S02 Att2 DWGS 676-14-110 Replace B402 Elevator.pdf

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No. Revisions Date

REPLACE EXISTING AND PROVIDE

SECONDARY ELEVATORS

B-402, B-404 AND B-406

12/07/2016

676-14-110

CONSULTANTS: ARCHITECT/ENGINEERS:

Drawing Title

Approved: Project Director

Project Title

Location

Date Checked Drawn

Project Number

Building Number

Drawing Number

Dwg.

Office of

Construction and Facilities

Management

BID DOCUMENTS

TOMAH, WI

1 2 3 4 5 6 7 8 9 10

A

B

C

E

F o n e e i g h t h i n c h e f o t e q u a r t e r i n c e f o r e e e i g h t h s i n c e f o e h a l f i n c e f o r e e q u a r t e r s i n c e f o e i n c e f o e a n d o n e h a l f i n c e f o r e e i n c h e s e f o

FULLY SPRINKLED

AE PROJECT # 13774

250 3rd Ave. N, Ste 450 | Minneapolis, MN 55401 | 612.338.2029 of

402, 404, 406

NTS

DUCTWORK SQUARE VANE ELBOWS

NOTE:

1.

2.

3.

4.

ALL VANE ELBOWS SHALL BE CONSTRUCTED AND INSTALLED AS DETAILED BY SMACNA.

WHEN W1 DOES NOT EQUAL W2, VANE SHALL BE SINGLE THICKNESS VANE TYPE REGARDLESS OF W DIMENSION.

ALL SINGLE THICKNESS VANES SHALL HAVE A 2" [50mm] RADIUS, 1 1/2" [40mm] MAXIMUM SPACE BETWEEN VANES

AND A 3/4" [20mm] TRAILING EDGE.

WHEN W EQUALS W2 AND W1 IS GREATER THAN 20" [500mm] VANES SHALL BE DOUBLE VANE TYPE.

W

W1

DUCTWORK RADIUS ELBOWS

VANE

THE INTERIOR SURFACE OF ALL RADIUS ELBOWS SHALL BE MADE ROUND.

ALL STANDARD RADIUS ELBOWS CAN BE SUBSTITUTED WITH SHORT RADIUS ELBOWS. ALL SHORT RADIUS ELBOWS

SHALL HAVE VANES. VANES SHALL BE CONSTRUCTED, SUPPORTED AND FASTENED AS RECOMMENDED BY

SMACNA.

R SHALL

EQUAL OR

BE GREATER

THAN W.

THAN 1/3W.

R

THAN 1/6W.

STANDARD RADIUS OR LONG RADIUS ELBOW

SHORT RADIUS ELBOW WITH ONE

SHORT RADIUS ELBOW WITH TWO

VANES

W W

1/6W

AIR TERMINAL UNITS

SMACNA FIGURE 4-6

45° LEED IN

RIGID DUCT TO AIR TERMINAL UNIT.

MAIN SUPPLY

PLAN VIEW

ALTERNATE SUPPLY DUCT TAKEOFF -

FLOW

L

O

EXHAUST OR RETURN BRANCH DUCTWORK

MAIN EXHAUST OR RETURN

AIR

PROVIDE VOLUME DAMPER

AT EACH BRANCH DUCT

1/4W OR 4" [100mm] MIN.

BRANCH DUCT

VD

VOLUME DAMPER DETAIL

DELETE INSULATION STAND-OFF ON DUCTWORK WITHOUT EXTERIOR INSULATION.

DETAIL SHOWS SINGLE BLADE DAMPER. DAMPER INSTALLATION SHALL BE SIMILAR FOR MULTI-BLADE DAMPERS &

ROUND DAMPERS.

INSULATION SEE

SPECIFICATION

DAMPER BLADE

1/8" [6mm]

CLEARANCE ALL

AROUND

OUTSIDE END BEARING

INSIDE END BEARING

HANDLE WITH

LOCKING QUADRANT

INSULATION

STAND-OFF

1/2" [15mm] ROUND ROD PIN

DUCT

STIFFEN BLADE

AS REQUIRED

SIDE ELEVATION SECTION

ACCESS SECTION FOR ROUND/OVAL DUCT

HOUSING WELDED TO

DUCT SECTION

ROUND OR FLAT

OVAL DUCT

SECTION

COVER WITH HANDLE AND

CHAIN RETAINER GASKETED

AND PRESSURE SEALED

ROUND DUCT HANGERS

2500 [1133]

1320 [598]

420 [190]ONE 1 [25] x 18 GA STRAP36 [900]

TWO 1/2 [13]Ø RODS

TWO 3/8 [10]Ø. RODS

ONE 1 [25] x 16 GA STRAP

84 [2100]

60 [1500]

50 [1250] 700 [317]

ONE 1 [25] x 22 GA STRAP

QUANTITY/SIZE

MAX. DUCT Ø

26 [650]

HANGER STRAPS OR RODS

MAX. LOAD

LBS. [kg]

260 [119]

MAX.

144 [3600]

IN. [mm]

SPACING

TABULATED DATA FROM SMACNA ALLOWS FOR

DUCT REINFORCING AND INSULATION, BUT NO

EXTERNAL LOAD.

BAND

OVER 50"

[1250mm]Ø

HANGER RODS

BAND OF SAME

SIZE AS HANGER

STRAP

LOAD RATED

FASTENERS

50" [1250mm]Ø &

UNDER

12"

CEILING

SUPPORT SADDLE

VOLUME DAMPER W/

LOCKING QUAD

SADDLE

SHEET METAL

CONICAL OUTLET

FOR CHANGE OF

DIRECTION GREATER

USE RIGID ELBOWS

THAN 45°

[300mm]

FLEXIBLE AIR DUCT CONNECTOR

SEE SPECIFICATIONS FOR CLAMPS AND

SEALANT (TYP.)

FROM STRUCTURE

SAME AS DIFFUSER

INLET: 5'-0" MAX

FLEXIBLE DUCT SIZE

LENGTH.

THE USE OF FLEXIBLE AIR DUCT CONNECTORS ARE NOT PERMITTED FOR THE DEDICATED AHU

SERVING THE SURGICAL SUITE.

TYPICAL DIFFUSER

OR REGISTER IN

LAY-IN CLG.

THERMAL INSULATION

SEE SPECIFICATIONS

SUPPLY DUCTWORK TAKE-OFFS

AIR SPLIT DUCT TAKE-OFF PLAN VIEW

BRANCH DUCT TAKE-OFF PLAN VIEW

SUPPLY REGISTER TAKE-OFF PLAN VIEW

I

SUPPLY REGISTER

OR BRANCH DUCT

TURNING VANES

SEE FLOOR PLAN FOR

SPLIT DIMENSION

PROVIDE VOLUME

DAMPER

PROVIDE VOLUME

ADJUSTABLE

METAL ROD OR

LINKAGE

TOP REGISTER

MAIN

SUPPLY

VOLUME EXTRACTOR; ADJUSTABLE

FROM FULLY CLOSED POSITION TO

CFM NOTED ON FLOOR PLANS

1/4 W OR 4"

[100mm] MIN.

MAIN SUPPLY DUCT

SUPPLY DUCT TAKEOFF - AIR TERMINAL UNIT

RIGID DUCT TO AIR TERMINAL UNIT.

ROUND SHEET METAL DUCT.

D

SECTION "A-A"

"B" "B"

ACCESS PANEL AND DOOR DETAIL

NOTES:

1. LATCHES SHALL BE OF THE WEDGE TYPE TO CLOSE DOORS TIGHTLY.

2. HINGES ON THE ACCESS DOORS SHALL HAVE NON-CORROSIVE PINS.

3. SEE SMACNA 2005, FIGURE 9-15

ACCESS PANEL

ACCESS DOOR

CASING

GASKET

HANDLE INSIDE

FLEXIBLE

WASHER

FACTORY

FABRICATED

LATCH

SECTION "B-B"

GASKET

"A"

"A"

TILE CEILING

CEILING TEE (TYP)

PLENUM

REGISTER OR GRILLE

DUCT LINING AS SPECIFIED

(IF NO SOUND INSULATION,

PAINT INTERIOR OF PLENUM

FLAT BLACK)

INSTALLATION W/

GYP CEILING

CEILING GRILLE WITH FLANGE (WHEN

INSTALLED IN GYP CEILING)

DAMPER (SEE

PLAN FOR SIZE)

RETURN/EXHAUST CONNECTION DETAIL

13 12

(WITH EQUIPMENT MOUNTED IN DUCT)

DUCTWORK TRANSITIONS

UNLESS OTHERWISE INDICATED ON PLANS, MAXIMUM ANGLES SHOWN SHALL APPLY.

M

X

Q

U

P

N T

TYPICAL DUCTWORK TRANSITION

PLAN OR SIDE VIEW

TYPICAL DUCTWORK TRANSITION WITH EQUIPMENT

MOUNTED IN DUCT

PLAN OR SIDE VIEW

e e i g h t h i n c e f o e q u a r t e r i n c e f o r e e e i g h t h s i n c e f o e h a l f i n c e f o r e e q u a r t e r s i n c e f o e i n c e f o e a n d o n e h a l f i n c e f o r e e i n c h e e f o

FIRE DAMPER INSTALLATION

SECTION THRU

5.

6.

A VERTICAL DAMPER IS SHOWN. HORIZONTAL DAMPER INSTALLATION, 1S SIMILAR. FOLLOW DAMPER MANUFACTURER'S

INSTRUCTIONS, INCLUDING FASTENER OPTIONS AND GAGES FOR SLEEVE AND PERIMETER ANGLES. FIRE DAMPERS MUST

BE INSTALLED IN THE PARTITION OR FLOOR AND NOT OUTSIDE THE PENETRATION.

GALVANIZED SLEEVE: GAGE NOT LESS THAN CONNECTING DUCT. FASTEN SLEEVE TO DAMPER FRAME AND TO PERIMETER

ANGLES.

PERIMETER ANGELS: GALVANIZED STEEL, NOT LESS THAN 1 1/2"x1 1/2" [40x40mm], 14 GAGE, TO PROVIDE 1" [25mm]

MINIMUM OVERLAP OF OPENING ON ALL 4 SIDES.

BREAKAWAY DUCT CONNECTION: CONTRACTOR'S OPTION OF TYPES SHOWN IN SMACNA.

ACCESS PANELS: SIZE AND LOCATION TO PERMIT SERVICING THE FUSIBLE LINK OR LINKS.

PROVIDE 1/4" TO 1/2" [6 TO 15mm] CLEARANCE ON HEIGHT AND WIDTH. FILL OPEN SPACE WITH ROCK WOOL FIRESTOP

FIBER.

ALL DUCT WORK RISERS WHICH ARE RUN EXPOSED, SUCH AS THRU ATTIC FLOORS AND MECHANICAL ROOM FLOORS, SHALL BE PROVIDED WITH 3" [75mm] HIGH CONCRETE CURB AROUND OPENING FOR DUCT.

SLEEVE, NOTE 2

CONNECTION

NOTE 4

DAMPER, NOTE 1

DAMPER COLLAR EXTENSION

INTEGRAL PART OF SLEEVE

SLEEVE, NOTE 2

NOTE 6

FIRE BARRIER PARTITION

OR CHASE

TYPICAL DUCT

PERIMETER ANGLE, NOTE 3 (NOTE

FASTENED TO PARTITION)

ACCESS

PANEL NOTE 5

m

DUCT CONNECTIONS - AIR TERMINAL UNITS

5.

