FINAL DRAWINGS.pdf

SYMBOL DESCRIPTION

THIS IS A COMPREHENSIVE SYMBOL SCHEDULE. NOT ALL SYMBOLS ARE APPLICABLE TO THESE DRAWINGS

MECHANICAL SYMBOLS & ABBREVIATIONS LEGEND

DESCRIPTION

CHEMICAL RESISTANT VENT

CHEMICAL RESISTANT WASTE

A

CRW

VAC

LPC

GHWR

G

IG

CRV

O2

LPSTM

GATE VALVE

BALL VALVE

2−WAY TEMPERATURE CONTROL VALVE

STRAINER

PIPE UP

TOP PIPE TAKE−OFF

PIPE DOWN

GHWS

CWR

CWS

HWS

HWR

HOT WATER

STORM DRAIN

VACUUM

COMPRESSED AIR

RECIRCULATING HOT WATER

HOT WATER SUPPLY

STORM

VENT PIPE

CAPPED PIPE

HPS

HPR

PC

CHECK VALVE, ARROW IN DIRECTION OF FLOW

FLOW SWITCH

PRESSURE GAUGE

THERMOMETER

UNION

FS

P

S

OXYGEN

COLD WATER

SANITARY WASTE

HOT WATER RETURN

CONDENSER WATER SUPPLY

CONDENSER WATER RETURN

GLYCOL HOT WATER SUPPLY

GLYCOL HOT WATER RETURN

NATURAL GAS

INTERRUPTIBLE NATURAL GAS

HEAT PUMP SUPPLY

HEAT PUMP RETURN

LOW PRESSURE STEAM

LOW PRESSURE CONDENSATE

PUMPED CONDENSATE

BOTTOM PIPE TAKE−OFF

PROPANEP

FUEL OIL RETURN

FUEL OIL SUPPLYFOS

FOR

CHILLED WATER RETURN

CHILLED WATER SUPPLY

CHWR

CHWS

WATER FLOW MEASURING DEVICE

GLOBE VALVE

BUTTERFLY VALVE

3−WAY TEMPERATURE CONTROL VALVE

RELIEF VALVE

BALANCING VALVE

BACKFLOW PREVENTER

PRESSURE REDUCING VALVE

SOLENOID VALVE

PIPE ANCHOR

HOSE BIBB OR WALL HYDRANT

FLEXIBLE PIPE CONNECTION

FOV FUEL OIL VENT

NITROGENN

N2O NITROUS OXIDE

REFRIGERANT LIQUIDRL

REFRIGERANT SUCTIONRS

REFRIGERANT DISCHARGERD

HOT GAS BYPASSHGB

CONDENSATE DRAIND

PIPE ALIGNMENT GUIDE

SAN

SYMBOL

PRESSURE/TEMPERATURE TEST PORT

AIR VENT

REDUCER, CONCENTRIC

REDUCER, ECCENTRIC

PRESSURE SWITCH

PS

DESCRIPTIONSYMBOL

DUCT UP TO ROOF VENTILATOR

( DASHED LINE INDICATES EQUIPMENT

FIRE DAMPER

MANUAL VOLUME DAMPER

SIDEWALL REGISTER OR GRILLE.

MOTOR OPERATED DAMPER

SMOKE DAMPER

RECTANGULAR DUCT WITH SIZE INDICATED20x12

ROUND DUCT WITH DIAMETER INDICATED20Ø

20x12 ACOUSTICALLY LINED DUCTWORK (OUTSIDE DIMENSION INDICATED)

POSITIVE PRESSURE DUCT −

(UP) (DN)

(DN)(UP)

NEGATIVE PRESSURE DUCT −

8Ø

DUCT UP THRU FLOOR OR DECK ABOVE

12x10

RETURN OR EXHAUST AIR INLET

SUPPLY AIR OUTLET

CEILING MOUNTED RETURN GRILLE, LAY−IN TYPE

(NEG. PRES.)(POS. PRES.)

(FIRST DIMENSION IS SIDE SHOWN)

FLEXIBLE DUCT CONNECTION

SUPPLY, RELIEF

RETURN, EXHAUST, OUTSIDE AIR

ON ROOF )

COMBINATION FIRE/SMOKE DAMPER

C

NEW REGISTER, DIFFUSER OR GRILLE REFERENCE SYMBOL

WITH TYPE AND AIRFLOW SHOWN (TYPE R−1; 200 CFM).

REFER TO SCHEDULE. (R=RETURN, S=SUPPLY, E=EXHAUST,

T=TRANSFER)

CEILING MOUNTED GRILLE OR REGISTER. RIGID DUCT FROM

MAIN WITH SIZE INDICATED (12x10). ( SUPPLY SHOWN −

RETURN & EXHAUST SIMILAR )

F

M

S

HUMIDISTATH

T THERMOSTAT

DEMOLITION NOTE

KEY NOTE1

CONNECT NEW TO EXISTING.

SQUARE NECK CEILING DIFFUSER WITH HIGH EFFICIENCY

TAKE OFF AND FLEXIBLE DUCT FROM MAIN WITH SIZE

INDICATED (8Ø)

CHANGE IN DUCT ELEVATION IN DIRECTION OF AIRFLOW

(RISE OR DROP)

FC

AD

ACCESS DOOR (MIN. SIZE NOT LESS THAN 2" SMALLER

(SQUARE) THAN DUCT DIMENSION.

DUCT MOUNTED HEATING COIL

(A) (B) (C)

DUCT ELBOWS. RADIUSED ELBOW (A), MITERED ELBOW (B),

MITERED ELBOW WITH TURNING VANES (C)

AIRFLOW MEASURING DEVICE/STATION

AFM

LFR

LFS LOOP FIELD SUPPLY

LOOP FIELD RETURN

STEAM TRAP

BALL VALVE INDICATOR

EMERGENCY GAS SHUT−OFF

TEMPERATURE TRANSMITTER

TT

T TEMPERATURE SENSOR

SENSOR WELL

PT

PRESSURE TRANSMITTER

BACKDRAFT DAMPER

B

V

AUTOMATIC FLOW CONTROL VALVE

MPC

MPSTM MEDIUM PRESSURE STEAM

MEDIUM PRESSURE CONDENSATE

HPC

HPSTM HIGH PRESSURE STEAM

HIGH PRESSURE CONDENSATE

GLYCOL CHILLED WATER RETURN

GLYCOL CHILLED WATER SUPPLY

GCWR

GCWS

ACID VENT

ACID WASTEAW

AV

TYPICAL SHUTOFF VALVE. VALVE MAY BE BALL, BUTTERFLY,

OR GATE. TYPE OF VALVE VARIES BY PIPE SIZE AND

SYSTEM. REFER TO SPECIFICATIONS FOR VALVE

REQUIREMENTS

CFM CUBIC FEET PER MINUTE

BUILDING AUTOMATION SYSTEM

AUTOMATIC TEMPERATURE CONTROLS CONTRACTOR

DRAIN

COLD WATER

BAS

ATC

D

CW

EXHAUST AIREA

OA

RHW

W

V

REG

VTR

RA

SA SUPPLY AIR

RETURN AIR

VENT THROUGH ROOF

REGISTER

VENT PIPE

WASTE PIPE

RECIRCULATING HOT WATER

OUTSIDE AIR

MOD

HW

GC

MC

F/SD

FD

GR

HC

COMBINATION FIRE/SMOKE DAMPER

HEATING COIL

GRILLE

FIRE DAMPER

MECHANICAL CONTRACTOR

GENERAL CONTRACTOR

HOT WATER

MOTOR OPERATED DAMPER

ELECTRICAL CONTRACTOR

EGG CRATE GRILLE

FRESH AIR

EC

FA

ECG

VARIABLE AIR VOLUME BOXVAV

VD VOLUME DAMPER

DRY BULB TEMPERATUREDb

DECIBELSdB

CABINET UNIT HEATER CUH−1

ETHYLENE GLYCOL MIXTURE (USED WITH % CONCENTRATION, I.E. 30% EG)EG

PG PROPYLENE GLYCOL MIXTURE (USED WITH % CONCENTRATION, I.E. 30% PG)

DEWPOINT TEMPERATUREDp

LBS/HR POUNDS PER HOUR

AIRFOILAF

AIR COOLED CONDENSING UNITACCU−1

SP STATIC PRESSURE

UH−1 UNIT HEATER

VARIABLE FREQUENCY DRIVEVFD

MER MECHANICAL EQUIPMENT ROOM

NOM. NOMINAL

HP HORSEPOWER

BOILER B−1

CHLR−1 CHILLER

EXHAUST FAN EF−1

RV−1 ROOF VENTILATOR

OBD OPPOSED BLADE DAMPER

WC−1 WATER CLOSET

P−1 PUMP

HP−1 HEAT PUMP

SOFT WATERSOFT

TEMPERED WATERTW

FLOOR DRAIN FD−1

WH−1 WATER HEATER

ELECTRIC WATER COOLEREWC−1

L−1 LAVATORY

S−1 SINK

AIR HANDLING UNIT AHU−1

MOD−1 MOTOR OPERATED DAMPER

RF−1 RETURN AIR FAN

SF−1 SUPPLY FAN

R−1

TRIPLE DUTY VALVE WITH MEASURING PORTS

REFRIGERANT THERMOSTATIC EXPANSION VALVE

DROP

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

Aaron J. Faiman

2/17/10 44922Date:

