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C
D
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F
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BAY #1
CORRIDOR
OFFICE
STORAGE
VEST.
108A
JANITOR
VEST.
109A
MEN
WOMEN
OFFICE
LUNCH ROOM
OFFICE
MECHANICAL
EXISTING URINALS
QTY 2
EXISTING WATER CLOSET
QTY 7EXISTING LAVATORIES
QTY 3
EXISTING LAVATORIES
QTY 3
EXISTING KITCHEN SINK
QTY 1
CONTINUATION OF
CW PIPE
EXISTING HOT AND COLD
DOMESTIC WATER PIPE
IN CORRIDOR PLENUM
ACCESS DOOR TO
CORRIDOR PLENUM
EXISTING DOMESTIC PIPES AND
PLUMBING EQUIPMENT IN MECHANICAL
ROOM TO REMAIN INTACT
DOMESTIC PIPES
CONTINUE TO
WATER FIXTURES
SHEET
IDENTIFICATION
D R
A W N
BY
D
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I G N
BY
SB
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BY
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FI
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KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
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SC
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SHEET OF
1 2 3 4 5
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FY
P N
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C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
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PD101
P L U
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IN
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PL
A N
C H
AP
M
AN
3/16" = 1'-0"PD101
1 PLUMBING OVERALL DEMOLITION PLAN
PLAN NORTH
8'8'
SCALE: 3/16"=1'-0"
0"4' 2'6'
1 2 3 4 5 6 7
KEY PLAN
PLUMBING DEMOLITION NOTES:
1. DEMOLISH ALL EXISTING EYEWASH STATIONS IN THE BAY AREA (APPROX. 6
UNITS TOTAL). DEMOLISH CONNECTING PIPING AND PIPE ACCESSORIES. CAP
PIPING AT 8' AFF.
2. DEMOLISH ALL EXISTING PLUMBING FIXTURES IN THE MENS AND WOMENS
RESTROOMS AND THE EXISTING KITCHEN SINK IN THE LUNCH ROOM. KEEP
EXISTING PIPE CONNECTIONS ACCESSSIBLE FOR FIXTURE REPLACEMENT.
KEYNOTES:
1. CUT DOMESTIC PIPE AS REQUIRED TO CONNECT NEW PIPE. SEE P-101 FOR
NEW PIPE ROUTING.
2. LOCATION OF EXISTING DOMESTIC AND SANITARY PIPE CONNECTIONS FOR
UTILITY SINK.
M
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AP
PR
1 2
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FORKLIFT
CHARGING
OPEN OFFICE
CORRIDOR
SERVER
105B
MECHANICAL
WOMEN
108 VEST.
108A
JANITOR
MEN
VEST.
109A
EWS-1
EWS-1
CW1"
HW1"
CW1"
HW1"
MV-1
MV-1
LUNCH ROOM
DRT OFFICE
NEC
PRINT/LAYOUT
105A
WC-1
L-1 L-1 L-1
L-2
L-1 L-1 L-1
WC-1 WC-1 WC-1
WC-1WC-1WC-1
U-1U-1
MOTHERS
108B
L-1
L-3 2
SHEET
IDENTIFICATION
D R
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BY
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BY
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BY
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KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
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N U
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BE
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P
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SC
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P
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SHEET OF
1 2 3 4 5
D
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FY
P N
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FE
N S
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IS
TI
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SEATTLE DISTRICT
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C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
W
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W
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P-101
PL
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FL
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P L A
N C
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AP
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1/8" = 1'-0"P-101
1 PLUMBING FLOORPLAN NORTH
PLAN NORTH
04' 8' 16'2'6'8'
SCALE: 1/8"=1'-0"
1 2 3 4 5 6 7
KEY PLAN
KEYNOTES:
1. CONNECT TO EXISTING DOMESTIC WATER LINES.
2. INSTALL NEW UTILITY SINK. USE EXISTING DOMESTIC WATER AND SANITARY
CONNECTIONS FOR NEW SINK. INSTALL UTILITY SINK SUCH THAT SINK DRAIN CONNECTS
WITH EXISTING EXPOSED SANITARY LINE IN JANITOR ROOM.
3. INSTALL NEW COUNTERTOP SINK. ROUTE SANITARY PIPE FROM SINK THROUGH THE
WALL TO DISCHARGE INTO THE SANITARY PIPE BELOW THE UTILITY SINK (L-3) LOCATED IN
THE JANITOR ROOM (ROOM 110).
4. PROVIDE ISOLATION BALL VALVES ON HOT AND COLD WATER LINES.
GENERAL NOTES:
1. ALL PLUMBING FIXTURES SHOWN ARE NEW. SEE PLUMBING FIXTURE SCHEDULE FOR
DETAILS.
2. NEW FIXTURES IN THE RESTROOMS AND JANITOR ROOM SHALL CONNECT TO EXISTING
PIPING. PROVIDE NEW CONNECTION AND PIPE ACCESSORIES AS REQUIRED FOR FULLY
FUNCTIONAL FIXTURES.
3. INSTALL TWO NEW COMBINATION DRENCH SHOWER AND EYE WASH STATIONS AS
SHOWN IN THE DRAWING. ROUTE NEW HOT AND COLD WATER LINES FROM THE EXISTING
DOMESTIC PIPES ABOVE CORRIDOR TO EACH STATION. PROVIDE EACH STATION WITH
MIXING VALVE.
M
AR
K D
ES
C
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IP
TI
O
N D
AT
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SHOWER
HEAD
INSTANT ACTION STAY-OPEN BALL VALVE
1-1/4" TEPID WATER
SUPPLY INLET FROM
MIXING VALVE MV-1PULL
HANDLE
STAINLESS
STEEL
EYEWASH
BOWL
EYEWASH HANDLE
ANCHOR TO FLOOR
EXTENSION SPLIT CLAMP
PIPE HANGER SECURED
TO WALL
NOTES:
1. INSTALL ALL EQUIPMENT REQUIRED FOR A COMPLETE
EMERGENCY EYEWASH/SHOWER STATION, ALL PER
MANUFACTURER'S INSTRUCTIONS.
PROVIDE HAND HELD
DRENCH HOSE
ATTACHMENT WITH
BACKFLOW PREVENTER
(NOT SHOWN)
GALVANIZED
STEEL SHIELD
CHANNEL
PIPE
INSULATION
GALVANIZED
STEEL SHIELD
PIPE
HANGER ROD
INSULATION
PROVIDE A SECTION
OF HIGH COMPRESSION
STRENGTH INSULATION
AT EACH HANGER POINT.
INSULATION MAY BE
HALF ROUND OR FULL
ROUND AND EXTEND 2"
BEYOND GALV. SHIELD
EACH WAY.
PIPE SPACINGFASTENERS
THROUGH WALL THROUGH FLOOR
FLOOR
MINERAL WOOL
BATT INSULATION
WALL
PIPE
& INSULATION
PIPE JACKET
STEEL MASONRY FASTENERS
TO FLOOR OR WALL WITH
STEEL PLATE. SECURE
26 GA. MIN. GALV.
INSULATION
MINERAL WOOL BATT
SHEET
IDENTIFICATION
D R
A W N
BY
D
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I G N
BY
SB
M
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BY
S
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FI
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KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
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N U
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BE
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P
LO
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SC
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P
LO
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AT
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SHEET OF
1 2 3 4 5
D
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B
A
FY
P N
D
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FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
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TO
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BU
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C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
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W
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P-501
P L U
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A
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AP
M
AN
N.T.S.P-501
2 EMERGENCY EYEWASH/SHOWER
N.T.S.P-501
1 PLUMBING PIPE HANGER DETAIL
N.T.S.P-501
3 INSULATED PLUMBING PIPE PENETRATION
M
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K D
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C
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TI
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AT
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SHEET
IDENTIFICATION
D R
A W N
BY
D
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I G N
BY
SB
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BY
S
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FI
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N
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TR
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KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
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N U
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BE
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P
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SC
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P
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T D
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SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
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FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
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TL
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C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
W
AR
IN
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W
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IN
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P-601
PL
U
M B
IN
G
SC
H
ED
U
L E S
C H
AP
M
AN
THERMOSTATIC MIXING VALVE SCHEDULE
MARK SERVICE
HW INLET TEMP
(DEG F)
HW OUTLET TEMP
(DEG F)
PIPE OUTLET SIZE
(IN)
PIPE INLET SIZE
(IN)
MAX FLOW RATE OUT
(GPM)
MIN FLOW RATE OUT
(GPM)
MAX PRESSURE DROP
(PSI)
MAX OPERATING PRESSURE
(PSI) REMARKS
MV-1 EMERGENCY SHOWER/EYEWASH 120 85 1-1/4" 1" 26 2 10 125
PLUMBING FIXTURE SCHEDULE
MARK DESCRIPTION PIPE CONNECTION SIZE TO EACH FIXTURE (IN) COUNT REMARKS
EWS-1 EMERGENCY SHOWER/EYEWASH 1-1/4" FROM MIXING VALVE 2 NOTE 1
L-1 LAVATORY SINK USE EXISTING 8 .5 GPM FAUCET WITH AERATOR, NOTE 2
L-2 KITCHEN SINK USE EXISTING 1 2.2 GPM FAUCET WITH AERATOR, NOTE 3
L-3 UTILITY SINK USE EXISTING 1 ONE COMPARTMENT BASIN, NOTE 4 AND 5
U-1 URINAL USE EXISTING 2 1/8 GPF WALL AND FLUSH VALVE TYPE
WC-1 WATER CLOSET USE EXISTING 7 1.28 GPF FLUSH VALVE TYPE
NOTES:
1. PROVIDE WITH THERMOSTATIC MIXING VALVE WITH 85 DEG F SETPOINT.
2. ALL LAVATORY FAUCETS SHALL BE FURNISHED WITH TEMPERING FAUCETS SET TO 90 DEG F.
3. DOUBLE COMPARTMENT BASIN UNIT.
4. PROVIDE FAUCET WITH TOP BRACE, STOPS AND VACUUM BREAKER.
5. PROVIDE NOZZLE WITH 3/4" HOSE CONNECTION AND PAIL HOOK.
NOTES:
1. SEE DETAIL 2 ON SHEET P-501
M
AR
K D
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C
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IP
TI
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AT
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MECHANICAL SYMBOL LEGEND GENERAL NOTES
DESCRIPTIONSYMBOL
BALL VALVE
CHECK VALVE
UNION
DIRECTION OF PITCH DOWN
PRESSURE GAUGE WITH
GAUGE COCK
THERMOMETER WITH
THERMOMETER WELL
STRAINER (TYPE AS SPECIFIED)
GATE VALVE
BUTTERFLY VALVE - MANUAL
BUTTERFLY VALVE - MOTORIZED
PRESSURE RELIEF VALVE
FLOW SWITCH
HEATING WATER SUPPLY
HEATING WATER RETURN
CHILLED WATER
COMPRESSED AIR
CONDENSATE DRAIN
REFRIGERANT (SUCTION & LIQUID)
VALVE IN RISER
RISER DOWN (ELBOW)
RISER UP (ELBOW)
RISE OR DROP
BRANCH - TOP CONNECTION
BRANCH - BOTTOM CONNECTION
BRANCH - SIDE CONNECTION
CAP ON END OF PIPE
DIAGRAM OR DETAIL NUMBER
SHEET NUMBER
DIRECTION OF FLOW
FS
CW
HWS
HWR
CA
PG
R
D
2ND DIMENSION - DEPTH (IN)
1ST DIMENSION - SIDE SHOWN (IN);
RETURN OR TRANSFER GRILLE
ROUND DUCT SIZE (IN)
AIR TERMINAL TYPE AND CFM
CEILING ACCESS PANEL
EMERGENCY SHUTOFF SWITCH
FLEXIBLE CONNECTION
DUCT CHANGE OF
ELEVATION,
RISE (R), DROP (D)
SMACNA DUCT
PRESSURE
CLASSIFICATION, IN W.G.