6.

7.

RIGID STRAIGHT TERMINAL UNIT INLET LENGTH SHALL BE A

MINIMUM OF 3 TIMES THE DIAMETER OF INLET AND A MAXIMUM OF 5 TIMES THE DIAMETER OF

THE INLET.

A FLEXIBLE AIR DUCT CONNECTOR IS NOT MANDATORY FOR INLET TO THIS BOX, BUT

ALLOWED TO ACCOMMODATE MINOR OFFSETS. MAXIMUM LENGTH 3'-0" [900mm].

A BRANCH DUCT SERVING AN INDIVIDUAL BOX MAY BE THE SAME SIZE AS THE BOX INLET,

PROVIDED THE EQUIVALENT LENGTH OF THE BRANCH DUCT, AS SHOWN, DOES NOT EXCEED

10 FEET (3 METERS). FOR LONGER LENGTHS, INCREASE THE DUCT SIZE AND PROVIDE A DUCT

TRANSITION TO MAINTAIN THE DUCT STATIC PRESSURE DROP AT OR BELOW 0.2"/100'

[1.64Pa/m].

FLEXIBLE AIR DUCT CONNECTORS, WHEN USED FROM TERMINAL UNIT SUPPLY AIR DUCT TO

DIFFUSER, SHALL NOT EXCEED 5'-0" [1500mm]. USE RIGID ELBOWS FOR CHANGE OF DIRECTION

GREATER THAN 45°.

COMPONENT ARRANGEMENT MAY VARY BY MANUFACTURER. PROVIDE

INSULATION W/VAPOR BARRIER FOR CONNECTING DUCT SECTIONS.

USE OF THE FLEXIBLE AIR DUCT CONNECTORS ARE NOT PERMITTED FOR THE DEDICATED AHU

SERVING THE SURGICAL SUITE.

TAPE VAPOR BARRIER AT FLEX DUCT CONNECTION

AIR TERMINAL UNIT (CV

OR VAV)

REHEAT COIL

SOUND ATTENUATOR SEE

EQUIPMENT

SCHEDULE

FLEXIBLE AIR DUCT

CONNECTOR. SEE DETAIL

DIFFUSER (TYP.)

SEE SPECIFICATIONS FOR

CLAMPS AND SEALANT (TYP.)

SEE NOTE 5

S

SEE NOTE 3

SEE NOTE 2

SEE NOTE 1

LINEAR SLOT DIFFUSER

INSULATED FLEXIBLE AIR DUCT CONNECTOR

LENGTH NOT TO EXCEED 3' [900 MM]

VOLUME

ROUND OR OVAL INLET

COLLAR MINIMUM 2"

EXTENSION

INACTIVE LENGTHS TYP.

PLENUM WITH

INTERNALLY LINED

1.COORDINATE SLOT DIFFUSER FRAME/BORDER

TYPE AND END BORDER CONFIGURATION WITH

CEILING TYPE.

PLENUM

INLET COLLAR

LINEAR

DIFFUSER

CEILING

ACTIVE LENGTH

FLEXIBLE DUCT CONNECTIONS

ROUND FLEXIBLE CONNECTION

RECTANGULAR FLEXIBLE CONNECTION

FLANGED CONNECTION ON

FAN SIDE

1-1/2" [40mm] MIN. TO 3" [75mm] MAX. INSTALLED. 6"

[150mm] NOMINAL WITH MATERIAL TAUT

MATERIAL AS

SPECIFIED

1"x1/8" [25x3mm] DRAW BAND

1"x1/8" [25x3mm] BAND IRON

BOLT ON 4" [100mm] CENTERS

5/16" [8mm] FLANGE

SHEET METAL SCREWS ON 12"

[300mm] CENTERS

RIVET ON 4" [100mm]

CENTERS

SHEET METAL AS

SPECIFIED FOR

DUCTWORK.

1"x1/8" [25x3mm] BAND IRON

BOLT ON 4" [100mm] CENTERS

1" [25mm] FLANGE & HEMALTERNATE

POSITION OF

BOLT

1 1/2" [40mm] POCKET

SLIP

SHEET METAL AS

SPECIFIED FOR

DUCTWORK.

1/2"

[15mm]

1/2"

[15mm]

1 1/2"

[40mm]

1 1/2" [40mm] MIN. TO 3" [75mm] MAX. INSTALLED. 6"

[150mm] NOMINAL WITH MATERIAL TAUT

FLANGED

CONNECTION ON

FAN SIDE

FLEXIBLE MATERIAL AS

FAN

2 1/2 D

STRAIGHT

2 1/2 D

STRAIGHT

EXPANSION BOLT TO

SUIT WEIGHT OF

EQUIPMENT

SPRING TYPE VIBRATION

ISOLATOR (4 REQUIRED)

MOTOR W/

BELT GUARD

1. FAN AND DUCTS MUST BE ALIGNED.

2. FLEXIBLE CONNECTORS TO BE ROLLED

WITH FABRIC TO THE OUTSIDE.

3. FLEXIBLE CONNECTOR MUST BE

STRETCHED TIGHT.

TRANSITION AS

REQUIRED (TYP)

DISCONNECT

SWITCH

SUPPORT BRACKET BY

FAN MANUFACTURER

CONNECTOR (TYP)

SUPPORT AS REQUIRED

BY BLDG STRUCTURE

IN-LINE FAN MOUNTING DETAIL

DUCT RISER SUPPORTS

ALL DUCT WORK RISERS WHICH ARE RUN EXPOSED, SUCH AS THRU ATTIC FLOORS AND FAN ROOM FLOORS SHALL BE

PROVIDED WITH A 3" [75mm] HIGH CONCRETE CURB AROUND OPENING FOR DUCT.

SEAL HOLE WITH FIREPROOFING

MATERIAL AFTER DUCT INSTALLATION

2"x2"x1/4" [50x50x6mm] ANGLE

INSTALL ON BOTH LONG

DIMENSION SIDES OF DUCT.

DUCT RISER - SEE FLOOR

PLANS FOR DETAILS

SEAL HOLE WITH FIREPROOFING

MATERIAL AFTER DUCT INSTALLATION

FLOOR

EXTEND ANGLE 3" [75mm]

BEYOND DUCT

DUCT RISER - SEE FLOOR

PLANS FOR SIZES

SHEET METAL SCREWS 4" [100mm] ON

CENTER

1 1/2"x1 1/2"x1/8" [40x40x3mm] ANGLE INSTALL ON

BOTH LONG DIMENSION SIDES OF DUCT. FOR

DUCTS OVER 60" [1500mm] USE 2"x2"x1/8"

[50x50x3mm] ANGLE.

HOLE IN STRUCTURAL FLOOR

DUCT RISER

0.5 INCH WG [125Pa] TO 2 INCHES WG [500Pa] DUCT RISER SUPPORT

ARRANGE RISER SO REINFORCER

TRANSVERSE JOINT IS AT RISER SUPPORT

POINT

2 INCHES WG [500Pa] TO 4 INCHES WG [1000Pa] DUCT RISER SUPPORT

HOLE IN STRUCTURAL FLOOR

DUCT RISER

*ONLY USED IN BUILDING 404

e e i g h t h i n c e f o e q u a r t e r i n c e f o r e e e i g h t h s i n c e f o e h a l f i n c e f o r e e q u a r t e r s i n c e f o e i n c e f o e a n d o n e h a l f i n c e f o r e e i n c h e e f o

402, 404, 406404

20 2418 14 16128

1064 532 2 1/2 1 1/2

1 1 1/4

[9100] [9600][8500] [7600] [8200][7000][5800] [6700]

[5200][4100] [4900][3700][3000] [3400][2700]

[2100]

[4900]

[4100][3700] [4000]

[3000][2400][1800] [1500]

THRU 3/4

[2100] [2100]

[2100]

[2700]

[2400]

SIDE VIEW TRAPEZE HANGER FOR UP TO 1000 LB. [453KG]

UNIFORM LOAD

ADJUSTABLE CLEVIS HANGER TYPE 1 - SEE

SPECIFICATIONS

ADJUSTABLE CLEVIS HANGER TYPE 43 - SEE

SPECIFICATIONS

PROVIDE INSULATION SHIELD

& INSERT FOR ALL PIPING

(8" [200mm] MIN.)

BAND

1-5/8" [43mm] 12 GAUGE

CHANNEL OR 2"x2"x1/4"

[50x50x6.4mm] ANGLE

1/2" [15mm] DIA.

HANGER RODS WITH

36" [900mm] MAX.

SPACING ON EACH

CHANNEL

WELD

SADDLE

INSULATION SHIELD

AT HANGER

PROVIDE HIGH COMPRESSIVE

STRENGTH INSULATION (9 PSF MIN.

DENSITY) UNDER INSULATION SHIELD

INSULATION (VAPOR

BARRIER TYPE IS

REQUIRED FOR LOW

TEMPERATURE PIPE)

HANGER ROD

MAXIMUM PIPE/TUBING SUPPORT SPACING

NOTE: FOR TRAPEZE HANGER TAKE SPACING OF SMALLEST SIZE ON TRAPEZE.

NOM. SIZE

PIPE

TUBING

IN.

[mm]

FT.

FT.

PIPE HANGERS

SEE SPECIFER FOR DETAILED

HANGER REQUIREMENTS

5 FT

THRU [20]

6 8 10

[32][25] [40]

[65]

[50]

[75]

1312 14

[125][100]

[150]

[250]

[200]

[300]

[400]

[350]

[450]

[600]

[500]

COIL

TEST PLUG (TYP.)

REDUCER, IF REQUIRED

WATER RETURN

MANUAL AIR VENT

UNION CONNECTIONS

(TYP.)

WATER SUPPLY

TERMINAL UNIT WATER COILS -

SHUT OFF VALVE

DRAIN WITH HOSE

MV

MODULATION CONTROL VALVE

PIPING CONNECTIONS

BALANCING DEVICE

DRAIN WITH HOSE

TYPICAL MANUAL AIR VENT

TYPICAL CHILLED AND HOT WATER PIPING DRAIN

VALVE CONNECTIONS

ELEVATION THREADED

PIPING

ELEVATION WELDED

PIPING

TYPICAL WATER PIPING

REDUCER, IF REQUIRED

3/4" [20mm] BALL VALVE

ADAPTER TO 3/4" [20mm] HOSE

THREAD-PROVIDE HOSE CAP NUT

1. DRAIN ALL LOW POINTS AS INDICATED ABOVE.

2. WHERE SCALE POCKETS ARE SHOWN ON PIPE RISER DIAGRAMS AND/OR PLANS LOCATE DRAIN AT

BOTTOM OF SCALE POCKET.

AIR VENT

1/2" [15mm]

BALL VALVE

1/4" [8mm]

COPPER TUBING

1/2" [15mm] x 4" [100mm]

NIPPLE

CIRCULATING WATER PIPING

ELEVATION

1. VENT ALL HIGH POINTS INDICATED ABOVE.

2. IF AUTOMATIC AIR VENTS ARE USED, PIPE DISCHARGE TO DRAIN.

DRAIN VALVE AND AIR VENT CONNECTIONS

(HYDRONIC SYSTEMS)

SUPPORT/ANCHOR FOR PIPE RISERS

PROVIDE ANCHORS ONLY WHERE

SHOWN ON DRAWINGS.