MECHANICAL LEGEND AND INDEX

PHASING PLAN

PIPING DEMOLITION PLAN

VENTILATION DEMOLITION PLAN

MECHANICAL ROOF DEMOLITION PLAN

PIPING PLAN

VENTILATION PLAN

MECHANICAL ROOF PLAN

PIPING SCHEMATIC

DETAILS

DETAILS

DETAILS AND SCHEDULES

MECHANICAL SHEET INDEX

M000

M001

M101

M102

M103

M201

M202

M203

M301

M302

M303

M304

HEAD HOUSE

INTERIOR GLASS PARTITION

HEAD HOUSE

INTERIOR GLASS PARTITION

HEAD HOUSE GROWTH CHAMBER

LAB

PREP

ROOM

BOILER ROOM

CORRIDOR SERVER ROOM

GRAPHICS

OFFICE

LAB LAB

CORRIDOR

LAB

COLD

LAB

MICROSCOPE

ROOM

MENS

ROOM

WOMENS

ROOM

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

ENTRY

LAB LAB

KITCHEN

CHEMICAL

STORAGE

RECEPTIONIST

ADMINISTRATION

STAIR

CONFERENCE

LUNCH ROOM

CONFERENCE

ROOM

CORRIDOR

CORRIDOR

CORRIDOR

LAB 1LAB 2PREP ROOM

OPEN OFFICE

M.E.P.

MENS

ROOM

WOMENS

ROOM

CONTAINMENT LAB

AUTO-

CLAVE

ANALYSIS

ROOM

ANTEROOM DARK

ROOM

NORTH GREEN

HOUSE

SOUTH GREEN

HOUSE

RECEIVING

CORRIDOR

SEED SORTING

SEED STORAGE

PHASE #1

PHASING LEGEND

PHASE #2

PHASE #3

PHASE #4

SEE SPECIFICATION SECTION 01 10 00 FOR

DETAILED PHASING DESCRIPTION.

STAIR

MECHANICAL

ROOM

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

Aaron J. Faiman

2/17/10 44922Date:

Main Floor Phasing Plan1

M001 3/32" = 1’−0"

Basement Phasing Plan2

M001 3/32" = 1’−0"

0’ 16’4’ 8’

HEAD HOUSE

INTERIOR GLASS PARTITION

HEAD HOUSE GROWTH CHAMBER

LAB

PREP

ROOM

BOILER ROOM

CORRIDOR SERVER ROOM

GRAPHICS

OFFICE

LAB LAB

CORRIDOR

LAB

COLD

LAB

MICROSCOPE

ROOM

MENS

ROOM

WOMENS

ROOM

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

ENTRY

LAB LAB

KITCHEN

CHEMICAL

STORAGE

RECEPTIONIST

ADMINISTRATION

STAIR

CONFERENCE

LUNCH ROOM

CONFERENCE

ROOM

CORRIDOR

CORRIDOR

CORRIDOR

LAB 1LAB 2PREP ROOM

OPEN OFFICE

M.E.P.

MENS

ROOM

WOMENS

ROOM

CONTAINMENT LAB

AUTO-

CLAVE

ANALYSIS

ROOM

ANTEROOM DARK

ROOM

NORTH GREEN

HOUSE

SOUTH GREEN

HOUSE

RECEIVING

CORRIDOR

SEED SORTING

SEED STORAGE

33 44

5 5

5 5

H W S

H W R

H W S

H W R

H W S

H W R

LPSLPS

COND

COND

COND

LPS

COND

L P S

C O N D

L P S

C O N D

L P S

C O N D

L P S

C O N D

H P S

H P S

HPS HPS

HPS

COND

8 8 8

13 13

EXIST. LAB

HOOD (TYP)

EXISTING AUTOCLAVE

EXISTING AUTOCLAVE

11 11 11

1111111111

11 11

10 10 10

11 11

10 10 10

11 11

15 16

17 18

H P S

EXISTING

HPS TO REMAIN.

HWS

H W R

STAIR

MECHANICAL

ROOM

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

Aaron J. Faiman

2/17/10 44922Date:

REMOVE EXISTING FIN−TUBE RADIATION AND

ENCLOSURE. SEE 1/M201 FOR NEW FIN TUBE.

REMOVE EXISTING REHEAT COIL, BRANCH PIPING

AND ASSOCIATED CONTROLS.

REMOVE EXISTING CONDENSATE PUMP. FILL IN

PIT AND PATCH CONCRETE FLOOR.

REMOVE EXISTING FAN COIL UNIT, BRANCH

PIPING AND ASSOCIATED CONTROLS.

REMOVE EXISTING STEAM UNIT HEATER, BRANCH

PIPING AND ASSOCIATED CONTROLS.

REMOVE EXISTING CONDENSER WATER PUMPS.

SEE 1/M201 FOR NEW PUMPS.

REMOVE EXISTING BOILERS AND ASSOCIATED

STEAM PIPING, CONTROLS, CONCRETE PADS AND

FLUES. SEE 1/M201 FOR NEW BOILERS.

REMOVE EXISTING CONDENSATE RETURN PIPE

UNDER RADIATION.

REMOVE EXISTING CONDENSATE RECEIVER AND

PUMP. REROUTE DRIP LEG FROM STEAM

PRESSURE REDUCING STATION TO FLOOR DRAIN.

REMOVE EXISTING 2−WAY CONTROL VALVE AND

ASSOCIATED PNEUMATIC TUBING.

REMOVE EXISTING THERMOSTAT AND

ASSOCIATED PNEUMATIC TUBING.

REMOVE EXISTING CABINET UNIT HEATER ,

BRANCH PIPING AND ASSOCIATED CONTROLS.

REMOVE EXISTING STEAM AND CONDENSATE

PIPING ASSOCIATED WITH CURRENT HEATING

SYSTEM.

REMOVE EXISTING HWS AND HWR PIPING

ASSOCIATED WITH CURRENT HEATING SYSTEM.

REMOVE EXISTING CONDENSATE PUMP AND ALL

ASSOCIATED CONTROLS.

REMOVE EXISTING CONDENSATE RECEIVER TANK

REMOVE EXISTING STEAM TO WATER HEAT

EXCHANGER AND ALL ASSOCIATED PIPING.

REMOVE EXISTING HWS PUMPS.

REMOVE 2 OF 3 EXISTING AIR COOLED

CONDENSING UNITS. UNIT SERVING COLD LAB

WILL REMAIN, VERIFY.

REMOVE EXISTING CONDENSATE LINE AS

INDICATED BY HATCHING. CAP BELOW FLOOR AT

GRIDS XA & X1.

DEMOLITION NOTES:

Main Floor Piping Demolition1

M101 3/32" = 1’−0"

Basement Piping Demolition2

M101 3/32" = 1’−0"

HEAD HOUSE

INTERIOR GLASS PARTITION

HEAD HOUSE GROWTH CHAMBER

LAB

PREP

ROOM

BOILER ROOM

CORRIDOR SERVER ROOM

GRAPHICS

OFFICE

LAB LAB

CORRIDOR

LAB

COLD

LAB

MICROSCOPE

ROOM

MENS

ROOM

WOMENS

ROOM

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

ENTRY

LAB LAB

KITCHEN

CHEMICAL

STORAGE

RECEPTIONIST

ADMINISTRATION

STAIR

CONFERENCE

LUNCH ROOM

CONFERENCE

ROOM

CORRIDOR

CORRIDOR

CORRIDOR

LAB 1LAB 2PREP ROOM

OPEN OFFICE

M.E.P.

MENS

ROOM

WOMENS

ROOM

CONTAINMENT LAB

AUTO-

CLAVE

ANALYSIS

ROOM

ANTEROOM DARK

ROOM

NORTH GREEN

HOUSE

SOUTH GREEN

HOUSE

RECEIVING

CORRIDOR

SEED SORTING

SEED STORAGE

2 2

EXIST. LAB HOOD. TYP

14 14

STAIR

MECHANICAL

ROOM

EXISTING

AHU S−1

EXISTING ATC

AIR COMPRESSOR

EXISTING LAB

EQUIPMENT AIR

COMPRESSOR

EXISTING

AHU S−4 6

EXISTING 100x30

O.A. DUCT

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

Aaron J. Faiman

2/17/10 44922Date:

REMOVE EXISTING TRANSFER DUCT AND GRILLE.

REMOVE EXISTING SUPPLY DIFFUSER. CAP DUCT

AT MAIN.

REMOVE EXISTING FAN COIL UNIT AND

DUCTWORK THROUGH ROOF. SEE A300 FOR

ROOF REPAIR. CAP STEAM AND CONDENSATE

PIPING AT MAINS.