CONICAL TAP
CEILING DIFFUSER
ELBOW WITH TURNING VANES
SUPPLY DUCT SECTION
MANUAL DAMPER
ELBOW UP (EXHAUST, RETURN
DUCT DIMENSION
FIRE DAMPER
VOLUME DAMPER
ELBOW DOWN (EXHAUST, RETURN
OR OUTSIDE AIR)
45° DEGREE TAP
OR OUTSIDE AIR)
EXHAUST, RETURN OR OUTSIDE
AIR DUCT END SECTION
ELBOW DOWN (SUPPLY)
ELBOW UP (SUPPLY)
24/12
(OR 24x12)
AIR
AIR
VD
FDFD
R
ES
T
24 ø
ABBREVIATIONS
ABOVE FINISHED FLOOR
AIR HANDLING UNIT
AIR FOIL
ACTUAL CFM
AIR COMPRESSOR /
ALTERNATING CURRENT
APPROXIMATE
ALUMINUM
AIR PRESSURE DROP
AIR-COOLED CONDENSER
AF
ACFM
AC
ACC
APD
APPROX
ALUM
AFF
AHU
CW
CLEANOUT
COMPRESSOR
CIRCULATING PUMP
CONTINUED
CONNECTION
CUBIC FEET PER MINUTE
COMPRESSED AIR
BRITISH THERMAL UNITS
BRAKE POWER
CAPACITY
CENTRIFUGAL FAN
CEILING DIFFUSER
CEILING REGISTER
CABLE STANDARD
CATEGORY 5 ETHERNET
CAT5
CABINET HEATER
COLD WATER
CONTROL
CO2
PER HOUR
BRITISH THERMAL UNITS
CARBON DIOXIDE
CAP
CA
BTUH
CFM
CF
CD
BTU
BFP
BD
B
BHP
BP
BLDG
BI
CH
BACKDRAFT DAMPER
BOILER
CTL
BACKFLOW PREVENTER
BUILDING
BACKWARD INCLINED
BRAKE HORSEPOWER
CR
CO
COMPR
CP
CONT
CONN
DG
DF
DRAIN-WASTE-VENT
DB
DL
DWV
DDC
DWG
DN
DR
DOOR LOUVER
DOOR GRILLE
DRY BULB / DECIBELS
DRINKING FOUNTAIN
DRAIN
DIAMETER NOMINAL
DOWN /
DIRECT DIGITAL CONTROL
DRAWING
DIAMETER
FPM
FLR
FP
FS
FV
DEGREE FAHRENHEIT
FT
FTR
°F
FC
EMERGENCY SHUTOFFES
FCO
FIXT
FLEX
FD
FDC
FLOOR CLEANOUT
FLOOR DRAIN
FIRE DAMPER /
FLEXIBLE CONNECTION /
FORWARD CURVED
FIRE DEPARTMENT
FEET PER MINUTE
CONNECTION
FLOOR
FIRE PROTECTION
FIXTURE
FLEXIBLE
FLUE THROUGH ROOF
FACE VELOCITY
FIRE SPRINKLER
FEET
ET
EWH
ER
ESP
EWT
EXT
EACH / EXHAUST AIR
EXH
EXIST
EER
EF
EA
EAT
EFF
EMCS
ENT
EG
ELEV
ENTERING AIR TEMP
EXHAUST
EXISTING
ELECTRIC WATER HEATER
ENTERING WATER TEMP
EXTERNAL / EXTERIOR
ENERGY MONITORING &
CONTROL SYSTEM
EWC ELECTRIC WATER COOLER
EFFICIENCY
EXHAUST GRILLE
ENERGY EFFICIENCY RATIO
EXHAUST FAN
ELEVATION
EXTERNAL STATIC
EXPANSION TANK
ENTERING
EXHAUST REGISTER
NG
NO.
NO
NC
MOUNTING
MOUNTED
NAT GAS
NA
NATURAL GAS
NORMALLY CLOSED
NORMALLY OPEN
NATURAL GAS
NPSH
NOM
NOT APPLICABLE
NTS
MOTOR OPERATED DAMPER
MD
MBH
MIN
MECH
MAX
LEAVING WATER TEMP
MA
MOTORIZED DAMPER
1000 BTUH
MINIMUM / MINUTE
MECHANICAL
MAXIMUM
MTD
MOD
MIXED AIR
MTG
NUMBER
PRESSURE
POINT OF CONNECTION
PRESSURE REDUCING VALVE
PROPELLER
PHASE
PSI
PRV
PRESSURE DROP
PSIG POUNDS PER SQUARE INCH
PARTS PER MILLION
PROPANE / PUMP
GAUGE
PPM
P/A
POUNDS PER SQUARE INCH
P
PROPANE / AIR MIXTURE
PROP
OPER
OPNG
OD
NET POSITIVE SUCTION HEAD
NOMINAL
OA
NOT TO SCALE
PD
PRESS
POC
OPENING
OUTSIDE DIAMETER
OUTSIDE AIR
OPERATING
GALLONS PER MINUTE
GALLONS PER HOUR
WATER
GROUND
GROUND CLEANOUT
HX
HWS
GALLON
GAS
HEATING WATER RETURN
HEATING AND VENTILATING
HEAT EXCHANGER
HEATING WATER SUPPLY
HEATING
HOSE BIBB
HEIGHT
HEAT RECOVERY UNIT
HWR
H2O
GRND
HB
GPM
GAL
G
GPH
GCO
HVAC
HV
HWC
HW
HTG
HR
HP
HT
HRU
HOUR
KILOWATTKW
LBS
LAT
INCHES WATER GAGE
INVERT ELEVATION
INSIDE DIAMETER
INDIRECT WASTE
INCH
POUNDS
LEAVING
LEAVING AIR TEMP
LWT
LVG
IN ACCORDANCE WITH
HIGH TEMPERATURE HOT
HORSEPOWER / HEAT PUMP
HTHWS
WATER SUPPLY
HOT WATER (RE)CIRCULATION
AIR CONDITIONING
HEATING, VENTILATING &
HEATING WATER
DOMESTIC HOT WATER /
IN
IE
IN WG
IW
ID
WATER RETURN
HIGH TEMPERATURE HOT
IAW
HTHWR
TOTAL STATIC PRESSURE
TYPICAL
UNDERCUT (DOOR)
TRANSFER GRILLE
SYSTEM
TEMPERATURE
UNIT HEATER
VELOCITY
VARIABLE FREQUENCY DRIVE
VENT THROUGH ROOF
VOLUME DAMPER
VENT / VOLTAGE
VARIABLE AIR VOLUME
SMOKE DAMPER
SECOND
SUPPLY AIR
REQUIREMENT
RETURN REGISTER
SANITARY SEWER
SENSIBLE
SANITARY SEWER
STORM SEWER
STANDARD
SQUARE FEET
SENSIBLE HEAT CAPACITY
STATIC PRESSURE
SUPPLY
WITH
SHEET METAL & AIR
CONDITIONING CONTRACTORS'
NATIONAL ASSOCIATION
CONTROL SYSTEM
UMCS UTILITY MONITORING &
WATER HEATER /
VOLTS DIRECT CURRENT
SNVT STANDARD NETWORK
VDC
WALL HYDRANT
SUPPLY FAN /
SQUARE FEET
WATER HAMMER ARRESTER
WATER PRESSURE DROP
WEIGHT
WATER GAGE
WET BULB
WATER COLUMN
WALL CLEANOUT
WATER
WATTS / WATER / WASTE
SP
SPLY
SQ FT
SMACNA
SENS
SF
SHC
SS
SYST
TEMP
TG
ST
STD
SEC
RG
RH
RM
REQ'D
QTY
RA
RPBFP
SA
SD
S
RPM
RQMT
RR
TSP
WTR
QUANTITY
RETURN AIR
WT
WH
WHA
WPD
REDUCED PRESSURE
BACKFLOW PREVENTER
REVOLUTIONS PER MINUTE
ROOM
REQUIRED
RETURN GRILLE
RELATIVE HUMIDITY
WG
VAV
VD
V
TYP
UC
UH
VEL
WB
WC
WCO
W/
VFD
VTR
W
DIA, ø
PH, ø
EXHAUST GRILLE
TS TIMED SWITCH
THERMOSTAT
1. "GENERAL NOTES" APPLY TO ALL MECHANICAL DRAWINGS. "KEY NOTES" APPLY
ONLY TO THE SHEETS ON WHICH THEY APPEAR.
2. SOME SYMBOLS/ABBREVIATIONS INDICATED ON THIS LEGEND SHEET MAY NOT
APPEAR IN THE DRAWINGS.
3. DIMENSIONS ON MECHANICAL DRAWINGS ARE INDICATED IN FEET AND INCHES.
4. REFER TO THE SPECIFICATIONS FOR INFORMATION THAT SUPPLEMENTS THESE
NOTES AND OTHER DRAWING INFORMATION.
5. MECHANICAL DRAWINGS ARE DIAGRAMMATIC TO SHOW DESIGN INTENT. PROVIDE
ANY ADDITIONAL DROPS, RISES, OR OFFSETS REQUIRED FOR A COMPLETE SYSTEM
INSTALLATION. COORDINATE EXACT ROUTING OF MECHANICAL WORK WITH ALL
OTHER TRADES AND OBSTRUCTIONS PRIOR TO BEGINNING WORK. COORDINATE
EXACT LOCATIONS OF CEILING MOUNTED EQUIPMENT WITH LIGHTS, CEILING GRID,
SPRINKLERS AND OTHER OBSTRUCTIONS. FIELD VERIFY EXISTING CONDITIONS IF
APPLICABLE.
6. EQUIPMENT SHOWN ON THE DRAWINGS WAS OBTAINED FROM COMMON
MANUFACTURERS OF HVAC EQUIPMENT AND ACCOUNTS FOR CLEARANCES AND
OVERALL DIMENSIONS. SELECT AND PROVIDE HVAC EQUIPMENT THAT WILL FIT IN
THE MECHANICAL SPACES PROVIDED, WHILE MAINTAINING MANUFACTURER'S
MAINTENANCE CLEARANCES.
7. THE CONTRACTOR IS RESPONSIBLE FOR ADVANCED REVIEW OF THE WORK
REQUIRED IN THE CONSTRUCTION DOCUMENTS AND THE REQUIREMENTS FOR
EXECUTING IT PROPERLY. IF THE CONTRACTOR FINDS DISCREPANCIES IN THE
CONSTRUCTION DOCUMENTS OR SPECIFICATIONS, THEN THE CONTRACTOR SHALL
NOTIFY THE CONTRACTING OFFICER IMMEDIATELY. THE CONTRACTOR SHALL WORK
TO HAVE ALL DISCREPANCIES RESOLVED WELL IN ADVANCE OF ACTUAL
CONSTRUCTION OCCURRING.
8. PROVIDE SUPPORT FOR ALL DUCTWORK, PIPING, AND MECHANICAL EQUIPMENT.
FIELD VERIFY ALL EQUIPMENT DIMENSIONS PRIOR TO FABRICATION OF EQUIPMENT
SUPPORTS. WHERE INDICATED ON DRAWINGS, FLOOR MOUNTED EQUIPMENT SHALL
HAVE HOUSEKEEPING PADS EXTENDING 4 INCHES OUTSIDE THE EQUIPMENT
ENVELOPE AND MINIMUM 4 INCHES HIGH FOR EQUIPMENT WITHOUT DRAINS OR 6
INCHES HIGH FOR EQUIPMENT WITH DRAINS.