EXTEND SLEEVE ABOVE FLOOR

WHERE SPECIFIED.

INSULATION BOLT (TYPICAL)

SLAB

FIRE-STOPPING

MATERIAL

BOLT

PIPEPIPE SLEEVE WHERE

RISER

CLAMP

PIPE SLEEVE

WHERE

RISER CLAMP. BOTTOM

CLAMP REQUIRED AT

ANCHOR POINTS ONLY.

ELEVATION

PLAN

CLAMP

STEEL EXPANSION SHIELD FOR EXISTING

CONSTRUCTION AND INSERTS FOR NEW

CONSTRICTION THIS TYPE SHALL BE

USED ONLY IN SLABS OR BEAMS OF 4"

[100mm] MIN DEPTH

3/8" [10mm] MIN DIA EXPANSION BOLTS FOR EXISTING

CONSTRUCTION AND INSERTS FOR NEW

CONSTRUCTION

CONCRETE

FLOOR SLAB

CLIP

ANGLE

NUTS & WASHERS

3/8" [10mm] MIN DIA

FOR PIPES UNDER 2" [50mm] IN SIZE USE 1 1/2"x1

1/2"x1/4" [40x40x6.4mm] ANGLE. ALL PIPES 2" [50mm] &

LARGER USE 3"x3"x1/4" [75x75x6.4mm] ANGLE

TURNBUCKLE

3/8" [10mm] MIN DIA

3/8" [10mm] MIN DIA INSERTS

NEW CONSTRUCTION ONLY.

SECURING HANGER RODS IN CONCRETE

HWS

HEAT COIL

CONTROL VALVE

SEE SEQUENCE

OF CONTROL

FLOOR PLATE

HWR

CABINET

PIPE SLEEVE

SHUTOFF VALVE

CONVECTOR-HOT WATER PIPING CONNECTION

PENETRATION OF SMOKE/FIRE BARRIERS

1. APPLICABLE TO PENETRATIONS OF ALL FIRE

RATED MEMBRANES, IN ACCORDANCE WITH FP

NFPA. REFER TO SPECIFICATIONS SECTION 07 84

00, FIRE STOPPING SYSTEMS.

INSULATED PIPE OR

FIRESTOP MATERIAL

3/4" [19mm] APPROVED

FIRESTOP INSULATION WITH

VAPOR BARRIER

PIPE SLEEVE WHERE

1/4" [6.4mm]Ø ANCHOR ROD

FOR NEW CONSTRUCTION

WELD

FLOOR OR DECK PENETRATION

PARTITION OR CHASE PENETRATION

PIPE/DUCT

[150mm] [150mm]

MASONRY

PARTITION

PARTITION SUPPORT

FIRESTOP

MATERIAL

[150mm] [150mm]

3/4" [19mm] APPROVED

FIRESTOP INSULATION WITH

VAPOR BARRIER

DRYWALL PARTITION

INSULATED

PIPE OR

6" 6"

6" 6" e e i g h t h i n c e f o e q u a r t e r i n c e f o r e e e i g h t h s i n c e f o e h a l f i n c e f o r e e q u a r t e r s i n c e f o e i n c e f o e a n d o n e h a l f i n c e f o r e e i n c h e e f o

CONTROLS SYMBOLS

T ROOM THERMOSTAT/TRANSMITTER - WALL MOUNT

TT TEMPERATURE TRANSMITTER

M ROOM HUMIDISTAT (MOISTURE)/TRANSMITTER - WALL MOUNT

MT MOISTURE (HUMIDITY) TRANSMITTER

PT PRESSURE TRANSMITTER

TT TEMPERATURE TRANSMITTER, AVERAGING ELEMENT

FT FLOW TRANSMITTER

IT CURRENT TRANSMITTER

CT CONDUCTIVITY TRANSMITTER

SPS STATIC PRESSURE SENSOR

SD SMOKE DETECTOR

PDT PRESSURE DIFFERENTIAL TRANSMITTER

KR LOCAL RECORDING TIME CLOCK (RUNTIME)

TSL TEMPERATURE SWITCH, LOW (FREEZESTAT)

HS HAND SWITCH (HAND-OFF-AUTO SWITCH)

ZC VALVE OR DAMPER POSITION CONTROLLER

PDS PRESSURE DIFFERENTIAL SWITCH

LC LEVEL CONTROLLER

LT LEVEL TRANSMITTER

TSH TEMPERATURE SWITCH, HIGH (FREEZESTAT)

EPT ELECTRONIC TO PNEUMATIC TRANSDUCER

AT CARBON DIOXIDE TRANSMITTER

CARBON MONOXIDE TRANSMITTER

CO2

AT

CO

OCCUPANCY SENSORAT

OC

LTCP LOCAL TEMPERATURE CONTROL PANEL

HVAC HVAC CONTROL PANEL

ECC

INTEGRATE CONTROL POINT ON REMOTE GRAPHICS WORKSTATION

AT ENERGY CONTROL CENTER

TC TEMPERATURE CONTROLLER. SEE SEQUENCE OF OPERATION

VSMC VARIABLE SPEED MOTOR CONTROLLER

PC PRESSURE CONTROLLER. SEE SEQUENCE OF OPERATION

SC SPEED CONTROLLER. SEE SEQUENCE OF OPERATION

FC FLOW CONTROLLER. SEE SEQUENCE OF OPERATION

PSH PRESSURE SWITCH HIGH

FSH FLOW SWITCH HIGH

PSL PRESSURE SWITCH LOW

KC TIME CLOCK CONTROLLING EQUIPMENT ON A SCHEDULE

FSL FLOW SWITCH LOW

LENGTH IN DUCT WHEN SPACE PERMITS.)

TEMPERATURE SENSING ELEMENT FOR

TRANSMITTING TEMPERATURE TO EMCS

(PROVIDE 12 INCHES [200mm] MINIMUM

SENSOR WITH AVERAGING ELEMENT TO TRANSMIT

TEMPERATURE TO EMCS

MOTOR STARTER

M ELECTRIC OPERATED CONTROL DAMPER/OR VALVE

SST START/STOP

ZC VALVE OR DAMPER POSITION CONTROLLER WITH FEEDBACK

FB

SD SMOKE DAMPER

FSD FIRE SMOKE DAMPER

1. REMOVE ALL PNEUMATIC CONTROLS ASSOCIATED WITH AIR TERMINAL UNITS AND ASSOCIATED ZONE HEAT COILS, CONVECTORS, CABINET UNIT HEATERS, AND FANS BEING REPLACED. REPLACEMENT EQUIPMENT SHALL BE PROVIDED

WITH ELECTRIC / DDC CONTROLS.

2. PNEUMATIC CONTROLS FOR AIR TERMINAL UNITS THAT CONTINUE TO BE USED AS THEY CURRENTLY EXIST SHALL REMAIN

CONTROLLED AS THEY EXIST. IN SOME CASES, THERE MAY BE AN EXISTING AIR TERMINAL UNIT THAT NEEDS TO BE MOVED

OR REPOSITIONED. THE ASSOCIATED EXISTING CONTROLS SHALL BE MODIFIED AS REQUIRED TO CONTINUE TO FUNCTION

AS THEY CURRENTLY EXIST.

3. ALL NEW AIR TERMINAL UNITS AND ASSOCIATED ZONE HEAT COILS, EXISTING AND NEW CONVECTORS INTENDED TO

FUNCTION AS SUPPLEMENTAL HEAT OR AS STAND ALONE HEAT, CABINET UNIT HEATERS, AND NEW FANS TO INCLUDE NEW

ELECTRIC / DDC CONTROLS.

4. NEW ELECTRIC / DDC HVAC CONTROLS SHALL INCLUDE CONTROL VALVES, DAMPER AND VALVE ACTUATORS, FLOW

MEASURING STATIONS, ETC. CONTROL SHALL BE INTEGRATED WITH ASSOCIATED AIR HANDLING SYSTEM DDC CONTROLS.

5. ALL NEW ELECTRIC / DDC ACTUATORS SHALL INCLUDE POSITION FEEDBACK FOR MODULATING/PROPORTIONAL ACTUATORS

AND END SWITCHES FOR TWO POSITION OR FLOATING CONTROL ACTUATORS.

6. WORK WITH ELECTRICAL TO PROVIDE REQUIRED POWER FOR CONTROLS.

7. UPGRADE ECC GRAPHICS TO INCLUDE ALL NEW EQUIPMENT AND ASSOCIATED CONTROLS.

8. ALL CONTROL SEQUENCES, POINT LISTS, GRAPHICS, ETC. SHALL USE THE EXACT SAME TAG AND EQUIPMENT NUMBERS

AND NAMES AS FOUND ON PLANS, ANY DISCREPANCIES SHOULD BE REVIEWED WITH VA COR.

9. FOR THIS PROJECT AIRFLOW CONTROL VALVES ARE TO BE SINGLE DUCT AIRVALVES INSTALLED TO OPERATE ON RETURN

AND EXHAUST AIR SYSTEMS. FAST ACTING HIGH PERFORMANCE AIRVALVES SUCH AS USED IN CLEAN ROOMS, LABS, AND

OPERATING ROOMS ARE NOT REQUIRED.

10.AIR TERMINAL UNITS DESIGNATED AS CAV, SHALL OPERATE AS CONSTANT AIRFLOW BUT BE CAPABLE OF BEING

ADJUSTED TO OPERATE AT OTHER AIRFLOWS.

11.CABINET UNIT HEATERS NEAR EXTERIOR DOORS SHALL BE INDEPENDENTLY CONTROLLED, SEPARATE, NOT

SUPPLEMENTAL HEAT TO AIR TERMINAL UNIT SERVING THE SPACE.

12.SOME CONVECTORS SHALL BE STAND ALONE AND NOT FUNCTION AS SUPPLEMENTAL HEAT FOR AN AIR TERMINAL UNIT.

13.SOME SPACES SHALL HAVE LIGHTING OCCUPANCY SENSORS WITH AUXILIARY CONTACT FOR USE WITH THE HVAC

CONTROL SYSTEM. COORDINATE WITH ELECTRICAL. ROOMS WITH OCCUPANCY SENSORS SHALL BE PROVIDED WITH TWO

POSITION EXHAUST OR RETURN AIR DAMPERS WHICH, ALONG WITH THE AIR TERMINAL UNIT DAMPER WILL BE USED TO

REDUCE AIRFLOW WHEN THE SPACE IS DETERMINED TO BE UNOCCUPIED.

14.DIFFERENTIAL PRESSURE SENSORS USED FOR DUCT STATIC PRESSURE SHALL BE LOCATED ROUGHLY 2/3S OF WAY

DOWN DUCT FROM THE FAN. THE SENSOR SHALL BE CLEARLY TAGGED AND LOCATION INDICATED ON RECORD

DOCUMENTS. THE REFERENCE END OF THE STATIC PRESSURE SENSOR SHALL BE A PLATE STYLE AND SHALL TERMINATE

IN A COMMON SPACE AS INDICATED ON PLAN. THE SENSOR PORT SHALL BE CLEARLY IDENTIFIED AND LOCATION INDICATED

ON RECORD DOCUMENTS.

15.TEMPERATURE AND HUMIDITY SENSOR SHALL INDICATE SETPOINT AND ACTUAL CONDITION AND FOR TEMPERATURE THE

SETPOINT SHALL PROVIDE LIMITED ADJUSTMENT FROM THE SPACE.