REMOVE EXISTING SUPPLY DUCTWORK FROM

BASEMENT AIR HANDLER TO POINT SHOWN BY

HATCHING. PREPARE DUCTWORK FOR NEW

CONNECTION.

REMOVE EXISTING RETURN DUCTWORK FROM

BASEMENT AIR HANDLER.

DISCONNECT AND REMOVE EXISTING SUPPLY

DUCTWORK UP TO 1ST FLOOR. SEE 1/M102 FOR

CONTINUATION.

DISCONNECT AND REMOVE EXISTING RETURN

DUCTWORK UP TO 1ST FLOOR. SEE 1/M102 FOR

CONTINUATION.

DISCONNECT AND REMOVE EXISTING O.A. DUCT

AS SHOWN BY HATCHING.

DISCONNECT AND REMOVE EXISTING AHU AND

ALL ASSOCIATED PIPING, VALVES, CONTROLS,

CONCRETE PAD, ETC.

REMOVE AND CAP EXISTING COMBUSTION AIR

LOUVER.

REMOVE EVAPORATOR AND ASSOCIATED

REFRIGERANT PIPING TO CONDENSING UNIT IN

BASEMENT.

REMOVE EXISTING DUCTLESS MINI SPLIT

CONDENSER AND BOTH EVAPORATORS.

REMOVE EXISTING RELIEF DUCT AND GRILLES.

REMOVE EXISTING SUPPLY DUCT AND DIFFUSERS

AS SHOWN BY HATCHING.

PATCH EXISTING GRILLE OPENING IN OVERHANG

TO MATCH EXISTING.

DEMOLITION NOTES:

Main Floor Ventilation Demolition1

M102 3/32" = 1’−0"

Basement Ventilation Demolition2

M102 3/32" = 1’−0"

HEAD HOUSE

INTERIOR GLASS PARTITION

HEAD HOUSE GROWTH CHAMBER

LAB

PREP

ROOM

BOILER ROOM

CORRIDOR SERVER ROOM

GRAPHICS

OFFICE

LAB LAB

CORRIDOR

LAB

COLD

LAB

MICROSCOPE

ROOM

MENS

ROOM

WOMENS

ROOM

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

ENTRY

LAB LAB

KITCHEN

CHEMICAL

STORAGE

RECEPTIONIST

ADMINISTRATION

STAIR

CONFERENCE

LUNCH ROOM

CONFERENCE

ROOM

CORRIDOR

CORRIDOR

CORRIDOR

LAB 1LAB 2PREP ROOM

OPEN OFFICE

M.E.P.

MENS

ROOM

WOMENS

ROOM

CONTAINMENT LAB

AUTO-

CLAVE

ANALYSIS

ROOM

ANTEROOM DARK

ROOM

NORTH GREEN

HOUSE

SOUTH GREEN

HOUSE

RECEIVING

CORRIDOR

SEED SORTING

SEED STORAGE

L P S

C O N D

H P S

H P S

HPS HPS

HPS

H P S

HWS

H W R

HWR HWR

HWSHWS

H W R

H W S

H W R

H W S

HWR

HWS

HWR

HWS

H W R

H W S

B−1

HWP−1

HWP−2

UH−1

UH−3

UH−2

CUH−2

CUH−1

1 1/2"

2 1/2"

2"2"1 1/2"1 1/2"

RETURN PIPE UNDER

RADIATION (TYP.)

1 1/2"1 1/2"

2"2"1 1/2"1 1/2"

RETURN PIPE UNDER

RADIATION (TYP.)

EXIST. 2"

EXIST. 4"

1−1/2"1−1/2"

2−1/2"

1−1/2"

2 1/2"

2−1/2"

1" RETURN PIPE

UNDER RADIATION

(TYP.)

1" RETURN PIPE

UNDER RADIATION

(TYP.)

CONNECT TO

EXISTING 4"

CONNECT TO

EXISTING 4"

3" HWS & HWR

UP TO RTU

VAV−8VAV−9

NEW 2−WAY CONTROL

VALVE (TYP.)

NEW 2−WAY CONTROL

VALVE (TYP.)

EXIST. 2−1/2"

S T

ST

S T

S T

2" STEAM

DOWN TO SOIL

STERILIZER PROVIDE

VALVE 4’ A.F.F.

B−2

VAV−18

VAV−21

VAV−14

VAV−15

VAV−7

VAV−6

VAV−5

VAV−4

VAV−3

VAV−2

VAV−13VAV−12

VAV−10

VAV−11

VAV−1

VAV−22

CWP−1

CWP−2

2"

2"

6"

4"

4"

4"

3"

2−1/2" HWS & HWR

CAPPED FOR FUTURE

GREENHOUSE

3"

PROVIDE 4" CONCRETE

HOUSEKEEPING PAD UNDER

B−1 & B−2. PAD BY M.C.

VAV−19

VAV−20

2" STEAM DOWN

TO BASEMENT.

CONNECT TO LOW

PRESSURE SIDE OF

PRESSURE

REDUCING STATION.

RUN RETURN PIPE UNDER

ELEMENT IN ENCLOSURE.

SEE 1/M304

RUN RETURN PIPE UNDER

ELEMENT IN ENCLOSURE.

SEE 1/M304

EXISTING 2−1/2"

HPS DN.

EXIST.

1" HPS

VFD’S FOR

HWP−1 & 2

EXIST. 4" EXIST. 4" EXIST. 4"

EXIST. 2"EXIST. 2"EXIST. 2"

EXIST. 2"

EXIST. 4"EXIST. 4" EXIST. 4" EXIST. 4"

EXIST. 2"EXIST. 2"EXIST. 2"

EXIST. 2"

MOUNT TEMPERATURE

SENSOR 10’ A.F.F.

CENTERED IN

GREEHOUSE

(TYP. OF 10)

N G

EXISTING GAS METERROUTE NEW 1−1/2" 2psi NG

LINE TO GENERATOR.

GENERATOR.

EXIST.

3/4" HPS

EXISTING LPS & COND

IN CONTAINMENT LAB

TO BE ABANDONED.

NG

ET−1

GLYCOL MAKE−UP

TANK & PUMP

VAV−16VAV−17

DIFFERENTIAL

PRESSURE

SENSOR.

EXISTING 3" HWS

EXISTING 3" HWR

SLOPE STEAM LINE

TOWARDS BASEMENT.

PROVIDE VACUUM

BREAKERS ON ALL

HOSE BIBS IN

GROWTH CHAMBER.

CAP P−TRAP BEHIND

ICE MAKER IN LAB

REPLACE SPRINKLER

HEAD & REPLACE W/

286°F CONCEALED

HEAD.

SEE LINTEL

DETAIL 2/M304

SEE DETAIL 3/M201

STAIR

MECHANICAL

ROOM

VAV−22

2" STEAM UP. EXIST 3"

STEAM. VERIFY

2"

HW

R

HW

S

HWS

HWR

HWR

HWS

H W S

HW

R

HW

R

NEW 3" HWR

EXISTING 3" HWR

NEW 3" HWS

EXISTING 3" HWS

EXISTING HXER TO

BE REMOVED

EXISTING PUMPS TO

BE REMOVED

REMOVE EXISTING PIPING &

VALVES AS SHOWN BY

HATCHING. TYPICAL

EXISTING AIR SEPARATOR

TO REMAIN.

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

Aaron J. Faiman

2/17/10 44922Date:

Main Floor Piping1

M201 3/32" = 1’−0"

Basement Piping2

M201 3/32" = 1’−0"

0’ 16’4’ 8’

0’ 16’4’ 8’

EXISTING 2006 ADDITION MECHANICAL ROOM PIPING ISOMETRIC3

M201 NO SCALE

HEAD HOUSE

INTERIOR GLASS PARTITION

HEAD HOUSE GROWTH CHAMBER

LAB

PREP

ROOM

BOILER ROOM

CORRIDOR SERVER ROOM

GRAPHICS

OFFICE

LAB LAB

CORRIDOR

LAB

COLD

LAB

MICROSCOPE

ROOM

MENS

ROOM

WOMENS

ROOM

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

ENTRY

LAB LAB

KITCHEN

CHEMICAL

STORAGE

RECEPTIONIST

ADMINISTRATION

STAIR

CONFERENCE

LUNCH ROOM

CONFERENCE

ROOM

CORRIDOR

CORRIDOR

CORRIDOR

LAB 1LAB 2PREP ROOM

OPEN OFFICE

M.E.P.

