W912QR24R0008_Plans-0001.pdf

GENERAL NOTES

1. THESE DRAWINGS ARE NOT TO BE SCALED. REFER TO DIMENSIONS

INDICATED ON DIMENSION PLANS, SHOP DRAWINGS, OR ESTABLISHED

FIELD DIMENSIONS. WHERE NO DIMENSIONS OR METHOD OF DETERMINING

A LOCATION IS GIVEN, VERIFY WITH ARCHITECT PRIOR TO PROCEEDING.

CONCRETE MASONRY

UNIT.

APPLIED STOP.

GLAZING.

BACKER ROD AND

SEALANT SEALANT.

7 5/8"

1" 5 3/4"

HOLLOW METAL FRAME

WITH POLYURETHANE

FOAM CORE. SEALANT.

1"

3/ 4"

SEALANT.CONCRETE

MASONRY UNIT.

5/

8"

HOLLOW METAL FRAME

ANCHOR.

2"

APPLIED STOP.

GLAZING.

HOLLOW METAL FRAME

WITH POLYURETHANE

FOAM CORE.

BACKER ROD

AND SEALANT.

CONCRETE

MASONRY UNIT.

7 5/8" 6 3/8"

CORNERBEAD.

1' - 2"

(2) LAYERS 5/8" GYPSUM

BOARD.

3 1/2" SOUND ATTENUATION

BATT INSULATION.

3 5/8" METAL STUDS AT 16" O.C.

(2) LAYERS 1/2" GYPSUM BOARD.

BACKER ROD

AND SEALANT.

FIRE RATED

INSULATED

HOLLOW METAL

FRAME.

FIRE RATED

INSULATED GLAZING.

GLAZING STOP.

1" 4 3/4"

1 3/8"

NOISE CONTROL HOLLOW METAL

WINDOW FRAME. FRAME TO BE A

MINIMUM 14 GAGE THICKNESS

WITH MITERED PERIMETER AND

CONTINUOUSLY WELDED, TYPICAL.

6 1/4" 1"

5/8" MINIMUM DEPTH

INTEGRAL STOPS.

1/4" LAMINATED GLAZING

(NOISE CONTROL

GLAZING).

AIR

SPACE

STC 49 NOISE

CONTROL WINDOW

ASSEMBLY

1/4" LAMINATED GLAZING.

(NOISE CONTROL GLAZING).

NOTE: NOISE CONTROL WINDOW

FRAME JAMB ANCHORS SHALL BE

FABRICATED OF THE SAME

MATERIAL AS THE FRAME. FOR

INSTALLATION IN STUD

PARTITIONS, HORIZONTAL 16 GAGE

STEELL "ZEE" SECTIONS ARE TO

BE WELDED INSIDE EACH JAMB.

INSULATED FRAME.

5/

8"

3/ 8"

CONCRETE

MASONRY UNIT.

BACKER ROD

AND SEALANT.

1'

(2) LAYERS 5/8"

GYPSUM BOARD.

3 1/2" SOUND ATTENUATION

BATT INSULATION.

3 5/8" METAL STUDS

AT 16" O.C.

FIRE RATED INSULATED

HOLLOW METAL FRAME.

FIRE RATED

INSULATED GLAZING.

GLAZING STOP.

NOISE CONTROL HOLLOW METAL

WINDOW FRAME.

1/4" LAMINATED GLAZING.

(NOISE CONTROL GLAZING).

1"

3/ 4"

3/

8"

1/

4" 1"

5/8" MINIMUM DEPTH

INTEGRAL STOPS.

1/4" LAMINATED GLAZING.

(NOISE CONTROL GLAZING).

AIR

SPACE

CONCRETE

MASONRY UNIT.

CORNERBEAD.

(2) LAYERS 5/8"

GYPSUM BOARD.

3 1/2" SOUND ATTENUATION

BATT INSULATION.

3 5/8" METAL STUDS

AT 16" O.C.

(2) LAYERS 1/2" GYPSUM BOARD.BACKER ROD

AND SEALANT.

FIRE RATED

INSULATED HOLLOW

METAL FRAME.

FIRE RATED

INSULATED GLAZING.

GLAZING STOP.

NOISE CONTROL HOLLOW METAL

WINDOW FRAME. FRAME TO BE A

MINIMUM 14 GAGE THICKNESS WITH

MITERED PERIMETER AND

CONTINUOUSLY WELDED, TYPICAL.

7 5/8" 6 3/8"

1' - 2"

1" 4 3/4"

1 3/8"

6 1/4" 1"

5/8" MINIMUM DEPTH

INTEGRAL STOPS.

1/4" LAMINATED

GLAZING

(NOISE CONTROL

GLAZING).

AIR

SPACE

STC 49 NOISE

CONTROL WINDOW

ASSEMBLY

1/4" LAMINATED GLAZING.

(NOISE CONTROL GLAZING).

INSULATED FRAME.

MASONRY OPENING

1' - 0"

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2'

STEEL BEAM. FIREPROOFING

OF BEAM NOT SHOWN.

A MINIMUM 1/2" THICKNESS OF

ELASTOMERIC FIRESTOP SEALANT

OVER MINERAL WOOL INSULATION

FIRMLY PACKED INTO OPENING AS A

PERMANENT FORM AND RECESSED

FROM THE SURFACE TO ACCOMMODATE

THE REQUIRED THICKNESS OF THE

SEALANT.

CONCRETE MASONRY UNIT.

A MINIMUM 1/2" THICKNESS OF

ELASTOMERIC FIRESTOP

SEALANT.

MINERAL WOOL INSULATION

FIRMLY PACKED INTO OPENING AS

A PERMANENT FORM AND

RECESSED FROM THE SURFACE

TO ACCOMMODATE THE REQUIRED

THICKNESS OF THE SEALANT.

A MINIMUM 1/2" THICKNESS

OF ELASTOMERIC FIRESTOP

SEALANT.

STEEL BEAM. FIREPROOFING

OF BEAM NOT SHOWN.