16.ELEVATOR CONTROL ROOMS

a. REMOVE ALL EXISTING TEMPERATURE CONTROLS AND LOCAL ALARMS ASSOCIATED WITH ELEVATOR MACHINERY

ROOMS.

b. PROVIDE NEW TEMPERATURE AND HUMIDITY SENSORS IN ELEVATOR CONTROL ROOMS. INTERFACE WITH EEC TO

PROVIDE TRENDING AND ALARM (LOCAL AND AT ECC) WHEN TEMPERATURE IS OUT OF RANGE. INITIAL ACCEPTABLE

RANGE 60 DEG. F. TO 80 DEG. F. INCLUDE PERMANENT SIGNAGE PER PLANS.

c. PROVIDE HIGH LIMIT COOLING CONTROL VALVE WITH AIR TERMINAL UNIT, REDUCING TO ZERO AIRFLOW AND PROVIDE

LOW LIMIT HEATING CONTROL WITH CONVECTOR HEATING CONTROL VALVE. DEADBAND SHALL BE ADJUSTABLE.

d. PROVIDE ECC INPUT FROM WATER DETECTION SENSOR / DEVICE IN CONVECTOR PIPING DRIP PANS FOR ELEVATOR

CONTROL ROOMS. ECC TO ALARM (LOCAL AND AT ECC) UPON DETECTION OF WATER IN DRIP PAN OVERFLOW

CONTAINMENT.

17.NEW EXHAUST FANS:

a. INTERLOCK WITH ASSOCIATED AIR HANDLING UNIT.

18.BUILDING 404 EXISTING HOISTWAY VENT:

a. REMOVE AND DISPOSE OF HOISTWAY VENT DAMPER AND CONTROLS.

18.BUILDING 404 ELEVATOR PENTHOUSE FAN RELOCATION / REPLACEMENT:

a. REMOVE, SALVAGE, AND REINSTALL ALL SENSORS AND INSTRUMENTATION.

b. AIRFLOW MEASURING STATIONS THAT ARE INDICATED TO BE REMOVED OR ARE REMOVED AS A CONSEQUENT OF

OTHER WORK GENERALLY ARE NOT TO BE REINSTALLED. WHEN FOUND, REVIEW WITH VA COR FOR FINAL DIRECTION.

c. RETURN FAN 3 IS TO BE REPLACED. REMOVE ALL CONTROLS ASSOCIATED WITH THE INLET VANE CONTROL. NEW FAN

SHALL INCLUDE VFD. VFD SHALL BE CONTROLLED BASED ON DUCT STATIC PRESSURE SAME AS EXISTING FOR INLET

VANE.

d. COORDINATE WITH FIRE ALARM WORK FOR RELOCATION OF DUCT SMOKE DETECTORS.

19.BUILDING 406 PHARMACY STORAGE AREA:

a. AS REQUIRED, REMOVE AND SALVAGE TEMP TRAK TEMPERATURE MONITORING FOR PHARMACY REFRIGERATORS.

WORK WITH VA COR TO DETERMINE NEW FREEZER LOCATION AND REINSTALL TEMPERATURE MONITORING THROUGH

TO EEC. VERIFY ALARMS.

b. REMOVE AND SALVAGE DIFFERENTIAL PRESSURE SENSOR AND MONITORING INSTRUMENTATION AND CONTROLS FOR

PHARMACY STORAGE ROOM. VERIFY EXISTING CONTROLS WHICH ARE BELIEVED TO CONTROL TERMINAL UNIT AND

MODULATING EXHAUST AIR TO MAINTAIN PRESSURE DIFFERENTIAL BETWEEN PHARMACY STORAGE AND ADJACENT

CORRIDOR. REINSTALL DIFFERENTIAL PRESSURE SENSOR WHERE INDICATED AND VERIFY OPERATION. THE

PROJECT WILL PROVIDE AN AIR TERMINAL UNIT ON SUPPLY AIR AND AN AIR FLOW CONTROL VALVE ON EXHAUST AIR.

NEW CONTROLS SHALL PROVIDE AN AIRFLOW OFFSET CONTROL. EXISTING DIFFERENTIAL PRESSURE

INSTRUMENTATION SHALL BE REINSTALLED FOR MONITORING AND ALARMING, LOCALLY AND AT ECC.

20. LABEL BOTTOM OF ALL AIR TERMINAL UNITS, AIR VALVES AND OTHER ABOVE CEILING DEVICES SUCH THAT THE FULL AIR

TERMINAL UNIT TAG NUMBER AND THE FC BUS ADDRESS TO BE VISIBLE AND LEGIBLE FROM 60” ABOVE THE FLOOR. ALL

UNITS SHALL INCLUDE LEGIBLE TAG NUMBERS AND FC BUS ADDRESSES.

21. NETWORK RISER DIAGRAMS SUBMITTED SHALL BE COMPREHENSIVE FOR THE BUILDING AND SHOW ALL CONTROL

COMPONENTS.

CONTROL NOTES

e e i g h t h i n c e f o e q u a r t e r i n c e f o r e e e i g h t h s i n c e f o e h a l f i n c e f o r e e q u a r t e r s i n c e f o e i n c e f o e a n d o n e h a l f i n c e f o r e e i n c h e e f o

V-2

ROOM THERMOSTAT/SENSOR

WALL MOUNTED

48" [1200mm] AFF.

VARIABLE VOLUME AIR TERMINAL UNIT CONTROL DIAGRAM

NO SUPPLEMENTAL HEATING

WITH SUPPLEMENTAL HEATING

ROOM TEMPERATURE (°F)

HEATING

MINIMUM

VAV BOX CONTROL SEQUENCE

SP

TU

RHC

V-1

REHEAT

TERMINAL

UNIT

AIR FLOW

TE

ATU

CONTROLLER

PC

NO DEADBAND

W/DEADBAND

SUPPLEMENTAL

HEAT

FE

100%

100%

100% 100%

H

V

A. UPON FALL IN SPACE TEMPERATURE THE

VAV DAMPER WILL MODULATE TO MINIMUM

POSITION.

B. UPON FURTHER DROP IN SPACE

TEMPERATURE VALVE V-1 WILL MODULATE

TO MAINTAIN SET POINT + .5° F. THE

ADJUSTABLE TOLERANCE OF + .5° F HAS

BEEN SELECTED TO PREVENT VALVE

HUNTING

C. THE REVERSE SHALL OCCUR ON THE RISE

IN SPACE TEMPERATURE.

A. SET POINTS SHALL BE SET AS FOLLOWS:

COOLING 75°F (ADJ)

HEATING 70°F(ADJ)

DEADBAND OF 5° F BETWEEN HEATING AND

COOLING SET POINTS WILL BE MAINTAINED.

B. UPON FALL IN SPACE TEMPERATURE THE

C. UPON FURTHER DROP IN SPACE

D. THE REVERSE SHALL OCCUR ON THE RISE

A. UPON FALL IN SPACE TEMPERATURE THE

B. UPON FURTHER DROP IN SPACE

C. VALVE V-2 SHALL BE ENABLED WHEN

OUTSIDE AIR FALLS BELOW 40° F (ADJ)

AND VALVE V-1 HAS BEEN MODULATED

OPEN ABOVE 30% (ADJ). VALVE V-2

SHALL MAINTAIN SET POINT + .5° F. THE

ADJUSTABLE TOLERANCE OF + .5°F HAS

HUNTING. THE REVERSE SHALL OCCUR ON

A RISE IN SPACE TEMPERATURE.

A. SET POINTS SHALL BE SET AS FOLLOWS:

COOLING 75°F (ADJ)

HEATING 70°F(ADJ)

DEADBAND OF 5° F BETWEEN HEATING AND

COOLING SET POINTS WILL BE MAINTAINED.

B. UPON FALL IN SPACE TEMPERATURE THE

C. UPON FURTHER DROP IN SPACE

TEMPERATURE VALVE V-1 WILL MODULATE TO MAINTAIN SET

POINT + .5° F. THE ADJUSTABLE TOLERANCE OF + .5° F HAS BEEN

SELECTED TO PREVENT VALVE HUNTING

D. VALVE V-2 SHALL BE ENABLED WHEN

OPEN ABOVE 30% (ADJ). VALVE V-2

SHALL MAINTAIN SET POINT + .5° F. THE

ADJUSTABLE TOLERANCE OF + .5°F HAS

HUNTING.

E. THE REVERSE SHALL OCCUR ON THE RISE

V-2

CONSTANT VOLUME AIR TERMINAL UNIT CONTROL DIAGRAM

WITH SUPPLEMENTAL HEATING

CV

CFM

CV BOX CONTROL SEQUENCE

SUPPLEMENTAL

HEAT

SP SP

A. UPON FALL IN SPACE TEMPERATURE

BELOW SET POINT VALVE V-1 WILL

MODULATE TO MAINTAIN SET POINT +

.5°, THE ADJUSTABLE TOLERANCE OF +

.5° HAS BEEN SELECTED TO PREVENT

VALVE HUNTING

B. THE REVERSE SHALL OCCUR ON RISE

A. SET POINTS SHALL SET AS FOLLOWS:

COOLING 75° F (ADJ)

HEATING 70° F (ADJ)

DEADBAND OF 5° F BETWEEN HEATING

AND COOLING SET POINT WILL BE

MAINTAINED

B. UPON FALL IN SPACE TEMPERATURE

.5°,THE ADJUSTABLE TOLERANCE OF +

.5° HAS BEEN SELECTED TO PREVENT

C. THE REVERSE SHALL OCCUR ON RISE

A. UPON FALL IN SPACE

TEMPERATURE BELOW SET POINT VALVE V-1

WILL MODULATE TO MAINTAIN SET POINT +

.5°, THE ADJUSTABLE TOLERANCE OF + .5°

HAS BEEN SELECTED TO PREVENT VALVE

B. VALVE V-2 SHALL BE ENABLED WHEN

OUTSIDE AIR FALLS BELOW 40° F (ADJ) AND

VALVE V-1 HAS BEEN MODULATED OPEN

ABOVE 30% (ADJ) V-2 SHALL THEN BE

MODULATED TO MAINTAIN

SET POINT + .5° F. THE ADJUSTABLE

TOLERANCE OF .5° F HAS BEEN SELECTED TO

PREVENT VALVE HUNTING.

C. THE REVERSE SHALL OCCUR ON RISE IN

SPACE TEMPERATURE.

A. SET POINTS SHALL SET AS FOLLOWS:

COOLING 75° F (ADJ)

HEATING 70° F (ADJ)

DEADBAND OF 5° F BETWEEN HEATING

AND COOLING SET POINT WILL BE

MAINTAINED

B. UPON FALL IN SPACE TEMPERATURE

.5°, THE ADJUSTABLE TOLERANCE OF + .5°

HAS BEEN SELECTED TO PREVENT

C. VALVE V-2 SHALL BE ENABLED WHEN

OPEN ABOVE 30% (ADJ) V-2 SHALL

THEN BE MODULATED TO MAINTAIN SET

POINT + .5° F. THE ADJUSTABLE

TOLERANCE OF .5° F HAS BEEN

SELECTED TO PREVENT VALVE HUNTING.