9. COORDINATE WITH GENERAL CONTRACTOR ACCESS PANEL LOCATIONS IN WALLS
AND DRYWALL CEILINGS FOR ACCESS TO VALVES, DAMPERS, CONTROLS,
EQUIPMENT REQUIRING SERVICING, AND DUCTWORK ACCESS PANELS. DUCTWORK
ACCESS PANELS SHALL BE PROVIDED FOR FIRE DAMPERS, AND ACTUATORS IN THE
DUCTWORK, PANEL SIZE SHALL BE AS REQUIRED PER THE SPECIFICATIONS.
10. DUCT DIMENSIONS NOTED ON THE DRAWINGS ARE INSIDE FREE AREA
DIMENSIONS. DIFFUSER AND GRILLE NECK SIZES ARE THE SAME DIMENSIONS AS THE
DUCTWORK RUN-OUT TO THE DEVICE, UNLESS OTHERWISE NOTED.
11. USE INSULATED FLEXIBLE DUCT TO CONNECT SUPPLY AIR DIFFUSERS, UNLESS
SHOWN OTHERWISE. THE MAXIMUM LENGTH OF RUN FOR FLEXIBLE DUCT SHALL BE
5’-0” AND SHALL BE INSTALLED FREE OF KINKS AND ABRUPT TURNS. MAXIMUM
UNSUPPORTED LENGTH SHALL BE 3’-0”. FLEXIBLE DUCT TO DIFFUSER SHALL BE
SAME SIZE AS DIFFUSER NECK, UNLESS OTHERWISE NOTED.
12. SUPPLY, RETURN AND EXHAUST DIFFUSERS/GRILLES SHALL HAVE BALANCE
DAMPERS IN THE DUCT, UNLESS DAMPERS ARE NOTED IN THE AIR DEVICE
SCHEDULE. LOCATE BALANCE DAMPERS AS NEAR AS POSSIBLE TO DUCT BRANCH
TAKEOFF WHILE MINIMIZING ACCESS DIFFICULTIES.
13. FOR EQUIPMENT WITH DRAINS, PROVIDE DRAIN PIPE FROM THE EQUIPMENT TO
THE NEAREST FLOOR DRAIN OR MOP SINK.
14. DO NOT LOCATE MECHANICAL WORK IN ELECTRICAL OR COMMUNICATION
ROOMS, EXCEPT FOR RUNOUTS SPECIFICALLY SERVING THE RESPECTIVE ROOM.
WATER PIPES SHALL NOT BE INSTALLED ABOVE ELECTRICAL EQUIPMENT.
COORDINATE WITH ELECTRICAL CONTRACTOR TO PREVENT ROUTING PIPE OVER
ELECTRIC EQUIPMENT WHERE POSSIBLE.
15. SIZE EQUIPMENT DESIGNATED TO HAVE A FACTORY MOUNTED DISCONNECT
SWITCH FOR THE ELECTRICAL CHARACTERISTICS OF THAT PIECE OF EQUIPMENT.
EQUIPMENT THAT DOES NOT HAVE A FACTORY MOUNTED DISCONNECT SHALL HAVE
A FIELD INSTALLED DISCONNECT PROVIDED AND INSTALLED BY THE ELECTRICAL
CONTRACTOR.
16. WALL MOUNT THERMOSTATS IN THE SPACE TO BE CONTROLLED. FURNISH,
INSTALL, AND WIRE THERMOSTATS, EXCEPT WHERE PROVIDED BY THE FACTORY.
THERMOSTATS SHALL AVOID CASEWORK. UNLESS OTHERWISE NOTED, MOUNT WALL
THERMOSTATS/TEMPERATURE SENSORS ON THE WALL A MINIMUM HEIGHT OF 54”
ABOVE FINISHED FLOOR.
17. PROVIDE SEISMIC PROTECTION FOR MECHANICAL EQUIPMENT IN ACCORDANCE
WITH SECTION 13 48 00.00 10 SEISMIC PROTECTION FOR MECHANICAL EQUIPMENT.
PROVIDE SPECIAL INSPECTIONS IN ACCORDANCE WITH SECTION 01 45 35 CODE
REQUIRED SPECIAL INSPECTIONS, STRUCTURAL OBSERVATIONS, TESTS AND
PROCEDURES. PROVIDE DESIGNATED SEISMIC SYSTEM CERTIFICATION FOR
APPLICABLE COMPONENTS LISTED IN SECTION 13 48 00.00 10 IN ACCORDANCE WITH
ASCE 7.
18. COORDINATE DUCTWORK AND PIPING LOCATIONS WITH TELECOMMUNICATIONS
CABLE TRAYS. MAINTAIN 12" CLEAR SPACE ABOVE TRAYS TO COMPLY WITH I3A
TECHNICAL CRITERIA. WHERE MINIMUM CLEARANCE CAN NOT BE MAINTAINED DUE
TO AVAILABLE SPACE LIMITATIONS, NOTIFY THE CONTRACTING OFFICER'S
REPRESENTATIVE AND NEC TO RESOLVE.
A-1 X
DOA DEDICATED OUTSIDE AIR
RIS RUBBER IN SHEAR
SWITCH
PRESSURE
VARIABLE TYPE
AMERICAN SOCIETY OFASHRAE
HEATING, REFRIGERATION
AND AIR-CONDITIONING
ENGINEERS
AIR SEPERATORAS
DIRECT EXPANSIONDX
HZ FREQUENCY
KILOWATT-HOURKWH
DESCRIPTIONSYMBOL
AIRFLOW INDICATOR
DUCT TRANSITION
EXTERIOR EQUIPMENT: LOCATE A MINIMUM OF 33 FEET FROM BUILDING. IF
CONDITIONS REQUIRE THAT EQUIPMENT BE LOCATED LESS THAN 33 FEET FROM
THE BUILDING, THEN THE EQUIPMENT SHALL BE LOCATED AND ARRANGED SO
THAT AN OBJECT OVER SIX INCHES IN HEIGHT WOULD BE READILY OBSERVED BY
BUILDING OCCUPANTS.
DUCTED AIR INTAKES: LOCATE A MINIMUM OF 10 FEET ABOVE THE GROUND.
EMERGENCY SHUTOFF SWITCH: PROVIDE A SHUTOFF SWITCH IN THE HVAC
CONTROL SYSTEM THAT CAN IMMEDIATELY SHUT DOWN THE AIR DISTRIBUTION
SYSTEMS THROUGHOUT THE BUILDING. LOCATE THE SWITCH TO BE EASILY
ACCESSIBLE BY BUILDING OCCUPANTS.
DAMPERS: FIT OUTSIDE AIR INTAKES, RELIEF, AND EXHAUST OPENINGS WITH
LOW LEAKAGE DAMPERS THAT AUTOMATICALLY CLOSE WHEN THE AIR SHUTOFF
SWITCH IS ACTIVATED. THE LOW LEAKAGE DAMPERS SHALL HAVE A LEAKAGE
RATE OF LESS THAN 3 CFM/SQUARE FOOT AT A PRESSURE DIFFERENTIAL OF 3.0
INCHES STATIC PRESSURE.
ATFP NOTES:
OVERHEAD EQUIPMENT WEIGHING OVER 30 POUNDS: DESIGN ALL EQUIPMENT
MOUNTINGS TO RESIST A FORCE 0.5 TIMES THE WEIGHT OF THE EQUIPMENT
IN ANY HORIZONTAL DIRECTION AND 1.5 TIMES THE EQUIPMENT WEIGHT IN
THE DOWNWARD DIRECTION. THIS REQUIREMENT IS SEPARATE FROM OTHER
MOUNTING REQUIREMENTS FOR SEISMIC OR OTHER FORCES.
SHEET
IDENTIFICATION
D R
A W N
BY
D
ES
I G N
BY
SB
M
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BY
S
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FI
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N
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D
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C O
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N O
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N O
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M
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EN
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IN
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TR
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KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
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N U
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P
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SC
A
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P
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T D
AT
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SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
E
FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
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C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
AB
R
AH
AM
AB
R
AH
AM
M-001
M
EC
HA
NI
C A L
LE
G
E N
DS
, A
BB
R E
VI
AT
IO
NS
AN
D G
EN
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AL
NO
T E S
C H
AP
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M
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D
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F
G
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OFFICE
NEC
OFFICE
OFFICE
PRINT/COPY
OPEN OFFICE
STORAGE
MECHANICAL
07 SECURE CAGE
BAY #1
WOMEN
MEN
VEST.
JAN.
VEST.
C
D
E
G
H
I
J
CORRIDOR
BAY #1
OFFICE
LUNCH ROOM
OFFICE
CE-2
CE-1
4 5
SHEET
IDENTIFICATION
D R
A W N
BY
D
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I G N
BY
SB
M
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BY
S
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FI
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BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
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N U
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LO
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SC
A
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P
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T D
AT
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SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
E
FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
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C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
AB
R
AH
AM
AB
R
AH
AM
MD101
M E C
H
AN
IC
AL
D
EM
O
LI
TI
O
N
PL
A N
C H
AP
M
AN
1/8" = 1'-0"MD101
1 MECHANICAL OVERALL DEMOLITION PLAN
GENERAL NOTES:
A) THE EXISTING HVAC SYSTEMS (HOT WATER BOILER, HOT WATER PUMPS, FAN COIL UNITS, BASEBOARD HEATERS, PIPING THAT IS CONNECTING THE SYSTEM EQUIPMENT, DUCTWORK, AIR TERMINAL UNITS, CONDENSING UNIT, ETC)
ARE TO BE DEMOLISHED. THIS ALSO INCLUDES THE HVAC CONTROL SYSTEM.
B) REMOVE THERMAL SYSTEM INSULATION MATERIAL CONTAINING ASBESTOS FOR PIPE AND DUCTWORK TO BE DEMOLISHED. ASBESTOS CONTAINING MATERIAL SHALL BE ABATED AS PER SPECIFICATIONS 02 82 14.00 10, AND ABATEMENT WORK SHALL BE CONDUCTED BY AHERA CERTIFIED WORKERS AND SUPERVISORS ONLY. SEE
ASBESTOS ABATEMENT SPECIFICATION AND HAZMAT SURVEY FOR MORE DETAILS.
C) UTILIZE THE EXISTING CONCRETE PAD IN THE MECHANICAL ROOM FOR THE NEW HOT WATER BOILER.
D) UTILIZE THE EXISTNG BOILER FLUE PENETRATION THROUGH THE ROOF FOR THE NEW BOILER CONCENTRIC
COMBUSTION AIR AND EXHAUST KIT.
PLAN NORTH
04' 8' 16'2'6'8'
SCALE: 1/8"=1'-0"
1 2 3 4 5 6 7
KEY PLAN
KEYNOTES:
1. DEMOLISH EXISTING CEILING MOUNTED FAN COIL UNITS INCLUDING ALL ASSOCIATED DUCTWORK, AIR TERMINAL UNITS, AND HOT WATER PIPING FROM EACH UNIT BACK TO HOT WATER BOILER.
2. DEMOLISH EXISTING CONDENSING UNIT AND ALL SUBSEQUENT REFRIGERANT PIPING CONNECTING TO ITS CEILING
MOUNTED FAN COIL UNIT.
3. DEMOLISH ALL EXISTING BASEBOARD HEATER INCLUDING ALL ASSOCIATED HOT WATER PIPING BACK TO THE HOT
WATER BOILER.