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BIM 360://1550017 USACE Detroit Arsenal GTEB_R2020/1550017_ARCH_CR20.rvt2/7/2024 2:14:03 PM

A-513

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3" = 1'-0"K1

WINDOW HEAD DETAIL

3" = 1'-0"F1

WINDOW JAMB DETAIL

0 1.5" 3" 6" 9"

0 1.5" 3" 6" 9" 3" = 1'-0"K6

WINDOW HEAD DETAIL

3" = 1'-0"F6

WINDOW JAMB DETAIL

0 1.5" 3" 6" 9"

0 1.5" 3" 6" 9"

3" = 1'-0"A6

WINDOW SILL DETAIL

1 1/2" = 1'-0"K12

STEEL BEAM PENETRATION DETAIL

0 0.25' 0.5' 1' 1.5'

1 1/2" = 1'-0"F12

STEEL BEAM PENETRATION DETAIL

0 0.25' 0.5' 1' 1.5'

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ARIMS: 200A Disposition: Maintain for 15 yrs after construction.

1 2 3 4 5 6

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OFFICE

WOMENS RESTROOM

MENS RESTROOM

VESTIBULE

BREAK ROOM

CONFERENCE ROOM

OFFICE

CORRIDOR

OPEN OFFICE

LOCKER AND

SHOWER

LOCKER AND

SHOWER

ENTRY

T

T T T

T

T T

T

T

VESTIBULE

HIGH BAY AREA

SHAKER ROOM

2"ø CA

8"ø MPHFS 6"ø CHWS

2"ø CA

6"ø CHWR

2"ø CA

2"ø CA

1"ø CA 1"ø CA

2"ø CA2"ø CA

2"ø CA

1"ø CA

1"ø CA

1"ø CA

2"ø CA

6"ø CHWS 6"ø CHWR

6"ø CHWS 6"ø CHWR

4"ø CHWS 4"ø CHWR

2"ø CA 2"ø CA

2"ø CA

4"ø CHWS 4"ø CHWR

1"ø CA

1"ø CA

2"ø CA

1"ø CA

1"ø CA

NATURAL GAS

UP TO RTU

1"ø CA

M-201

M-201

3/ 4" ø H

H W

R 3/

4" ø

H H

W S

1"ø HHWR 1"ø HHWS

NATURAL GAS

UP TO RTU

NATURAL GAS

UP TO RTU

2"ø NG

1"ø NG 2"ø NG

NATURAL GAS

UP TO RTU

NATURAL GAS

UP TO RTU

2"ø NG

2"ø NG

6"ø MPHFD 10"ø MPHFR

3"ø CHWS 3"ø CHWR

3"ø CHWR 3"ø CHWS

3"ø CHWR 3"ø CHWS

3"ø CHWR 3"ø CHWS

3"ø CHWR 3"ø CHWS

3"ø CHWR 3"ø CHWS

1 1 1 12 2

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1 10 15

1/8" = 1'-0"1

MECHANICAL PIPING PLAN - FIRST FLOOR - SECTOR 1

0 4' 8' 16'

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

GENERAL NOTES:

1. ALL NEW HYDRONIC EQUIPMENT MUST BE PROVIDED WITH MANUAL

ISOLATION VALVES.

2. PROVIDE ISOLATION VALVES EVERY 100 FT AT A MINIMUM ON ALL

PIPING EXCEPT FOR THE HYDRAULIC FLUID PIPING SYSTEMS.

3. ALL HYDRONIC PIPING RUNOUTS TO FAN COIL UNITS ARE TO BE 3/4"Ø

UNLESS NOTED OTHERWISE.

4. PROVIDE HYDRAULIC FLUID, CHILLED WATER, AND COMPRESSED AIR

PIPING BRANCHES FROM MAIN PIPING IN TRENCHES IN HIGH BAY

AREAS AS SHOWN AND NOTED BELOW. ROUTE PIPING 6" ABOVE THE

FINISHED FLOOR AND EXTENDED APPROXIMATELY 12" BEYOND THE

EDGE OF THE TRENCH. PROVIDE ISOLATION VALVES WITH CAPS OR

BLIND FLANGES ON EACH BRANCH.

5. ALL SUSPENDED HYDRONIC PIPING THAT IS 6" DIAMETER OR LARGER

SHALL BE SUPPORTED AT A MAXIMUM SPACING OF 10 FOOT ON

CENTER FROM STRUCTURAL MEMBERS ABOVE.

6. REFER TO LIFE SAFETY AND/OR ARCHITECTURAL PLANS FOR

LOCATION OF FIRE AND/OR SMOKE RATED WALL ASSEMBLIES.

FIRESTOP ALL PENETRATIONS THROUGH FIRE/SMOKE RATED WALL

ASSEMBLIES IN ACCORDANCE WITH SPECIFICATION SECTION 07 84 00.

7. ALL HYDRAULIC FLUID PIPING SHALL BE CLEANED AND FLUSHED TO

MEET THE HYDRAULIC FLUID CLEANLINESS LISTED IN THE HPU

SCHEDULE ON M-601. PROVIDE TEMPORARY HOSES AND EQUIPMENT

AS NEEDED TO CIRCULATE CLEAN HYDRAULIC FLUID THROUGH THE

SUPPLY, RETURN, AND DRAIN PIPING UNTIL THE ISO PARTICULATE

LEVELS ARE MAINTAINED WITHIN THE SCHEDULED LEVELS OF

CLEANLINESS.

KEYED NOTES:

1. PROVIDE MEDIUM PRESSURE HYDRAULIC PIPING BRANCHES FROM

TRENCH WITH ISOLATION VALVES AND CODE 62 BLIND FLANGES:

4" MPHFS - SCH XXS, 4" MPHFR - SCH 40, AND 2.5" MPHRD - SCH 40.

ALL FLANGED CONNECTIONS SHALL BE COVERED WITH A FLANGE

GUARD TYPE SAFETY SHIELD TO MINIMIZE ANY SPRAY FROM A

POTENTIAL LEAK AT PIPING CONNECTION POINTS.

2. PROVIDE CHILLED WATER AND COMPRESSED AIR PIPING

BRANCHES FROM TRENCH WITH ISOLATION VALVES AND CAPPED

ENDS:

3" CHWS, 3" CHWR, AND 1" CA

3. PROVIDE HIGH PRESSURE HYDRAULIC PIPING BRANCHES FROM

TRENCH WITH ISOLATION VALVES AND CODE 62 BLIND FLANGES:

4" HPHFS - SCH XXS, 4" HPHFR - SCH 40, AND 2.5" HPHRD - SCH 40.

ALL FLANGED CONNECTIONS SHALL BE COVERED WITH A FLANGE

GUARD TYPE SAFETY SHIELD TO MINIMIZE ANY SPRAY FROM A

POTENTIAL LEAK AT PIPING CONNECTION POINTS.