D. THE REVERSE SHALL OCCUR ON RISE

ALARM

JOB: ELEVATORS

SYSTEM:

BUILDING:

SYSTEM OUTPUTS

ANALOG

REMARKS

SYSTEM SOFTWARE/CONTROL

PROGRAMS

AIR TERMINAL UNIT POINT LIST

K

Y

G

-V

J

DISCHARGE TEMPERATURE

ZONE AIRFLOW (CFM)

ZONE DAMPER POSITION

ZONE TEMPERATURE

SYSTEM, APPARATUS OR

AREA POINT DESCRIPTION

HEAT VALVE POSITION

SUPPLEMENTAL HEAT VALVE POSITION

AIR TERMINAL UNIT - WITH REHEAT

AIR TERMINAL UNIT - AIR ONLY

AIR TERMINAL UNIT - WITH REHEAT & SUPPLEMENTAL HEAT

CONVECTORS

X X

XX

SEQUENCE OF OPERATION

VARIABLE FLOW AIR TERMINAL UNITS

OCCUPANCY SENSOR LIGHT OS AUXILIARY CONTACT

DIGITAL

ZONE TEMPERATURE SETPOINT

OCCUPIED HEAT

OCCUPIED COOL

UNOCCUPIED HEAT

UNOCCUPIED COOL

OCCUPANCY SENSOR

EXHAUST/RETURN AIR DAMPER POSITION

SYSTEM INPUTS

ANALOG DIGITAL

X X X

GENERAL:

UNITS ARE VARIABLE AIR VOLUME WITH REHEAT (VAVR) AND INCLUDE

OCCUPANCY CONTROL:

GENERAL:

UNITS ARE VARIABLE AIR VOLUME WITH REHEAT (VAVR).

SOME UNITS OPERATE AT CONSTANT VOLUME (SEE CONTROL DIAGRAMS).

SOME UNITS INCLUDE SUPPLEMENTAL HEAT USING CONVECTORS (SEE

CONTROL DIAGRAMS).

SOME UNITS INCLUDE OCCUPANCY CONTROL.

OCCUPANCY CONTROL:

DDC SYSTEM SHALL USE THE LIGHTING OCCUPANCY SENSOR AUXILIARY

CONTACT TO DETERMINE OCCUPANCY STATE.

CONTROL STRATEGY SHALL INCLUDE A TIME DELAY (INITIAL SETTING 20

MINUTES (ADJUSTABLE)) BETWEEN DETERMINING A SPACE IS UNOCCUPIED

AND PLACING THE SPACE IN AN UNOCCUPIED STATE AND.

TEMPERATURE CONTROL:

SYSTEM SHALL UTILIZE CONTROL LOGIC TO PREVENT THE AIR TERMINAL UNIT

FROM SWITCHING BACK AND FORTH BETWEEN HEATING AND COOLING MODES

(SEQUENCE DEPICTS A 5F DEADBAND DURING OCCUPIED MODE).

WHEN THE OCCUPANCY MODE IS OCCUPIED:

COOLING CONTROL: WHEN THE ZONE TEMPERATURE IS ABOVE THE ZONE

TEMPERATURE SETPOINT (ADJ, INITIALLY 75 DEG. F.), THE ZONE DAMPER

SHALL MODULATE BETWEEN THE MIN DAMPER SETPOINT (ADJ, INITIALLY

BASED ON TAB AND DESIGN AIRFLOW VALUES) AND THE MAX DAMPER

SETPOINT (ADJ, INITIALLY BASED ON TAB AND DESIGN AIRFLOW VALUES)

TO MAINTAIN THE ZONE TEMPERATURE. REHEAT VALVE SHALL BE FULLY

CLOSED. PROVIDE ALARM SHOULD AIR TERMINAL UNIT DISCHARGE AIR

TEMPERATURE EXCEED ALARM SETPOINT (INITIAL SETTING 60 F)

HEATING CONTROL: WHEN THE ZONE TEMPERATURE IS LESS THAN THE

ZONE HEATING TEMP SETPOINT (ADJ, INITIALLY 70 DEG. F.), ZONE DAMPER

SHOULD BE AT MINIMUM DAMPER SET POINT AND THE CONTROLLER

SHALL MODULATE THE HEATING VALVE TO MAINTAIN THE ZONE

TEMPERATURE. SHOULD HEAT VALVE BE FULLY OPEN AND ZONE

TEMPERATURE BELOW SETPOINT SLOWLY INCREASE ZONE AIRFLOW TO

ACHIEVE ZONE TEMPERATURE SETPOINT. PROVIDE ALARM SHOULD AIR

TERMINAL UNIT DISCHARGE AIR TEMPERATURE DROP BELOW ALARM

SETPOINT (INITIAL SETTING 70 F)

WHEN THE OCCUPANCY MODE IS UNOCCUPIED:

STANDY: WHEN ZONE TEMPERATURE IS BETWEEN THE UNOCCUPIED

HEATING SETPOINT (ADJ, INITIALLY 50 DEG. F.) AND THE UNOCCUPIED

COOLING SETPOINT (ADJ, INITIALLY 85 DEG. F), THE ZONE DAMPER SHALL

FULLY CLOSE, THE RETURN OR EXHAUST AIR DAMPER SHALL FULLY

CLOSE, AND THE REHEAT VALVE SHALL FULLY CLOSE.

COOLING CONTROL: WHEN THE ZONE TEMPERATURE IS ABOVE THE

UNOCCUPIED COOLING SETPOINT, THE ZONE AIR DAMPER SHALL OPEN

TO THE MAX DAMPER SETPOINT LONG ENOUGH TO BRING THE ZONE

TEMPERATURE TO 5 DEG. F. LOWER THAN THE UNOCCUPIED COOLING

SETPOINT. REHEAT VALVE SHALL BE FULLY CLOSED.

HEATING CONTROL: WHEN THE ZONE TEMPERATURE IS BELOW THE

UNOCCUPIED HEATING SETPOINT, THE REHEAT VALVE SHALL FULLY OPEN

AND THE ZONE DAMPER SHALL OPEN TO THE MIN DAMPER SETPOINT

LONG ENOUGH TO INCREASE THE ZONE TEMPERATURE 5 DEG. F. HIGHER

THAN THE UNOCCUPIED HEATING SETPOINT.

ZONE TEMPERATURE SHALL BE VISIBLE AT THE THERMOSTAT. ZONE TEMP

SETPOINT SHALL BE ADJUSTABLE FROM THE THERMOSTAT (+/- 3 DEG. F.).

SPACES WITH OCCUPANCY SENSORS

SPACES WITH OCCUPANCY SENSORS

e e i g h t h i n c e f o e q u a r t e r i n c e f o r e e e i g h t h s i n c e f o e h a l f i n c e f o r e e q u a r t e r s i n c e f o e i n c e f o e a n d o n e h a l f i n c e f o r e e i n c h e e f o

HOT WATER CABINET UNIT CONTROLS

FAN

CABINET UNIT

HEATER

FILTER

HEATING COIL

T-1

ROOM THERMOSTAT WALL MTD OR RETURN AIR MTD

HS

HOT WATER CABINET UNIT HEATER SEQUENCE

1. CABINET HEATER SHALL OPERATE ON A SCHEDULE AS SET BY THE ECC. FAN STATUS SHALL BE MONITORED AND AN

ALARM MESSAGE GENERATED IN THE EVENT THE UNIT FAILS TO RUN. THE ROOM TEMP SETPOINT WILL BE 74° (ADJ). THE

HOT WATER VALVE WILL BE ENABLED AS REQUIRED TO MAINTAIN SPACE TEMP SETPOINT. HI/LO/OFF SWITCH WILL ALLOW

LOCAL FAN SPEED ADJUSTMENT.

HI

LO

OFF

FAN MOTOR

120V

EMCS

ENABLE

STT

ALARM

SYSTEM

JOB: ELEVATOR

402,404,406

SYSTEM:

BUILDING:

SYSTEM OUTPUTS

REMARKS

SYSTEM SOFTWARE/CONTROL

PROGRAMS

INPUTS

-V

J

SYSTEM, APPARATUS OR

ELEVATORS-MISCELLANEOUS POINTS

AIR VALVE CONTROL DIAGRAM

ZC

HS

SST

ECC

IT

EXHAUST FAN PRESSURE CONTROL (ECM MOTOR)

PSL

SPS

PSH

2/3 WAY DOWN DUCT

0-10 VOLT

ELEVATOR CONTROL ROOM:

TEMPERATURE

HUMIDITY

WATER DETECTION

PHARMACY STORAGE:

TEMPERATURE

HUMIDITY

DIFFERENTIAL PRESSURE

AIRFLOW IN

AIRFLOW OUT

FREEZER TEMP TRACK

DAMPER POSITION

AIRFLOW (CFM)

EXHAUST AND RETURN DUCT AIRFLOW CONTROL VALVES ROOMS WITH + VE AND -VE PRESSURE

RELATIONSHIPS USING AIRFLOW

CONTROL

EXHAUST DUCT AIRFLOW CONTROL

DUCT DIFFERENTIAL PRESSURE SENSOR

EXHAUST FAN ECM

ROOMS WHERE EXHAUST AIR SHUTS

OFF WHEN OCCUPIED

402-EF-5A, 404-EF-4-1, 406-EF-2

CONVECTOR-STAND ALONE

CONVECTOR HEAT VALVE POSITION

CABINET UNIT HEATER

CABINET UNIT HEATER HEAT VALVE POSITION

CABINET UNIT HEATER FAN MOTOR

AREA POINT DESCRIPTION

EXHAUST FAN STATUS

ECC AND LOCAL ALARM

REINSTALL EXISTING

DIFFERENTIAL AIRFLOW CALC

DIFFERENTIAL AIRFLOW CALC

REINSTALL EXISTING

CURRENT SENSOR

SEQUENCE OF OPERATION

MISCELLANEOUS CONTROL SEQUENCES

OCCUPANCY SENSOR AIRFLOW CONTROL:

RETURN / EXHAUST AIR DAMPER

1. DDC SYSTEM TO OPEN AND CLOSE DAMPER DEPENDING ON OCCUPANCY

AND ACCOUNTING FOR UNOCCUPIED TIME DELAY.

2. TWO POSITION DAMPER WITH END SWITCHES FOR FULL OPEN AND FULL

CLOSED.

3. ALARM AT ECC IF DAMPER DOES NOT PROPERLY POSITION.

AIR TERMINAL UNIT (VAV SUPPLY)

1. DDC TO MODULATE DAMPER CLOSED WHEN SPACE DETERMINED TO BE

UNOCCUPIED AND ACCOUNTING FOR TIME DELAY.

2. DDC TO VERIFY DAMPER CLOSED USING ACTUATOR FEEDBACK.

3. ALARM AT ECC IF DAMPER DOES NOT PROPERLY POSITION.

PRESSURE SENSOR FOR EXHAUST FAN CONTROL (402-EF-5A, 404-EF-4-1,

406-EF-4-2)

1. VERIFY EXHAUST FANS ARE INTERLOCKED WITH ASSOCIATED AIR

HANDLING SYSTEM, IF NOT ALREADY INTERLOCKED, PROVIDE INTERLOCK.

2. PROVIDE DIFFERENTIAL PRESSURE SENSOR TO DETERMINE DUCT STATIC

PRESSURE COMPARED TO BUILDING. DDC SYSTEM TO MODULATE

EXHAUST FAN SPEED TO MAINTAIN DUCT STATIC PRESSURE AS EXHAUST

DAMPERS CLOSE.