MENS

ROOM

WOMENS

ROOM

CONTAINMENT LAB

AUTO-

CLAVE

ANALYSIS

ROOM

ANTEROOM DARK

ROOM

NORTH GREEN

HOUSE

SOUTH GREEN

HOUSE

RECEIVING

CORRIDOR

SEED SORTING

SEED STORAGE

VAV−9

VAV−8

V A

V −1

V A

V −1

VAV−12

VAV−10

VAV−14

V A

V −1

VAV−18

VAV−21

VAV−7

VAV−6

VAV−5

VAV−4

VAV−3

VAV−2

V A

V −1

8x8

E X x6

E X x1

E

X x1

EX. 24x12 32x20

E X x1

E

X x2

EX. 12x12

E X x2

E X x2 x

8x8

8x8

8x8

10x8

8x8

6x6

8x8

12x8

EX. 12x8 x

12"Ø

6x6

VAV−20

VAV−19

VAV−16VAV−17

12x12 10x8

10x8

14x12

10x10

12x10

8x8

8x8

6x6

8x88x8

14x14

8x8 8x8

12x10

8x8

8x8

14x14 6x6

10x8

10x8

12x12

6x6

8x8

10x8 8x8

10x1018x18 x

E X x2

E X x2

8x8

8x8

12x10

8x8

8x8

16x12

12x10

8x8

8x8

8x8

10x8

34x14

8x8 x

42x24

16x10

18x1030x10 x x

12x10

10x8 x

20x1020x10

12x10 x

24x12

56x18

12"Ø

VAV−22

18x14 x

18x14

18x14

S.A. DN.

40x40 R.A.

UP TO RTU−1

34x50 S.A.

UP TO RTU−1

REBALANCE

EXISTING

REGISTERS TO

TAGGED CFM’S

(TYP 4)

REBALANCE

EXISTING

REGISTERS TO

TAGGED CFM’S

(TYP 4)

BUILDING STATIC

PRESSURE SENSOR

HOOD

HOOD

HOOD

HOOD

HOOD

CAP

28x18 x 056x20

24x12

HOOD

COORDINATE INSTALLATION

OF DUCT SMOKE DETECTOR

WITH ELECTRICAL CONTRACTOR

STAIR

MECHANICAL

ROOM AC−1

18x14

S.A. UP.

x

CONNECT PIPING

TO EXISTING LAB

AIR PIPING

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

Aaron J. Faiman

2/17/10 44922Date:

Main Floor Ventilation1

M202 3/32" = 1’−0"

Basement Ventilation2

M202 3/32" = 1’−0"

EXISTING 2005 PENTHOUSE HVAC

EXISTING EXHAUST

FANS TO REMAIN.

(TYPICAL)

EXISTING EXHAUST

FANS TO REMAIN.

RTU−1

C−1

OUTDOOR

PRESSURE

SENSOR

BOILER FLUE

WATER HEATER

COMBUSTION AIR

GOOSENECK

RELOCATED

PLUMBING VENT

VERIFY EXISTING

PLUMBING VENTS

ARE MIN. 10’−0" AWAY

FROM RTU−1 O.A. INTAKE.

RELOCATE IF REQUIRED.

VERIFY EXISTING

EXHAUST HOOD IS A

MIN. 10’−0" AWAY FROM

RTU−1 O.A. INTAKE.

RELOCATE IF REQUIRED.

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

Aaron J. Faiman

2/17/10 44922Date:

Mechanical Roof Plan1

M203 3/32" = 1’−0"

8’4’0’ 16’

HWS

HWR

HWS

HWRHWR

H W S

H W R

HWS

6"

MOUNT PUMP ON WALL

NEAR GLYCOL SUPPLY DRUM.

PROVIDE 8’−0" HOSE.55 GALLON GLYCOL DRUM W/

REMOVABLE COVER. FILL 3/4

FULL WITH 50% PROPYLENE

GLYCOL SYSTEM FLUID.

BASE MOUNTED PUMP

(TYP.) SEE DETAIL 2/M302

SUCTION DIFFUSER (TYP.)

3/4"

AUTOMATIC AIR

VENT (TYP.)

1"

AIR SEPARATOR AS−1

(TYP.) SEE DETAIL 6/M302

6"

6"

SYSTEM FILL

PRESSURE

SENSOR

SIDE STREAM

FILTER. SEE

CHEMICAL

FEEDER

BLADDER TYPE EXPANSION

TANK ET−1

1−1/4"

CONNECT TO

SIDE OF MAIN

AIR RECHARGING

CONNECTION. (TYP)

PRESSURE RELIEF

VALVE 35 PSI

PIPE DISCHARGE

NEAR FLOOR.

4"

HWP−1

HWP−2

SEE SPEC FOR PUMP INFORMATION.

6"

BOILERBOILER

4"

4"4"

DETAIL 1/M302

B−2 B−1

HWRHWRHWR

HWSHWSHWS

HWRHWR

HWSHWS

1 1/2"

12.6 GPM 4.8 GPM 8.4 GPM 7.8 GPM 4.8 GPM 7.8 GPM 13.2 GPM

1"

UH−2

1 1/2"

2" 1 1/2" 2" 2"2 1/2"

1 1/2" 1 1/2" 2"

EXISTING

2"

4"

EXISTING

4" EXISTING

2" 2 1/2"

1 1/2" 1 1/2" 2 1/2"

HWRHWR

HWSHWS

1 1/2"

12.6 GPM 4.8 GPM 8.4 GPM 7.8 GPM 4.8 GPM 7.8 GPM

RAD

13.2 GPM

1"

UH−3

1 1/2"

2" 1 1/2" 2" 2"2"

1 1/2" 1 1/2" 2"

EXISTING

2"

4"

EXISTING

4" EXISTING

2" 2 1/2"

1 1/2" 1 1/2" 2 1/2"

CAPPED FOR

FUTURE

GREENHOUSE

CONNECT TO EXISTING

106 MECHANICAL ROOM

2 1/2"

SOUTH

GREENHOUSE

NORTH

GREENHOUSE

UH−1

4"

VAV−20

RADRADRADRADRADRAD

RADRADRADRADRADRADRAD

VAV−19

3/4"

VAV−9

3/4"

VAV−8

RAD 0.8GPM

CUH−2

RAD 0.7GPMRAD 0.7GPMRAD 0.7GPMRAD 0.7GPM

CUH−1

3/4"

VAV−11VAV−10VAV−12VAV−13

RAD 0.7GPMRAD 0.8GPM

VAV−14 RTU−1

3/4"

VAV−21VAV−18VAV−15

3/4" 3"

SEE DETAIL 7/M302

FOR MORE INFORMATION

HWS

HWR

3/4" 3/4"

SEE DETAIL 9/M302

(TYP FOR ALL VAV’S)

HWS

HWR

HWS

HWR

3"

VAV−16 VAV−17

DIFFERENTIAL PRESSURE

SWITCH. SEE DETAIL

3/M302

4"

6"

6"

6"

3/4"

SEE DETAIL 10/M302

(TYP FOR ALL UH’S)

3/4" HOSE

CONNECTION.

3/4"3/4"

3"

3" 3"

40"x40" R.A.

18"x56" R.A.

12"x24" R.A. 24"x42" S.A. 20"x32" S.A.

34"x50" S.A.

RTU−1

RETURN AIR FAN.

SUPPLY AIR FAN

DX COOLING COIL

HOT WATER HEATING COILMIXING SECTION FILTER SECTION

CURB SHALL BE SUPPORTED

BY 6 POINTS AT CURB

CORNERS AND

MIDPOINT OF CURB.

42" CURB

SOUND ATTENUATOR SA−2

SOUND ATTENUATOR SA−1

ROOF

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

Aaron J. Faiman

2/17/10 44922Date:

Piping Schematic1

M301 No Scale

RTU−1 SECTION2

M301 SCALE: 1/4" = 1’−0"

0’ 4’2’ 8’

NOTE:

SYSTEM CIRCULATING PUMPS

1/2" (15 MM)

1. ALLOW CLEARANCE FOR INSULATION OF PIPING AND VALVES.

SIDESTREAM FILTER DETAIL1

M302 NO SCALE

AUTOMATIC FLOW

CONTROL VALVE

SHUT OFF VALVE

(TYPICAL)

PRESSURE GAUGE

UNION (TYPICAL)

WATER

FILTER

3’−0"

FLOOR

2. SET CONTROL VALVE GPM AT 3% OF MAX GPM, OR MAXIMUM FLOW OF 10 GPM.

1/2" BALL VALVE (TYPICAL)

CONNECTOR

FLEXIBLE PIPE

END SUCTION PUMP

1/2" CAPPED DRAIN VALVE

BASE. REFER TO SPECIFICATIONS

FOR REQUIREMENTS.

MOTOR

THERMOMETER

W/ 3/4" NPT COPPER WELL

BUTTERFLY VALVE (TYPICAL)

SPRING AND NEOPRENE TYPE

VIBRATION ISOLATING PIPE

HANGER, FIRST THREE

HANGERS ON SYSTEM PIPING.

INSTALL FIRST HANGER AS

CLOSE TO PIPE ELBOW AS

POSSIBLE (TYPICAL)

SUCTION DIFFUSER WITH

STARTUP STRAINER, AND

OPERATING STRAINER. REFER

TO SPECIFICATIONS FOR

STRAINER REQUIREMENTS.

PROVIDE SUPPORT LEG

BASE MOUNTED PUMP DETAIL2

M302 NO SCALE

FILL VOIDS IN PUMP FRAME WITH

NON−SHRINKING GROUT.

PUMP

FRAME

BASE. REFER TO SPECIFICATIONS

FOR REQUIREMENTS.

