALOG ACTUATION.
7. DAMPER ACTUATORS SHALL BE OF THE SAME MANUFACTURER AND HAVE INTERNAL FEEDBACK CIRCUITRY TO PROVIDE A POSITIVE ACTION TO ENSURE PROPER POSITIONING OF THE DAMPER OR VALVE THROUGH THE ENTIRE SEQUENCE. ACTUATORS SHALL HAVE AN ADJUSTABLE STARTING POINT TO ACCURATELY SET THE RANGE OF TRAVEL TO THE OUTPUT OF THE CONTROLLER. ALL ACTUATORS SHALL ALSO UTILIZE THE SAME ANALOG ACTUATION INPUT SIGNAL (2-10 VDC, 4-20 MA) IN ORDER TO MAINTAIN CONSISTENCY IN THE CONTROL APPLICATION. FLOATING POINT CONTROL WITH 2 DIGITAL OUTPUTS IS NOT APPROVED AS ANALOG ACTUATION. ALL SPRING-RETURN ACTUATORS SHALL HAVE A MANUAL OVERRIDE. POWER REQUIREMENTS: 24V AC OR DC, MAXIMUM 10VA. TEMPERATURE RATING: -22°F TO 140ºF. RUN TIME: DAMPER ACTUATORS SHALL BE FAST ACTING RUNNING TIME (MOTOR) 4S CONSTANT INDEPENDENT OF LOAD. ALL ACTUATORS SHALL HAVE A 5-YEAR FACTORY WARRANTY. SPRING RETURN POSITION SHALL BE.... DAMPER ACTUATOR OUTDOORS SHALL BE NEMA 4 HEATED ENCLOSURE.
8. THE BELOW TABLES INDICATE EXISTING POINTS THAT HAVE BEEN IDENTIFIED. THESE POINTS WILL FALL UNDER NOTES 2, 3, OR 4.
VVS-122
PHASE I - EXISTING VALVES POINTS LIST
VVS-124
DAMPER
ACTUATOR
VVS-124A
XVVS-124B
VVS-148
VVS-148A
VVS-148B
VVS-148C
VS-148D
VVS-148E
UNIT
NUMBER
VELOCITY
PRESSUREHUMIDITY TEMPERATURE
REHEAT
VALVE
HUMIDITY
VALVE
VVE-122
VVE-122A
VVE-124A
VVE-124B-1
VVE-124B-2
VVE-148
VVE-148A
VVE-148B
VVE-148C
VVE-148D
VVE-148E
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
122
PHASE I - EXISTING ROOM SPECIFIC POINTS LIST
124
124A
124B
148
148A
148B
148C
148D
148E
ROOM
NUMBER
ROOM DP
ALARMROOM DP
BSC FAN
STATUS
SPACE
SENSOR
EXISTING BAS SYSTEM
TCC
VVS-119
PHASE II - EXISTING VALVES POINTS LIST
VVS-121
DAMPER
ACTUATOR
VVS-121A
VVS-121B
VVS-121D
VVS-121E
VVS-121F
VVS-145
VVS-145A
UNIT
NUMBER
VELOCITY
PRESSUREHUMIDITY TEMPERATURE
REHEAT
VALVE
HUMIDITY
VALVE
VVE-119
VVE-119A
VVE-121A-1
VVE-121A-2
VVE-121B
VVE-121D
VVE-121E
VVE-121F
VVE-145
VVE-145A
VVE-145B
119A
PHASE II - EXISTING ROOM SPECIFIC POINTS LIST
121
121A
124D
124E
124F
145
145A
ROOM
NUMBER
ROOM DP
ALARMROOM DP
BSC FAN
STATUS
SPACE
SENSOR
VVS-116
PHASE III - EXISTING VALVES POINTS LIST
VVS-116A
DAMPER
ACTUATOR
VVS-116B
XVVS-116C
VVS-144
VVS-144A
VVS-144B
VVS-144C
VVS-144D
VVS-144E
UNIT
NUMBER
VELOCITY
PRESSUREHUMIDITY TEMPERATURE
REHEAT
VALVE
HUMIDITY
VALVE
VVE-116A
VVE-116B
VVE-116C
VVE-116D
VVE-144
VVE-144A
VVE-144B
VVE-144C
VVE-144D
VVE-144E
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
116
PHASE III - EXISTING ROOM SPECIFIC POINTS LIST
116A
116B
116C
144
144A
144B
144C
144D
144E
ROOM
NUMBER
ROOM DP
ALARMROOM DP
BSC FAN
STATUS
SPACE
SENSOR
VVS-140
PHASE IV - EXISTING VALVES POINTS LIST
VVS-140A
DAMPER
ACTUATOR
VVS-141A
XVVS-141B
VVS-141C
VVS-141D
VVS-142A
VVS-142B
VVS-147
UNIT
NUMBER
VELOCITY
PRESSUREHUMIDITY TEMPERATURE
REHEAT
VALVE
HUMIDITY
VALVE
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
140
PHASE IV - EXISTING ROOM SPECIFIC POINTS LIST
140A
141
141A
141B
141C
141D
142
142A
142B
ROOM
NUMBER
ROOM DP
ALARMROOM DP
BSC FAN
STATUS
SPACE
SENSOR
VVE-118
VVE-145C
VVE-145E
VVE-145D
VVS-147A
VVS-147B
X
X
X
VVS-199B X
VVE-140
VVE-140A
VVE-141A
VVE-141B
VVE-141C
VVE-141D
VVE-142A
VVE-142B
VVE-147
VVE-147A
VVE-147B
VVE-199B
X
X
X
118
142C
X
131
147
147A
199B
131
147B
146
116D
119
145B
145C
145D
145E
122A
PROTOCOL- RS-485 OR FTT-10
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
XXX
XXX
XX
X
X
X
X
X X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
XX
X
X
X
X
X
X
X
X
X
X
X
X
X
X
VVS-145B XX
VVS-145C XX
VVS-145D XX
VVS-145E XX
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X X
X
X
X
X
XX
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X X
X
X
X
X
X
X
X
X
X
X X
X
XX
X X
X
X
XX X
X X X
X
X
X
X
X
X
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C:\
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Hurs
tbourn
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kw
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0222
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VULW19
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MEDIUM PRESSURE VENTURI VALVECONTROL SCHEMATIC
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BAS INTEGRATION1
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