3. WORK WITH TEST AND BALANCE TO DETERMINE LOWEST PRESSURE

SETTING (ADJUSTABLE) THAT PROVIDES DESIGN AIRFLOWS AS DAMPERS

OPEN AND CLOSE.

4. ALARM AT ECC SHOULD FAN NOT BE ABLE TO PROVIDE STATIC PRESSURE

SETPOINT.

ELEVATOR CONTROL ROOMS:

SINGLE DUCT AIR VALVE CONTROLS TO KEEP SPACE TEMPERATURE BELOW 80

DEG. F.

WHEN SPACE TEMPERATURE RISES TO 75 DEG. F. (ADJUSTABLE) BEGIN

OPENING AIR TERMINAL UNIT DAMPER, SHOULD SPACE TEMPERATURE

CONTINUE TO RISE OR HOLD STEADY, CONTINUE TO OPEN SUPPLY AIR VALVE

UNTIL ACHIEVE MAXIMUM DESIGN AIRFLOW (OBTAIN FROM PLAN SHEETS OR

ROOM AIR BALANCE SCHEDULE (ADJUSTABLE)). BEGIN CLOSING AIR TERMINAL

UNIT DAMPER WHEN SPACE TEMPERATURE DROPS TO 70 DEG. F.

(ADJUSTABLE).

EXHAUST AIR VALVE TRACKS SUPPLY AIR VALVE, PROVIDING 0 CFM OFFSET

WHEN SPACE TEMPERATURE DROPS TO 55 DEG. F. (ADJUSTABLE) BEGIN

OPENING CONVECTOR HEAT VALVE, SHOULD SPACE TEMPERATURE CONTINUE

TO DROP OR HOLD STEADY CONTINUE TO OPEN CONVECTOR HEAT VALVE.

BEGIN CLOSING CONVECTOR HEAT VALVE WHEN SPACE TEMPERATURE RISES

TO 60 DEG. F. FULLY CLOSE CONVECTOR HEAT VALVE WHEN SPACE

TEMPERATURE RISES TO 65 DEG. F. (ADJUSTABLE)

DDC TO VERIFY VALVE AND DAMPER POSITIONS USING ACTUATOR FEEDBACK.

ALARM CONDITIONS (LOCAL AND AT ECC):

1. HIGH / LOW TEMPERATURE; INITIAL SETPOINT 95 / 50 DEG. F.

2. HIGH / LOW HUMIDITY; SETPOINT TO BE PROVIDED BY VA COR.

3. HIGH / LOW DIFFERENTIAL AIRFLOW; INITIAL SETPOINT +30 / -30 CFM

(ADJUSTABLE)

SPOT WATER DETECTION:

1. PROVIDE SENSOR IN SECONDARY CONTAINMENT FOR PIPING IN

ELEVATOR CONTROL ROOMS.

2. ALARM LOCALLY AND AT ECC UPON DETECTION OF WATER.

PHARMACY STORAGE ROOM (BUILDING 406, ROOM 105):

THIS IS A CONSTANT VOLUME, POSITIVE PRESSURE SPACE.

SUPPLY AIR FLOW IS BASIS FOR DETERMINING OFFSET. EXHAUST AIR VALVE

TRACKS SUPPLY AIR VALVE PROVIDING 15% MORE AIR SUPPLY TO THE SPACE

THAN IS EXHAUSTED OR RETURNED. INITIAL SETTING 520 CFM SUPPLY

(ADJUSTABLE), 380 CFM RETURN (ADJUSTABLE), AIR ALSO TRANSFERS TO THE

ADJACENT JANITOR SPACE TO BE EXHAUSTED; 50 CFM (SET BY BALANCER).

EXISTING DIFFERENTIAL PRESSURE SENSOR SHALL BE REUSED TO SENSE THE

PRESSURE DIFFERENTIAL BETWEEN PHARMACY STORAGE AND THE ADJACENT

CORRIDOR.

MODULATE AIR TERMINAL UNIT HEAT CONTROL VALVE TO PROVIDE SPACE

TEMPERATURE, INITIAL SETTING 75 DEG. F. (ADJUSTABLE). PROVIDE FULL

OPEN VALVE WHEN SPACE TEMPERATURE IS 70 DEG. F., FULL CLOSED AT 78

DEG. F.

DDC TO VERIFY VALVE AND DAMPER POSITIONS USING ACTUATOR FEEDBACK.

ALARM CONDITIONS (LOCAL AND AT ECC):

1. HIGH / LOW TEMPERATURE; OBTAIN INITIAL SETPOINTS FROM VA

2. HIGH / LOW HUMIDITY; OBTAIN INITIAL SETPOINTS FROM VA (ADJUSTABLE).

3. HIGH / LOW SPACE DIFFERENTIAL PRESSURE; OBTAIN INITIAL SETPOINTS

FROM VA (ADJUSTABLE).

4. HIGH / LOW DIFFERENTIAL AIRFLOW; INITIAL SETPOINT 170 / 110 CFM

(ADJUSTABLE)

5. HIGH / LOW SPACE DIFFERENTIAL PRESSURE; SETPOINT TO BE

DETERMINED THROUGH WORK WITH CONTROLS CONTRACTOR BASED ON

DIFFERENTIAL PRESSURE ACHIEVED AT VARIOUS DIFFERENTIAL AIR

FLOWS (ADJUSTABLE)

CONVECTOR HEAT:

1. MODULATE CONVECTOR HEAT VALVE IN RESPONSE TO SPACE

TEMPERATURE AND SETPOINT (ADJUSTABLE).

2. INITIAL SETTING 75 DEG. F. (ADJUSTABLE). PROVIDE FULL OPEN VALVE

WHEN SPACE TEMPERATURE IS 70 DEG. F., FULL CLOSED AT 78 DEG. F.

3. DDC TO VERIFY VALVE POSITION USING ACTUATOR FEEDBACK.

4. ALARM AT ECC SHOULD TEMPERATURE SETPOINT NOT BE ACHIEVED.

CONVECTOR AS SUPPLEMENTAL HEAT:

1. SEE PLANS FOR SPACES WITH CONVECTORS AS SUPPLEMENTAL HEAT.

2. SHOULD AIR TERMINAL UNIT HEAT COIL NOT BE ABLE TO MAINTAIN SPACE

TEMPERATURE OPEN CONVECTOR HEAT VALVE TO PROVIDE ADDITIONAL

HEAT.

3. DDC TO VERIFY VALVE POSITION USING ACTUATOR FEEDBACK.

4. ALARM AT ECC SHOULD TEMPERATURE SETPOINT NOT BE ACHIEVED.

CABINET UNIT HEATER HEAT:

1. MODULATE CABINET UNIT HEATER HEAT VALVE IN RESPONSE TO SPACE

TEMPERATURE AND SETPOINT (ADJUSTABLE).

2. ENERGIZE FAN AFTER OPENING HEAT VALVE.

3. MONITOR FAN OPERATION WITH CURRENT SENSOR.

4. INITIAL SETTING 75 DEG. F. (ADJUSTABLE). PROVIDE FULL OPEN VALVE

WHEN SPACE TEMPERATURE IS 70 DEG. F., FULL CLOSED AT 78 DEG. F.

5. DDC TO VERIFY VALVE POSITION USING ACTUATOR FEEDBACK.

6. ALARM AT ECC SHOULD TEMPERATURE SETPOINT NOT BE ACHIEVED.

7. ALARM AT ECC SHOULD CABINET UNIT HEATER FAN NOT OPERATE.

11/30/2016

100% SUBMITTAL - NOT FOR CONSTRUCTION

e i g c f q u a r l f d f

AE PROJECT # 13774 of

PD PYC 023

402-GI101

BLDG 402 - INFECTION CONTROL

PLANS - PHASE 1

f f

PD PYC 024

402-GI102

PLANS - PHASE 2

f f

PD PYC 025

402-GI103

PLANS - PHASE 3

PD PYC 026

402-AD101

BLDG 402 - DEMOLITION PLANS

f f f f

PD PYC 027

402-AD102

BLDG 402 - DEMOLITION PLANS

f f

PD PYC 029

402-AS102

BLDG 402 - FLOOR PLANS, SCHEDULES

AND INTERIOR ELEVATIONS

f f

PD PYC 030

402-AS103

BLDG 402 - REFLECTED CEILING PLANS

f f

PD PYC 031

402-AS201

BLDG 402 - SIGNAGE PLANS

f f

PD PYC 032

402-AS301

BLDG 402 - BUILDING SECTIONS

f f

LOCATION MAP VICINITY MAP

PD PYC 001

GI101

COVER SHEET

OWNER AND CONSULTANTS:

ARCHITECT:

NAME: ANDERSON ENGINEERING OF MN, LLC

ADDRESS: 13605 1ST AVE NORTH, SUITE 100

PLYMOUTH, MN 55441

CONTACT: PAUL DAHLBERG

PHONE: 763-412-4000 ext 4034

VA COR: VA COR

ADDRESS: 500 EAST VETERANS ST. B23

FACILITY SERVICE PROJECT SECTION

CONTACT: CHRIS KRAFT

PHONE: 608-315-0377

CONTACT VA MEDICAL

CENTER

PROJECT NAME:

SITE ADDRESS:

676-14-110 (superseded project number) 676-21-110 (updated project number)

500 E VETERANS ST.

VA MEDICAL CENTER

TOMAH, WISCONSIN 54660

VA PROJECT NUMBER:

STRUCTURAL ENGINEER:

NAME: LHB, CORP

ADDRESS: 701 WASHINGTON AVE NORTH, SUITE 200

MINNEAPOLIS, MN 55401

CONTACT: GREGG CURTIS, PE

PHONE: 612-766-2805

MECH/ELEC/PLUB/FIRE ENGINEER:

NAME: MEP ASSOCIATES, LLC

ADDRESS: 2720 ARBOR COURT

EAU CLAIRE, WI 54701

CONTACT: PAUL CULVER, DES

PHONE: 608-848-9556

ELEVATOR CONSULTANT:

NAME: ELEVATOR ADVISORY GROUP, INC

ADDRESS: 14530 PENNOCK AVE NORTH, SUITE 104

APPLE VALLEY, MN 55124

CONTACT: KATHLEEN A. MARKWELL, CSI,CDT

PHONE: 952-432-4443

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PD PYC 033

402-AS302

BLDG 402 - BUILDING SECTIONS

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GI102

DRAWING INDEX

2 3 4 5 6 7

2.4 6.6

F.1

402-SF102

TFE 942' - 5"

ETFE 942' - 2" ETFE 943' - 3"

ETFE 943' - 3" ETFE 945' - 6"

16" CONCRETE ELEVATOR MAT

SLAB W/ #6 AT 10" OC T&B

PROVIDE BOND BREAKER

BETWEEN NEW WALL AND

FOUNDATION AND ALL EXISTING

STRUCTURE, TYP

ETFE 944' - 3"

ETFE 944' - 3"

ETFE 943' - 0"

ETFE 941' - 9" ETFE 945' - 2"

ETFE 944' - 1" ETFE 945' - 10"

TFE 947' - 0"

ETFE 944' - 5" ETFE 944' - 10"

ETFE 946' - 5" ETFE 946' - 5"

TYP

1' - 0"

ETFE 945' - 6"

12' - 11" 12' - 3 1/2" 8' - 8" 12' - 3 1/2" 12' - 11"

/2

4' - 11" 8' - 0" 8' - 0" 4' - 11"

9' - 8"

1' - 1 1/2"

1' - 6"

1' - 1 1/2"

9' - 8"

2 3 4 5 6

12' - 11" 12' - 3 1/2" 8' - 8" 12' - 3 1/2"

12' - 11"

F.13

NEW 3.5" LWC ON 3" VLI 18 GA COMPOSITE

STEEL DECK (6.5" TOTAL DEPTH) REINF. W/

6x6 - W2.9xW2.9

Sim

FV

FV

NEW 8" CONC SLAB REINF. W/

#7 AT 8" OC EA WAY, TYP

HOIST BM, COORD W/ ELEVATOR

SUPPLIER FOR LOCATION, TYP

LHB PROJ. NO: COPYRIGHT 2016 BY LHB, INC. ALL RIGHTS RESERVED.