ANCHOR BOLT. REFER TO

SPECIFICATIONS FOR

REQUIREMENTS.

ALLOW SPACE FOR SHIMS

PER MANUFACTURER’S

REQUIREMENTS.

PUMP FRAME SECTION

SEE

PUMP

FRAME

SECTION

CHECK VALVE

CONCENTRIC INCREASER

WHERE REQUIRED

CONCENTRIC REDUCER

WHERE REQUIRED

PRESSURE GAUGE (1/2" TAPS

INTO PUMP DISCHARGE,

PUMP INLET AND SUCTION

DIFFUSER INLET)

DIFFERENTIAL PRESSURE SENSOR DETAIL3

M302 NO SCALE

SUPPLY PIPE

RETURN PIPE

PRESSURE GAUGE

BALL VALVE

(TYPICAL)

DIFFERENTIAL

PRESSURE

TRANSDUCER

INSTALL BRANCH SHUT−OFF AS

CLOSE TO MAIN PIPE AS

POSSIBLE (TYPICAL)

INSTALL TAPS ON SIDE OF MAIN

PIPES ONLY. TOP OR BOTTOM

TAPS ARE NOT ACCEPTABLE.

"HIGH" PRESSURE

PORT

"LOW" PRESSURE

PORT

SEE NOTE 1

NOTES:

1. NO OTHER BRANCH TAPS BETWEEN PRESSURE

TAPS ON MAIN PIPES ARE PERMITTED.

INSULATE ALL

PIPE AND

FITTINGS.

REFER TO

SPECIFICATIONS UNION. MARK LOCATION

ON INSULATION JACKET

NOTE:

1. PROVIDE TEMPORARY BLOCKING BETWEEN BOTTOM OF PIPE AND HANGER TO

ALLOW SPACE FOR INSULATION. BLOCKING TO BE REMOVED UPON INSTALLATION OF

INSULATION. IN LIEU OF THIS, THE CONTRACTOR MAY INSTALL A SECTION OF

APPROPRIATE INSULATION AT THE HANGER PRIOR TO FINAL INSULATION OF THE

COMPLETE SYSTEM. THE HANGER MUST BE PROPERLY SEPARATED FROM THE PIPING

WHEN THE SYSTEM IS COMPLETE.

2. REFER TO SPECIFICATIONS FOR ADDITIONAL INFORMATION REGARDING INSULATION

AND PIPE SUPPORTS.

3. SEAL AND TAPE ALL JOINTS AS INDICATED IN SPECIFICATIONS

COVER VALVE BODIES WITH INSULATION.

PROVIDE HANDLE STAND−OFF IF REQUIRED.

PROVIDE A 6" MINIMUM LENGTH

OF INCOMPRESSIBLE

INSULATION AT HANGERS FOR

ALL PIPE 1−1/2" AND LARGER

ONE−PIECE PRE−MOLDED

PVC FITTING COVERS

(TYPICAL)

SHEET METAL SHIELD

AT EACH HANGER.

PIPE SUPPORT FROM

STRUCTURE ABOVE

AS REQUIRED

ON HEATING OR DOMESTIC HOT WATER

SYSTEMS, UNIONS TO BE UNINSULATED.

ON CHILLED WATER OR DOMESTIC COLD

WATER SYSTEMS OR SYSTEMS OF SIMILAR

OPERATING TEMPERATURE, INSULATE

UNION AND MARK LOCATION ON SURFACE

OF INSULATION

PIPING INSULATION DETAIL4

M302 NO SCALE

UNION (TYPICAL)

COIL

AIR VENT

REDUCER. IF REQUIRED

P/T PLUG (TYPICAL) BALANCING VALVE

FLOW MEASURING DEVICE

TYPICAL TERMINAL HEATING COIL PIPING DETAIL5

M302 NO SCALE

SHUT−OFF VALVE

NOTE:

1. SLOPE RETURN PIPING UP TOWARDS AIR VENT.

2. INSTALL FLOW MEASURING DEVICE WITH MINIMUM 5 PIPE DIAMETERS OF

STRAIGHT PIPE UPSTREAM, AND 2 PIPE DIAMETERS OF STRAIGHT PIPE

DOWNSTREAM TO ANY OTHER DEVICE OR FITTING.

1/2" HOSE END BALL

VALVE WITH CAP

LINE SIZE STRAINER

2−WAY CONTROL VALVE

TYPICAL CONNECTIONS TO RTU−1 WATER COIL (3−WAY CONTROL)7

M302 NO SCALE

SINGLE COIL

DOUBLE COIL

NOTES:

WATER COIL

DRAIN

PIPING INDEPENDENT OF COIL

PIPING INDEPENDENT OF COIL

PIPE HANGER SHALL SUPPORT

WATER COIL

WATER COIL

PIPE HANGER SHALL SUPPORT

THERMOMETER

(TYPICAL)

DRAIN

DRAIN

WATER FLOW

MEASURING DEVICE

(TYPICAL.)

TEST PLUG

(TYPICAL)

CONTROL VALVE. PROVIDE

REDUCERS WHERE REQUIRED

1. WHEN COIL IS INCLUDED IN CASING MOUNTED ON VIBRATION ISOLATORS THE FIRST 2

HANGERS FOR EACH PIPE SHALL BE SPRING & NEOPRENE TYPE.

2. PIPING SHALL BE INSTALLED IN SUCH MANNER THAT IT WILL NOT BLOCK THE SWING

OR USE OF ACCESS DOORS OR PANELS: NEITHER SHALL IT BLOCK THE SERVICING OF

FILTERS, VALVES, OR EQUIPMENT.

3. THE WATER FLOW MEASURING DEVICE MAY BE INSTALLED IN THE SUPPLY PIPING IF

THE REQUIRED MINIMUM UPSTREAM AND DOWNSTREAM DIMENSIONS CANNOT BE

OBTAINED IN THE RETURN PIPING

4. ON DOUBLE COIL ARRANGEMENTS, SET BALANCING VALVE ON EACH COIL BRANCH TO

MATCH RETURN WATER TEMPERATURE BETWEEN BOTH COILS.

WATER FLOW

MEASURING DEVICE

(TYPICAL.)

BALANCING VALVE

(TYPICAL)

DRAIN

SHUT−OFF VALVE

(TYPICAL.)

AIR VENT

(TYPICAL)

CONTROL VALVE. PROVIDE

REDUCERS WHERE REQUIRED

UNION (TYPICAL)

UNION (TYPICAL)

STRAINER

BALANCING VALVE

(TYPICAL)

SHUT−OFF VALVE

(TYPICAL.)

STRAINER

AIR VENT

(TYPICAL)

TEST PLUG (TYPICAL)

THERMOMETER

(TYPICAL)

PITCH DOWN TOWARD DRAIN

1" (25 MM)

CLEAN OUT

OPEN DRAIN

B

A

DRAIN PAN

DRAIN LINE SHALL BE AT LEAST THE SAME

SIZE AS THE NIPPLE ON THE DRAIN PAN

AIR HANDLING UNIT DRAIN TRAP DETAIL8

M302 NO SCALE

WHERE X = STATIC PRESSURE IN PAN

DIMENSIONS

2" (50 MM)

A

X

B

PLUS X

BLOW THRU

DRAW THRU

1" (25 MM) 2X

MINIMUM

AIR CONTROL & PIPING FOR GLYCOL SYSTEMS6

M302 NO SCALE

NOTES:

1. DASHED PIPING SHOWS BOTH HORIZONTAL AND VERTICAL DIAPHRAGM TYPE EXPANSION TANKS. PROVIDE ONLY THE

TYPE OF TANK SELECTED AND THE ASSOCIATED PIPING.

2. CONNECT TO SIDE OF MAIN TO PREVENT AIR OR DEBRIS FROM ENTERING PIPE TO TANK, TOP OR BOTTOM CONNECTION

NOT PERMITTED.

3. PROVIDE 12" (300 MM) MINIMUM DROP ANTI−THERMOSYPHON LOOP TO PREVENT GRAVITY HEATING OF TANK.

4. SEE HOT WATER SPECIALTIES SCHEDULE FOR COMPONENT SIZES.

5. RELIEF VALVE FOR CHILLED WATER SYSTEM IS SHOWN. OMIT WHEN RELIEF VALVE IS SHOWN ON HEAT EXCHANGER DETAIL & SYSTEM IS USED ONLY FOR HOT WATER HEATING. COMBINATION HEATING & COOLING SYSTEMS WILL

REQUIRE THE RELIEF VALVE. PIPE VALVE TO FLOOR DRAIN.

6. PROVIDE STRAINER IN AIR SEPARATOR WHEN INDICATED IN HOT WATER SPECIALTIES SCHEDULE.

AIR SEPARATOR.

SEE NOTE 6

INSERT TEE HERE

WHERE MULTIPLE

PARALLEL TANKS ARE

USED

VERTICAL DIAPHRAGM

TYPE EXPANSION TANK

DRAIN

(TYPICAL)

PRESSURE GAUGE

(TYPICAL)

SEE

NOTE 2

TO PUMP SUCTION

AIR VENT

12" (300 MM) MIN.