4. DEMOLISH EXISTING HOT WATER BOILER INCLUDING ALL ASSOCIATED PIPING, HOT WATER PUMPS, AND FLUE DUCT.
GAS PIPING SHALL BE DEMOLISHED FROM BOILER UP TO SHUTOFF VALVE.
5. REMOVE THE EXISTNG FLUE METAL DUCT THAT IS ROUTED VERTICALLY THROUGH THE ROOF. ALL ASSOCIATED
ACCESSORIES AND DUCT STACK UP ON THE ROOF SHALL BE DEMOLISHED.
6. DEMOLISH CEILING EXHAUST FAN (CE-2) AND ITS ASSOCIATED DUCTWORK INCLUDING DUCTWORK CONNECTION TO
THE STOVE HOOD. CAP AND SEAL EXISTING PENETTRATION THROUGH THE ROOF.
7. DEMOLISH CEILING EXHAUST FAN (CE-1) AND ITS ASSOCIATED DUCTWORK. EXISTING PENETRATION THROUGH THE
ROOF IS TO BE REUSED FOR THE NEW EXHAUST SYSTEM (SEE M-101).
M
AR
K D
ES
C
R
IP
TI
O
N D
AT
E
D
E
F
M-301
M-301
CORRIDOR
FORKLIFT
CHARGING
112SERVER
105B
MECHANICAL
WOMEN
VEST.
108A
JANITOR
MEN
VEST.
109A
EF-1
HP-1
ACU-1 ACU-1
P-1
M-401
C
D
E
8" ø
12"ø
"/1
0"
6"ø 6"ø
"/1
0"
"/1
0"
6" /8
6"ø 6"ø
8"ø
6" ø
"ø
"ø
FC-5
FC-6
SG-1 90SG-1 90
SG-1 90
SG-1 90
SG-3 90
SG-1 75
SG-1 75
EG-1 250
EG-1 250
RG-1 314
T
T
T
T T
FC-1
8"ø
B-1
ET-1
P-2
DDC SYSTEM
CONTROLLER
AS-1
H W
R 3/
4"
H W
3/ 4"
HWR1/2"
HWR1/2"
HW1/2"HWR1/2"
H W
R 1"
H W
1"
H W
R 1"
H W
1"
HW1 1/2"
H W
R
1/ 4"
H W
1/
4"
HWR1 1/2"
H W
R 3/
4" H W
3/ 4"
6"ø
DRT OFFICE
6" ø
8"/6"
LUNCH ROOM
NEC
RG-1 130
FIRE DAMPERS
(SEE M-501 FOR DETAILS)
8"ø
UH-1
"ø
6"ø
"ø
12"ø
EG-2 200
EG-2 250
EG-3 7010
"ø
"ø
EF-212"ø
T
(SEE M-301
FOR ELEVATION)
INTAKE AIR DUCT
(SEE M-301 FOR DETAILS)
LV-1 156
MOTHERS
108B
"/8
12"/10"
8" ø
EXISTING
FLOOR DRAIN
SHEET
IDENTIFICATION
D R
A W N
BY
D
ES
I G N
BY
SB
M
T
BY
S
IZ
E :
FI
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N
A M
E:
D
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C O
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AC
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N O
S O
LI
C
IT
AT
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N O
U S
AR
M
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O R
PS
O
F
EN
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IN
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S
SE
A
TT
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D
IS
TR
IC
T
C
KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
LE
N U
M
BE
R
P
LO
T
SC
A
LE
P
LO
T D
AT
E:
SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
E
FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
E, W
AS
HI
NG
TO
N
JU
LY
BU
IL
D
IN
G
W
AR
EH
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JO
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W
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C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
AB
R
AH
AM
AB
R
AH
AM
M-101
M E C
HA
N
IC
A
L F L
O O
R
PL
A N
NO
R
TH
C H
AP
M
AN
PLAN NORTH
8'8'
SCALE: 3/16"=1'-0"
0"4' 2'6'
3/16" = 1'-0"M-101
1 MECHANICAL FLOORPLAN NORTH
MATCHLINE
WITH M-102
GENERAL NOTES:
1. PROVIDE ALL FAN COIL UNITS (FC-1, FC-2, FC-3, FC-4, FC-5 AND FC-6) WITH WALL MOUNTED PROGRAMMABLE
THERMOSTATS AS SHOWN IN DRAWING.
2. EACH INDOOR UNIT (ACU-1) SHALL BE PROVIDED WITH AN INDIVIDUAL WALL MOUNTED THERMOSTAT AS SHOWN IN
DRAWING.
3. PROVIDE A CONCENTRIC KIT FOR THE HOT WATER BOILER (B-1) FLUE PIPE AND THE INTAKE COMBUSTION AIR PER THE MANUFACTURER'S INSTRUCTIONS. USE THE EXISTING PENETRATION IN THE MECHANICAL ROOM THROUGH THE ROOF.
4. SEE MECHANICAL DETAIL SHEET M-502 FOR FAN COIL PIPING ACCESSORIES AND PIPING CONNECTION INFORMATION.
5. PUMP (P-2) SHALL BE SUPPORTED FROM THE WALL. SEE MECHANICAL DETAILS SHEET M-502.
6. ROUTE BOILER CONDENSATE PIPING PER MANUFACTURER'S RECOMMENDATIONS TO NEAREST FLOOR DRAIN.
7. PROVIDE A NEW 4" CONCRETE PAD FOR THE FLOOR MOUNTED EXPANSION TANK.
1 2 3 4 5 6 7
KEY PLAN
KEYNOTES:
1. REFRIGERANT PIPING AND CONNECTION NOT SHOWN. ROUTE REFRIGERANT PIPING FROM HP-1 TO INDOOR UNITS (ACU-1) AS DIRECTLY AS POSSIBLE WHILE AVOIDING PATHING CONFLICTS AND MAINTAINING SYSTEM MANUFACTURER REQUIREMENTS.
2. CONDENSATE PIPING FOR INDOOR UNITS (ACU-1) SHALL BE ROUTED TO THE MECHANICAL ROOM FLOOR DRAIN PER THE
MANUFACTURER'S INSTRUCTIONS.
3. 1/2" DIAMETER SIZE NATURAL GAS CONNECTION TO THE EXISTING GAS LINE IN THE MECHANICAL ROOM.
4. 1/2" DIAMETER SIZE MAKE-UP WATER CONNECTION TO THE EXISTING WATER LINE IN THE MECHANICAL ROOM. THE NEW 1/2" DIAMETER PIPE CONNECTION SHALL BE BRANCHED FROM THE MAIN WATER LINE AFTER THE BACKFLOW PREVENTION AND
VALVE ASSEMBLY.
5. USE EXISTING ROOF PENETRATION TO ROUTE THE EXHAUST DUCTWORK. PROVIDE DUCT ROOF CAP WITH BIRD SCREEN
AND BACK DRAFT DAMPER.
EXHAUST ALARM
INDICATOR LIGHT
LOCATION
M
AR
K D
ES
C
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IP
TI
O
N D
AT
E
K
G
H
I
J
CONFERENCE
OPEN OFFICE
VESTIBULE
SUPERVISOR II
OPERATING
SUPPLY
STORAGE
OPEN OFFICE
SUPERVISOR I
CORRIDOR
SG-2 200
SG-1 100
6" ø
G
H
I
J
K
T
SG-1 100
SG-1 125
SG-1 125
SG-1 125
SG-3 100
SG-1 125
RG-1 452
RG-1 110
RG-1 429
SG-1 125
SG-1 125
SG-1 125
SG-1 125
10"/6"
"/1
0"
6"ø
8"/6"
"/1 0"
"/1
0"
6"ø
8"ø
6"ø
6" ø
6" /6
6"ø
"/8
6"ø
8"ø
"/8
T
T
FC-2
"/1
0" 6"
/6
FC-3
FC-4
8" /8
H W
R
1/ 4"
H W
1/
4"
H W
1"
H W
R 1"
HWR3/4"
HW3/4"
H W
3/ 4"H
W R
3/ 4"
HWR3/4"
HW3/4"
H W
1"
H W
R 1"
HW3/4"
HWR3/4"
6"ø
6"ø
6"ø
FORKLIFT
CHARGING
RG-1 75
RG-1 75
8"ø
6" ø
6" ø
8" /6
SG-3 100
8" /8
8"ø 6"ø
8" /8
6"ø
LV-4 140
8"/6"
LV-3 148
LV-2 171
"/1
0"
10"ø
10"ø
SHEET
IDENTIFICATION
D R
A W N
BY
D
ES
I G N
BY
SB
M
T
BY
S
IZ
E :
FI
LE
N
A M
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D
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C O
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N O
S O
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AT
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N O
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M
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O
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EN
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IN
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SE
A
TT
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IS
TR
IC
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C
KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
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N U
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P
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SC
A
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P
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T D
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SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
E
FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
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AS
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TO
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BU
IL
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W
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2 D W
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B -s/
4 4 2-
-0
7/
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3:
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C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
AB
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AB
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AM
M-102
M E C
HA
N
IC
A
L F L
O O
R
PL
A N
SO
U
TH
C H
AP
M
AN
PLAN NORTH
8'8'
SCALE: 3/16"=1'-0"
0"4' 2'6'
MATCHLINE
WITH M-101
1 2 3 4 5 6 7
KEY PLAN
3/16" = 1'-0"M-102
1 MECHANICAL FLOORPLAN SOUTH
GENERAL NOTES:
1. PROVIDE ALL FAN C0IL UNITS (FC-1, FC-2, FC-3, FC-4, FC-5 AND FC-6) WITH WALL MOUNTED PROGRAMMABLE
THERMOSTATS AS SHOWN IN DRAWING.
2. SEE MECHANICAL DETAIL SHEET M-502 FOR FAN COIL PIPING ACCESSORIES AND PIPING CONNECTION INFORMATION.
M
AR
K D
ES
C
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IP
TI
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AT
E
EF
8"ø 8"ø12 "ø
EF-1
12"ø12"ø
EG-1 250 EG-1 250
BATTERY CHARGING STATIONS
14"/10"
"/1
0"
FIRE DAMPER
(SEE M-501 FOR DETAILS)
FORKLIFT
CHARGING
FORKLIFT
CHARGING
MOTORIZED DAMPER
PROVIDE A 16"X12" ALUM. GRILLE
WITH [0.68-0.85]SQFT FREE AREA
1 2
EF-1
12"ø
FORKLIFT
CHARGING
"ø
8" ø
EG-1 250
NEW INTERIOR ROOFEXISTING ROOF
SAWCUT EXISTING
CONCRETE PANEL
FOR NEW EF-1 PENETRATION
CORRIDOR
10"/14"
"/1
4"
FASTEN DUCT
TO WALL
FIRE DAMPER
(SEE M-501 FOR DETAILS)
BAY #1
MOTORIZED DAMPER
PROVIDE A 16"X12" ALUM. GRILLE
WITH [0.68-0.85]SQFT FREE AREA
"/1
4" 2'
0"
11 1/4"
SHEET
IDENTIFICATION
D R
A W N
BY
D
ES
I G N
BY
SB
M
T
BY
S
IZ
E :
FI
LE
N
A M
E:
D
AT
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C O
N
TR
AC
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N O
S O
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IT
AT
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N
N O
U S
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O R
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IN
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A
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TR
IC
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KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
LE
N U
M
BE
R
P
LO
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SC
A
LE
P
LO
T D
AT
E:
SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
E
FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
E, W
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TO
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JU
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BU
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. B R
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W
2 D W
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B -s/
4 4 2-
-0
7/
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PM
C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
AB
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AB
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AM
M-301
M
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H A
NI
C
AL
S E
CT
IO
N S
C H
AP
M
AN
1/4" = 1'-0"M-301
1 BATTERY EXHAUST & INTAKE SECTION 1
1/4" = 1'-0"M-301
2 BATTERY EXHAUST & INTAKE SECTION 2
0"2' 4' 8'1'3'4'
SCALE: 1/4"=1'-0"
0"2' 4' 8'1'3'4'
SCALE: 1/4"=1'-0"
M
AR
K D
ES
C
R
IP
TI
O
N D
AT
E
F P-1
P-2
ET-1
B-1
AS-1HWR1 1/2"
HW1 1/2"
H W
R 1"
H W
1"
HW1" H
W
1/
2" H W
R
1/ 2"
H W
R
1/ 4" H
W
1/ 4"
SA
EA
1/2" NAT.