CONSULTANTS: ARCHITECT/ENGINEERS: Drawing Title ig th c e f o rt in e f o re n c e f o lf i n c e f o rs c e f o e i n c e f o i n c e f o n c h e e f o

126AE PROJECT # 13774No. Revisions Date

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402-SF101

SWH150150

BUILDING 402 - FRAMING

PLANS

1/8" = 1'-0"

CRAWL SPACE FOUNDATION FOUNATION PLAN

FIRST LEVEL FRAMING PLAN

SECOND LEVEL FRAMING PLAN

THIRD LEVEL FRAMING PLAN

ATTIC FLOOR FRAMING PLAN

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GI103

GENERAL NOTES, SYMBOLS

AND ABBREVIATIONS

EXISTING 10.5 x 22 CONCRETE BM

L4x4x3/8 CONT. W/ 1/2" DIA.

EXP ANCHORS @ 12" O.C.

TYP. ALL (4) SIDES

NEW SLAB ON METAL DECK

SEE PLAN

NEW 8" CMU WALL

8x16" BOND BEAM

W/ (2) #5 CONT.

GRID

TOP OF SLAB EL

FIRST LEVEL

953' - 0"

SECOND LEVEL

964' - 6"

THIRD LEVEL

976' - 5"

CRAWL SPACE

942' - 7"

3 4 5 6

ATTIC ROOF

1004' - 2 1/2"

ATTIC FLOOR

988' - 4"

LR

2"

FORMS MUST BE REMOVED AND

2" CLEARANCE MAINTAINED.

FIRST LEVEL

953' - 0"

SECOND LEVEL

964' - 6"

THIRD LEVEL

976' - 5"

CRAWL SPACE

942' - 7"

ATTIC ROOF

1004' - 2 1/2"

988' - 4"

CENTERLINE OF SUPPORT

MEMBER @ DECK LAP SPLICE

CENTERLINE OF

INTERMEDIATE

SUPPORT MEMBERS

DECK SUPPORT @

EXT BRG WALL

TYPICAL DECK WELD

6"oc @ EXT

SUPPORTS

TYPICAL WELD ⅝"Ø

(EFFECTIVE) FUSION

DIAMETER

DECK WELDS @ 12" MAX

SPACING @ INTERMEDIATE

SUPPORTS - TYPICAL

AT DECK SIDE LAPS MAX SPACE BETWEEN

ATTACHMENTS IS 36" - PROVIDE BUTTON

PUNCH OR TEK SCREW CONNECTION

WELD REQUIRED @

EACH DECK SEAM

GRID

SOLID BLOCK AND GROUT AROUND

EXISTING CONCRETE FLOOR SYSTEM.

MIN 8" BOND BM W/ (2) #5 CONT

BELOW EA FLOOR, TYP

GROUT FIRST COURSE SOLID ALL

AROUND

8" CMU WALL REINF W/ #5 AT 2'-0" OC, TYP

FULL LAP DOWEL AT TRANSITION

IA

SEE SECTION 402-SF6/102

FOR MORE INFORMATION

NON SHRINK GROUT AS REQ'D

FOR SMOOTH BEARING (1/2" MIN)

GROUT BM POCKET SOLID AFTER

BM PLACEMENT

DRILL AND EPOXY (2)

3/4" DIA THREADED

ROD (8" EMBED)

W8 HOIST BM, SEE PLAN

PROVIDE MIN OF 13'-1" CLR TO FLR

BELOW, COORD W/ ELEVATOR SUPPLIER

8" CONC SLAB, SEE PLAN FOR

REINF

CRUSHED STONE

BACKFILL

#6 @ 10" EACH

WAY TOP & BOTTOM

CONT WATER

STOP, TYP

STANDARD 90° HOOK,

#5 AT 12" OC BELOW FIRST

LEVEL

#5 @ 12" oc

24"

24"

TOP OF SLAB EL

TOP OF FOOTING EL

SLOP TO DRAIN

GROUT CMU SOLID

BELOW FIRST LEVEL

8" BOND BM W/ (2) #5 x

CONT, TYP

IN

8" CMU WALL REINF W/ #5 AT 2'-0" OC, TYP

(2) #5 x CONT AROUND

BASE OF WALL

CONC SLAB, SEE PLAN

#5 DWLS (30" x 30") AT

8" OC EA SIDE, TYP

8" BOND BM REINF W/

(2) #5 CONT

8" CMU, SEE PLAN FOR

REINF.

(2) #5 CONT, TYP

LHB PROJ. NO: COPYRIGHT 2016 BY LHB, INC. ALL RIGHTS RESERVED.

CONSULTANTS: ARCHITECT/ENGINEERS: Drawing Title c e f o e f o n c e f o i n c e f o c e f o e i n c e f o i n c e f o n c h e e f o

126AE PROJECT # 13774No. Revisions Date

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SWH150150

BUILDING 402 -

STRUCTURAL SECTIONS

3/4" = 1'-0"

SECTION AT INFILL SLAB

1/4" = 1'-0"

NEW ELEVATOR SECTION N/S

1/4" = 1'-0"

NEW ELEVATOR SECTION E/W

NO SCALE

DETAIL - METAL DECK WELDING

TYPICAL CMU WALL AT EX FLOOR

SECTION ELEVATOR HOIST BEAM

ELEVATOR PIT FOOTING SECTION

SECTION CONCRETE CAP

240A

402A f f

PD PYC 004

GI104

SITE PLANS

402A f f

PD PYC 005

GI105

ENLARGED SITE PLANS

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GI106

DOOR & FRAME TYPES, DETAILS

AND PARTITION TYPES

e e i g h t h i n c e f o e q u a r t e r i n c e f o r e e e i g h t h s i n c e f o e h a l f i n c e f o r e e q u a r t e r s i n c e f o e i n c e f o e a n d o n e h a l f i n c e f o r e e i n c h e e f o

2 1/4" = 1'-0"

NORTH

3 1/4" = 1'-0"

1 1/4" = 1'-0"

4 NO SCALE

LPS

6" PUMP

RET.MPS

10" HPS

6" MPS

VAC

LPS

VR

DR

10" HPS

HYDRAULIC

LINE

VR

DR

PR

PR

PUMPED CONDENSATE

LPS CUTOFF

MPS

1"

1 1/4"

1"1"

3/4"

ELEVATOR

MACHINE

ROOM

EXISTING

CABINET HEATER

1/2" MPR

3/4" MPS

CONVECTOR

(TYP.)

10ø

26x12 x x

18x18 UP x x

EF-3

10x8 UP x

402-TU-5-33

402-TU-5-32

CD-E

RG-E

ø

EG-E

5-33

10 26x16

CUH-E

13.4

7.3 5.3

10.0

5.1

7.9

1"3/4"

402-EF-ELEV

5-32

36x1020x10

8ø

17x10

10x6

38x12

20x10

16x12

TEMP REG.

IN DUCT

EF-5

16x12 UP

EF-5A

14x14 UP

10X8 DN

8X6 UP

SENSOR IN

DUCTWORK

10x10

12X6

12x10

402-TU-5-18

LD-E

5-19

402-TU-5-19

402-TU-5-20

402-TU-5-21

402-TU-5-22

402-TU-5-23

402-TU-5-24

402-TU-5-26

402-TU-5-25

SG-E

5-26

5-22

5-21

5-25

5-23

5-24

5-20

5-18

402-TU-3-12

38x14 40x14

5-22

3-12

3/4"1"

42x20 UP

26x14 UP

40x18 UP

44x14

7 109 12 13 148 119.57 109 12 13 148 119.5

109 128 119.5

1098 9.5

HWS/R MAINS AND PIPING RUNOUTS LOCATED IN FUTURE ELEVATOR AREA TO BE

REMOVED AND RELOCATED AS REQUIRED FOR NEW ELEVATOR AND EQUIPMENT

INSTALLATION. PROVIDE FIELD OFFSETS AS REQUIRED FOR NEW INSTALLATION.

BRANCH PIPING TO CONVECTORS ABOVE TO BE REUSED, UNLESS THE

CONVECTOR ABOVE IS BEING REPLACED.

ELEVATOR MACHINERY ROOM COOLING UNIT, ASSOCIATED PIPING AND

CONTROLS TO BE REMOVED AND DISPOSED OF COMPLETELY. MANAGE AND

DISPOSE OF REFRIGERANT IN ACCORDANCE WITH ALL REGULATIONS. REMOVE

WATER AND DRAIN PIPING BACK TO MAIN OR DRAIN. CAP WATER PIPE WHERE

PREVIOUSLY CONNECTED TO MAIN.

ELEVATOR HYDRAULIC SYSTEM TO BE REMOVED AND DISPOSED OF COMPLETELY

BY ELEVATOR CONTRACTOR. COORDINATE PHASING WITH OWNER.

REMOVE AND DISPOSE OF EXHAUST FAN, EXHAUST GRILLE AND ASSOCIATED

DUCTWORK BACK TO WALL LOUVER. CAP, SEAL AND INSULATE EXISTING WALL

LOUVER. COORDINATE FILL, PATCH AND FINISH OF INTERIOR WALL OPENING NO

LONGER REQUIRED AND MATCH ADJACENT.

REMOVE AND DISPOSE OF EXISTING CABINET UNIT HEATER AND ALL ASSOCIATED

PIPING. CAP PIPING AT MAIN IN CRAWL SPACE BELOW.

REMOVE AND DISPOSE OF EXISTING DUCTWORK, DAMPERS AND DIFFUSERS

LOCATED IN FUTURE ELEVATOR AREA. INCLUDING BUT NOT LIMITED TO

DUCTWORK AND EQUIPMENT INDICATED ON PLAN.

REMOVE AND RELOCATE EXISTING SPACE THERMOSTAT. SEE SHEET MH101 FOR

NEW LOCATION.

PROVIDE PRELIMINARY AIRFLOW TEST OF EXISTING TERMINAL UNIT PRIOR TO

CONSTRUCTION.

PROVIDE PRELIMINARY AIRFLOW TEST OF EXISTING EXHAUST FAN, ASSOCIATED

RISERS, FLOOR RUN-OUTS AND ALL ASSOCIATED EXHAUST GRILLES PRIOR TO

PROVIDE PRELIMINARY AIRFLOW TEST OF EXISTING SUPPLY/RETURN GRILLE

PRIOR TO CONSTRUCTION.

REMOVE AND REINSTALL EXISTING TERMINAL UNIT AFTER DEMOLITION.