SEE NOTE 3

T. & P. RELIEF

VALVE (SEE

NOTE 5)

GLYCOL DRUM WITH

REMOVABLE COVER. FILL 3/4

FULL WITH MIXTURE OF

REQUIRED CONCENTRATION

GLYCOL FILL

PUMP. SEE

PUMP

SCHEDULE

DOUBLE

CHECK

VALVE

UNION

(TYPICAL)

HIGH CAPACITY FLOAT

TYPE AIR VENT

AIR CHARGING VALVE

(PRESSURIZE DRY TANK

EQUAL TO FILL VALVE

PRESSURE)

GATE VALVE

(TYPICAL)

PROVIDE 8’

FILL HOSE

BALL VALVE

(TYPICAL)

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

Aaron J. Faiman

2/17/10 44922Date:

PLAN OR SIDE VIEW

20° MAX.

20° MAX.

PLAN OR SIDE VIEW

30° MAX.

TYPICAL DUCTWORK TRANSITION

E Q

U

IP

M E N

T

30° MAX.

20° MAX.

20° MAX.

AIR FLOWAIR FLOW

TYPICAL DUCT TRANSITIONS2

M303 NO SCALE

TYPICAL DUCTWORK TRANSITION WITH

EQUIPMENT MOUNTED IN DUCT

1/4W OR 4" (100 MM) MIN.

MAIN EXHAUST OR RETURN

PROVIDE VOLUME DAMPER

BRANCH DUCT

PLAN VIEW

W

45°

EXHAUST OR RETURN BRANCH DUCTWORK4

M303 NO SCALE

PLAN VIEW

AIR SPLIT DUCT TAKE−OFF

BRANCH DUCT TAKE−OFF

PLAN VIEW

MAIN SUPPLY DUCT

SUPPLY REGISTER OR BRANCH DUCT

MAIN SUPPLY

DUCT

TURNING VANES

1/4 W OR

SQUARE ELBOW SHOWN.

PROVIDE ROUND ELBOW

WHEN SHOWN ON FLOOR PLANS

PROVIDE VOLUME DAMPER

PROVIDE VOLUME DAMPER

W

SEE PLAN FOR SPLIT DIMENSION

4" (100 MM) MIN.

RECTANGULAR SUPPLY DUCTWORK BRANCH TAKE−OFFS3

M303 NO SCALE

HANDLE WITH

MULTI−BLADE DAMPERS & ROUND DAMPERS.

2.

1.

SIDE ELEVATION

NOTES:

DUCT

DAMPER BLADE

INSULATION

INSIDE END

QUADRANT

LOCKING

HANDLE WITH

STAND−OFF

INSULATION

1/2" (15 MM)

SECTION

DAMPER BLADE

1/8" (6 MM) CLEARANCE

ALL AROUND

OUTSIDE END BEARING

DUCT

INSULATION

DELETE INSULATION STAND−OFF ON DUCTWORK WITHOUT EXTERIOR INSULATION.

DETAIL SHOWS SINGLE BLADE DAMPER. DAMPER INSTALLATION SHALL BE SIMILAR FOR

ROUND ROD PIN

BEARING

LOCKING QUADRANT

VOLUME DAMPER DETAIL5

M303 NO SCALE

DIFFUSER INSTALLATION DETAIL6

M303 NO SCALE

HIGH−EFFICIENCY TAKE−OFF. SEAL

PERIMETER OF FLANGE AT ATTACHMENT

POINT TO MAIN DUCT WITH DUCT SEALANT.

REFER TO SPECIFICATIONS

DUCT INSULATION

(TYPICAL)

VOLUME DAMPER IN HIGH−EFFICIENCY TAKE−OFF,

OR PROVIDE IN RIGID DUCT RUNOUT TO DIFFUSER.

PROVIDE 2" INSULATION STANDOFF. INSTALL

DAMPER AS CLOSE TO MAIN DUCT AS POSSIBLE.

SUPPLY DUCT

RIGID

RUNOUT AS

REQUIRED

A

IR

F L O

W

GENERAL NOTES:

1. DUCT TAPES & NONMETALLIC BAND CLAMPS SHALL BE LISTED AND LABELED IN

ACCORDANCE WITH STANDARD UL 181B AND MARKED "181B−FX"

2. HIGH EFFICIENCY TAKE−OFF AND RUNOUT MAY BE ROUND OR RECTANGULAR

PROFILE, SEE PLANS FOR SIZE. PROVIDE SQUARE TO ROUND TRANSITION WHERE

RECTANGULAR RUNOUT DUCTS ARE INDICATED.

3. MAXIMUM LENGTH OF FLEXIBLE DUCT TO BE 5’−0". PROVIDE RIGID RUNOUT TO

POINT WHERE FLEXIBLE DUCT MAX LENGTH CAN BE MAINTAINED. SUPPORT

FLEXIBLE DUCT FROM STRUCTURE, REFER TO SPECIFICATIONS FOR

REQUIREMENTS

A

A

KEY NOTES:

PEEL BACK OUTER INSULATION OF FLEX DUCT AND SECURE

INNER CORE TO RIGID DUCT OR DUCT COLLAR WITH 2 FULL

WRAPS OF TAPE AND METAL SCREW BAND CLAMP OVER

TAPE. PULL INSULATION AND JACKET BACK INTO POSITION

AND SEAL ENDS WITH 2 FULL WRAPS OF TAPE AND METAL OR

NONMETALLIC BAND CLAMP.

INSULATED

FLEXIBLE

DUCT

SUPPLY DIFFUSER

ROUND NECK

INSULATE

BACK OF

DIFFUSER

A

INSTALL FLEX DUCT TO ENSURE

SECURE FASTENING TO

DIFFUSER AND MAXIMUM BEND

RADIUS. PROVIDE RIGID DUCT

AND ELBOW AT DIFFUSER IF

SECURE ATTACHMENT CANNOT

BE ACHIEVED.

SECURE INSULATED

SHEET METAL 90°

ELBOW TO DIFFUSER

HIGH−EFFICIENCY TAKE−OFF. SEAL

PERIMETER OF FLANGE AT ATTACHMENT

POINT TO MAIN DUCT WITH DUCT

SEALANT. REFER TO SPECIFICATIONS

DUCT

INSULATION

VOLUME DAMPER IN HIGH−EFFICIENCY

TAKE−OFF, OR PROVIDE IN RIGID DUCT

RUNOUT TO DIFFUSER. PROVIDE 2"

INSULATION STANDOFF. INSTALL DAMPER AS

CLOSE TO MAIN DUCT AS POSSIBLE.

RETURN OR

EXHAUST DUCT

RIGID

RUNOUT AS

REQUIRED

RETURN GRILLE

CEILING

INSULATED FLEXIBLE DUCT. MAXIMUM LENGTH OF FLEXIBLE

DUCT TO BE 8’−0". PROVIDE RIGID RUNOUT TO POINT WHERE

FLEXIBLE DUCT MAX LENGTH CAN BE MAINTAINED. SUPPORT

FLEXIBLE DUCT FROM STRUCTURE, REFER TO

SPECIFICATIONS FOR REQUIREMENTS

A

IR

F L O

W

ROUND DUCT

COLLAR

PLENUM. SIZE TO

MATCH GRILLE DUCT

CONNECTION SIZE

FASTEN DUCT

TO GRILLE

DUCTED RETURN OR EXHAUST GRILLE DETAIL7

M303 NO SCALE

INSULATE

PLENUM

GENERAL NOTES:

1. DUCT TAPES SHALL BE LISTED AND LABELED IN ACCORDANCE WITH STANDARD

UL 181B AND MARKED "181B−FX"

2. HIGH EFFICIENCY TAKE−OFF AND RUNOUT MAY BE ROUND OR RECTANGULAR

PROFILE, SEE PLANS FOR SIZE. PROVIDE SQUARE TO ROUND TRANSITION WHERE

RECTANGULAR RUNOUT DUCTS ARE INDICATED.

3. MAXIMUM LENGTH OF FLEXIBLE DUCT TO BE 8’−0". PROVIDE RIGID RUNOUT TO

POINT WHERE FLEXIBLE DUCT MAX LENGTH CAN BE MAINTAINED. SUPPORT

FLEXIBLE DUCT FROM STRUCTURE, REFER TO SPECIFICATIONS FOR

REQUIREMENTS.

4. REFER TO SPECIFICATIONS FOR DUCT SYSTEMS TO BE INSULATED. OMIT

INSULATION WHERE NOT REQUIRED.

A

KEY NOTES:

PEEL BACK OUTER INSULATION OF FLEX DUCT AND SECURE

INNER CORE TO RIGID DUCT OR DUCT COLLAR WITH 2 FULL

WRAPS OF TAPE AND METAL SCREW BAND CLAMP OVER

TAPE. PULL INSULATION AND JACKET BACK INTO POSITION

AND SEAL ENDS WITH 2 FULL WRAPS OF TAPE AND METAL OR

NONMETALLIC BAND CLAMP.