4. PROVIDE LOCAL CONTROL PANEL IN THE CONTROL ROOM FOR

MANUAL ACTIVATION OF THE CHILLED WATER SYSTEM.

5. PROVIDE BYPASS PIPING AT THE END OF THE SUPPLY AND RETURN

MAIN PIPING WITH A BYPASS CONTROL VALVE TO ALLOW

AUTOMATIC FLUSHING OF THE MAIN PIPING WITH FRESH FLUID

FROM THE MAIN RESERVOIR.

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ELECTRICAL

MECHANICAL

MOTHERS

BREAK ROOM

CORRIDOR

COMM_1

CH-01

T

T

CRAC-01

T

FIRE PROTECTION

HIGH BAY AREA

NATURAL GAS

UP TO RTU

2"ø NG

CU-IDU-01

8"ø COOLING WATER SUPPLY 8"ø COOLING WATER RETURN

CT-02

CU-AHU-01

IDU-01

M-401

CU-CRAC-02

CU-CRAC-01

1"ø CA

8"ø MPHFS

2"ø CA

3"ø CHWS

1"ø CA

3"ø CHWR

2"ø CA

6"ø CHWS 6"ø CHWR 2"ø CA

2"ø CA

2"ø CA

3"ø CHWS 3"ø CHWR

CT-01

CRAC-02

2"ø CA

6"ø CHWS 6"ø CHWR

8"ø COOLING WATER SUPPLY

8"ø COOLING WATER RETURN

6"ø CHWR 6"ø CHWS

6"ø MPHFS

1"ø CA2"ø CA 1"ø CA1"ø CA

M-201

M-201

M-201

1 1/2"ø HHWR 1 1/2"ø HHWS

2"ø NG

COMM_2-1

106-1

2"ø NG

4"ø HPHFD

6"ø HPHFS 6"ø HPHFR

6"ø MPHFD 10"ø MPHFR

8"ø MPHFR 4"ø MPHFD

2"ø CA

2"ø CA

10"ø MPHFR 6"ø MPHFD

8"ø MPHFS

2"ø NG

2"ø CA

2"ø NG

1 1 1 1 1 1 12 2

3 3

2"ø NG

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1/8" = 1'-0"1

MECHANICAL PIPING PLAN - FIRST FLOOR - SECTOR 2

0 4' 8' 16'

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

GENERAL NOTES:

1. ALL NEW HYDRONIC EQUIPMENT MUST BE PROVIDED WITH MANUAL

ISOLATION VALVES.

2. PROVIDE ISOLATION VALVES EVERY 100 FT AT A MINIMUM ON ALL

PIPING EXCEPT FOR THE HYDRAULIC FLUID PIPING SYSTEMS.

3. ALL HYDRONIC PIPING RUNOUTS TO FAN COIL UNITS ARE TO BE 3/4"Ø

UNLESS NOTED OTHERWISE.

4. PROVIDE HYDRAULIC FLUID, CHILLED WATER, AND COMPRESSED AIR

PIPING BRANCHES FROM MAIN PIPING IN TRENCHES IN HIGH BAY

AREAS AS SHOWN AND NOTED BELOW. ROUTE PIPING 6" ABOVE THE

FINISHED FLOOR AND EXTENDED APPROXIMATELY 12" BEYOND THE

EDGE OF THE TRENCH. PROVIDE ISOLATION VALVES WITH CAPS OR

BLIND FLANGES ON EACH BRANCH.

5. ALL SUSPENDED HYDRONIC PIPING THAT IS 6" DIAMETER OR LARGER

SHALL BE SUPPORTED AT A MAXIMUM SPACING OF 10 FOOT ON

CENTER FROM STRUCTURAL MEMBERS ABOVE.

6. REFER TO LIFE SAFETY AND/OR ARCHITECTURAL PLANS FOR

LOCATION OF FIRE AND/OR SMOKE RATED WALL ASSEMBLIES.

FIRESTOP ALL PENETRATIONS THROUGH FIRE/SMOKE RATED WALL

ASSEMBLIES IN ACCORDANCE WITH SPECIFICATION SECTION 07 84 00.

7. ALL HYDRAULIC FLUID PIPING SHALL BE CLEANED AND FLUSHED TO

MEET THE HYDRAULIC FLUID CLEANLINESS LISTED IN THE HPU

SCHEDULE ON M-601. PROVIDE TEMPORARY HOSES AND EQUIPMENT

AS NEEDED TO CIRCULATE CLEAN HYDRAULIC FLUID THROUGH THE

SUPPLY, RETURN, AND DRAIN PIPING UNTIL THE ISO PARTICULATE

LEVELS ARE MAINTAINED WITHIN THE SCHEDULED LEVELS OF

CLEANLINESS.

KEYED NOTES:

1. PROVIDE MEDIUM PRESSURE HYDRAULIC PIPING BRANCHES FROM

TRENCH WITH ISOLATION VALVES AND CODE 62 BLIND FLANGES:

4" MPHFS - SCH XXS, 4" MPHFR - SCH 40, AND 2.5" MPHRD - SCH 40.

ALL FLANGED CONNECTIONS SHALL BE COVERED WITH A FLANGE

GUARD TYPE SAFETY SHIELD TO MINIMIZE ANY SPRAY FROM A

POTENTIAL LEAK AT PIPING CONNECTION POINTS.

2. PROVIDE CHILLED WATER AND COMPRESSED AIR PIPING

BRANCHES FROM TRENCH WITH ISOLATION VALVES AND CAPPED

ENDS:

3" CHWS, 3" CHWR, AND 1" CA

3. PROVIDE HIGH PRESSURE HYDRAULIC PIPING BRANCHES FROM

TRENCH WITH ISOLATION VALVES AND CODE 62 BLIND FLANGES:

4" HPHFS - SCH XXS, 4" HPHFR - SCH 40, AND 2.5" HPHRD - SCH 40.

ALL FLANGED CONNECTIONS SHALL BE COVERED WITH A FLANGE

GUARD TYPE SAFETY SHIELD TO MINIMIZE ANY SPRAY FROM A

POTENTIAL LEAK AT PIPING CONNECTION POINTS.

4. ROUTE COOLING WATER PIPING UP TO ABOVE THE BRIDGE CRANE

AND OVER TO THE HPU ROOM. PIPING SHALL BE SUPPORTED AT

LEAST EVERY 10 FEET ON HORIZONTAL RUNS AND AT THE TOP AND

BOTTOM OF THE VERTICAL RUNS.

5. PROVIDE 120V HEAT TRACE ON ABOVEGROUND PIPING TO

COOLING TOWER AND CHILLER RATED FOR 10 W/FT LINEAR FOOT

OF PIPING.

6. ROUTE 3" OVERFLOW DRAIN FROM COOLING TOWERS TO

SANITARY SEWER HUB DRAIN. REFER TO CIVIL DRAWING C-105

FOR DRAIN LOCATION.

7. UNDERGROUND PIPING BETWEEN THE MECHANICAL ROOM AND

THE COOLING TOWER AND CHILLER SHALL BE AT LEAST 6 FEET

BELOW GRADE.

8. PROVIDE BYPASS PIPING AT THE END OF THE SUPPLY AND RETURN

MAIN PIPING WITH A BYPASS CONTROL VALVE TO ALLOW

AUTOMATIC FLUSHING OF THE MAIN PIPING WITH FRESH FLUID

FROM THE MAIN RESERVOIR.

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PUMP ROOM

ELECTRICAL

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CT-02

8"ø COOLING WATER SUPPLY 8"ø COOLING WATER RETURN

6"ø HPHFR

10"ø MPHFR 8"ø MPHFS

6"ø HPHFR 6"ø HPHFS10"ø MPHFR

8"ø COOLING WATER SUPPLY

8"ø COOLING WATER RETURN

CH-01

1"ø CA

2"ø CA

1"ø CA

1"ø CA

1"ø CA 1"ø CA

1"ø CA2"ø CA

2"ø CA

2"ø NG

NATURAL GAS

UP TO RTU

4"ø HPHFD

6"ø HPHFS

8"ø MPHFS

6"ø MPHFD

HPU-01

8"ø COOLING WATER SUPPLY 8"ø COOLING WATER RETURN

6"ø MPHFD 4"ø HPHFD

3/4"ø NG 3/4"ø NG

3/4"ø NG

UH-01

UH-02

HPU HEAT

EXCHANGER

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BIM 360://1550017 USACE Detroit Arsenal GTEB_R2020/1550017_HVAC_CR20.rvt2/7/2024 2:34:20 PM

MP113

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1/8" = 1'-0"1

MECHANICAL PIPING PLAN - FIRST FLOOR - SECTOR 3

0 4' 8' 16'

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

GENERAL NOTES:

1. ALL NEW HYDRONIC EQUIPMENT MUST BE PROVIDED WITH MANUAL

ISOLATION VALVES.

2. PROVIDE ISOLATION VALVES EVERY 100 FT AT A MINIMUM ON ALL

PIPING EXCEPT FOR THE HYDRAULIC FLUID PIPING SYSTEMS.

3. ALL HYDRONIC PIPING RUNOUTS TO FAN COIL UNITS ARE TO BE 3/4"Ø

UNLESS NOTED OTHERWISE.

4. PROVIDE HYDRAULIC FLUID, CHILLED WATER, AND COMPRESSED AIR

PIPING BRANCHES FROM MAIN PIPING IN TRENCHES IN HIGH BAY

AREAS AS SHOWN AND NOTED BELOW. ROUTE PIPING 6" ABOVE THE

FINISHED FLOOR AND EXTENDED APPROXIMATELY 12" BEYOND THE

EDGE OF THE TRENCH. PROVIDE ISOLATION VALVES WITH CAPS OR

BLIND FLANGES ON EACH BRANCH.

5. ALL SUSPENDED HYDRONIC PIPING THAT IS 6" DIAMETER OR LARGER

SHALL BE SUPPORTED AT A MAXIMUM SPACING OF 10 FOOT ON

CENTER FROM STRUCTURAL MEMBERS ABOVE.

6. REFER TO LIFE SAFETY AND/OR ARCHITECTURAL PLANS FOR

LOCATION OF FIRE AND/OR SMOKE RATED WALL ASSEMBLIES.

FIRESTOP ALL PENETRATIONS THROUGH FIRE/SMOKE RATED WALL

ASSEMBLIES IN ACCORDANCE WITH SPECIFICATION SECTION 07 84 00.

7. ALL HYDRAULIC FLUID PIPING SHALL BE CLEANED AND FLUSHED TO

MEET THE HYDRAULIC FLUID CLEANLINESS LISTED IN THE HPU

SCHEDULE ON M-601. PROVIDE TEMPORARY HOSES AND EQUIPMENT

AS NEEDED TO CIRCULATE CLEAN HYDRAULIC FLUID THROUGH THE

SUPPLY, RETURN, AND DRAIN PIPING UNTIL THE ISO PARTICULATE

LEVELS ARE MAINTAINED WITHIN THE SCHEDULED LEVELS OF

CLEANLINESS.

KEYED NOTES:

1. PROVIDE MEDIUM PRESSURE HYDRAULIC PIPING BRANCHES FROM

TRENCH WITH ISOLATION VALVES AND CODE 62 BLIND FLANGES:

4" MPHFS - SCH XXS, 4" MPHFR - SCH 40, AND 2.5" MPHRD - SCH 40.

ALL FLANGED CONNECTIONS SHALL BE COVERED WITH A FLANGE

GUARD TYPE SAFETY SHIELD TO MINIMIZE ANY SPRAY FROM A

POTENTIAL LEAK AT PIPING CONNECTION POINTS.

2. PROVIDE CHILLED WATER AND COMPRESSED AIR PIPING

BRANCHES FROM TRENCH WITH ISOLATION VALVES AND CAPPED

ENDS:

3" CHWS, 3" CHWR, AND 1" CA

3. PROVIDE HIGH PRESSURE HYDRAULIC PIPING BRANCHES FROM

TRENCH WITH ISOLATION VALVES AND CODE 62 BLIND FLANGES:

4" HPHFS - SCH XXS, 4" HPHFR - SCH 40, AND 2.5" HPHRD - SCH 40.

ALL FLANGED CONNECTIONS SHALL BE COVERED WITH A FLANGE

GUARD TYPE SAFETY SHIELD TO MINIMIZE ANY SPRAY FROM A

POTENTIAL LEAK AT PIPING CONNECTION POINTS.

4. PROVIDE 4" COMBUSTION AIR AND 4" FLUE VENTING THROUGH

CONCENTRIC VENT THROUGH WALL. REFER TO DETAIL 3/M-504.

5. PROVIDE MEDIUM PRESSURE HYDRAULIC PIPING BRANCHES FROM

TRENCH WITH ISOLATION VALVES AND CODE 62 BLIND FLANGES

FOR FUTURE CONNECTION TO ACCUMULATORS:

4" MPHFS - SCH XXS AND 4" MPHFR - SCH 40. ALL FLANGED

CONNECTIONS SHALL BE COVERED WITH A FLANGE GUARD TYPE

SAFETY SHIELD TO MINIMIZE ANY SPRAY FROM A POTENTIAL LEAK

AT PIPING CONNECTION POINTS.

6. PROVIDE 120V HEAT TRACE ON ABOVEGROUND PIPING TO

COOLING TOWER AND CHILLER RATED FOR 10 W/FT LINEAR FOOT

OF PIPING.

7. PIPING PENETRATIONS THROUGH FIRE RATED WALL MUST BE

PROTECTED IAW SPECIFICATION SECTION 07 84 00.

8. COORDINATE HYDRAULIC FLUID PIPING HEIGHTS AND CONNECTION

POINTS AND HPU PIPING/VALVE MANIFOLD LOCATIONS WITH HPU

MANUFACTURER.

9. ROUTE 3" OVERFLOW DRAIN FROM COOLING TOWERS TO

SANITARY SEWER HUB DRAIN. REFER TO CIVIL DRAWING C-105

FOR DRAIN LOCATION.

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1. PROVIDE A SINGLE POINT-OF-POWER AND DISCONNECT SWITCH.

2. COIL VELOCITY SHALL NOT EXCEED 500 FPM.

3. PROVIDE STAINLESS STEEL COOLING COIL DRAIN PAN.

4. UNIT SHALL BE INSTALLED ON A 4" CONCRETE PAD.

5. REFER TO CONDENSING UNIT SCHEDULE, M-603, FOR COOLING DATA.

NOTES (CONTINUED):

6. PROVIDE VARIABLE SPEED DRIVE ON FAN MOTOR(S) AS INDICATED WITH WIRING, BETWEEN MOTOR AND VFD, INSIDE METAL CONDUIT.

7. MANUFACTURER TO PROVIDE FACTORY-MOUNTED CONTROLS. ALL WIRING MUST BE RUN INSIDE THE UNIT AND PROTECTED BY METAL RACEWAY.

8. FACTORY MOUNTED CONTROLS FOR EQUIPMENT PROVIDED UNDER THIS SCHEDULE MUST INCLUDE INTERFACE FOR FULL INTEGRATION WITH CONTROLS WORK UNDER

THIS PROJECT. COORDINATE WITH HVAC CONTROLS CONTRACTOR FOR INTERFACE REQUIREMENTS.

NOTES:

1. PROVIDE A SINGLE POINT OF POWER CONNECTION AND DISCONNECT.

2. AMBIENT TEMPERATURE SHALL BE 95°F.

3. COIL VELOCITY SHALL NOT EXCEED 500 FPM.

4. COOLING COIL DRAIN PAN MUST BE STAINLESS STEEL.

5. PROVIDE INSULATED, 14" ROOF CURB SUCH THAT UNIT IS LEVEL

6. REFRIGERANT SHALL BE R410A.

7. PROVIDE DIGITAL SCROLL COMPRESSORS WITH MODULATING HOT GAS REHEAT

8. INDIRECT GAS HEAT SHALL MODULATE WITH 10:1 TURNDOWN.

9. PROVIDE GAS PRESSURE REGULATOR AS REQUIRED. BUILDING GAS SUPPLY PRESSURE IS 5 PSIG.

NOTES (CONTINUED):

10. UNIT SENSIBLE AND TOTAL MBH ARE NET UNIT CAPACITIES & DO NOT REPRESENT COIL CAPACITIES ONLY.

11. PROVIDE GALVANIZED DOUBLE WALL INSULATED CABINET CONSTRUCTION.

12. PROVIDE ACCESS DOORS W/ STAINLESS STEEL HINGES, TOOL-LESS DOOR HANDLE.

13. PROVIDE UNIT MOUNTED NEMA-3R VARIABLE FREQUENCY DRIVE FOR EACH FAN MOTOR WITH H/O/A SELECTOR SWITCH. VFD SHALL ACT AS DISCONNECT.

14. PROVIDE UNIT WITH MIXING BOX WITH FILTER RACKS, DX COOLING, INDIRECT GAS FIRED HEAT, AND SUPPLY FAN.

15. RTU-04 AND RTU-05 WILL OPERATE WITH VARYING AIRFLOWS OF OUTSIDE BASED ON THE AMOUNT OF EXHAUST NEEDED IN THE SPACE FOR THE PROCESS

EQUIPMENT. THE UNIT SHALL BE SELECTED BASED ON 100% OUTSIDE AIR, BUT WILL HAVE A RETURN AIR MIXING BOX FOR PART LOAD CONDITIONS.

NOTES:

1. PROVIDE A SINGLE POINT-OF-POWER AND DISCONNECT SWITCH.

2. PROVIDE UNIT WITH FILTER RACKS, DX COOLING, INDIRECT GAS FIRED HEAT, AND SUPPLY FAN WITH UNIT MOUNTED VFD WITH BYPASS.

3. PROVIDE DIGITAL SCROLL COMPRESSORS WITH MODULATING HOT-GAS REHEAT COIL.

4. PROVIDE ALL PIPING, CONTROLS, AND CONTROL VALVES FOR HOT-GAS REHEAT COIL INSTALLATION AND CONTROL.

5. PROVIDE WITH CLASS 1A LOW LEAKAGE MOTORIZED DAMPERS ON THE INTAKE AND EXHAUST OPENINGS.

6. UNIT SENSIBLE AND TOTAL MBH ARE NET UNIT CAPACITIES & DO NOT REPRESENT COIL CAPACITIES ONLY.

7. INDIRECT GAS HEAT SHALL MODULATE WITH 10:1 TURNDOWN.

8. PROVIDE GAS PRESSURE REGULATOR AS REQUIRED. BUILDING GAS SUPPLY PRESSURE IS 5 PSIG.

NOTES (CONTINUED):

1. AMBIENT TEMPERATURE SHALL BE 95°F.

2. COIL VELOCITY SHALL NOT EXCEED 500 FPM.

3. COOLING COIL DRAIN PAN MUST BE STAINLESS STEEL.

4. PROVIDE INSULATED, 14" ROOF CURB SUCH THAT UNIT IS LEVEL

5. PROVIDE GALVANIZED DOUBLE WALL INSULATED CABINET CONSTRUCTION.

6. PROVIDE ACCESS DOORS W/ STAINLESS STEEL HINGES, TOOL-LESS DOOR HANDLE.

7. REFRIGERANT SHALL BE R410A.

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BIM 360://1550017 USACE Detroit Arsenal GTEB_R2020/1550017_HVAC_CR20.rvt2/7/2024 2:34:13 PM

M-601

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ROOFTOP UNIT SCHEDULE

MARK SERVICE LOCATION

NOMINAL

COOLING

CAPACITY

(TONS)

OUTSIDE

AIRFLOW

(CFM)

SUPPLY FAN DATA COOLING COIL DATA GAS HEATING DATA FILTER DATA ELECTRICAL DATA

MAX

OPERATING

WEIGHT

(LBS)

NOTESAIR FLOW

(CFM)

ESP

(IN-WC)

TSP

(IN-WC)

FAN

DRIVE

MOTOR

HP

EER

EAT

DB/WB

(°F)

LAT

DB/WB

(°F)

SENSIBLE

(MBH)

TOTAL

(MBH)

EAT DB

(°F)

LAT DB

(°F)

TOTAL

INPUT

HEATING

(MBH)

PRE FILTERS PRIMARY FILTERS

MCA MOP V/PH/HZ

TYPE

MERV

RATING

TYPE

MERV

RATING

RTU-01 ADMIN AREA LOW ROOF 8 N/A 3200 2 4 VFD 5 11 80/67 54/53 85 110 50 80 125 2" PLEATED MERV 8 2" PLEATED MERV 13 30 40 480/3/60 1500 ALL

RTU-02 HIGH BAY HIGH BAY ROOF 25 700 8500 1.5 3.5 VFD 10 10 80/67 56/55 180 205 50 85 300 2" PLEATED MERV 8 2" PLEATED MERV 13 60 80 480/3/60 3000 ALL

RTU-03 HIGH BAY HIGH BAY ROOF 25 700 8500 1.5 3.5 VFD 10 10 80/67 56/55 180 205 50 85 300 2" PLEATED MERV 8 2" PLEATED MERV 13 60 80 480/3/60 3000 ALL

RTU-04 ED SHAKER RM HIGH BAY ROOF 30 400-5000 5000 1.5 3.5 VFD 5 11 82/75 56/55 135 340 5 85 500 2" PLEATED MERV 8 2" PLEATED MERV 13 65.6 80 480/3/60 4500 ALL

RTU-05 ED SHAKER RM HIGH BAY ROOF 30 400-5000 5000 1.5 3.5 VFD 5 11 82/75 56/55 135 340 5 85 500 2" PLEATED MERV 8 2" PLEATED MERV 13 65.6 80 480/3/60 4500 ALL

RTU-06 HPU RM HIGH BAY ROOF 25 400 10000 1.5 3.5 VFD 10 10 90/69 57/56 260 270 50 80 400 2" PLEATED MERV 8 2" PLEATED MERV 13 60 80 480/3/60 3000 ALL

DEDICATED OUTSIDE AIR UNIT SCHEDULE

MARK LOCATION

SUPPLY FAN DATA EXHAUST FAN DATA

ENERGY

RECOVERY

RATIO

COOLING DATA GAS HEATING DATA

HOT

GAS

REHEAT

(MBH)

ENERGY RECOVERY FILTER DATA ELECTRICAL DATA

MAX

OPERATING

WEIGHT

(LBS)

NOTES

TOTAL

AIR

FLOW

(CFM)

ESP

(IN-WC)

MOTOR

DRIVE

EXHAUST

AIRFLOW

(CFM)

ESP

(IN-WC)

MOTOR

DRIVE

EAT DB

/ WB

(°F)

LAT DB

/ WB

(°F)

DESIGN CAPACITIES

EAT DB /

LAT DB

(°F)

INPUT

(MBH)

OUTPUT

(MBH)

UNIT SUMMER DESIGN DATA UNIT WINTER DESIGN DATA PRE FILTER FINAL FILTER

MCA MOP V/PH/HZTOTAL

(MBH)

SENSIBLE

(MBH)

OUTSIDE AIR

EAT DB / WB

(°F)

TEMPERED

AIR LAT DB /

WB (°F)

RETURN AIR

EAT DB / WB

(°F)

EXHAUST

AIR LAT DB /

WB (°F)

EFFECTIVENESS -

TOTAL / SENSIBLE

OUTSIDE AIR

EAT DB / WB

(°F)

TEMPERED

AIR LAT DB /

WB (°F)

RETURN

AIR EAT DB

/ WB (°F)

EXHAUST

AIR LAT DB /

WB (°F)

EFFECTIVENESS -

TOTAL / SENSIBLE

TYPE MERV TYPE MERV

DOAS-01 ROOF 1000 1.5 VFD 800 1.5 VFD 60% 90/73 51/51 64 39 5/73 100 80 40 90 / 73 82.2 / 68 78 / 64.9 89 / 72.3 63.8 5 / 3.1 44.1 / 37.2 68 / 52.7 10 / 9.3 61 2" PLEATED MERV 8 4" PLEATED MERV 13 17.9 25 480/3/60 3000 ALL

AIR HANDLING UNIT SCHEDULE

MARK SERVICE LOCATION

NOMINAL

COOLING

CAPACITY

(TONS)

EFFICIENCY

OUTSIDE

AIRFLOW

SUPPLY FAN DATA COOLING COIL DATA HEATING COIL DATA FILTER DATA ELECTRICAL DATA MAX

OPERATING

WEIGHT

(LBS)

NOTES

EER MIN. CFM

AIR FLOW

(CFM)

ESP

(IN-WC)

FAN

DRIVE

MOTOR

HP

EAT DB/WB

(°F)

LAT DB/WB

(°F)

SENSIBLE

(MBH)

TOTAL

(MBH)

EAT/LAT

DB (°F)

TOTAL

HEATING

(MBH)

WATER

FLOW RATE

(GPM)

EWT

(°F)

LWT

(°F)

PRE FILTERS PRIMARY FILTERS

MCA MOP V/PH/HZ

TYPE

MERV

RATING

TYPE

MERV

RATING

AHU-01 CONTROL ROOM MECHANICAL 121 3 12 N/A 1000 1 VFD 1/2 79.3/65.3 55/53.9 25.7 28.3 65/85 21.8 2.2 140 120 2" PLEATED MERV 8 2" PLEATED MERV 13 8 15 120/1/60 150 ALL

HYDRAULIC POWER UNIT SCHEDULE

MARK LOCATION

SIX DoF DEDICATED CIRCUIT PUMPS SWITCHABLE CIRCUIT PUMPS GENERAL CIRCUIT PUMPS HYDRAULIC FLUID COOLING WATER ELECTRICAL DATA

OVERALL

FOOTPRINT

(FTxFT)

MAX

OPERATING

WEIGHT

(LBS)

NOTESPUMPS

(QTY)

HIGH PRESSURE MEDIUM PRESSURE

PUMPS

(QTY)

HIGH PRESSURE MEDIUM PRESSURE

PUMPS

(QTY)

MEDIUM PRESSURE

HYDRAULIC

FLUID TYPE

RESERVOIR

CAPACITY

(GAL)

FLUID

TEMP

RANGE

(F)

FILTRATION

(ISO4406)

MAX

WATER

CONTENT

(PPM)

TEMP

(EWT/LWT)

FLOW

(GPM)

HEAT

REJECTION

(MBH)

MAIN

PUMPS

(QTY)

MAIN PUMP

POWER

(HP, EACH)

TOTAL

POWER

(HP)

V/PH/HZ

PRESSURE

(PSI)

DESIGN

FLOW

(GPM)

PRESSURE

(PSI)

DESIGN

FLOW

(GPM)

PRESSURE

(PSI)

DESIGN

FLOW

(GPM)

PRESSURE

(PSI)

DESIGN

FLOW

(GPM)

OPERATING

PRESSURE

(PSI)

DESIGN

FLOW

(GPM)

HPU-01 PUMP ROOM 123 4 5000 300 3500 440 4 5000 300 3000 500 12 3000 1500 MOBIL DTE-26 10,000 100-115 15/13/09 10 85/105 1400 13,500 20 250 5100 480/3/60 58x20 265000 ALL

HPU GENERAL NOTES (CONTINUED):

4. CONTROLS

a. THE STANDALONE PLC CONTROL SYSTEM (BASIS OF DESIGN: ROCKWELL ALLEN BRADLEY) SHALL ALLOW THE USER TO START/STOP THE SYSTEM SAFELY UNDER ALL

CONDITIONS AND SHALL INDICATE ANY FAULTS IN THE SYSTEM.

b. THE PLC SYSTEM SHALL CONTROL THE PUMPS AUTOMATICALLY WITH ALGORITHMS SET TO CONTROL HEADER PRESSURE, STAGING OF PUMPS, ETC. THE PLC SYSTEM SHALL BALANCE THE DEMAND ACROSS THE ENABLED PUMPS AND DISTRIBUTE OPERATING HOURS EQUALLY TO EACH PUMP OVER TIME.

c. THE MAIN CONTROL PANEL (HMI) WILL BE LOCATED IN THE ELECTRICAL ROOM ADJACENT TO THE HPU PUMP ROOM AND A REMOTE HMI WILL BE LOCATED IN THE CONTROL ROOM. BOTH OF THESE SPACES ARE OUTSIDE THE HAZARDOUS AREAS. THEREFORE, NEITHER HMI WILL NEED TO BE RATED FOR A CLASS 1 DIVISION 2 ENVIRONMENT.

d. THE PLC SYSTEM CONTROLS COMMUNICATE OVER ETHERNET IP AND SHALL ALLOW ACCESS TO PLC SETPOINTS AND CONTROL PARAMETERS VIA PASSWORD PROTECTED ACCESS ON HMI AND INCLUDE AT A MINIMUM THE FOLLOWING POINTS: SYSTEM PRESSURES, SYSTEM FLOWRATES, FLUID RESERVOIR LEVEL, FLUID TEMPERATURE, PUMP STATUS, PUMP SWASH PLATE POSITIONS, FILTERS DP SENSORS, VALVE POSITIONS, STATUS OF ALL OTHER PERTINENT EQUIPMENT, PARTICLE COUNT, WATER AND AIR

CONTENT, AND OTHER SYSTEM HEALTH PARAMETERS AND ALARMS.

e. THE CONTROL SYSTEM SHALL STAGE PUMPS ON AND OFF AUTOMATICALLY AS NEEDED TO MODULATE FLOW AND MAINTAIN PRESSURE. PARALLEL PRESSURE TYPE CONTROL SHALL BE USED WITH TORQUE/POWER OVERRIDE TO SYNCHRONIZE PUMP DISPLACEMENT SETPOINTS FOR ALL OPERATIONAL PUMPS.

f. EMERGENCY STOP (E-STOP) BUTTONS SHALL BE LOCATED IN THE HPU ROOM, THE CONTROL ROOM, AND TWO IN THE HIGH BAY TESTING SPACE. THE DISCHARGE FLUID PRESSURE SHALL DISSIPATE WITHIN 30 SECONDS OF AN EMERGENCY STOP BUTTON BEING ENGAGED OR IF THE FIRE ALARM SYSTEM SENDS AN ALARM TO THE HPU

SYSTEM.

g. THE HPU SHALL SHUTDOWN IF THE HYDRAULIC FLUID TEMPERATURE IN THE RESERVOIR RISES TO ABOVE 125F.

5. MISCELLANEOUS

a. ALL HPU PIPING SHALL MEET THE REQUIREMENTS OF ASME B31.3. ALL HPU SUPPLY PIPING SHALL BE SCHEDULE XXS SEAMLESS CARBON STEEL PIPING. ALL HPU RETURN AND DRAIN PIPING SHALL BE SCHEDULE 40 SEAMLESS CARBON STEEL PIPING. ALL HYDRAULIC FLUID PIPING SHALL BE CLEANED AND FLUSHED TO MEET THE HYDRAULIC

FLUID CLEANLINESS SCHEDULED ABOVE AFTER PIPING IS INSTALLED.

b. ALL SUPPLY HOSES (BASIS OF DESIGN: PARKER GLOBALCORE 797TC SERIES) RATED FOR 6,000 PSI WITH CODE 62 FLANGED CONNECTIONS WITH WHIP RESTRAINTS.

c. PROVIDE ULTRASONIC FLOW METERS ON THE DISCHARGE AND RETURN HEADERS TO TREND THE SUPPLY AND RETURN FLOWRATES TO THE TESTING EQUIPMENT.

d. RESERVOIR SHALL BE PROVIDED LOW POINT DRAIN CONNECTION POINTS WITH BALL VALVES AND PLUGS.

e. RESERVOIR SHALL BE CONSTRUCTED AS A MAXIMUM OF 2 SECTIONS AND SHALL BE LEAK TESTED AT THE FACTORY TO BE FLUID TIGHT.

f. ALL PIPING SHALL CONFORM TO ASME B31.3 FOR PROCESS PIPING.

g. ALL PRESSURIZED CIRCUITS SHALL HAVE PRESSURE GAUGES AND FULL FLOW RELIEF VALVES.

h. THE SPACE THAT HOUSES THE HPU WILL BE CONDITIONED YEAR AROUND TO BE BETWEEN 60F AND 80F AND A MAX OF 60% RH.

HPU GENERAL NOTES:

1. GENERAL

a. THE HYDRAULIC POWER UNIT CONSISTS OF ELECTRIC MOTORS, HIGH PRESSURE PUMPS, PIPING MANIFOLDS, FILTERS, VALVES, HOSE ASSEMBLIES, SWITCHES, SENSORS, AND CONTROLS MOUNTED ON SKIDS AND SUPPLYING MEDIUM AND HIGH PRESSURE FLOW TO RESPECTIVE COMMON HEADERS.

b. THE HYDRAULIC POWER UNIT AND ALL ASSOCIATED COMPONENTS LOCATED WITHIN THE HPU ROOM OR HIGH BAY TESTING BAYS SHALL BE RATED FOR CLASS 1 DIVISION 2

HAZARDOUS AREAS.

c. THE HPU SKID WILL HAVE TWO SEPARATE DISCHARGE PIPING HEADERS. AS SCHEDULED ABOVE, SOME PUMPS SHALL BE DEDICATED TO EITHER THE GENERAL USE MEDIUM PRESSURE HEADER OR THE SIX DOF DEDICATED HIGH PRESSURE HEADER. FOUR PUMPS SHALL BE ABLE TO SWITCH TO EITHER THE GENERAL MEDIUM PRESSURE OR SIX DOF DEDICATED HIGH PRESSURE HEADER THROUGH THE USE OF DIVERTER VALVES IN THE PIPING MANIFOLDS.

d. THE HPU AND ASSOCIATED PIPING AND COMPONENTS WILL BE TESTED AT 1.25X WORKING PRESSURE BASED ON THE HIGHEST WORKING PRESSURE LISTED ABOVE AT WHICH

THEY WILL BE OPERATED.

e. THE OVERALL FOOTPRINT AND TOTAL POWER SCHEDULED ABOVE ARE LIMITS SET TO DESIGN THE SYSTEM AROUND. EXCEEDING THESE VALUES WILL HAVE IMPACTS ON OTHER BUILDING SYSTEMS SUCH AS THE OVERALL FLOORPLAN AND ELECTRICAL SYSTEM DESIGN AND ELECTRICAL SERVICE TO THE BUILDING. ANY CHANGES THAT ORIGINATE FROM DEVIATIONS FROM THE SCHEDULED VALUES ABOVE SHALL BE INCLUDED AT NO ADDITIONAL COST TO THE GOVERNMENT. ANY ADDITIONAL MOTORS OR OTHER DEVICES SHALL BE POWERED FROM THE SPARE CIRUITS SHOWN FOR THE ADDTIONAL HPU SYSTEM LOADS ON E-602.

2. PUMPS

a. THE PUMPS SHALL BE VARIABLE FLOW PRESSURE COMPENSATED AXIAL PISTON PUMPS CAPABLE OF HOLDING PRESSURE +/- 100 PSI AT NEAR ZERO FLOW.

b. PROVIDE VIBRATION ISOLATION FOR EACH INDIVIDUAL PUMP.

c. PROVIDE DISPLACEMENT TRANSDUCERS ON EACH PUMP TO PROVIDE REAL TIME DEMAND AND DISPLACMENT INFORMATION TO THE CONTROL SYSTEM.

d. ALL PUMPS AND COMPONENTS SHALL BE ABLE TO BE ISOLATED AND LOCKED OUT FOR SERVICE OR REPLACEMENT WHILE THE REST OF THE SYSTEM IS OPERATIONAL WITH

MINIMUM FLUID LOSS.

e. THE RETURN PRESSURE SHALL BE MAINTAINED BETWEEN 45-65 PSI AND WILL HAVE A MINIMUM FLOWRATE OF 50 GPM AND A MAX FLOWRATE OF 2500 GPM.

3. FILTRATION AND FLUID CLEANLINESS

a. PROVIDE PRESSURE FILTERS, RETURN LINE FILTRATION AND OFFLINE FILTER COOLER LOOP TO CONTINUOUSLY MAINTAIN THE FLUID CLEANLINESS OF THE SYSTEM. THE FILTER

COOLER LOOPS SHALL BE REDUNDANT (AT PARTIAL CAPACITY) TO LIMIT THE RISK OF SINGLE POINT OF FAILURE.

b. THE FILTRATION SKID SHALL BE PROVIDED WITH TWO 50 HP PUMPS WITH VFDS THAT CIRCULATE AND FILTER THE FLUID WITHIN THE RESERVOIR AND ALLOW A FILL POINT FOR

ADDING FLUID TO THE SYSTEM. THE FILTRATION SKID SHALL INCLUDE THE NEEDED FILTERS AND WATER ABSORBING ELEMENTS TO MEET THE SCHEDULED FLUID CLEANLINESS.

c. PROVIDE VACUUM DEHYDRATION SKID AS REQUIRED TO MEET THE SCHEDULED CLEANLINESS REQUIREMENTS INCLUDING THE MAXIMUM WATER CONTENT.

d. PROVIDE A FLUSHING MODE SEQUENCE IN THE PLC CONTROLS THAT OPENS A BYPASS VALVE AT FAR END OF THE HYDRAULIC PIPING IN LAB TO REGULARLY FLUSH THE ENTIRE

PIPING LOOP WITH HYDRAULIC FLUID FROM THE RESERVOR AT SCHEDULED INTERVALS.

e. PROVIDE AND INLINE MONITORING SYSTEM THAT MEASURES PARTICLE COUNT BY PARTICLE SIZE, WATER CONTENT, AND AIR CONTENT OF THE DISCHARGE HEADERS.

f. FILTERS SHALL HAVE BETA RATIOS ABOVE 1,000 AND HAVE HIGH DHC FOR THEIR SIZE.

g. OVERSIZE FILTERS WITH SMALL MICRON RATING TO LIMIT THE PRESSURE DROP AND MINIMIZE FILTER MAINTENANCE.

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