RECONNECT HWS/R LINES BASED ON NEW LOCATION. SEE SHEET MH101 FOR

TERMINAL UNIT LAYOUT.

REMOVE AND DISPOSE OF EXISTING CONVECTOR AND ASSOCIATED PIPING BACK

TO MAIN. CAP HWS/R PIPING IN CRAWL SPACE. COORDINATE FLOOR HOLE INFILL,

PATCH AND REPAIR WITH GENERAL CONTRACTOR TO MATCH ADJACENT.

PROVIDE SUPPLY AND RETURN CFM TOTALS OF EACH FLOOR BRANCH TAKEOFF

FOR 402-AHU-5.

REMOVE AND DISPOSE OF AIR TERMINAL UNIT WITH HOT WATER HEAT COIL,

INCLUDING THERMOSTAT, CONTROL VALVE, AND ALL RELATED CONTROLS.

REMOVE AND DISPOSE OF FIRE DAMPER.

KEYED NOTES

GENERAL NOTES

1. SUBMIT PRELIMINARY TEST INFORMATION TO OWNER (COR) AND ENGINEER PRIOR TO

CONSTRUCTION FOR REVIEW OF EXISTING SYSTEMS. INCLUDE PRELIMINARY TEST

INFORMATION WITH FINAL TEST AND BALANCE REPORT.

2. PRIOR TO DEMOLITION MEASURE EXISTING GRILLE, REGISTER, AND/OR DIFFUSER

AIRFLOW.

3. PRIOR TO DEMOLITION MEASURE DUCT AIRFLOW AND STATIC PRESSURE.

4. PRIOR TO BEGINNING DEMOLITION, MEASURE VAV AND ALL CONNECTED GRILLE AND

DIFFUSER AIRFLOWS. WORK WITH CONTROLS CONTRACTOR TO MEASURE VAV BOX

MAXIMUM AND MINIMUM AIRFLOWS.

5. PRIOR TO DEMOLITION, DOCUMENT EXISTING FAN AND MOTOR NAMEPLATE

INFORMATION. MEASURE FAN PERFORMANCE INCLUDING; AIRFLOW, AIR

TEMPERATURE AT TIME OF TEST, MAXIMUM AND MINIMUM AIRFLOWS IF ON VFD, FAN

STATIC PRESSURE, FAN RPM, MOTOR VOLTS, MOTOR AMPS, MOTOR RPM, ETC.

6. CHASE AND SHAFT INFORMATION BASED ON EXISTING PLANS, CONTRACTOR TO

VERIFY ACTUAL INSTALLATION.

7. REMOVE ALL DUCTWORK THAT IS NOT INDICATED TO REMAIN OR ABANDONED.

8. REMOVE ALL PIPING THAT IS NOT INDICATED TO REMAIN OR ABANDONED.

9. REMOVE ALL PNEUMATIC CONTROLS.

10. MECHANICAL CONTRACTOR TO COORDINATE WITH GENERAL CONTRACTOR THE

PATCH AND REPAIR OF ALL WALLS AND FLOORS DAMAGED OR MODIFIED DURING

CONSTRUCTION. PATCH AND REPAIR TO MATCH EXISTING.

18x18 UP

26x18 UP

26x18

AIR BALANCE NOTES

SUPPLY AIR DN FROM 402-AHU-5

RETURN AIR DN FROM 402-RF-5

EXHAUST AIR UP TO 402-EF-5

SUPPLY AIR FROM 402-AHU-3.

EXHAUST AIR UP TO 402-EF-3

EXHAUST AIR UP TO 402-EF-5A

AutoCAD SHX Text

B402 KEY PLAN

BUILDING 402 - INSTALL NEW ELEVATOR 1ST FLOOR - DEMOLITION

BUILDING 402 - INSTALL NEW ELEVATOR CRAWL SPACE - DEMOLITION

BUILDING 402 - INSTALL NEW ELEVATOR 2ND FLOOR - DEMOLITION

ELEVATOR MACHINERY ROOM COOLING UNIT

402-MD101

JRM

JAM

DEMOLITION PLANS - HVAC

BLDG 402 - MECHANICAL

2C15

S14

2C14

S14

2C25

2241A

2C25

PD PYC

GI107

INFECTION CONTROL INFORMATION

f f e e i g h t h i n c e f o e q u a r t e r i n c e f o r e e e i g h t h s i n c e f o e h a l f i n c e f o r e e q u a r t e r s i n c e f o e i n c e f o e a n d o n e h a l f i n c e f o r e e i n c h e e f o

2 1/4" = 1'-0"

1 1/4" = 1'-0"

6 NO SCALE

5 1/4" = 1'-0"4 1/4" = 1'-0"

3 1/4" = 1'-0"

12x6

20x10

8x8

Ø

8Ø

30x12

6Ø

10x8

5Ø

12x12

EF-5A

16x16 UP

14x14 DN

12x8

10x8 UP

8x6 DN

8x6

8x6

14x10

18x16 UP

16x12 DN

SENSOR

12x10 18x12

10Ø

5-14

5-13

5-12

5-8

5-5

402-TU-5-8

402-TU-5-5

402-TU-5-12

402-TU-5-13

402-TU-5-14

402-TU-3-6

3-6

402-TU-5-10

402-TU-5-9

402-TU-5-11

5-11

5-9

5-10

402-TU-5-4

402-TU-5-6

402-TU-5-7

5-6

5-7

40x14

20x12

16x6

SG-E

CONVECTOR

(TYP.

1 1/2"

1 1/4" 1 1/2"

3.9

6.1 5.8

10.0

5.1

3.9

5.8

1.7

26x14 UP

44x14

MD102

18x12

28" BOD

92" BOD

21-1/2" BOD

115-1/2" BOD

30x14

30x10

30x12

MD102

x

16x10

2" BOD

18x16

DN

16x16

DN

402-EF-5-A

402-EF-3

402-EF-5

402-AHU-5

42x20 RETURN DUCT

UP FROM BELOW

7 1098 119.5

109 12 138 119.5

KEYED NOTES

REMOVE AND DISPOSE OF EXISTING VAV AND ASSOCIATED DUCTWORK AND

PIPING AS SHOWN ON PLAN. CAP DUCTWORK AT MAINS. PROVIDE PRELIMINARY

AIRFLOW TEST OF EXISTING VAV PRIOR TO DEMOLITION.

EXISTING DUCTWORK, FIRE DAMPERS AND DIFFUSERS LOCATED IN FUTURE

ELEVATOR AREA TO BE REMOVED. INCLUDING BUT NOT LIMITED TO DUCTWORK

AND EQUIPMENT INDICATED ON PLAN. SEE SHEET MH102 FOR NEW

REMOVE AND DISPOSE OF EXISTING CONVECTOR SHOWN DASHED AND CAP

PIPING AT HW MAIN LOCATED IN 2ND FLOOR CEILING. SEE SHEET MD101 FOR

CONTINUATION.

PROVIDE PRELIMINARY AIRFLOW TEST OF EXISTING VAV UNIT PRIOR TO

CONSTRUCTION. RELOCATE VAV UNIT AS REQUIRED FOR CONSTRUCTION.

PROVIDE PRELIMINARY AIRFLOW TEST OF EXISTING EXHAUST FAN, ASSOCIATED

RISERS, FLOOR RUN-OUTS AND ALL ASSOCIATED EXHAUST GRILLES PRIOR TO

PROVIDE PRELIMINARY AIRFLOW TEST OF EXISTING GRILLE.

REMOVE AND DISPOSE OF EXISTING 30x12 FIRE DAMPER AS SHOWN. PATCH AND

REPAIR WALL AS REQUIRED FOR INSTALLATION OF NEW FIRE DAMPER AND DUCT.

REMOVE AND DISPOSE OF EXISTING EXHAUST FAN AND DUCTWORK AS REQUIRED

FOR INSTALLATION OF NEW EXHAUST FAN.

PROVIDE A COMPLETE AIRFLOW TEST OF EXISTING 402-AHU-5 PRIOR TO

CONSTRUCTION. TEST AHU-5 WITH ALL ASSOCIATED VAV UNITS 100% OPEN.

IDENTIFY MAXIMUM AND MINIMUM SUPPLY, RETURN AND OUTSIDE AIR. PROVIDE

SUPPLY AND RETURN CFM TOTALS FOR EACH FLOOR BRANCH TAKEOFF.

GENERAL NOTES

1. SUBMIT PRELIMINARY TEST INFORMATION TO OWNER (COR) AND ENGINEER PRIOR TO

CONSTRUCTION FOR REVIEW OF EXISTING SYSTEMS. INCLUDE PRELIMINARY TEST

INFORMATION WITH FINAL TEST AND BALANCE REPORT.

2. PRIOR TO DEMOLITION MEASURE EXISTING GRILLE, REGISTER, AND/OR DIFFUSER

AIRFLOW.

3. PRIOR TO DEMOLITION MEASURE DUCT AIRFLOW AND STATIC PRESSURE.

4. PRIOR TO BEGINNING DEMOLITION, MEASURE VAV AND ALL CONNECTED GRILLE AND

DIFFUSER AIRFLOWS. WORK WITH CONTROLS CONTRACTOR TO MEASURE VAV BOX

MAXIMUM AND MINIMUM AIRFLOWS.

5. PRIOR TO DEMOLITION, DOCUMENT EXISTING FAN AND MOTOR NAMEPLATE

INFORMATION. MEASURE FAN PERFORMANCE INCLUDING; AIRFLOW, AIR

TEMPERATURE AT TIME OF TEST, MAXIMUM AND MINIMUM AIRFLOWS IF ON VFD, FAN

STATIC PRESSURE, FAN RPM, MOTOR VOLTS, MOTOR AMPS, MOTOR RPM, ETC.

6. CHASE AND SHAFT INFORMATION BASED ON EXISTING PLANS, CONTRACTOR TO

VERIFY ACTUAL INSTALLATION.

7. REMOVE ALL DUCTWORK THAT IS NOT INDICATED TO REMAIN OR ABANDONED.

8. REMOVE ALL PIPING THAT IS NOT INDICATED TO REMAIN OR ABANDONED.

9. REMOVE ALL PNEUMATIC CONTROLS.

10. MECHANICAL CONTRACTOR TO COORDINATE WITH GENERAL CONTRACTOR THE

PATCH AND REPAIR OF ALL WALLS AND FLOORS DAMAGED OR MODIFIED DURING

CONSTRUCTION. PATCH AND REPAIR TO MATCH EXISTING.

x

AIR BALANCE NOTES

SUPPLY AIR DN FROM 402-AHU-5

RETURN AIR DN FROM 402-RF-5

EXHAUST AIR UP TO 402-EF-5

SUPPLY AIR FROM 402-AHU-3.

EXHAUST AIR UP TO 402-EF-3

EXHAUST AIR UP TO 402-EF-5A

B402 KEY PLAN

BUILDING 402 - INSTALL NEW ELEVATOR 3RD FLOOR - DEMOLITION

BUILDING 402 - INSTALL NEW ELEVATOR ATTIC - DEMOLITION

SECTION VIEW 6

SECTION VIEW 5

SECTION VIEW 4

SECTION VIEW 3

402-MD102

JRM

JAM

DEMOLITION PLANS - HVAC

BLDG 402 - MECHANICAL

2C35

3239A

EXISTING ATTIC

EXISTING PENTHOUSE

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