A

UNIT HEATER

HOT WATER SUPPLY

HOT WATER RETURN

TEST PLUG (TYPICAL)

FLOW MEASURING DEVICE

BALANCING VALVE

HORIZONTAL HOT WATER UNIT HEATER PIPING DETAIL1

M303 NO SCALE

2.

NOTES:

SEE NOTE 1 REHEAT COIL

HIGH−EFFICIENCY TAKE−OFF.

VAV TERMINAL

UNIT

SOUND ATTENUATOR

SEE NOTE 2

RIGID DUCT CONNECTION OF 3 DUCT DIAMETERS MINIMUM LENGTH SHALL BE PROVIDED

FOR AIR TERMINAL UNIT INLET DUCT CONNECTION.

USE SOUND ATTENUATOR ONLY IF REQUIRED TO MEET DESIGN ROOM NC LEVEL.

REFER TO SPECIFICATIONS FOR INSULATION REQUIREMENTS.

PROVIDE ACCESS DOOR IN BOX AND AT OUTLET FOR ACCESS TO BOTH SIDES OF

REHEAT COIL.

1.

SUPPLY DUCT

A

IR

F L O

W

TO SUPPLY

AIR OUTLETS

DUCT CONNECTION FOR VAV TERMINAL UNITS8

M303 NO SCALE

3.

ACCESS DOOR.

SEE NOTE 4

ACCESS DOOR.

SEE NOTE 4

4.

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number:

AIR COMPRESSOR SCHEDULE

TAG MANUFACTURER MODEL #

MAXIMUM CAPACITY RECEIVER ELECTRICAL

NOTES

PRESSURE (PSIG) (ACFM) (GAL.) HP VOLTS PHASE MCA

AC−1 INGERSOLL RAND SS3L3 135 10.3 60 3 230 1 1.

NOTES:

1. SEE SPECIFICATIONS FOR ACCESSORIES.

PUMP SCHEDULE

UNIT UNIT

FLUID TYPE

FLUID

TEMP.

HEAD MOTOR VFD PUMP MANUFACTURER

NO. LOCATION SERVICE TYPE GPM (FT.) HP VOLT PH USE RPM & MODEL NO. NOTES

HWP−1 BOILER RM BLR LOOP PG50 180 HES 414 66 15 208 3 Y 1750 BELL & GOSSETT 1510 3BC

HWP−2 BOILER RM BLR LOOP PG50 180 HES 414 66 15 208 3 Y 1750 BELL & GOSSETT 1510 3BC

CWP−1 HD HOUSE COND LOOP PG50 95 HES 75 40 2 208 3 N 1750 BELL & GOSSETT 1510 1−1/4AC

CWP−2 HD HOUSE COND LOOP PG50 95 HES 75 40 2 208 3 N 1750 BELL & GOSSETT 1510 1−1/4AC

NOTES: HES HORIZONTAL END SUCTION

1. PROVIDE SHAFT GROUNDING KITS FOR MOTORS USED HSC HORIZONTAL SPLIT CASE

WITH VARIABLE FREQUENCY DRIVES IL IN LINE

VT VERTICAL TURBINE

SUB SUBMERSIBLE

SP SUMP PUMP

W WATER

PG PROPYLENE GLYCOL (NUMBER

FOLLOWING INDICATES PERCENT SOLUTION)

EG ETHYLENE GLYCOL (NUMBER

FOLLOWING INDICATES PERCENT SOLUTION)

HOT WATER SPECIALTIES SCHEDULE

EXPANSION TANKS AIR SEPARATORS RELIEF

FLUID

TYPE

FLUID

TEMP.

UNIT NO.

TOTAL ACCEPT.

TYPE MODEL SIZE GAL GAL NO. MODEL SIZE GPM PSI NOTES

ET−1 H/E D−280V 30"x 76" 211 84 AS−1 RL−6F − 360 30 PG50 180

NOTES: E EXPANSION

1. MODEL NUMBERS TAKEN FROM BELL & GOSSETT CATALOG V VERTICAL

W WATER

PG PROPYLENE GLYCOL (NUMBER

FOLLOWING INDICATES PERCENT SOLUTION)

FIN RADIATION SCHEDULE

COVER COVER COVER TUBE FINS FIN BTU

UNIT FLUID COVER HEIGHT DEPTH LENGTH SIZE PER LENGTH PER TOTAL MANUFACTURER

NO. TYPE TYPE (IN) (IN) (FT) ROWS (IN) FT (FT) FT MBH & MODEL NO. NOTES

FTR−1 PG50 TO 26 5−3/8" PLAN 1 3/4 32 PLAN 990 VARIES RITTLING BG5 1., 2.

NOTES:

1. CAPACITIES BASED ON 170 °F AVG. WATER TO TOP OUTLET

TEMP AND 65 °F EAT BE BARE ELEMENT W/ EXPANDED METAL ENCLOSURE

2. CAPACITIES BASED ON INSTALL HEIGHT OF W−W WALL TO WALL

4" FROM FLOOR TO BOTTOM OF UNIT. W WATER

PG PROPYLENE GLYCOL

(NUMBER FOLLOWING INDICATES PERCENT SOLUTION)

UNIT HEATER SCHEDULE

UNIT UNIT OUTPUT MOTOR FLUID GPM MANUFACTURER

NO. LOCATION. TYPE CFM EAT LAT MBH HP VOLT PH EWT LWT TYPE RECESS & MODEL NO. NOTES

CUH−1 ENTRY R 185 60 135 15 1/15 120 1 180 160 PG50 1.5 R AIRTHERM RWI−1130−02

CUH−2 NE CORR SR 185 60 135 15 1/15 120 1 180 160 PG50 1.5 R AIRTHERM RWI−1130−02

UH−1 BLR CORR SUH 395 60 95 13 9W 120 1 180 160 PG50 1.3 − AIRTHERM HA−018B

UH−2 GH SUH 1100 60 104 47 1/20 120 1 180 160 PG50 5.3 − AIRTHERM HA−072B

UH−3 GH SUH 1100 60 104 47 1/20 120 1 180 160 PG50 5.3 − AIRTHERM HA−072B

NOTES: W WATER

1. SR SEMI RECESSED

SUH SUSPENDED UNIT HEATER

PG PROPYLENE GLYCOL

(NUMBER FOLLOWING INDICATES PERCENT SOLUTION)

CLOSED CIRCUIT COOLER SCHEDULE

UNIT EAT EWT LWT NOM. MOTOR MANUFACTURER &

NO. ( °F WB) ( °F) ( °F) GPM TONS CFM HP VOLT PH MODEL NO. NOTES

C−1 78 97 85 75 33.4 24,440 7.5 208 3 EVAPCO ATWB 4−4F12−Z 1

NOTES:

1. SEE DETAIL 2/M304 FOR STRUCTURAL MODIFICATIONS TO BUILDING.

HEATING COIL SCHEDULE

UNIT MAX EAT MAX FLUID TOTAL MANUFACTURER

UNIT NO. SERVED CFM APD DB WB LAT GPM WPD EWT LWT TYPE MBH & MODEL NO. NOTES

HC−1 RTU−1 14000 .09 15 80 110 8.5 180 160 PG50 987 INNOVENT

NOTES: W WATER

1. PG PROPYLENE GLYCOL

(NUMBER FOLLOWING INDICATES PERCENT SOLUTION)

EG ETHYLENE GLYCOL

(NUMBER FOLLOWING INDICATES PERCENT SOLUTION)

COOLING COIL SCHEDULE

COIL UNIT MAX EAT LAT MAX FLUID TOTAL SENS. MANUFACTURER

UNIT NO. TYPE SERVED CFM APD DB WB DB WB EER WPD EWT LWT TYPE MBH MBH & MODEL NO. NOTES

CC−1 DX RTU−1 14000 1.15 85.5 71.4 54.6 54.2 10.55 − − − DX 791 470 INNOVENT 1.