GAS CONN.
1/2" MAKE-UP
WATER CONN.
UH-1
ET-1
B-1
P-1
HWR
1 1/2"
HWR
1 1/2"
HW
1 1/2"
HW
1"
H W
1/
2"
HW
1 1/2"
HW
1 1/4"
HWR
1 1/4"
HWR
1"
HW
1"
BOILER FLUE AND INTAKE
PIPE KIT THROUGH ROOF:
ROUTE AND PROVIDE
WITH A CAP TYPE AS
RECOMMENDED BY
BOILER MANUFACTURER
EXHAUST FLUE
AIR INTAKE
1/2" NAT. GAS
CONNECTION
1/2" CONN. TO
NEARSET FLOOR DRAIN
TO FAN COIL
UNITS
TO FAN COIL
UNITS
P-2
ROUTE TO NEAREST FLOOR DRAIN PER
MANUFACTURER'S RECOMMENDATIONS
1/2" MAKE-UP
WATER CONN.
SUCTION
DIFFUSER
AS-1
SEE ARCHITECTURAL
FOR CAP DETAILS
PIPE LENGTH NOT
TO EXCEED 12"
ISOMETRIC VIEW IS FOR REFERENCE ONLY. SEE DETAIL 2 ON SHEET M-502
FOR BOILER PIPING SCHEMATIC AND REQUIRED PIPING ACCESSORIES.
SHEET
IDENTIFICATION
D R
A W N
BY
D
ES
I G N
BY
SB
M
T
BY
S
IZ
E :
FI
LE
N
A M
E:
D
AT
E :
C O
N
TR
AC
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N O
S O
LI
C
IT
AT
IO
N
N O
U S
AR
M
Y C
O R
PS
O
F
EN
G
IN
EE
R
S
SE
A
TT
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D
IS
TR
IC
T
C
KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
LE
N U
M
BE
R
P
LO
T
SC
A
LE
P
LO
T D
AT
E:
SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
E
FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
E, W
AS
HI
NG
TO
N
JU
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BU
IL
D
IN
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W
AR
EH
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O D
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JO
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W
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2 D W
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B -s/
4 4 2-
-0
7/
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PM
C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
AB
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AB
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AH
AM
M-401
M
EC
H A
NI
C A L
R O
O M
E N
LA
R G
ED
P L
AN
C H
AP
M
AN
1/2" = 1'-0"M-401
1 ENLARGED MECHANICAL ROOM
M-401
2 MECHANICAL ROOM ISOMETRIC VIEW
PLAN NORTH
1' 2' 4'2'
SCALE: 1/2"=1'-0"
M
AR
K D
ES
C
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IP
TI
O
N D
AT
E
1" MIN ON TOP
AND BOTTOM
MAIN DUCT
SEAL ALL
AROUND
45°
EQUAL TO REQ'D
BRANCH DUCT DIA.
MAIN DUCT
45°
SEAL ALL
AROUND
EQUAL TO REQ'D
BRANCH DUCT
DIMENSIONS
1/4 BRANCH DUCT
WIDTH, MIN 4"
ADJUSTABLE
ELBOW RINGS
1'' MIN ON TOP AND
BOTTOM
45°
NOTE:
PROVIDE ALL BRANCH TAKE-OFFS WITH
MANUAL BALANCING DAMPER. HANDLE
SHALL BE LOCKING QUADRANT TYPE
WITH 2 INCH STAND OFF BRACKET.
MAIN DUCT
5'-0" MAX
INSULATED ROUND SHEET
METAL DUCT AS REQ'D,
SAME SIZE AS DIFFUSER
NECK
WIRE HANGER (TYP.) FLEXIBLE DUCT SAME
AS DIFFUSER NECK
BOTTOM OF BUILDING
STRUCTURE1-1/2" WIDE
SHEET METAL
STRAP (TYP)
RADIUS NO LESS THAN
DIAMETER OF DUCT
CEILING DIFFUSER SUSPENDED CEILING
PROVIDE BALANCING DAMPERS WITH LOCKABLE
OPERATORS, POSITION INDICATORS, AND STAND-
OFF BRACKETS AT EACH DUCT BRANCH TAKE-OFF
NOTE:
PROVIDE HANGERS AS REQ'D
TO LIMIT FLEXIBLE DUCT SAG.
INSULATE BACK OF
DIFFUSER
BIRD SCREEN
BACKWARD CURVE
CENTRIFUGAL WHEEL
MOTOR
ALUMINUM
MOTOR COVER
OUTERWIND BAND
SAWCUT EXISTING
CONCRETE PANEL
NOTE :
THROUGH WALL THROUGH FLOOR
INSTALL PENETRATION ASSEMBLY IN ACCORDANCE WITH ITS LISTING.
THE ASSEMBLY ABOVE IS BASED ON U.L. PENETRATION ASSEMBLY NO. 91
WALL
PIPE
& INSULATION
PIPE JACKET
TO VIEW
WHERE EXPOSED
ESCUTCHEON
INSULATION
MINERAL WOOL BATT
BARRIER CAULKING FLOOR
FIRE BARRIER
MINERAL WOOL
CAULKING
BATT INSULATION
FIRE
THROUGH WALL THROUGH FLOOR
FLOOR
MINERAL WOOL
BATT INSULATION
WALL
PIPE
& INSULATION
PIPE JACKET
STEEL MASONRY FASTENERS
TO FLOOR OR WALL WITH
STEEL PLATE. SECURE
26 GA. MIN. GALV.
INSULATION
MINERAL WOOL BATT
GALVANIZED
STEEL SHIELD
CHANNEL
PIPE
INSULATION
GALVANIZED
STEEL SHIELD
PIPE
HANGER ROD
INSULATION
PROVIDE A SECTION
OF HIGH COMPRESSION
STRENGTH INSULATION
AT EACH HANGER POINT.
INSULATION MAY BE
HALF ROUND OR FULL
ROUND AND EXTEND 2"
BEYOND GALV. SHIELD
EACH WAY.
PIPE SPACINGFASTENERS
SUPPORT UNIT FROM
STRUCTURE ABOVE
WITH THREADED
ROD
FLEX. CONN.
RECOMMENDATIONS
INSTALL UNIT PER
MANUFACTURER'S FLEX. CONN.
INLINE FAN
SPRING ISOLATORS
D U
C T
H
EI
G H
T M
IN
U
S 1/
4'
ATTACH FIRE DAMPER TO SLEEVE
(MIN SLEEVE THICKNESS SHALL
BE 14 GA)
ONE-PIECE MULTI-FORMED STEEL FRAME
FRAME BRACE AS REQUIRED. 8 MM DIA
GALVANIZED STEEL ROD
FUSIBLE FIRE LINK (REPLACEABLE `S'
HOOKED TO CINCH)
`S' SLIP & DRIVE SLIP SHALL
BE USED AT THIS POINT FOR
BREAKAWAY CONNECTIONS
IN ACCORDANCE WITH SMACNA
GALVANIZED STEEL BLADES
WITH INTERLOCKING JOINTS MOUNTED
OUTSIDE AIR STREAM1 1/2" x 1 1/2" x 12 GA.
GALVANIZED ANGLES.
ATTACH TO SLEEVE
ONLY (4 SIDES) BOTH
SIDES OF WALL
GALVANIZED STEEL SLEEVE
STAINLESS STEEL BLADE
SUPPORT STRAP
1/4'' x 1'' STEEL BAR
CLOSURE WEIGHT
DUCT AS REQUIRED
SEE FLOOR PLANS.
NOTE:
INSTALL ONE HOUR FIRE DAMPER IN ACCORDANCE WITH THE MANUFACTURER'S REQUIREMENTS.
PROVIDE SERVICE ACCESS DOOR
SHEET
IDENTIFICATION
D R
A W N
BY
D
ES
I G N
BY
SB
M
T
BY
S
IZ
E :
FI
LE
N
A M
E:
D
AT
E :
C O
N
TR
AC
T
N O
S O
LI
C
IT
AT
IO
N
N O
U S
AR
M
Y C
O R
PS
O
F
EN
G
IN
EE
R
S
SE
A
TT
LE
D
IS
TR
IC
T
C
KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
LE
N U
M
BE
R
P
LO
T
SC
A
LE
P
LO
T D
AT
E:
SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
E
FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
E, W
AS
HI
NG
TO
N
JU
LY
BU
IL
D
IN
G
W
AR
EH
O
U
SE
R
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O D
EL
JO
IN
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BA
S
E
LE
W
IS
-M cC
H O
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, W
AS
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IN
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TO
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K .N
. B R
O W
N
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2 D W
-1 7-
B -s/
4 4 2-
-0
7/
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PM
C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
AB
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AB
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AH
AM
M-501
M
EC
H A
N I C
A L
D
ET
A
IL
S (I)
C H
AP
M
AN
NTSM-501
1 BRANCH DUCT TAKE-OFF DETAIL
NTSM-501
2 BRANCH DUCT DETAIL
NTSM-501
3 CENTRIFUGAL WALL EXHAUST FAN (EF-1)
N.T.S.M-501
5 INSULATED FIRE PENETRATION
N.T.S.M-501
6 INSULATED PIPE PENETRATION
N.T.S.M-501
4 HYDRONIC PIPE HANGER DETAIL
NTSM-501
8 INLINE EXHAUST FAN (EF-2) DETAILS
NTSM-501
7 FIRE DAMPER DETAIL
M
AR
K D
ES
C
R
IP
TI
O
N D
AT
E
U N
IO
N
(T YP.)
FL O
W
STRAINER
(Y-TYPE)
MOTOR
GATE VALVE (TYP.)
REDUCING TEE
SHUT-OFF COCK
INLINE CIRCULATING PUMP (P-1)
BALANCING VALVE
CHECK VALVE
REDUCING TEE
SHUT-OFF COCK
PRESSURE GAUGE
GATE VALVE (TYP.)
U N
IO
N
(T YP.)
PG
HWR HWS
PG
B-1
ROUTE PIPE TO WALL
AND DOWN TO 6 INCHES
ABOVE FLOOR PLAN.
SAFETY PRESSURE
RELIEF VALVE
INSTALL EXHAUST FLUE AND
COMBUSTION AIR IN ACCORDANCE
WITH MANUFACTURE'S
SPECIFICATIONS
PIPE CONDENSATE TO
FLOOR DRAIN. PROVIDE
NEUTRALIZER KIT
AUX. BOILER
CONNECTION
P-1
MAX DISTANCE
12"
PG
H W
S
H W
R
AS-1
PG
PRESSURE REDUCING VALVE
(ADJ RANGE 25-60 PSI) MAKE-UP
COLD WATER
AIR VENT
EXISTING CONCRETE PAD
NEW 4" HEIGHT CONCRETE PAD
1 1/2"
1 1/2"
1 1/2"
1 1/2"
P-2PG
SUCTION DIFFUSER
SEE PUMP (P-2) DETAILS
ET-1
ROUTE TO
FLOOR DRAIN
HEATING SYSTEM PUMP (P-2)
UNION
(TYP.) UNION
(TYP.)
GATE VALVE
(TYP.)
REDUCING
TEE
SHUT-OFF
COCK
GATE VALVE
(TYP.)
CHECK
VALVE
BALANCING
VALVE
FLEX
CONN. FLEX
CONN.STRAINER
(Y-TYPE)
PG
PRESSURE
GAUGE
SUCTION
DIFFUSER
FLOW DIRECTION IS
PERPENDICULAR TO SHEET
FLOW
FL
O
W
WALL SUPPORT
PROVIDE NEOPRENE
GASKET AT U-BOLT
NEOPRENE
WASHER
SECURE TO WALL
1' TO THE WALL
PUMP
ENCLOSURE
WATER COIL CONNECTION WITH 2-WAY CONTROL VALVE
SUPPLY
RETURN 1/2" DRAIN VALVE
W/HOSE CONNECTION
1/2" MANUAL
AIR VENT
UNION
BALL VALVE
FOR SHUT-OFF
BALL VALVE
FOR SHUT-OFF
STRAINER
2-WAY MODULATING
CONTROL VALVE
BALANCING VALVE
ECCENTRIC
REDUCER
WATER COIL
AIR
WATER COIL CONNECTION WITH 3-WAY CONTROL VALVE
SUPPLY
RETURN 1/2" DRAIN VALVE
W/HOSE CONNECTION
1/2" MANUAL
AIR VENT
UNION
BALL VALVE
FOR SHUT-OFF
BALL VALVE
FOR SHUT-OFF
STRAINER
3-WAY MODULATING
CONTROL VALVE
BALANCING VALVE
WATER COIL
AIR
SHEET
IDENTIFICATION
D R
A W N
BY
D
ES
I G N
BY
SB
M
T
BY
S
IZ
E :
FI
LE
N
A M
E:
D
AT
E :
C O
N
TR
AC
T
N O
S O
LI
C
IT
AT
IO
N
N O
U S
AR
M
Y C
O R
PS
O
F
EN
G
IN
EE
R
S
SE
A
TT
LE
D
IS
TR
IC
T
C
KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
LE
N U
M
BE
R
P
LO
T
SC
A
LE
P
LO
T D
AT
E:
SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
E
FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
E, W
AS
HI
NG
TO
N
JU
LY
BU
IL
D
IN
G
W
AR
EH
O
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R
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O D
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JO
IN
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BA
S
E
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W
IS
-M cC
H O
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, W
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IN
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TO
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K .N
. B R
O W
N
W
2 D W
-1 7-
B -s/
4 4 2-
-0
7/
/2
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PM
C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
AB
R
AH
AM
AB
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AH
AM
M-502
M
EC
H A
N
IC
A L
D
ET
A
IL
S
(II
C
H
AP
M
AN
N.T.S.M-502
3 HOT WATER RECIRCULATING PUMP (P-1)
NTSM-502
2 HEATING WATER PIPING SCHEMATIC
N.T.S.M-502
1 HOT WATER PUMP (P-2)
NTSM-502
WATER COIL CONNECTION (FC-2, FC-3, FC-5,
FC-6)
12" = 1'-0"M-502
5 WATER COIL CONNECTION (FC-1, FC-4)
M
AR
K D
ES
C
R
IP
TI
O
N D
AT
E
SHEET
IDENTIFICATION
D R
A W N
BY
D
ES
I G N
BY
SB
M
T
BY
S
IZ
E :
FI
LE
N
A M
E:
D
AT
E :
C O
N
TR
AC
T
N O
S O
LI
C
IT
AT
IO
N
N O
U S
AR
M
Y C
O R
PS
O
F
EN
G
IN
EE
R
S
SE
A
TT
LE
D
IS
TR
IC
T
C
KD
BY
US ARMY CORPS OF
ENGINEERS ®
"X
FI
LE
N U
M
BE
R
P
LO
T
SC
A
LE
P
LO
T D
AT
E:
SHEET OF
1 2 3 4 5
D
C
B
A
FY
P N
D
E
FE
N S
E L
O G
IS
TI
C S
A G
E N
C Y
SEATTLE DISTRICT
SE
AT
TL
E, W
AS
HI
NG
TO
N
JU
LY
BU
IL
D
IN
G
W
AR
EH
O
U
SE
R
EM
O D
EL
JO
IN
T
BA
S
E
LE
W
IS
-M cC
H O
R D
, W
AS
H
IN
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TO
N
K .N
. B R
O W
N
W
2 D W
-1 7-
B -s/
4 4 2-
-0
7/
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PM
C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
AB
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AH
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AB
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AH
AM
M-601
M
EC
HA
NI
C A L
SC
H
ED
U L
ES
C
H
AP
M
AN
GAS BOILER SCHEDULE
MARK LOCATION OUTPUT HEATING
MAX CAP. (MBH)
TURNDOWN
RATIO
MIN FLOW
(GPM)
LWT
(DEG F)
EWT (DEG
F) EFFICIENCY VOLTAGE /
PHASE REMARKS
B-1 MECHANICAL
ROOM 107 196 5:1 16 140 120 95% 120/1 1, 2, 3, 4
REMARKS:
1. PROVIDE DEDICATED BOILER PUMP (P-1) AND LOOP AS REQUIRED BY BOILER MANUFACTURER INSTALLATION GUIDELINES.
2. PROVIDE CONDENSATE NEUTRALIZER PER OEM REQUIREMENTS.
3. PROVIDE A CONCENTRIC VENT KIT FOR COMBUSTION AIR AND FLUE. SIZE PER OEM GUIDLINES.
4. BOILER SHALL NOT BE CAST ALUMINUM.
EXHAUST FAN SCHEDULE
MARK DUTY TYPE SERVICE FAN TYPE AIRFLOW
(CFM)
EXT. SP
(IN WC)
FAN SPEED
(RPM)
DRIVE
TYPE
MOTOR
(HP)
VOLTAGE
/ PHASE
APPROX.
WEIGHT
(LBS)
REMARKS
EF-1 EXHAUST WALL MOUNTED 112 FORKLIFT CHARGING CENTRIFUGAL 500 0.20 1085 DIRECT 1/4 120/1 90 1, 2, 3, 4, 5 EF-2 EXHAUST CEILING INLINE RESTROOMS/JANITOR CENTRIFUGAL 520 0.25 1710 DIRECT 1/6 120/1 90 1, 2
REMARKS:
1. PROVIDE BIRD SCREEN AND DISCONNECT.
2. PROVIDE BACKDRAFT DAMPER
3. PROVIDE SIDE WALL MOUNT COLLAR.
4. MOTOR AND DISONNECT SHALL BE EXPLOSION PROOF TYPE.
5. EXHAUST FAN SHALL BE COMPATIBLE WITH AMCA TYPE B SPARK RESISTANT.
AIR TERMINAL SCHEDULE
MARK TERMINAL TYPE FACE MODULE SIZE
(IN) MOUNTING NECK SIZE
(IN)
MAX. SP
(IN. WG)
MAX.
THROW @
50 FPM
(FT)
MAX. NC COUNT MATERIAL FINISH REMARKS
EG-1 EXHAUST CIRCULAR 18 DUCT MOUNTED 8 0.10 NA 20 2 ALUM. COLOR BY ARCHITECT
EG-2 EXHAUST RECTANGULAR 24X24 GWB CEILING 10 0.05 NA 20 2 ALUM. COLOR BY ARCHITECT 2 EG-3 EXHAUST RECTANGULAR 12X12 GWB CEILING 6 0.05 NA 20 1 ALUM. COLOR BY ARCHITECT RG-1 RETURN RECTANGULAR 24X24 ACT CEILING NOTE 1 0.05 NA 20 7 ALUM. COLOR BY ARCHITECT 1 SG-1 SUPPLY RECTANGULAR 24X24 ACT CEILING 6 0.05 9 20 16 ALUM. COLOR BY ARCHITECT
SG-2 SUPPLY RECTANGULAR 24X24 ACT CEILING 8 0.05 9 20 1 ALUM. COLOR BY ARCHITECT
SG-3 SUPPLY RECTANGULAR 24X24 GWB CEILING 6 0.05 9 20 3 ALUM. COLOR BY ARCHITECT
REMARKS:
1. NECK SIZES OF AIR DEVICES SHALL BE EQUAL TO OR GREATER THAN THE DUCTWORK RUN-OUT SHOWN ON THE PLANS.
2. PROVIDE WITH REMOVABLE FACE.
FAN COIL UNIT SCHEDULE
MARK TYPE DRIVE
TYPE DUTY LOCATION HEATING CAP.
(MBH)
AIRFLOW
(CFM)
EAT DB
(DEG F)
LAT DB
(DEG F)
EXT. SP
(IN WC)
FLOW
(GPM)
EWT
(DEG F)
LWT
(DEG F)
MAX. COIL WATER
P.D. (FT H20) HP VOLTAGE /
PHASE
FULL LOAD
AMPS
NUMBER
OF COILS
CONTROL
VALVE
APPROX.
WEIGHT
(LBS)
REMARKS
FC-1 HORIZONTAL CEILING
MOUNTED DIRECT HEATING
SYSTEM LUNCH ROOM 111 40 600 53.0 114.0 0.35 4 140 120 7.00 1/6 115/1 2.7 4 3-WAY 103
FC-2 HORIZONTAL CEILING
MOUNTED DIRECT HEATING
SYSTEM OPEN OFFICE 104 38 600 54.5 112.9 0.35 3.8 140 120 3.95 1/6 115/1 2.7 4 2-WAY 103
FC-3 HORIZONTAL CEILING
MOUNTED DIRECT HEATING
SYSTEM OPEN OFFICE 103 36 600 56.0 111.3 0.35 3.6 140 120 3.95 1/6 115/1 2.7 4 2-WAY 103
FC-4 HORIZONTAL CEILING
MOUNTED DIRECT HEATING
SYSTEM CONFERENCE 115 30 400 51.5 107.0 0.30 3 140 120 8.63 1/6 115/1 2.1 4 3-WAY 102
FC-5 FLOOR MOUNTED, SLOPE TOP DIRECT HEATING
SYSTEM MEN 109 6.5 200 65.0 95.0 N/A 0.65 140 120 0.22 1/10 120/1 1.67 2 2-WAY 55
FC-6 FLOOR MOUNTED, SLOPE TOP DIRECT HEATING
SYSTEM WOMEN 108 6.5 200 65.0 95.0 N/A 0.65 140 120 0.22 1/10 120/1 1.67 2 2-WAY 55
PUMP SCHEDULE
MARK TYPE DUTY FLOW
(GPM) HEAD PIPE CONNECTION SIZE
(IN) HP RPM VOLTAGE /
PHASE REMARKS
P-2 INLINE CENTRIFUCAL HEATING SYSTEM 16 20 1 1/2" 1.5 1750 115/1 1
SPLIT SYSTEM INDOOR UNIT SCHEDULE
MARK LOCATION TYPE
AIRFLOW
(CFM)
DRIVE
TYPE
EAT DB
(DEG F)
LAT DB
(DEG F)
WEIGHT
(LBS) COUNT REMARKS
ACU-1 SERVER 105B AND NEC 106 WALL MOUNTED 629 DIRECT 78 55 36 2 1, 2
REMARKS:
1. PROVIDE INDOOR UNITS WITH MOUNTED THERMOSTATS
2. INDOOR UNITS SHALL RECEIVE POWER FROM CORRESSPONDING OUTDOOR UNIT THROUGH FIELD SUPPLIED INTERCONNECTED WIRING.
SPLIT SYSTEM OUTDOOR UNIT SCHEDULE
MARK TYPE COOLING CAP.
(BTUH)
EFFICIENCY
(EER)
HEATING CAP.
(BTUH) REFRIGERANT VOLTAGE /
PHASE MOP WEIGHT
(LBS)
HP-1 HEAT PUMP 33,000 8.2 35200 410-A 208/1 25 AMPS 128
REMARKS:
1. PROVIDE EACH LOUVER WITH A MOTORIZED MODULATING DAMPERS. DAMPER SHALL BE LOW LEAKAGE.
2. PROVIDE EACH LOUVER WITH BIRD SCREEN.
LOUVER SCHEDULE
MARK MOUNTING SERVICE FLOW
(CFM)
FREE AREA (SQ. FT.)
@ MAX. 550 FPM MAX. SP (IN. WG) MATERIAL FINISH REMARKS
LV-1 WALL MOUNTED FC-1 156 0.29 0.1 ALUM. COLOR BY ARCHITECT 1, 2
LV-2 WALL MOUNTED FC-2 171 0.31 0.1 ALUM. COLOR BY ARCHITECT 1, 2
LV-3 WALL MOUNTED FC-3 148 0.27 0.1 ALUM. COLOR BY ARCHITECT 1, 2
LV-4 WALL MOUNTED FC-4 140 0.26 0.1 ALUM. COLOR BY ARCHITECT 1, 2
REMARKS:
1. PROVIDE VFD.
UNIT HEATER SCHEDULE
Type Mark LOCATION TYPE AIRFLOW
(CFM)
TEMP.RISE
(DEG. F)
MOTOR
(HP)
VOLTAGE /
PHASE
CAPACITY
(KW)
HORIZONT
AL AIR
THROW
(FT)
MOUNTING
HEIGHT (FT) REMARKS
UH-1 MECHANICAL ROOM 107 ELECTRIC 400 26 1/125 208/1 3.3 12 9 1, 2
REMARKS:
1. PROVIDE WITH INTEGRAL THERMOSTAT.
2. PROVIDE WITH DISCONNECT SWITCH.
EXPANSION TANK SCHEDULE
MARK TYPE DUTY
MAX.
ACCEPTANCE
GALLONS
TANK CAPACITY MAX. SYSTEM TEMP. MAX. WORKING PRESSURE REMARKS
ET-1 FLOOR MOUNTED,
DIAPHRAGM
HEATING
SYSTEM 2.4 GAL 8 GAL 200 F 175 PSIG
M
AR
K D
ES
C
R
IP
TI
O
N D
AT
E
CHILLER
PH
PC
H
HC
DX
C
CLOSED WHEN PRESSURE IS BELOW SETPOINT
OPEN WHEN PRESSURE IS BELOW SETPOINT
CLOSED WHEN PRESSURE IS ABOVE SETPOINT
CONTACT, PRESSURE, LOW LIMIT (LL)
OPEN WHEN PRESSURE IS BELOW SETPOINT
CLOSED WHEN PRESSURE IS ABOVE SETPOINT
CONTACT, PRESSURE, LOW LIMIT (LL)
SHOWN IN UNACTIVATED POSITION
SHOWN IN ACTIVATED POSITION
SEE "ACTUATOR, PNEUMATIC"
PRESSURE GAGEP
FILTER
POSITIVE POSITIONERPP
XX-C
COIL, HEATING
CONTACT, PRESSURE, HIGH LIMIT (HL)
OPEN WHEN PRESSURE IS ABOVE SETPOINT
CLOSED WHEN PRESSURE IS BELOW SETPOINT
OPEN WHEN PRESSURE IS ABOVE SETPOINT
CONTACT, PRESSURE, HIGH LIMIT (HL)
SHOWN IN ACTIVATED POSITION
SHOWN IN UNACTIVATED POSITION
COIL, PRECOOL
COIL, PREHEAT
COIL, COOLING, DIRECT-EXPANSION
COIL, HEAT/COOL (DUAL TEMPERATURE)
COIL, COOLING
ELECTRIC-TO-PNEUMATIC TRANSDUCER
ELECTRIC-TO-PNEUMATIC SWITCH
(SOLENOID ACTUATED PNEUMATIC VALVE)
VDC OR mA INPUT / 3-15 PSI OUTPUT
## = SEQUENTIAL NUMBER
## = SEQUENTIAL NUMBER
(WHEN MORE THAN 1 EPS)
(WHEN MORE THAN 1 EP)
FAN
EP
EPS
YY = CONTACT NUMBER
xx = RELAY COIL NUMBER
YY = CONTACT NUMBER
xx = RELAY COIL NUMBER
RELAY COIL CONTACT
NORMALLY CLOSED
Rxx-YY
RELAY COIL CONTACT
NORMALLY OPEN
Rxx-YY
CONTROL SCHEMATIC SYMBOLS
P
AFMA
P
W-X-Y-Z
REV
DIR
DDC
W-X-Y-Z
SEE "DEVICE SYMBOL, GENERIC"
VALVE, BALANCING
BOILER
AIR FLOW MEASUREMENT ARRAY,
WITH FLOW TRANSMITTER
ACTUATOR, PNEUMATIC
WITH POSITIVE POSITIONER
PRESSURE GAGE
AND LOCALLY MOUNTEDM
PP
ACTUATOR, ELECTRIC
ACTUATOR, PNEUMATIC
WITH LOCALLY MOUNTED
PRESSURE GAGE
IN DAMPER SCHEDULE
RELAY COIL
MOTOR STARTER
Rxx
MS-#
MAIN AIR
MOTOR
AIR
M#
MAIN
DAMPER, PARALLEL BLADE
DAMPER, OPPOSED BLADE
IN DAMPER SCHEDULE
## = DAMPER NUMBER AS SHOWN
## = DAMPER NUMBER AS SHOWN
NORMALLY OPEN OR CLOSED AS SHOWN
NORMALLY OPEN OR CLOSED AS SHOWND-##
D-##
DAMPER, BALANCING
## : DEVICE NUMBER
DEVICE SYMBOL, GENERIC
REV : REVERSE CONTROL ACTION
DIR : DIRECT CONTROL ACTION, OR
MULTIPLE OUTPUT DEVICE WHERE AT LEAST 1
OUTPUT IS ALWAYS SAFETY INTERLOCK
DDC : DIRECT DIGITAL CONTROL
DEVICE SYMBOL, CONTROLLER
GENERIC USAGE TO SHOW LOCATION OF DEVICE;
PROCESS OR DEVICE BEING MEASURED OR
CONTROLLED; SIGNAL TYPE; MODIFIERS AND
OTHER APPLICATION INFORMATION
USED TO REPRESENT SENSORS, INSTRUMENTS
W-X-Y-Z : (SEE ABBREVIATIONS AND ACRONYMS)
SAFETIES, AND OTHER CONTROL DEVICES
DEVICE SYMBOL, GENERIC
CONTACT, TEMPERATURE, LOW LIMIT (LL)
SHOWN IN ACTIVATED POSITION
CONTACT, TEMPERATURE, LOW LIMIT (LL)
CLOSED WHEN TEMPERATURE IS ABOVE SETPOINT
CLOSED WHEN TEMPERATURE IS ABOVE SETPOINT
OPEN WHEN TEMPERATURE IS BELOW SETPOINT
OPEN WHEN TEMPERATURE IS BELOW SETPOINT
SHOWN IN UNACTIVATED POSITION
CURRENT TRANSFORMER/SWITCH
OPEN WHEN TEMPERATURE IS ABOVE SETPOINT
CLOSED WHEN TEMPERATURE IS BELOW SETPOINT
SHOWN IN ACTIVATED POSITION
CONTACT, TEMPERATURE, HIGH LIMIT (HL)
OPEN WHEN TEMPERATURE IS ABOVE SETPOINT
CLOSED WHEN TEMPERATURE IS BELOW SETPOINT
CONTACT, TEMPERATURE, HIGH LIMIT (HL)
SHOWN IN UNACTIVATED POSITION
IN
IN2
IN1
CONTROL LOGIC DIAGRAM SYMBOLS
ABBREVIATIONS AND ACRONYMS
COM = COMMON PORT
VARIABLE FREQUENCY DRIVE
XX = PROCESS/DEVICE BEING CONTROLLED
C = 4-20 mA, VDC, or SNVT CONTROL SIGNAL
SS = START/STOP COMMAND
S = STATUS FEEDBACK (ON/OFF)
IN VALVE SCHEDULE
## = VALVE NUMBER AS SHOWN
XX-S
VFD
XX-SS
IN
IN
WITH SPRING RETURN FAILSAFE
NO = NORMALLY OPEN
NC = NORMALLY CLOSED
COM = COMMON PORT
NC = NORMALLY CLOSED
NO = NORMALLY OPEN
WITH SPRING RETURN FAILSAFE
VALVE, 3-WAY MIXING
IN VALVE SCHEDULE
## = VALVE NUMBER AS SHOWN
NC
V-##
NO COM
NC
IN VALVE SCHEDULE
VALVE, NORMALLY CLOSED
IN VALVE SCHEDULE
VALVE, NORMALLY OPEN
VALVE, 3-WAY DIVERTING
WITH SPRING RETURN FAILSAFE
WITH SPRING RETURN FAILSAFE
## = VALVE NUMBER AS SHOWN
## = VALVE NUMBER AS SHOWN
V-##
COM NO
V-##
NO
NC
V-##
B
ANALOG HARDWARE
INPUT
BINARY HARDWARE
INPUT
ANALOG OR
BINARY SIGNAL OUTPUT
ANALOG OR
BINARY SIGNAL INPUT
ANALOG HARDWARE
OUTPUT
BINARY HARDWARE
OUTPUT
A
A
B
IN
IN
RESET SCHEDULE
(OUTPUT DECREASES AS
INPUT INCREASES)
RESET SCHEDULE
(OUTPUT INCREASES
AS INPUT INCREASES)
RESET
RESETIN
IN
OUT
OUT
IN
IN
PID LOOP
WITH ENABLE
AND DEFAULT
OUTPUT
WHEN NOT
ENABLED
COMPARATOR
WITH DEADBAND (DB).
WHEN IN1>IN2
OUTPUT IS TRUE
LOGICAL AND
FUNCTION
DB=___
COMP
DB
OUT
OUT
DEFAULT
OUTPUT
PIDVALUE
SETPOINT
IN
IN
OUT
ENABLE
BINARY LATCH
S=SET
R=RESET
H-O-A SWITCH
H-O-A SWITCH
SWITCH
ON DELAY
TIMER
OUT=IN AFTER
TIME DELAY
HAND
LOGICAL OR
FUNCTION
LOGICAL NOT
FUNCTION
Out
OUT
MINUS SUBTRACTION
FUNCTION
PLUS ADDITION
FUNCTION
T=___ SEC
IN
IN
NC
NO
IN
OUT
CONTROL
OUT
COM
UNOCC
OCCIN
OFF
IN
OUT
OUT
MAX
MIN
OUT
MAXIMUM
SIGNAL
SELECTOR
MINIMUM
SIGNAL
SELECTOR
IF___
S
LAT
R
IN
IN B OUT
THERMOWELL IN PIPE
THERMOSTAT WITH SPECIFIED
I/O FUNCTIONS
TEMPERATURE SENSOR, POINT
SEE "DEVICE SYMBOL, GENERIC"
STAT
TEMPERATURE SENSOR, AVERAGING
or TEMPERATURE LOW LIMIT / FREEZESTAT
SEE "DEVICE SYMBOL, GENERIC"
TEMPERATURE GAGET
SWITCH, MANUAL
SMOKE DETECTOR, DUCT-MOUNTED
RESET BUTTON FOR SAFETY RESET
SEE "DEVICE SYMBOL, GENERIC"
RST-BUT
RADIATOR
PRESSURE SWITCH, DIFFERENTIAL, WITH GAGE
H = HIGH PRESSURE TAP
L = LOW PRESSURE TAP
SEE "DEVICE SYMBOL, GENERIC"P
H L
PUMP
xx = SEQUENTIAL RELAY
(SOLENOID) NUMBER
LOCAL DISPLAY PANEL
## = SEQUENTIAL NUMBER
(WHEN MORE THAN 1 LDP)##
LDP
CONSTANT VALUE
IN
IN
OUT
IN
IN
OUT
OUTIN
IN
OUT
IN MATH
IN GENERIC
MATH
FUNCTION
AS DEFINED
CONDITIONAL STATEMENT
W-X-Y-Z
W-X-Y-Z : (SEE ABBREVIATIONS AND ACRONYMS)
GENERIC USAGE TO SHOW LOCATION OF DEVICE;
PROCESS OR DEVICE BEING MEASURED OR
CONTROLLED; SIGNAL TYPE; MODIFIERS AND
OTHER APPLICATION INFORMATION
HEAT EXCHANGER
CONTROL SIGNAL LINE, LOW VOLTAGE
CCLEAR D
UP
URATE
DOWN
OUT
RAMP WITH
UP, DOWN,
RATE, AND
CLEAR INPUTS
HX
I/O
LDP
LL
M&C
MA
MINOA
MS
N/A
NC
nci
NO
OA
OCC
ODT
OWS
P
PC
PCW
PCWR
PCWS
PH
PMP
PP
R
RA
REV
RF
RH
RLA
RM
RST
RT
S
SA
SEC
SF
SMK
SNVT
SP
SS
STAT
SYS
SCHD
T
TAP
UNOCC
V
VAV
VFD
WB
ZN
HEAT EXCHANGER
INPUT/OUTPUT
LOCAL DISPLAY PANEL
LOW LIMIT
MONITORING & CONTROL (SOFTWARE)
MIXED AIR
MINIMUM OUTSIDE AIR
MOTOR STARTER
NOT APPLICABLE
NORMALLY CLOSED
NETWORK CONFIGURATION INPUT
NORMALLY OPEN
OUTSIDE AIR
OCCUPIED
ON DELAY TIMER
OPERATOR WORKSTATION
PRESSURE
PRE-COOLING
PRIMARY CHILLER WATER
PRIMARY CHILLER WATER RETURN
PRIMARY CHILLER WATER SUPPLY
PREHEAT
PUMP
POSITIVE POSITIONER
RELAY
RETURN AIR
REVERSE (CONTROL ACTION)
RETURN FAN
RELATIVE HUMIDITY
RELIEF AIR
ROOM
RESET
RATE
STATUS
SUPPLY AIR
SECONDARY
SUPPLY FAN
SMOKE
STANDARD NETWORK VARIABLE TYPE
SETPOINT
START/STOP COMMAND
THERMOSTAT
SYSTEM
SCHEDULER
TEMPERATURE
TAP, PRESSURE
UNOCCUPIED
VALVE
VARIABLE AIR VOLUME
VARIABLE FREQUENCY DRIVE
WET BULB (TEMPERATURE)
ZONE
2P
ADJ
AFMA
ALM
BA
BLDG
BUT
C
CD
CF
CHLR
CLG
CO2
COM
COMP
CP
CR
CS
CT
CTF
CWR
CWS
CW
D
DA
DB
DDC
DIFF
DIR
DIS
DISP
DT
DTWR
DTWS
DX
EA
ECO
EF
ENA
EP
EPT
F
FAP
FLT
HD
HL
HTG
HTHW
HUM
HW
HWR
HWS
TWO-POSITION (CONTROL SIGNAL)
ADJUSTABLE
AIRFLOW MEASUREMENT ARRAY
ALARM
BYPASS AIR
BUILDING
BUTTON
COMMAND (MODULATING CONTROL SIGNAL)
COLD DECK
CONDENSER FAN
CHILLER
COOLING
CARBON DIOXIDE
COMMON
COMPARATOR
CONFIGURATION PROPERTY
CONDENSER/CONDENSATE WATER RETURN
CONDENSER/CONDENSATE WATER SUPPLY
CURRENT TRANSFORMER/SWITCH
COOLING TOWER FAN
CHILLED WATER RETURN
CHILLED WATER SUPPLY
CHILLED WATER
DAMPER
DISCHARGE AIR
DEADBAND
DIRECT DIGITAL CONTROL(LER)
DIFFERENCE
DIRECT (CONTROL ACTION)
DISABLE
DISPLAY
DUAL TEMP
DUAL TEMP WATER RETURN
DUAL TEMP WATER SUPPLY
DIRECT EXPANSION (UNIT)
EXHAUST AIR
ECONOMIZER
EXHAUST FAN
ENABLE
ELECTRIC TO PNEUMATIC TRANSDUCER
ELECTRONIC PULSE TRANSMITTER
FIRE ALARM PANEL
FILTER
HOT DECK
HIGH LIMIT
HEATING
HIGH TEMPERATURE HOT WATER
HUMIDIFIER
HOT WATER
HOT WATER RETURN
HOT WATER SUPPLY
SHEET
IDENTIFICATION
D R
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BY
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C:\Users\G3ENEBS9\Documents\FY15_PN442995_DLAWR_General_r2015_G3ENEBS9.rvt
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POINT SCHEDULE INSTRUCTIONS FOR CONTROLS CONTRACTOR
GENERAL:
1) THE CONTRACT DRAWING POINTS SCHEDULES ASSUME THAT THE
ENTIRE SEQUENCE OF OPERATION IS PERFORMED IN A SINGLE PIECE OF
DDC HARDWARE. IN CASES WHERE MULTIPLE PIECES OF DDC HARDWARE
ARE USED (INCLUDING ANSI-709.1 SENSORS AND ACTUATORS), SEPARATE
THE POINTS SCHEDULE INTO SEPARATE TABLES EACH WITH ITS OWN
HEADER INFORMATION (SEE BELOW) SO THAT EACH PIECE OF DDC
HARDWARE HAS A TABLE DEDICATED TO IT. ALL TABLES FOR A SINGLE
SEQUENCE OF OPERATION SHALL BE ON A SINGLE DRAWING WHICH MAY
SPAN MULTIPLE SHEETS. SHOW COMMUNICATION BETWEEN MULTIPLE
PIECES OF DDC HARDWARE PERFORMING A COMMON SEQUENCE
THROUGH THE USE OF NVI AND NVO ENTRIES IN THE I/O COLUMN (SEE I/O
COLUMN INSTRUCTIONS BELOW), ADDING ROWS TO THE TABLE(S) AS
NEEDED.
2) POINT SCHEDULES ARE NOT REQUIRED FOR THE ALARM GENERATION
SEQUENCE OF OPERATION; THE ONLY INFORMATION REQUIRED FOR THIS
SEQUENCE IS THE "ALARM GENERATOR DDC HARDWARE INFORMATION"
HEADER.
3) ENTRIES SHOWN BRACKETED AS: < ___ > ARE REQUIRED ENTRIES UNDER
SPEC SECTION UFGS-23 09 23. SOME ENTRIES WITHOUT BRACKETS MAY BE
REQUIRED IN SOME INSTANCES AS DESCRIBED IN THESE INSTRUCTIONS.
SPACES WHERE NO ENTRY IS ORDINARILY REQUIRED CONTAINS A
TILDA:
" ~ " (EQUIVALENT TO AN "N/A" OR NULL VALUE)
WHEN AN ENTRY APPEARS INSIDE OF BRACKETS, IT IS A RECOMMENDED
ENTRY THAT MUST BE VERIFIED OR CHANGED BY THE APPROPRIATE PARTY
(AS INDICATED BY THE BRACKET TYPE). WHEN EDITING THE POINTS
SCHEDULES, DELETE THE BRACKETS AFTER VERIFYING/PROVIDING THE
ENTRY. DO NOT LEAVE CELLS BLANK, INSTEAD SHOW THE TILDA ("~") TO
INDICATE A NULL VALUE OR THAT NO FURTHER ENTRY IS REQUIRED.
HEADER INFORMATION INSTRUCTIONS:
4) DDC HARDWARE IDENTIFIER: SHOW THE IDENTIFIER FOR EACH PIECE OF
DDC HARDWARE. MAINTAIN CONSISTENCY AND UNIQUENESS OF DDC
HARDWARE IDENTIFIERS BETWEEN ALL DRAWINGS.
5) DDC HARDWARE LOCATION: SHOW THE PHYSICAL LOCATION OF THE
DEVICE. LOCATION SHALL INCLUDE THE BUILDING AND ROOM NUMBER AND
MAY ALSO INCLUDE FURTHER INFORMATION SUCH AS ENCLOSURE/PANEL
IDENTIFICATION.
6) NODE ADDRESS: USE THE DOMAIN VALUE AND SUBNET RANGES
SPECIFIED. SHOW THE DOMAIN, SUBNET AND NODE ADDRESSES FOR ALL
DEVICES ON THE NETWORK.
7) NODE ID: SHOW THE MANUFACTURER SUPPLIED NODE ID FOR EACH
DEVICE.
ALARM GENERATOR DDC HARDWARE HEADER:
8) ALARM GENERATOR DDC HARDWARE INFORMATION: FOR ALL POINTS
REQUIRING AN ALARM, CONFIGURE DDC HARDWARE TO PROVIDE ALARM
GENERATION AS SPECIFIED IN SECTION 23 09 23. IF THE ALARM GENERATION
IS NOT PERFORMED IN THE DDC HARDWARE CONTAINING THE POINT TO BE
ALARMED, SHOW THE DDC HARDWARE IDENTIFIER, LOCATION, ADDRESS
AND NODE ID FOR THE DDC HARDWARE PERFORMING THE ALARM
GENERATION ON THE POINTS SCHEDULE. IF THE ALARM GENERATION IS
PERFORMED IN THE DDC HARDWARE CONTAINING THE POINT TO BE
ALARMED, INDICATE THIS BY RECORDING "INTEGRATED" AS THE DDC
HARDWARE IDENTIFIER.
"GENERAL" COLUMNS:
9) NAME COLUMN: SHOW POINT NAMES AS NEEDED AND AS INDICATED BY
BRACKETS (<___>). THE NAME SHALL BE CONSISTENT WITH POINT NAMES
SHOWN ON ALL OTHER DRAWINGS AND SHALL USE THE ESTABLISHED
POINT ABBREVIATIONS.
10) SETTING COLUMN: CONFIGURE DEVICES TO USE THE SETPOINTS AND
SETTINGS SHOWN. WHEN A SETPOINT OR SETTING IS NOT SHOWN, USE
VALUES IN ACCORDANCE WITH THE SPECIFICATION AND SHOW THE
SETPOINT OR SETTING USED. INCLUDE THE APPROPRIATE ENGINEERING
UNITS FOR ENTRIES IN THIS COLUMN.
11) RANGE COLUMN: CONFIGURE DEVICES TO USE THE RANGES SHOWN.
WHEN A RANGE IS NOT SHOWN, USE VALUES IN ACCORDANCE WITH THE
SPECIFICATION AND SHOW THE RANGE USED. FOR SENSORS SHOW THE
ACTUAL SENSOR RANGE (THIS RANGE MUST AT LEAST…
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