NOTES: DX DIRECT EXPANSION

1. PROVIDE 4 CIRCUITS OF COOLING WITH MODULATING W WATER

COMPRESSOR. PG PROPYLENE GLYCOL (NUMBER FOLLOWING INDICATES PERCENT SOLUTION)

EG ETHYLENE GLYCOL (NUMBER FOLLOWING INDICATES PERCENT SOLUTION)

AIR HANDLING UNIT SCHEDULE

FAN SECTION DATA MIN

UNIT UNIT FAN WHEEL BLADE TOTAL COOLING HEATING OA MANUFACTURER

NO. LOCATION. TYPE SECTION DIA TYPE VFD CFM ESP HP VOLTS PH COIL COIL CFM & MODEL NO. NOTES

RTU−1

ROOF

DT

SUPPLY 30 AF Y 14000 5.3 20 208 3

CC−1 HC−1 1100 INNOVENT CAHU−1C

RETURN 33 AF Y 14000 1.8 7.5 208 3

NOTES: H HORIZONTAL

1. FILTERS PROVIDED BY AHU MANUFACTURER, FOR MOUNTING IN AIR HANDLER CASING. SEE PLANS FOR AIR HANDLER V VERTICAL

ARRANGEMENT AND FILTER LOCATION. REFER TO SPECIFICATIONS FOR FILTER TYPES. AF AIRFOIL

PROVIDE 42 INCH TALL ENGINEERED CURB. PROVIDE MERV 8 PREFILTERS AND MERV 13 FINAL FILTERS. DT DRAW THRU

PROVIDE SOUND ATTENUATORS IN ROOF CURB. MZ MULTI ZONE

BT BLOW THRU

BOILER SCHEDULE

UNIT HEATING FIRING RATE NET ELECTRICAL MANUFACTURER

NO. MEDIUM TYPE FUEL MBH GPH MBH HP VOLTS PH & MODEL NO. NOTES

B−1 PG50 W NG 3000 2610 AERCO BMK3.0 1

B−2 PG50 W NG 3000 2610 AERCO BMK3.0 1

NOTES: W WATER

1. CONTROL BY BUILDING AUTOMATION SYSTEM. S STEAM

CI CAST IRON

FT FIRETUBE

WT WATERTUBE

NG NATURALGAS

O OIL

P PROPANE

E ELECTRIC

ELEMENT. PITCH UP IN

DIRECTION OF FLOW

ECCENTRIC REDUCER IF

REQUIRED

UNION (TYPICAL)

CONTROL VALVE

SHUT−OFF VALVE WITH

TEE HANDLE (TYPICAL)

SUPPLY RUNOUT, IF

DOWNFEED

CONCENTRIC REDUCER IF

REQUIRED

COVER

PROVIDE ACCESS DOORS

IN FRONT OF VALVES

SUPPLY

RETURN

NOTES:

1. REFER TO SCHEDULES AND SPECIFICATIONS FOR CABINET AND COVER TYPE AND INSTALLATION REQUIREMENTS.

2. ELEMENTS IN SERIES REQUIRE ACCESSORIES AT EACH END OF SERIES ONLY.

3. INTERCONNECTING PIPING BETWEEN ELEMENTS TO BE SAME SIZE AS ELEMENT TUBE.

TYPICAL HOT WATER FINNED−TUBE RADIATION DETAIL1

M304 NO SCALE

DIFFUSER, REGISTER AND GRILLE SCHEDULE

UNIT NECK MODULE THROW MANUFACTURER

NO. TYPE SIZE SIZE (1) NC MOUNTING OBD & MODEL NO. NOTES

S−1 REG SEE PLAN 24X24 <30 SEE PLAN N TITUS TMSA

S−2 REG − 12X12 21 <30 SUR N TITUS 301RL

R−1 GR − 24X24 −− <30 LIT N TITUS 50F

R−2 GR − 24X12 −− <30 LIT N TITUS 50F

R−3 GR − 48X10 −− <30 SUR N TITUS 350FL

NOTES: RCD ROUND CEILING DIFFUSER

1. THROW BASED ON TERMINAL VELOCITY SUR SURFACE MOUNT

OF 50 FPM REG REGISTER

GR GRILLE

OBD OPPOSED BLADE DAMPER

GYP GYPSUM WALL OR CEILING

LIT LAY−IN TILE

CB CONCRETE BLOCK

VARIABLE AIR VOLUME TERMINAL UNIT SCHEDULE

UNIT INLET OUTLET HEATING CFM COOLING CFM MAX TOTAL MAX FLUID MANUFACTURER

NO. SIZE SIZE MAX MIN MAX MIN APD EAT LAT MBH EWT LWT GPM WPD TYPE & MODEL NO. NOTES

VAV−1 5" 12"x8" 270 54 270 54 1.0 − − − − − − − − TITUS DESV 1

VAV−2 5" 12"x8" 270 54 270 54 − − − − − − − − − TITUS DESV 1

VAV−3 5" 12"x8" 270 54 270 54 − − − − − − − − − TITUS DESV 1

VAV−4 5" 12"x8" 270 54 270 54 − − − − − − − − − TITUS DESV 1

VAV−5 5" 12"x8" 370 74 370 74 − − − − − − − − − TITUS DESV 1

VAV−6 5" 12"x8" 270 54 270 54 − − − − − − − − − TITUS DESV 1

VAV−7 7" 12"x10" 550 110 550 110 − − − − − − − − − TITUS DESV 1

VAV−8 9" 14"x13" 1000 300 1000 300 0.6 55.0 114.0 16.6 180 148 1.3 0.6 PG50 TITUS DESV 2

VAV−9 10" 14"x13" 1080 324 1080 324 0.4 55.0 114.0 19.9 180 141 1.3 0.3 PG50 TITUS DESV 2

VAV−10 5" 12"x8" 300 90 300 90 0.1 55.0 100.0 4.2 180 142 0.3 0.1 PG50 TITUS DESV

VAV−11 5" 12"x8" 300 90 300 90 0.1 55.0 100.0 4.2 180 142 0.3 0.1 PG50 TITUS DESV

VAV−12 8" 12"x10" 680 204 680 204 0.2 55.0 84.0 6.2 180 125 0.3 0.2 PG50 TITUS DESV

VAV−13 12" 16"x15" 1720 430 1720 430 0.5 55.0 114.0 30.0 180 139 1.9 0.8 PG50 TITUS DESV 2

VAV−14 10" 14"x13" 960 240 960 240 0.2 55.0 95.0 11.8 180 155 1.2 0.3 PG50 TITUS DESV

VAV−15 8" 12"x10" 780 195 780 195 0.3 55.0 109.0 11.5 180 129 0.6 0.1 PG50 TITUS DESV 2

VAV−16 14" 20"x18" 2000 600 2000 600 0.7 55.0 100.0 46.9 180 138.8 2.9 1.8 PG50 TITUS DESV 2

VAV−17 14" 20"x18" 2000 600 2000 600 1.0 55.0 110.0 57.3 180 127.7 2.8 1.4 PG50 TITUS DESV 3

VAV−18 6" 12"x8" 400 120 400 120 0.1 55.0 100.0 5.6 180 156 0.6 0.2 PG50 TITUS DESV

VAV−19 4" 12"x8" 200 60 200 60 0.0 55.0 120.0 3.4 180 150 0.3 0.1 PG50 TITUS DESV

VAV−20 4" 12"x8" 200 60 200 60 0.0 55.0 120.0 3.4 180 150 0.3 0.1 PG50 TITUS DESV

VAV−21 5" 12"x8" 350 105 350 105 0.1 55.0 106.0 4.0 180 145 0.3 0.1 PG50 TITUS DESV

VAV−22 12" 16"x15" 1500 300 1500 300 − − − − − − − − − TITUS DESV 1

NOTES: W WATER

1 NO REHEAT COIL PG PROPYLENE GLYCOL

2 2 ROW COIL (NUMBER FOLLOWING INDICATES PERCENT SOLUTION)

3 3 ROW COIL

SOUND ATTENUATING UNIT SCHEDULE

DYNAMIC INSERTION LOSS DB

UNIT SIZE OCTAVE BAND & MID−FREQUENCY (CPS)

UNIT CFM MAX 63 125 250 500 1000 2000 4000 8000 MANUFACTURER

NO. SYSTEM DIA L W H [1] APD 1 2 3 4 5 6 7 8 & MODEL NOTES

SA−1 RTU−1 − 36 28.5 61 +14000 0.20 2 5 10 21 16 9 10 8 VIBRO ACOUSTICS RNM−MV−F8

SA−2 RTU−1 − 36 40 40 −14000 0.22 7 6 12 16 14 10 8 7 VIBRO ACOUSTICS RNM−MV−F6

NOTES:

1 A [+] SYMBOL INDICATES SOUND PATH SAME AS AIR

FLOW DIRECTION, A [−] INDICATES SOUND PATH AGAINST

AIRFLOW DIRECTION

KNOCK OUT FACE SHELL & GROUT FIRST (1)

AVAILABLE FULL CELL SOLID FULL HEIGHT

AT SIDE OF DOOR FARTHEST FROM BEAM EXISTING STEEL BEAM

KNOCK OUT FACE SHELL & GROUT FIRST (2)

AVAILABLE FULL CELLS SOLID FULL HEIGHT

AT SIDE OF DOOR CLOSEST TO BEAM

(2) 5 8"Ø x 6" TITEN HD SCREW IN

ANCHORS CENTERED ON EACH

GROUTED CORE AS SHOWN BELOW

NEW C8x11.5 STEEL CHANNEL

INSTALLED TIGHT TO

EXISTING STEEL BEAM

2" MIN.

LINTEL DETAIL FOR BOILER ROOM DOORWAY2

M304 3/4" = 1’−0"

D A

U S

Web: www.ulteig.com

3350 38th Avenue South

Phone: 701.280.8500

Fargo, North Dakota 58104

Ulteig Project: 09.01787

Fax: 701.280.8739

I hereby certify that this plan, specification or report was prepared by me or under my direct supervision and that I am a duly Licensed Professional Engineer under the laws of the State of Minnesota.

Print Name:

Signed:

License Number: