ATTACHMENT 5 - VAMH-618-17-127 CD SET_5.pdf

70.VAV.08.1H114A

70.VAV.08.1K118

70.VAV.08.1K114B

70.VAV.08.1K119

70.VAV.08.1K120

70.VAV.08.1K116

70.VAV.08.1K117

70.VAV.08.1K115

70.VAV.08.C171

70.VAV.08.1K122

70.VAV.08.C169

70.VAV.08.1K123

70.VAV.08.1K125

70.VAV.08.1K113

70.VAV.08.1K114

70.VAV.08.1K112

70.VAV.08.1K111

70.VAV.08.1K110

70.VAV.08.1K108

70.VAV.08.1K107

70.VAV.08.1K106

70.VAV.08.1K105

70.VAV.08.1K104

70.VAV.08.1K103

70.VAV.08.1K102

70.VAV.08.1K101

70.VAV.08.1K124

70.VAV.08.1K126

70.AHU.08

MP01

EXERCISE

1K-119

CLN. LIN.

1K-121

STOR.

1K-120

THEATER

1K-118

STOR.

1K-125

SENS

1K-124

HSKP

1K-127

ROUND

1K-123

ROUND

1K-126

SOIL

1K-122

TLT.

1K-106A

TLT.

1K-116A

TLT.

1K-114A

TLT.

1K-115A

TLT.

1K-113A

TLT.

1K-112A

TLT.

1K-104A

TLT.

1K-105A

TLT.

1K-102A

TLT.

1K-103A

TLT.

1K-108A

TLT.

1K-107A

PT. STOR.

1H-114

DOUBLE

1K-115

DOUBLE

1K-114

DOUBLE

1K-113

DOUBLE

1K-117

CORR 1

C1-71

CORR 1

C1-71A

CORR 1

C1-69

SINGLE

1K-105

BARIATRIC SINGLE

1K-107

SINGLE

1K-106

SINGLE

1K-104

SINGLE

1K-103

SINGLE

1K-102

DOUBLE

1K-112

BARIATRIC SINGLE

1K-108

TLT.

1K-117A

70.VAV.08.1H114

70.VAV.08.1H114

PT. STOR.

1H-114

PT. STOR.

1H-114

PT. STOR.

1H-114

3/4" HWR

3/4" HWS

3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWS

3/4" HWR

3/4" HWR

3/4" HWS

3/4" HWS

3/4" HWR

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWS

1. CONNECT VAV INLET DUCTWORK BACK AT EXISTING TAPS IN MAIN WHERE

APPLICABLE. CAP ALL OTHER UNUSED TAPS.

2. ROUTE AND CONNECT HEATING WATER PIPING BACK TO EXISTING MAIN.

3. PROVIDE VOLUME DAMPERS AT ALL RETURN AND EXHAUST DUCT TAKE-OFFS.

4. PROVIDE VOLUME DAMPERS AT ALL SUPPLY BRANCH TAKE-OFFS AFTER THE

VAV BOXES.

5. REBALANCE THE ENTIRE AIR AND HYDRONIC SYSTEMS UPON COMPLETION OF

WORK. THIS INCLUDES AREAS OUTSIDE OF THE REMODELED AREAS THAT HAVE

BEEN AFFECTED BY THE REMODELING. PROVIDE ADDITIONAL VOLUME DAMPERS

AS REQUIRED TO BALANCE THE ENTIRE SYSTEM PROPERLY.

6. ALL HYDRONIC SUPPLY AND RETURN PIPE RUN-OUTS TO TERMINAL UNITS SHALL

BE 3/4" SIZE UNLESS NOTED OTHERWISE.

7. ALL DUCTWORK, VAV BOXES, AND HYDRONIC PIPING SHOWN ON THESE PLANS

SHALL BE INSTALLED IN THE INTERSTITIAL SPACE ABOVE THIS FLOOR. DUCT

DROPS TO GRILLES, REGISTERS, AND DIFFUSERS WILL OCCUR THROUGH THE

INTERSTITIAL DECK. SEE PENETRATION DETAILS ON SHEET MH-501.

8. ALL ROUND DUCT RUNOUTS FROM DUCT MAINS TO VAV BOXES SHALL BE THE

SAME SIZE AS THE BOX INLET UNLESS NOTED OTHERWISE.

9. ALL ROUND DUCT RUNOUTS FROM VAV BOX DISCHARGE DUCT TO SUPPLY

DIFFUSERS SHALL BE THE SAME SIZE AS THE DIFFUSER NECK UNLESS NOTED

OTHERWISE.

MECHANICAL GENERAL NOTES

KEYNOTE LEGEND

KEY DESCRIPTION

MP01 RECONNECT EXISTING PIPING TO NEW AHU.

SCALE: 1/8" = 1'-0"1 LEVEL 1 HYDRONIC PIPING PLAN, AREA K, PHASE 2

Professional Engineer 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.

Signature: ______________________________________ Typed or printed name: Chad Michael Eslinger Date: ___________ License Number: 4871001/07/2021

CME

70.VAV.08.1H112

70.VAV.08.1H110

70.VAV.08.1H109

70.VAV.08.1H110A

70.VAV.08.1H107

70.VAV.08.1H104

70.VAV.08.1H105

70.VAV.08.1H108

70.VAV.08.C166

70.VAV.08.1H103

70.VAV.08.C165

70.VAV.08.1H113

70.VAV.08.1H111 CORR 2

C1-67

PT. STOR.

1H-114

MEDS.

1H-112

CORR 2

C1-67

RX OFF.

1H-113

70.VAV.08.1H114

NOURISHMENT

1H-109

WORK ROOM

1H-110A

ASST. RN.

1H-107RESIDENTS TM. RM.

1H-108

PT. STOR.

1H-114

PT. STOR.

1H-114

ELEVATOR LOBBY

C1-314

M-8

STAFF BREAK

1H-104

STAFF LKR/TLT

1H-103

PT. STOR.

1H-114

NURSE STATION-1

1H-110-1

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWS

1. CONNECT VAV INLET DUCTWORK BACK AT EXISTING TAPS IN MAIN WHERE

APPLICABLE. CAP ALL OTHER UNUSED TAPS.

2. ROUTE AND CONNECT HEATING WATER PIPING BACK TO EXISTING MAIN.

3. PROVIDE VOLUME DAMPERS AT ALL RETURN AND EXHAUST DUCT TAKE-OFFS.

4. PROVIDE VOLUME DAMPERS AT ALL SUPPLY BRANCH TAKE-OFFS AFTER THE

VAV BOXES.

5. REBALANCE THE ENTIRE AIR AND HYDRONIC SYSTEMS UPON COMPLETION OF

WORK. THIS INCLUDES AREAS OUTSIDE OF THE REMODELED AREAS THAT HAVE

BEEN AFFECTED BY THE REMODELING. PROVIDE ADDITIONAL VOLUME DAMPERS

AS REQUIRED TO BALANCE THE ENTIRE SYSTEM PROPERLY.

6. ALL HYDRONIC SUPPLY AND RETURN PIPE RUN-OUTS TO TERMINAL UNITS SHALL

BE 3/4" SIZE UNLESS NOTED OTHERWISE.

7. ALL DUCTWORK, VAV BOXES, AND HYDRONIC PIPING SHOWN ON THESE PLANS

SHALL BE INSTALLED IN THE INTERSTITIAL SPACE ABOVE THIS FLOOR. DUCT

DROPS TO GRILLES, REGISTERS, AND DIFFUSERS WILL OCCUR THROUGH THE

INTERSTITIAL DECK. SEE PENETRATION DETAILS ON SHEET MH-501.

8. ALL ROUND DUCT RUNOUTS FROM DUCT MAINS TO VAV BOXES SHALL BE THE

SAME SIZE AS THE BOX INLET UNLESS NOTED OTHERWISE.

9. ALL ROUND DUCT RUNOUTS FROM VAV BOX DISCHARGE DUCT TO SUPPLY

DIFFUSERS SHALL BE THE SAME SIZE AS THE DIFFUSER NECK UNLESS NOTED

OTHERWISE.

MECHANICAL GENERAL NOTES

SCALE: 1/8" = 1'-0"1 LEVEL 1 HYDRONIC PIPING PLAN, AREA H, PHASE 2 Professional Engineer 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.

Signature: ______________________________________ Typed or printed name: Chad Michael Eslinger

70.VAV.07.1L102A

70.VAV.07.1L100

70.VAV.07.1L105

70.VAV.07.1L104

70.VAV.07.1L106

70.VAV.07.1L110

70.VAV.07.C156A

70.VAV.07.1L109

70.VAV.07.1L107 70.VAV.07.C160

70.VAV.07.1L113

70.VAV.07.1L114B

70.VAV.07.1L112B

70.VAV.07.1L112

70.VAV.07.1L114

70.VAV.07.1L116

70.VAV.07.C156B

70.VAV.07.C159

70.VAV.07.1L12670.VAV.07.1L12570.VAV.07.1L12470.VAV.07.1L12370.VAV.07.1L122

70.VAV.07.1L121

70.VAV.07.1L131

70.VAV.07.C162

70.VAV.07.1L130

70.VAV.07.1L120

70.VAV.07.1L127 70.VAV.07.1L128

70.VAV.07.1L115

70.VAV.07.C157

70.VAV.08.1H110B

70.VAV.07.1L129

CORR 1

C1-62

MSA-2

1H-110B-2

CORR 2

C1-61

CORR 2

C1-56

CORR 2

C1-64

DINING

1L-130

CORR 1

1L-100

FAMILY ROOM

1L-105

FAM

1L-107

INTERVIEW

1L-102

EXAM

1L-104

LAUNDRY

1L-106 DAY ROOM

1L-110

REC THERAPY

1L-112

HIGH ACUITY RN

STATION

1L-120

CLN. LIN.

1L-113

TLT.

1L-113A

TLT.

1L-128A

SECL

1L-128B

ANTE RM.

1L-128

SECL

1L-128C

SINGLE

1L-123

SINGLE

1L-124

TLT.

1L-123A

TLT.

1L-122A

SINGLE

1L-122

SINGLE

1L-121

TLT.

1L-121A

CORR 1

C1-59

TLT.

1L-124A

TLT.

1L-125A

SINGLE

1L-124

SINGLE

1L-125

SINGLE

1L-126

TLT.

1L-126A

CORR 2

C1-57

STOR.

1L-140

SENS

1L-129

SOCIAL WRKR

OFFICE

1L-115

SOIL

1L-127

RN-MGR.

1L-109

CORR 1

C1-60

OCC. THER. OFFICE

1L-114B

REC. THER. OFFICE

1L-112B

OCC THERAPY

1L-114

GROUP THERAPY

1L-116

3/4" HWR3/4" HWS

1. CONNECT VAV INLET DUCTWORK BACK AT EXISTING TAPS IN MAIN WHERE

APPLICABLE. CAP ALL OTHER UNUSED TAPS.

2. ROUTE AND CONNECT HEATING WATER PIPING BACK TO EXISTING MAIN.

3. PROVIDE VOLUME DAMPERS AT ALL RETURN AND EXHAUST DUCT TAKE-OFFS.

4. PROVIDE VOLUME DAMPERS AT ALL SUPPLY BRANCH TAKE-OFFS AFTER THE

VAV BOXES.

5. REBALANCE THE ENTIRE AIR AND HYDRONIC SYSTEMS UPON COMPLETION OF

WORK. THIS INCLUDES AREAS OUTSIDE OF THE REMODELED AREAS THAT HAVE

BEEN AFFECTED BY THE REMODELING. PROVIDE ADDITIONAL VOLUME DAMPERS

AS REQUIRED TO BALANCE THE ENTIRE SYSTEM PROPERLY.

6. ALL HYDRONIC SUPPLY AND RETURN PIPE RUN-OUTS TO TERMINAL UNITS SHALL

BE 3/4" SIZE UNLESS NOTED OTHERWISE.

7. ALL DUCTWORK, VAV BOXES, AND HYDRONIC PIPING SHOWN ON THESE PLANS

SHALL BE INSTALLED IN THE INTERSTITIAL SPACE ABOVE THIS FLOOR. DUCT

DROPS TO GRILLES, REGISTERS, AND DIFFUSERS WILL OCCUR THROUGH THE

INTERSTITIAL DECK. SEE PENETRATION DETAILS ON SHEET MH-501.

8. ALL ROUND DUCT RUNOUTS FROM DUCT MAINS TO VAV BOXES SHALL BE THE

SAME SIZE AS THE BOX INLET UNLESS NOTED OTHERWISE.

9. ALL ROUND DUCT RUNOUTS FROM VAV BOX DISCHARGE DUCT TO SUPPLY

DIFFUSERS SHALL BE THE SAME SIZE AS THE DIFFUSER NECK UNLESS NOTED

OTHERWISE.

MECHANICAL GENERAL NOTES

SCALE: 1/8" = 1'-0"1 LEVEL 1 HYDRONIC PIPING PLAN, AREA L, PHASE 3 Professional Engineer 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.

Signature: ______________________________________ Typed or printed name: Chad Michael Eslinger

70.VAV.08.1K110

70.AHU.08

MH01

MH02 MH03

MH04

102"x40 1/2" S/A

MH01

MH01

MH08

MH07

MH13MH13

SEE DETAIL 6/MH502

FOR CONTINUATION, SEE SHEET MH102-P2 FOR CONTINUATION, SEE SHEET MH102-P2

EXISTING 32"ROUND

EXISTING 20"ROUND

EXISTING 20"ROUND

EXISTING 60X24

3" STM-HP

3" CHWR

3" CHWS

EXISTING 4"CHWS

EXISTING 4"CHWR

EXISTING 3" 30# HPS

EXISTING SMOKE

CONTROL DMPR

EXISTING AFMS

MH14

MH14

SA-SIL-1

SA-SIL-2

RA-SIL-1

MH15

MH15

MH15

70.AHU.08

40 1/2"x102" S/A MH08

MH01

MH13

70.AHU.08

MH07

SCALE: 1/4" = 1'-0"1 ENLARGED PLAN - MECHANICAL ROOM 1H-110

KEYNOTE LEGEND

KEY DESCRIPTION

MH01 RECONNECT EXISTING DUCTWORK TO NEW AHU PLENUM DISCHARGE DUCT..VERIFY

SIZES AND LOCATIONS OF ALL EXISTING SUPPLY DUCTS.

MH02 RE-RE-ROUTE EXISTING STEAM PIPING AS REQUIRED AND CONNECT NEW PIPING TO

NEW 70.AHU.08

MH03 RE-ROUTE EXISTING CHILLED WATER PIPING AS REQUIRED AND CONNECT NEW

PIPING TO NEW 70.AHU.08

MH04 NEW REPLACEMENT AIR HANDLING UNIT IS A PART OF THIS PROJECT. PROVIDE

TEMPORARY COOLING AND HEATING TO ANY SPACES THAT ARE NOT IN THE LIMITS

OF THE CONSTRUCTION WHILE THE NEW UNIT IS BEING INSTALLED.

MH07 REPLACE EXISTING 70.RF.08 FAN MOTOR WITH WITH NEW FAN MOTOR WITH

VFD.VERIFY EXISTING MOTOR SIZE AND REPLACE WITH SAME MOTOR SIZE.

REBALANCE FAN AFTER ALL WORK IS COMPLETE.

MH08 NEW INSULATED DISCHARGE DUCT. SUPPORT DUCT OFF FLOOR. ROUTE EXISTING

SUPPLY DUCTS TO NEW DISCHARGE DUCT.

MH13 CONNECT EXISTING RETURN AND OUTSIDE AIR DUCTWORK TO NEW AHU. REVISE

EXISTING DUCTWORK AS NECESSARY TO MAKE NEW CONNECTIONS.

MH14 REMOVE EXISTING RELIEF AIR LOUVER, PLENUM AND ALL CONNECTING DUCTWORK

TO FACILITATE THE REMOVAL OF THE EXISTING AHU COMPONENTS AND THE

INSTALLATION OF THE NEW AHU SECTIONS. RECONNECT THE LOUVER AND ALL THE

ASSOCIATED DUCTWORK WHEN THE NEW AHU INSTALLATION IS COMPLETED.

MH15 REMOVE EXISTING PIECE OF DUCTWORK AND INSTALL NEW SOUND ATTENUATOR.

SCALE: 1/4" = 1'-0"2 WEST TO EAST SECTION, FACING NORTH - MECHANICAL ROOM 1H-110

SCALE: 1/4" = 1'-0"3 NORTH TO SOUTH SECTION, FACING EAST - MECHANICAL ROOM 1H-110

Professional Engineer 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.

Signature: ______________________________________ Typed or printed name: Chad Michael Eslinger

NOTE: NO FLEX DUCT

ALLOWED IN INTERSTITIAL

SPACE.

TRANSFER GRILLE

TRANSFER GRILLE

MANUAL BALANCING

DAMPER

NOT TO SCALEMH-501

1 FLEXIBLE DUCT CONNECTION

NOT TO SCALEMH-501

2 INTERSTITIAL DECK REPAIR DETAIL

NOT TO SCALEMH-501

3 PIPE HANGERS

NOT TO SCALEMH-501

4 WATER COIL PIPING DETAIL (2-WAY VALVE)

NOT TO SCALEMH-501

5 LINEAR SLOT DIFFUSER DETAIL

NOT TO SCALEMH-501

6 RETURN OR EXHAUST AIR PLENUM BOX WITH FLEXIBLE CONNECTION DETAIL

NOT TO SCALEMH-501

7 TRANSFER DUCT DETAIL

NOT TO SCALEMH-501

8 DUCTWORK HANGING DETAIL

NOT TO SCALEMH-501

9 DUCT SUPPORT DETAIL

NOT TO SCALEMH-501

10 VAV BOX DETAIL

NOT TO SCALEMH-501

11 VAV WITH RE-HEAT COIL DETAIL

NOT TO SCALEMH-501

12 RADIANT PANEL PIPING DETAIL

NOT TO SCALEMH-501

13 RADIATION DETAIL

Professional Engineer 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.

Signature: ______________________________________ Typed or printed name: Chad Michael Eslinger

PRESSURE AND

TEMPERATURE GAUGE

CONNECTOR PLUGS

CHWR

CHWS

DRAIN VALVE

(TYPICAL EACH COIL)

UNION

COOLING COIL

MANUAL AIR VENT

(TYPICAL EACH COIL)

THERMOMETER

FLOW MEASURING

AND BALANCING DEVICE

SHUT-OFF VALVE

STRAINER

M

AIR FLOW

CONTROL VALVE

STEAM TRAP

DIRT POCKET CAP

THREADED

FLANGED

FLANGED

LINE SIZE2" & LESS

2.5"-4"

6" & UP 4"

LINE SIZE

STEAM

SIZE

DRIP LEG

SIZE A

2" & LESS-UNIONS

2.5" & LARGER-FLANGED

2.5" & LARGER-FLANGED

DIRT POCKET

CAP

TRAP

CONNS.

CHECK VALVE

UNION

COND

SHUT-OFF

VALVE

STM

STRAINER W/

BLOW DOWN

VALVE

MI

N.6"

LAST CONNECTION

DRIP LEG SIZE A

MI

N.

TRAP MONITOR

TEST TEE

NOTE: UNIT SHALL BE SHIPPED IN SECTIONS

THAT WILL FIT THROUGH EXISTING OUTSIDE

AIR LOUVER. UNIT SHALL THEN BE ASSEMBLED

ON SITE IN THE EXISTING MECHANICAL ROOM.

PRIMING FILLER CAP

NUMBER OF MANIFOLDS SHALL

BE PER REQUIREMENTS FOR

DUSPERSION DISTANCE

HEADER OVERFLOW TRAP

OPPOSITE END CONNECTION

SHOWN ONLY FOR DIAGRAM

CONFIRM TIE-IN POINTS

ALL REDUCERS TO BE ECCENTRIC

TEMPERATURE FLIP

ON/OFF SOLENOID WIRED

TO HEADER FLOAT SWITCH

STEAM/CONDENSATE HEADER

MOUNT HEADER AS

HIGH AS POSSIBLE

MODULATING

STEAM VALVE

ISOLATION VALVE

30 LB MEDIUM

PRESSURE

STEAM

STRAINER

WITH BELOW

DOWN VALVE

TO END OF MAIN DRIP TRAP

ASSEMBLY WITH IMPULSE TYPE

STEAM TRAP AND SARCO

MONITOR INTEGRATED INTO

BUILDING AUTOMATION. REFER

TO DETAIL QW/M52 xxx

SARCO TRAP MONITOR

TIED INTO BUILDING

AUTOMATION

FLOAT AND THERMOSTATIC STEAM

TRAP WITH MONITOR TO BUILDING

AUTOMATION MOUNTED JUST ABOVE

FLOOR, REFER TO DRAWING NOTES

TEST TEE VALVE (TYP.)

AHU WALL

NOT TO SCALEMH-502

CHILLED WATER COIL PIPING DETAIL

W/2-WAY VALVE - MULTIPLE

NOT TO SCALEMH-502

4 END OF MAIN STEAM DRIP DETAIL - PRESSURE GREATER THAN 15 PSI

NOT TO SCALEMH-502

5 MULTIPLE COIL DRAIN PAN DETAIL

NOT TO SCALEMH-502

6 AIR HANDLING UNIT 70.08 DETAIL

NOT TO SCALEMH-502

8 FLOAT AND THERMOSTATIC STEAM TRAP ASSEMBLY

NOT TO SCALEMH-502

7 INVERTED BUCKET STEAM TRAP ASSEMBLY

NOT TO SCALEMH-502

2 STEAM HUMIDIFIER DETAIL

NOT TO SCALEMH-502

3 INTEGRAL FACE AND BYPASS HEATING COIL DETAIL

Professional Engineer 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.

Signature: ______________________________________ Typed or printed name: Chad Michael Eslinger

ID DESCRIPTION MANUFACTURER MODEL SYSTEM

FACE

SIZE

BLADE DESIGN INSTALLATION

SPECIFICATION NOTESSPACING

DEFLECT

ION

ANGLE

ORIENTATION BORDER TYPESINGLE

EG1 MAXIMUM SECURITY SUICIDE DETERRENT GRILLE Titus SG-SD E/A 1/2" 0.0° GRID PERFORATED GRILLE WITH 3/16" HOLES, ALL WELDED CONSTRUCTION, COMPLIES WITH NIC GUIDELINES FOR SUICIDE PREVENTION RG1 MAXIMUM SECURITY SUICIDE DETERRENT GRILLE Titus SG-SD R/A 1/2" 0.0° GRID PERFORATED GRILLE WITH 3/16" HOLES, ALL WELDED CONSTRUCTION, COMPLIES WITH NIC GUIDELINES FOR SUICIDE PREVENTION RG2 SECURITY SUICIDE DETERRENT GRILLE Titus 8F 24x24 1/2" 0.0° GRID TYPE 3 (LAY-IN) PERFORATED GRILLE WITH 3/16" HOLES, PROVIDE HOLD DOWN CLIPS TO ATTACH TO T-BAR GRID.

SD1 PERFORATED DIFFUSER WITH DEFLECTORS Titus PSS S/A 24x24 PERFORATED DIFFUSER WITH STAR PATTERN DEFLECTOR TG1 MAXIMUM SECURITY SUICIDE DETERRENT GRILLE Titus SG-SD T/A --- 1/2" 0.0° GRID TYPE 1 (SURFACE) PERFORATED GRILLE WITH 3/16" HOLES, ALL WELDED CONSTRUCTION, COMPLIES WITH NIC GUIDELINES FOR SUICIDE PREVENTION

ID MANUFACTURER

MODEL

NO.

NECK

SIZE TYPE

PRIMARY AIRFLOW

EXTERIOR

ZONE

HEATING COIL HEATING PLANT

UNIT

WEIGHT REMARKSMAX MIN % DESCRIPTION CAP

AIRSIDE WATERSIDE GLYCOL

DESIGN

FLOW EAT(db) LAT(db) ROWS FPI FLOW EWT LWT TYPE %

70.VAV.07.1L100 TITUS DESV 5" SINGLE DUCT 160 CFM 100 No Heating Water Coil 4313 Btu/h 160 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L102A TITUS DESV 4" SINGLE DUCT 110 CFM 100 No Heating Water Coil 2966 Btu/h 110 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L104 TITUS DESV 4" SINGLE DUCT 110 CFM 100 No Heating Water Coil 2966 Btu/h 110 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L105 TITUS DESV 4" SINGLE DUCT 110 CFM 100 No Heating Water Coil 2966 Btu/h 110 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L106 TITUS DESV 4" SINGLE DUCT 95 CFM 100 No Heating Water Coil 2561 Btu/h 95 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L107 TITUS DESV 4" SINGLE DUCT 110 CFM 100 No Heating Water Coil 2966 Btu/h 110 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L109 TITUS DESV 4" SINGLE DUCT 145 CFM 100 No Heating Water Coil 3909 Btu/h 145 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L110 TITUS DESV 7" SINGLE DUCT 540 CFM 100 No Heating Water Coil 14558 Btu/h 540 CFM 55.0 °F 80.0 °F 1 10 1.6 GPM 180 °F 160 °F PG 30 39 lb 70.VAV.07.1L112 TITUS DESV 6" SINGLE DUCT 360 CFM 100 No Heating Water Coil 9705 Btu/h 360 CFM 55.0 °F 80.0 °F 1 10 1.1 GPM 180 °F 160 °F PG 30 37 lb

70.VAV.07.1L112B TITUS DESV 4" SINGLE DUCT 85 CFM 100 No Heating Water Coil 2292 Btu/h 85 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L113 TITUS DESV 4" SINGLE DUCT 110 CFM 100 No Heating Water Coil 2966 Btu/h 110 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L114 TITUS DESV 6" SINGLE DUCT 280 CFM 100 No Heating Water Coil 7549 Btu/h 280 CFM 55.0 °F 80.0 °F 1 10 0.9 GPM 180 °F 160 °F PG 30 37 lb

70.VAV.07.1L114B TITUS DESV 4" SINGLE DUCT 85 CFM 100 No Heating Water Coil 2292 Btu/h 85 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L115 TITUS DESV 5" SINGLE DUCT 200 CFM 100 No Heating Water Coil 5392 Btu/h 200 CFM 55.0 °F 80.0 °F 1 10 0.6 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L116 TITUS DESV 6" SINGLE DUCT 300 CFM 100 No Heating Water Coil 8088 Btu/h 300 CFM 55.0 °F 80.0 °F 1 10 0.9 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L120 TITUS DESV 4" SINGLE DUCT 90 CFM 100 No Heating Water Coil 2426 Btu/h 90 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L121 TITUS DESV 6" SINGLE DUCT 330 CFM 40 Yes Heating Water Coil 14235 Btu/h 330 CFM 55.0 °F 95.0 °F 1 10 1.6 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L122 TITUS DESV 5" SINGLE DUCT 240 CFM 80 Yes Heating Water Coil 10352 Btu/h 240 CFM 55.0 °F 95.0 °F 1 10 1.1 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L123 TITUS DESV 6" SINGLE DUCT 350 CFM 60 Yes Heating Water Coil 15097 Btu/h 350 CFM 55.0 °F 95.0 °F 1 10 1.7 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L124 TITUS DESV 5" SINGLE DUCT 240 CFM 80 Yes Heating Water Coil 10352 Btu/h 240 CFM 55.0 °F 95.0 °F 1 10 1.1 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L125 TITUS DESV 6" SINGLE DUCT 260 CFM 30 Yes Heating Water Coil 11215 Btu/h 260 CFM 55.0 °F 95.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L126 TITUS DESV 5" SINGLE DUCT 240 CFM 30 Yes Heating Water Coil 10352 Btu/h 240 CFM 55.0 °F 95.0 °F 1 10 1.1 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L127 TITUS DESV 4" SINGLE DUCT 90 CFM 100 No Heating Water Coil 2426 Btu/h 90 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L128 TITUS DESV 6" SINGLE DUCT 295 CFM 100 No Heating Water Coil 7953 Btu/h 295 CFM 55.0 °F 80.0 °F 1 10 0.9 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L129 TITUS DESV 4" SINGLE DUCT 100 CFM 100 No Heating Water Coil 2696 Btu/h 100 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L130 TITUS DESV 12" SINGLE DUCT 1300 CFM 30 Yes Heating Water Coil 56075 Btu/h 1300 CFM 55.0 °F 95.0 °F 1 10 6.0 GPM 180 °F 160 °F PG 30 53 lb 70.VAV.07.1L131 TITUS DESV 6" SINGLE DUCT 390 CFM 40 Yes Heating Water Coil 16823 Btu/h 390 CFM 55.0 °F 95.0 °F 1 10 1.8 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.1L144 TITUS DESV 7" SINGLE DUCT 450 CFM 100 No Heating Water Coil 12132 Btu/h 450 CFM 55.0 °F 80.0 °F 1 10 1.3 GPM 180 °F 160 °F PG 30 39 lb 70.VAV.07.C156A TITUS DESV 6" SINGLE DUCT 350 CFM 100 Yes Heating Water Coil 15097 Btu/h 350 CFM 55.0 °F 95.0 °F 1 10 1.7 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.C156B TITUS DESV 6" SINGLE DUCT 350 CFM 100 Yes Heating Water Coil 15097 Btu/h 350 CFM 55.0 °F 95.0 °F 1 10 1.7 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.C157 TITUS DESV 5" SINGLE DUCT 185 CFM 100 No Heating Water Coil 4987 Btu/h 185 CFM 55.0 °F 80.0 °F 1 10 0.6 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.C159 TITUS DESV 7" SINGLE DUCT 465 CFM 100 No Heating Water Coil 12536 Btu/h 465 CFM 55.0 °F 80.0 °F 1 10 1.4 GPM 180 °F 160 °F PG 30 39 lb 70.VAV.07.C160 TITUS DESV 7" SINGLE DUCT 410 CFM 100 No Heating Water Coil 11053 Btu/h 410 CFM 55.0 °F 80.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 39 lb 70.VAV.07.C162 TITUS DESV 9" SINGLE DUCT 810 CFM 100 No Heating Water Coil 21837 Btu/h 810 CFM 55.0 °F 80.0 °F 1 10 2.4 GPM 180 °F 160 °F PG 30 46 lb 70.VAV.07.C163 TITUS DESV 5" SINGLE DUCT 240 CFM 100 No Heating Water Coil 6470 Btu/h 240 CFM 55.0 °F 80.0 °F 1 10 0.7 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.07.L161D TITUS DESV 5" SINGLE DUCT 200 CFM 100 No Heating Water Coil 5392 Btu/h 200 CFM 55.0 °F 80.0 °F 1 10 0.6 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H103 TITUS DESV 7" SINGLE DUCT 420 CFM 100 No Heating Water Coil 11323 Btu/h 420 CFM 55.0 °F 80.0 °F 1 10 1.3 GPM 180 °F 160 °F PG 30 39 lb 70.VAV.08.1H104 TITUS DESV 5" SINGLE DUCT 205 CFM 100 No Heating Water Coil 5527 Btu/h 205 CFM 55.0 °F 80.0 °F 1 10 0.6 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H105 TITUS DESV 6" SINGLE DUCT 385 CFM 100 No Heating Water Coil 10379 Btu/h 385 CFM 55.0 °F 80.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H107 TITUS DESV 4" SINGLE DUCT 130 CFM 100 No Heating Water Coil 3505 Btu/h 130 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H108 TITUS DESV 5" SINGLE DUCT 190 CFM 100 No Heating Water Coil 5122 Btu/h 190 CFM 55.0 °F 80.0 °F 1 10 0.6 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H109 TITUS DESV 4" SINGLE DUCT 90 CFM 100 No Heating Water Coil 2426 Btu/h 90 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H110 TITUS DESV 7" SINGLE DUCT 425 CFM 100 No Heating Water Coil 11458 Btu/h 425 CFM 55.0 °F 80.0 °F 1 10 1.3 GPM 180 °F 160 °F PG 30 39 lb

70.VAV.08.1H110A TITUS DESV 7" SINGLE DUCT 445 CFM 100 No Heating Water Coil 11997 Btu/h 445 CFM 55.0 °F 80.0 °F 1 10 1.3 GPM 180 °F 160 °F PG 30 39 lb 70.VAV.08.1H110B TITUS DESV 5" SINGLE DUCT 160 CFM 100 No Heating Water Coil 4313 Btu/h 160 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H111 TITUS DESV 6" SINGLE DUCT 305 CFM 100 No Heating Water Coil 8223 Btu/h 305 CFM 55.0 °F 80.0 °F 1 10 0.9 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H112 TITUS DESV 4" SINGLE DUCT 140 CFM 100 No Heating Water Coil 3774 Btu/h 140 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H113 TITUS DESV 4" SINGLE DUCT 65 CFM 100 No Heating Water Coil 1752 Btu/h 65 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1H114 TITUS DESV 4" SINGLE DUCT 95 CFM 100 No Heating Water Coil 2561 Btu/h 95 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb

70.VAV.08.1H114A TITUS DESV 12" SINGLE DUCT 1565 CFM 50 Yes Heating Water Coil 67506 Btu/h 1565 CFM 55.0 °F 95.0 °F 1 10 7.2 GPM 180 °F 160 °F PG 30 53 lb 70.VAV.08.1K101 TITUS DESV 5" SINGLE DUCT 190 CFM 90 Yes Heating Water Coil 8196 Btu/h 190 CFM 55.0 °F 95.0 °F 1 10 0.9 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K102 TITUS DESV 6" SINGLE DUCT 280 CFM 70 Yes Heating Water Coil 12078 Btu/h 280 CFM 55.0 °F 95.0 °F 1 10 1.3 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K103 TITUS DESV 5" SINGLE DUCT 205 CFM 90 Yes Heating Water Coil 8843 Btu/h 205 CFM 55.0 °F 95.0 °F 1 10 1.0 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K104 TITUS DESV 6" SINGLE DUCT 255 CFM 70 Yes Heating Water Coil 10999 Btu/h 255 CFM 55.0 °F 95.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K105 TITUS DESV 5" SINGLE DUCT 235 CFM 80 Yes Heating Water Coil 10137 Btu/h 235 CFM 55.0 °F 95.0 °F 1 10 1.1 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K106 TITUS DESV 5" SINGLE DUCT 205 CFM 90 Yes Heating Water Coil 8843 Btu/h 205 CFM 55.0 °F 95.0 °F 1 10 1.0 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K107 TITUS DESV 6" SINGLE DUCT 310 CFM 70 Yes Heating Water Coil 13372 Btu/h 310 CFM 55.0 °F 95.0 °F 1 10 1.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K108 TITUS DESV 5" SINGLE DUCT 220 CFM 100 Yes Heating Water Coil 9490 Btu/h 220 CFM 55.0 °F 95.0 °F 1 10 1.1 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K110 TITUS DESV 6" SINGLE DUCT 260 CFM 100 Yes Heating Water Coil 11215 Btu/h 260 CFM 55.0 °F 95.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K111 TITUS DESV 5" SINGLE DUCT 250 CFM 100 Yes Heating Water Coil 10784 Btu/h 250 CFM 55.0 °F 95.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K112 TITUS DESV 5" SINGLE DUCT 250 CFM 100 Yes Heating Water Coil 10784 Btu/h 250 CFM 55.0 °F 95.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K113 TITUS DESV 6" SINGLE DUCT 265 CFM 100 Yes Heating Water Coil 11431 Btu/h 265 CFM 55.0 °F 95.0 °F 1 10 1.3 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K114 TITUS DESV 5" SINGLE DUCT 250 CFM 100 Yes Heating Water Coil 10784 Btu/h 250 CFM 55.0 °F 95.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 37 lb

70.VAV.08.1K114B TITUS DESV 7" SINGLE DUCT 495 CFM 100 No Heating Water Coil 13345 Btu/h 495 CFM 55.0 °F 80.0 °F 1 10 1.5 GPM 180 °F 160 °F PG 30 39 lb 70.VAV.08.1K115 TITUS DESV 6" SINGLE DUCT 400 CFM 80 Yes Heating Water Coil 17254 Btu/h 400 CFM 55.0 °F 95.0 °F 1 10 1.9 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K116 TITUS DESV 6" SINGLE DUCT 300 CFM 100 Yes Heating Water Coil 12940 Btu/h 300 CFM 55.0 °F 95.0 °F 1 10 1.4 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K117 TITUS DESV 5" SINGLE DUCT 250 CFM 100 Yes Heating Water Coil 10784 Btu/h 250 CFM 55.0 °F 95.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K118 TITUS DESV 7" SINGLE DUCT 440 CFM 100 No Heating Water Coil 11862 Btu/h 440 CFM 55.0 °F 80.0 °F 1 10 1.3 GPM 180 °F 160 °F PG 30 39 lb 70.VAV.08.1K119 TITUS DESV 6" SINGLE DUCT 330 CFM 100 No Heating Water Coil 8897 Btu/h 330 CFM 55.0 °F 80.0 °F 1 10 1.0 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K120 TITUS DESV 4" SINGLE DUCT 50 CFM 100 No Heating Water Coil 1348 Btu/h 50 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K122 TITUS DESV 5" SINGLE DUCT 245 CFM 100 No Heating Water Coil 6605 Btu/h 245 CFM 55.0 °F 80.0 °F 1 10 0.8 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K123 TITUS DESV 4" SINGLE DUCT 110 CFM 100 No Heating Water Coil 2966 Btu/h 110 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K124 TITUS DESV 5" SINGLE DUCT 180 CFM 100 No Heating Water Coil 4853 Btu/h 180 CFM 55.0 °F 80.0 °F 1 10 0.6 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K125 TITUS DESV 4" SINGLE DUCT 40 CFM 100 No Heating Water Coil 1078 Btu/h 40 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.1K126 TITUS DESV 4" SINGLE DUCT 110 CFM 100 No Heating Water Coil 2966 Btu/h 110 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.C165 TITUS DESV 7" SINGLE DUCT 425 CFM 100 No Heating Water Coil 11458 Btu/h 425 CFM 55.0 °F 80.0 °F 1 10 1.3 GPM 180 °F 160 °F PG 30 39 lb 70.VAV.08.C166 TITUS DESV 4" SINGLE DUCT 145 CFM 100 No Heating Water Coil 3909 Btu/h 145 CFM 55.0 °F 80.0 °F 1 10 0.5 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.C169 TITUS DESV 6" SINGLE DUCT 330 CFM 100 No Heating Water Coil 8897 Btu/h 330 CFM 55.0 °F 80.0 °F 1 10 1.0 GPM 180 °F 160 °F PG 30 37 lb 70.VAV.08.C171 TITUS DESV 7" SINGLE DUCT 410 CFM 100 No Heating Water Coil 11053 Btu/h 410 CFM 55.0 °F 80.0 °F 1 10 1.2 GPM 180 °F 160 °F PG 30 39 lb

ID SERVES MANUFACTURER MODEL NO. TYPE

HEATING COIL

REMARKSCAP (BTUH/FT)

WATERSIDE

EWT LWT PD

RP-1 PERIMETER

ROOMS

STERLING SECURITY RADIANT PANEL CEILING MOUNT 183 175 °F 155 °F 2.0 ftH2O

NOTES:

1. NEW AIR HANDLING UNIT IS TO BE A DEDUCT ALTERNATE TO THE PROJECT. (DEDUCT ALTERNATE #1)

2. STEAM HEATING COIL IS BASED ON 30 PSI STEAM.

3. UNIT STEAM HUMIDIFIER SHALL BE A GRID STYLE 84"W x 94"H USING 30 PSI STEAM, 516.8 LBS./HR

AIR HANDLING UNIT SCHEDULE

ID SERVES MANUFACTURER TYPE ARRANGEMENT

SUPPLY AIR OUTSIDE AIR FAN COOLING COIL STEAM HEATING COIL PRE-FILTER FINAL FILTER

UNIT

WEIGHT VOLT PH REMARKSFLOW FLOW TYPE

AIRFLOW VELOCITY PRESS

RPM

WHEEL

DRIVE

TYPE

MOTOR

TYPE

CAP AIRSIDE WATERSIDE

TYPE CAP

AIRSIDE

WIDTH EFF TYPE WIDTH EFFDESIGN MIN OUTLET ESP TSP TYPE DIA QTY POWER VFD TOTAL SENSIBLE

DESIGN

FLOW EAT(db) EAT(wb) LAT(db) LAT(wb) FA FV PD ROWS FLOW EWT LWT PD

DESIGN

FLOW EAT(db) LAT(db) FA FV PD ROWS

70.AHU.08 AREA H,K TEMTROL CUSTOM BUILT UP DRAW-THROUGH 20000 CFM 6000 CFM FAN WALL (2X2) 20000 CFM 6000 CFM 556 FPM 3.50 in-wg 7.50 in-wg 3450 CENT 18" DIRECT 4 15.00 hp Yes CHILLED WATER 832600 Btu/h 571200 Btu/h 20000 CFM 80.0 °F 67.0 °F 53.1 °F 52.8 °F 41.6 SF 480 FPM 0.76 in-wg 6 138.3 GPM 44 °F 56 °F 5.6 ftH2O STEAM 1798900 Btu/h 20000 CFM -20.0 °F 63.0 °F 32.0 SF 895 FPM 0.51 in-wg 2 2" MERV 8 CARTRIDGE 12" MERV 14 16060 lb 460 V 3 1, 2, 3

ID MANUFACTURER MODEL NO. TYPE

HEATING COIL

ENCLOSURE

HEIGHT

TOP MOUNT

HEIGHT REMARKSBTU PER FT

AIRSIDE WATERSIDE

EAT(db) ROWS FPF

TUBE

DIA EWT LWT

FTR-1 STERLING JVB-2PMP PEDISTAL 1760 70.0 °F 2 50 1" 175 °F 155 °F 0' - 10 3/4" 0' - 10 3/4" CUSTOM ANTI-LIGITURE ENCLOSURE-SEE DETAIL

13/MH501

SOUND ATTENUATOR SCHEDULE

ID SYSTEM NAME SERVES MANUFACTURER MODEL NO. TYPE ARRANGEMENT

SOUND ATTENUATOR DYNAMIC INSERTION LOSS (dB) DIMENSIONS

REMARKSAIRFLOW FV PD

Hz

Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz

DUCT UNIT

WIDTH HEIGHT LENGTH

RA-SIL-1 RETURN AIR 70-AHU-8 VIBRO-ACOUSTICS CD-HV-F9-NA DOUBLE WALL Horizontal 20000 CFM 2300 FPM 0.21 in-wg 8 15 24 34 36 24 15 9 0" 0" 6' - 8" 40"ID, 56"OD SA-SIL-1 SUPPLY AIR 70-AHU-8 VIBRO-ACOUSTICS CD-HV-F9-NA DOUBLE WALL Horizontal 6600 CFM 2200 FPM 0.19 in-wg 5 9 20 29 40 39 30 19 0" 0" 5' - 0" 20"ID, 36"OD SA-SIL-2 SUPPLY AIR 70-AHU-8 VIBRO-ACOUSTICS CD-HV-F9-NA DOUBLE WALL Horizontal 6600 CFM 2200 FPM 0.19 in-wg 5 9 20 29 40 39 30 19 0" 0" 5' - 0" 20"ID, 36"OD SA-SIL-3 SUPPLY AIR 1K-111 VIBRO-ACOUSTICS CD-HV-F9-NA DOUBLE WALL Horizontal 250 CFM 300 FPM 0.01 in-wg 4 7 14 26 35 42 43 31 0" 0" 2' - 0" 10"ID, 18"OD SA-SIL-4 SUPPLY AIR 1K-110 VIBRO-ACOUSTICS RD-ULV-F9-NA DOUBLE WALL Horizontal 260 CFM 315 FPM 0.28 in-wg 4 7 16 28 42 36 25 18 6" 12" 3' - 0"

Professional Engineer 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.

Signature: ______________________________________ Typed or printed name: Chad Michael Eslinger

SEQUENCE OF OPERATION – RADIANT PANEL / BASEBOARD RADIATOR CONTROL SEQUENCE

GENERAL

STAND ALONE RADIANT PANEL OR BASEBOARD RADIATOR WITH TEMPERATURE SENSOR.

OPERATING SCHEDULE

OPERATING HOURS ARE SCHEDULED THROUGH THE BUILDING AUTOMATION SYSTEM.

OCCUPIED MODE HEATING

RADIANT PANEL OR BASEBOARD RADIATOR TO PROVIDE HEATING ALONG THE PERIMETER DURING HEATING SEASON. ONCE ENABLED, HEATING WATER CONTROL VALVE TO MODULATE AS REQUIRED TO MAINTAIN SPACE TEMPERATURE.

DURING COOLING OPERATION, HEATING WATER FLOW IS DISABLED.

OPERATOR STATION DISPLAY

INDICATE THE FOLLOWING ON THE OPERATOR STATION DISPLAY:

• SYSTEM GRAPHIC

• HOT WATER VALVE POSITION IS (% OPEN)

• SPACE TEMPERATURE

• SPACE TEMPERATURE SET POINT

VAV SEQUENCE OF OPERATIONS

RUN CONDITIONS - SCHEDULED

THE VAV SHALL RUN ACCORDING TO A USER DEFINABLE TIME SCHEDULE IN THE FOLLOWING MODES:

• OCCUPIED MODE: THE VAV SHALL MAINTAIN

- A 74°F (ADJ.) COOLING SET POINT.

- A 70°F (ADJ.) HEATING SET POINT.

• UNOCCUPIED MODE (NIGHT SETBACK): THE VAV SHALL MAINTAIN

- A 80°F (ADJ.) COOLING SET POINT.

- A 65°F (ADJ.) HEATING SET POINT.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH ZONE TEMP: IF THE ZONE TEMPERATURE IS GREATER THAN THE COOLING SET POINT BY A USER DEFINABLE

AMOUNT (ADJ.)

• LOW ZONE TEMP: IF THE ZONE TEMPERATURE IS LESS THAN THE HEATING SET POINT BY A USER DEFINABLE AMOUNT

(ADJ.).

ZONE SET POINT ADJUSTMENT

THE OCCUPANT SHALL BE ABLE TO ADJUST THE ZONE TEMPERATURE HEATING AND COOLING SET POINTS AT THE ZONE

SENSOR.

ZONE OPTIMAL START

THE UNIT SHALL USE AN OPTIMAL START ALGORITHM FOR MORNING START-UP. THIS ALGORITHM SHALL MINIMIZE THE UNOCCUPIED WARM-UP OR COOL-DOWN PERIOD WHILE STILL ACHIEVING COMFORT CONDITIONS BY THE START OF

SCHEDULED OCCUPIED PERIOD.

ZONE UNOCCUPIED OVERRIDE

A TIMED LOCAL OVERRIDE CONTROL SHALL ALLOW AN OCCUPANT TO OVERRIDE THE SCHEDULE AND PLACE THE UNIT INTO AN OCCUPIED MODE FOR AN ADJUSTABLE PERIOD OF TIME. AT THE EXPIRATION OF THIS TIME, CONTROL OF THE UNIT SHALL

AUTOMATICALLY RETURN TO THE SCHEDULE.

REVERSING VARIABLE AIR VOLUME - FLOW CONTROL

THE UNIT SHALL MAINTAIN ZONE SET POINTS BY CONTROLLING THE AIRFLOW THROUGH ONE OF THE FOLLOWING:

OCCUPIED:

• WHEN ZONE TEMPERATURE IS GREATER THAN IT’S COOLING SET POINT, THE ZONE DAMPER SHALL MODULATE BETWEEN

THE MINIMUM OCCUPIED AIRFLOW (ADJ.) AND THE MAXIMUM COOLING AIRFLOW (ADJ.) UNTIL THE ZONE IS SATISFIED.

• WHEN THE ZONE TEMPERATURE IS BETWEEN THE COOLING SET POINT AND THE HEATING SET POINT, THE ZONE DAMPER

SHALL MAINTAIN THE MINIMUM REQUIRED ZONE VENTILATION (ADJ.).

• WHEN ZONE TEMPERATURE IS LESS THAN ITS HEATING SET POINT, THE CONTROLLER SHALL ENABLE HEATING TO

MAINTAIN THE ZONE TEMPERATURE AT ITS HEATING SET POINT.

UNOCCUPIED:

• WHEN THE ZONE IS UNOCCUPIED THE ZONE DAMPER SHALL CONTROL TO ITS MINIMUM UNOCCUPIED AIRFLOW (ADJ.).

• WHEN THE ZONE TEMPERATURE IS GREATER THAN ITS COOLING SET POINT, THE ZONE DAMPER SHALL MODULATE

BETWEEN THE MINIMUM UNOCCUPIED AIRFLOW (ADJ.) AND THE MAXIMUM COOLING AIRFLOW (ADJ.) UNTIL THE ZONE IS

SATISFIED.

• WHEN ZONE TEMPERATURE IS LESS THAN ITS UNOCCUPIED HEATING SET POINT, THE CONTROLLER SHALL ENABLE

HEATING TO MAINTAIN THE ZONE TEMPERATURE AT THE SET POINT.

REHEAT COIL VALVE

THE CONTROLLER SHALL MEASURE THE ZONE TEMPERATURE AND MODULATE THE REHEAT COIL CONTROL VALVE OPEN ON

DROPPING TEMPERATURE TO MAINTAIN ITS HEATING SET POINT.

DISCHARGE AIR TEMPERATURE

THE CONTROLLER SHALL MONITOR THE DISCHARGE AIR TEMPERATURE.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH DISCHARGE AIR TEMP: IF THE DISCHARGE AIR TEMPERATURE IS GREATER THAN 120°F (ADJ.)

• LOW DISCHARGE AIR TEMP: IF THE DISCHARGE AIR TEMPERATURE IS LESS THAN 40°F (ADJ.).

VAV (SHARED TEMPERATURE SENSOR WITH RADIANT CEILING PANEL OR BASEBOARD RADIATOR) SEQUENCE OF

OPERATIONS

RUN CONDITIONS - SCHEDULED

THE VAV SHALL RUN ACCORDING TO A USER DEFINABLE TIME SCHEDULE IN THE FOLLOWING MODES:

• OCCUPIED MODE: THE VAV SHALL MAINTAIN

- A 74°F (ADJ.) COOLING SET POINT.

- A 70°F (ADJ.) HEATING SET POINT.

• UNOCCUPIED MODE (NIGHT SETBACK): THE VAV SHALL MAINTAIN

- A 80°F (ADJ.) COOLING SET POINT.

- A 65°F (ADJ.) HEATING SET POINT.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH ZONE TEMP: IF THE ZONE TEMPERATURE IS GREATER THAN THE COOLING SET POINT BY A USER DEFINABLE

AMOUNT (ADJ.)

• LOW ZONE TEMP: IF THE ZONE TEMPERATURE IS LESS THAN THE HEATING SET POINT BY A USER DEFINABLE AMOUNT

(ADJ.).

ZONE SET POINT ADJUSTMENT

THE OCCUPANT SHALL BE ABLE TO ADJUST THE ZONE TEMPERATURE HEATING AND COOLING SET POINTS AT THE ZONE

SENSOR.

ZONE OPTIMAL START

THE UNIT SHALL USE AN OPTIMAL START ALGORITHM FOR MORNING START-UP. THIS ALGORITHM SHALL MINIMIZE THE UNOCCUPIED WARM-UP OR COOL-DOWN PERIOD WHILE STILL ACHIEVING COMFORT CONDITIONS BY THE START OF

SCHEDULED OCCUPIED PERIOD.

ZONE UNOCCUPIED OVERRIDE

A TIMED LOCAL OVERRIDE CONTROL SHALL ALLOW AN OCCUPANT TO OVERRIDE THE SCHEDULE AND PLACE THE UNIT INTO AN OCCUPIED MODE FOR AN ADJUSTABLE PERIOD OF TIME. AT THE EXPIRATION OF THIS TIME, CONTROL OF THE UNIT SHALL

AUTOMATICALLY RETURN TO THE SCHEDULE.

REVERSING VARIABLE AIR VOLUME - FLOW CONTROL

THE UNIT SHALL MAINTAIN ZONE SET POINTS BY CONTROLLING THE AIRFLOW THROUGH ONE OF THE FOLLOWING:

OCCUPIED:

• WHEN ZONE TEMPERATURE IS GREATER THAN IT’S COOLING SET POINT, THE ZONE DAMPER SHALL MODULATE BETWEEN

THE MINIMUM OCCUPIED AIRFLOW (ADJ.) AND THE MAXIMUM COOLING AIRFLOW (ADJ.) UNTIL THE ZONE IS SATISFIED.

• WHEN THE ZONE TEMPERATURE IS BETWEEN THE COOLING SET POINT AND THE HEATING SET POINT, THE ZONE DAMPER

SHALL MAINTAIN THE MINIMUM REQUIRED ZONE VENTILATION (ADJ.).

• WHEN ZONE TEMPERATURE IS LESS THAN ITS HEATING SET POINT, THE CONTROLLER SHALL ENABLE HEATING TO

MAINTAIN THE ZONE TEMPERATURE AT ITS HEATING SET POINT.

UNOCCUPIED:

• WHEN THE ZONE IS UNOCCUPIED THE ZONE DAMPER SHALL CONTROL TO ITS MINIMUM UNOCCUPIED AIRFLOW (ADJ.).

• WHEN THE ZONE TEMPERATURE IS GREATER THAN ITS COOLING SET POINT, THE ZONE DAMPER SHALL MODULATE

BETWEEN THE MINIMUM UNOCCUPIED AIRFLOW (ADJ.) AND THE MAXIMUM COOLING AIRFLOW (ADJ.) UNTIL THE ZONE IS

SATISFIED.

• WHEN ZONE TEMPERATURE IS LESS THAN ITS UNOCCUPIED HEATING SET POINT, THE CONTROLLER SHALL ENABLE

HEATING TO MAINTAIN THE ZONE TEMPERATURE AT THE SET POINT.

REHEAT COIL VALVE

THE CONTROLLER SHALL MEASURE THE ZONE TEMPERATURE AND MODULATE THE REHEAT COIL CONTROL VALVE OPEN ON DROPPING TEMPERATURE TO MAINTAIN ITS HEATING SET POINT. REHEAT COIL FLOW SHALL NOT BE INITIATED UNTIL CORRESPONDING RADIANT CEILING PANEL CONTROL VALVE IS FULLY OPEN. UPON SPACE TEMPERATURE RISING ABOVE HEATING SETPOINT, REHEAT COIL FLOW SHALL BE STOPPED BEFORE RADIANT CEILING PANEL FLOW IS DECREASED.

DISCHARGE AIR TEMPERATURE

THE CONTROLLER SHALL MONITOR THE DISCHARGE AIR TEMPERATURE.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH DISCHARGE AIR TEMP: IF THE DISCHARGE AIR TEMPERATURE IS GREATER THAN 120°F (ADJ.)

• LOW DISCHARGE AIR TEMP: IF THE DISCHARGE AIR TEMPERATURE IS LESS THAN 40°F (ADJ.).

SEQUENCE OF OPERATION – RADIANT CEILING PANEL / BASEBOARD RADIATION CONTROL SEQUENCE

GENERAL

EITHER RADIANT CEILING PANEL (RCP) OR BASEBOARD RADIATORS WILL BE USED IN EXTERIOR ZONES, SHARING TEMPERATURE SENSOR WITH VAV. RCP OR BASEBOARD RADIATOR IS THE PRIMARY HEAT SOURCE FOR THE SPACE, WITH VAV

SUPPLYING AIR AT APPROXIMATELY SPACE TEMPERATURE.

OPERATING SCHEDULE

OPERATING HOURS ARE SCHEDULED THROUGH THE BUILDING AUTOMATION SYSTEM.

OCCUPIED MODE HEATING

RCP/BASEBOARD RADIATOR TO PROVIDE HEATING ALONG THE PERIMETER DURING HEATING SEASON. ONCE ENABLED, HEATING WATER CONTROL VALVE TO MODULATE AS REQUIRED TO MAINTAIN SPACE TEMPERATURE.

DURING COOLING OPERATION, HEATING WATER FLOW IS DISABLED.

OPERATOR STATION DISPLAY

INDICATE THE FOLLOWING ON THE OPERATOR STATION DISPLAY:

• SYSTEM GRAPHIC

• HOT WATER VALVE POSITION IS (% OPEN)

• SPACE TEMPERATURE

• SPACE TEMPERATURE SET POINT

NOT TO SCALEMH-801

3 RADIANT PANEL CONTROL DIAGRAM

NOT TO SCALEMH-801

1 VAV CONTROL DIAGRAM

NOT TO SCALEMH-801

2 VAV WITH RCP CONTROL DIAGRAM

VAV MECHANICAL POINT LISTING

MARK DESCRIPTION TY

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TS-DAT DISCHARGE AIR TEMP. AI X X

AFM-SA SUPPLY AIR FLOW AI X

SDPR-VAV ZONE DAMPER AO

CV-HW HEATING WATER CONTROL VALVE AO X

TS-ZN ZONE TEMP AI X X

TS-ZO ZONE OVERRIDE AI X

TS-ZS ZONE SETPOINT ADJUST AI

VAV WITH RADIANT HEATING MECHANICAL POINT LISTING

MARK DESCRIPTION TY

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TS-DAT DISCHARGE AIR TEMP. AI X

AFM-SA SUPPLY AIR FLOW AI X

SDPR-VAV ZONE DAMPER AO

CV-HWRD RADIANT HEATING WATER CONTROL VALVE AO X X

CV-HWRH REHEAT HEATING WATER CONTROL VALVE AO X

TS-ZN ZONE TEMP AI X

TS-ZO ZONE OVERRIDE AI X

TS-ZS ZONE SETPOINT ADJUST AI

RADIANT HEATING MECHANICAL POINT LISTING

MARK DESCRIPTION TY

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CV-HW HEATING WATER CONTROL VALVE AO X X

TS-ZS ZONE SETPOINT ADJUST AI X

Professional Engineer 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.

Signature: ______________________________________ Typed or printed name: Chad Michael Eslinger

SEQUENCE OF OPERATION – AHU-08

GENERAL

AIR HANDLING UNIT (AHU-01) IS A VARIABLE-AIR-VOLUME (VAV), HORIZONTAL DRAW-THRU UNIT, WHICH CONSISTS OF AN VFD PLENUM SUPPLY AIR FAN ARRAY (SF-01), VFD RETURN AIR FAN ARRAY (RF-01), STEAM COIL, CHILLED WATER COOLING COIL, RETURN AIR DAMPER, EXHAUST AIR DAMPER, AND OUTSIDE AIR DAMPER.

A LOCAL CONTROL PANEL SHALL PROVIDE HAND/OFF/AUTO SELECTION.

RUN CONDITIONS - SCHEDULED

THE UNIT SHALL RUN BASED UPON AN OPERATOR ADJUSTABLE SCHEDULE.

EMERGENCY SHUTDOWN

THE UNIT SHALL SHUT DOWN AND GENERATE AN ALARM UPON RECEIVING AN EMERGENCY ALARM.

FREEZE PROTECTION

THE UNIT SHALL SHUTDOWN AND GENERATE AN ALARM UPON RECEIVING A FREEZE STATUS, BELOW 38°F (ADJ.).

HIGH STATIC SHUTDOWN

THE UNIT SHALL SHUTDOWN AND GENERATE AN ALARM UPON RECEIVING A HIGH STATIC SHUTDOWN SIGNAL (ADJ.).

SUPPLY AIR SMOKE DETECTION

THE UNITS SHALL SHUT DOWN AND GENERATE AN ALARM UPON RECEIVING A SMOKE DETECTOR STATUS.

AHU OPTIMAL START

THE UNIT SHALL START PRIOR TO SCHEDULED OCCUPANCY BASED ON THE TIME NECESSARY FOR THE ZONES TO REACH THEIR OCCUPIED SET POINTS. THE START TIME SHALL AUTOMATICALLY ADJUST BASED ON CHANGES IN OUTSIDE AIR TEMPERATURE

AND ZONE TEMPERATURES.

SUPPLY AIR FANS

THE SUPPLY FANS SHALL RUN WHENEVER THE UNIT IS COMMANDED TO RUN, UNLESS SHUTDOWN ON SAFETIES. TO PREVENT SHORT CYCLING, THE SUPPLY FANS SHALL HAVE A USER DEFINABLE (ADJ.) MINIMUM RUNTIME.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• SUPPLY FAN FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• SUPPLY FAN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• SUPPLY FAN RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER DEFINABLE LIMIT (ADJ.).

SUPPLY AIR DUCT STATIC PRESSURE CONTROL

THE CONTROLLER SHALL MEASURE DUCT STATIC PRESSURE AND MODULATE THE SUPPLY FAN VFD SPEEDS TO MAINTAIN A DUCT STATIC PRESSURE SET POINT. THE SPEED SHALL NOT DROP BELOW 30% (ADJ). THE STATIC PRESSURE SET POINT SHALL BE RESET BASED ON THE COOLING REQUIREMENTS. THE STATIC PRESSURE SET POINT SHALL BE RESET BASED UPON THE POSITION OF THE ZONE DAMPERS, WITH A GOAL OF REDUCING THE STATIC PRESSURE UNTIL AT LEAST ONE ZONE DAMPER IS FULL OPEN.

• INITIAL DUCT STATIC PRESSURE SET POINT SHALL BE 1.5 IN H2O (ADJ.).

• IF NO ZONE DAMPER IS FULL OPEN, THE SET POINT SHALL INCREMENTALLY RESET DOWN TO A MINIMUM OF 1.0 IN H2O (ADJ.).

• AS MORE THAN ONE DAMPER NEARS THE WIDE OPEN POSITION, THE SET POINT SHALL INCREMENTALLY RESET UP TO A

MAXIMUM OF 1.8IN H2O (ADJ.).

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH SUPPLY STATIC PRESSURE: IF THE SUPPLY AIR STATIC PRESSURE IS 25% (ADJ.) GREATER THAN SET POINT.

• LOW SUPPLY STATIC PRESSURE: IF THE SUPPLY AIR STATIC PRESSURE IS 25% (ADJ.) LESS THAN SET POINT.

• SUPPLY FAN VFD FAULT.

RETURN FANS

THE RETURN FANS SHALL RUN WHENEVER THE SUPPLY FANS RUN.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• RETURN FAN FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• RETURN FAN IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• RETURN FAN RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER DEFINABLE LIMIT (ADJ.).

• RETURN FAN VFD FAULT.

BUILDING STATIC PRESSURE CONTROL

THE BUILDING AUTOMATION SYSTEM WILL MAINTAIN A CONSTANT CFM OFFSET BETWEEN SUPPLY AIR FLOW AND RETURN AIR FLOW BY MEASURING SUPPLY AND RETURN AIRFLOW MONITORING SYSTEMS AND MODULATING RETURN FAN SPEED TO

MAINTAIN OFFSET.

SUPPLY AIR TEMPERATURE - OPTIMIZED

THE CONTROLLER SHALL MONITOR THE SUPPLY AIR TEMPERATURE AND SHALL MAINTAIN A SUPPLY AIR TEMPERATURE SET

POINT RESET BASED ON ZONE COOLING AND HEATING REQUIREMENTS.

THE SUPPLY AIR TEMPERATURE SET POINT SHALL BE RESET FOR COOLING BASED ON ZONE COOLING REQUIREMENTS AS

FOLLOWS:

• THE INITIAL SUPPLY AIR TEMPERATURE SET POINT SHALL BE 55°F (ADJ.).

• AS COOLING DEMAND INCREASES, THE SET POINT SHALL INCREMENTALLY RESET DOWN TO A MINIMUM OF 53°F (ADJ.).

• AS COOLING DEMAND DECREASES, THE SET POINT SHALL INCREMENTALLY RESET UP TO A MAXIMUM OF 72°F (ADJ.).

STEAM COIL VALVE

THE CONTROLLER SHALL MEASURE THE SUPPLY AIR TEMPERATURE AND MODULATE THE STEAM CONTROL VALVE TO MAINTAIN ITS HEATING SET POINT. IF THE OUTDOOR AIR TEMPERATURE IS ABOVE 35° F THE DDCC WILL MODULATE BOTH THE FACE AND BYPASS DAMPER AND THE PRE-HEAT VALVE CV-STM, IN SEQUENCE TO MAINTAIN 55° F SUPPLY FAN DISCHARGE. IF THE OUTDOOR AIR TEMPERATURE IS BELOW 35° F THE DDCC WILL FULLY OPEN THE PRE-HEAT VALVE , AND TO MODULATE ONLY THE

FACE AND BY-PASS DAMPERS.

HEATING SHALL BE ENABLED WHENEVER:

• OUTSIDE AIR TEMPERATURE IS LOWER THAN 55° F (ADJ.)

• AND ECONOMIZER IS DISABLED.

• AND SUPPLY FAN STATUS IS ON.

• AND COOLING IS NOT ACTIVE.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• LOW SUPPLY AIR TEMP: IF THE SUPPLY AIR TEMPERATURE IS 5°F (ADJ.) LESS THAN SET POINT.

SEQUENCE OF OPERATION – AHU-08 (CONTINUED)

WINTER HUMIDIFICATION

THE CONTROLLER SHALL MEASURE THE RETURN AIR RELATIVE HUMIDITY AND MODULATE STEAM FLOW TO THE HUMIDIFIER GRID

TO MAINTAIN RELATIVE HUMIDITY NO LESS THAN 30% (ADJ.).

CHILLED WATER COIL VALVE

THE CONTROLLER SHALL MEASURE THE SUPPLY AIR TEMPERATURE AND MODULATE THE CHILLED WATER COIL CONTROL VALVE

TO MAINTAIN ITS COOLING SET POINT.

COOLING SHALL BE ENABLED WHENEVER:

• OUTSIDE AIR TEMPERATURE IS GREATER THAN 60° F (ADJ.).

• AND THE ECONOMIZER IS DISABLED OR FULLY OPEN.

• AND THE SUPPLY FAN STATUS IS ON.

• AND THE HEATING IS NOT ACTIVE.

THE COOLING COIL VALVE SHALL OPEN TO 50% (ADJ.) WHENEVER THE FREEZE STAT IS ON.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH SUPPLY AIR TEMP: IF THE SUPPLY AIR TEMPERATURE IS 5°F (ADJ.) GREATER THAN SET POINT.

ECONOMIZER

THE CONTROLLER SHALL MEASURE THE MIXED AIR TEMPERATURE AND MODULATE THE OA, RA, AND EA DAMPERS IN SEQUENCE TO MAINTAIN A SET POINT 2°F (ADJ.) LESS THAN THE SUPPLY AIR TEMPERATURE SET POINT. THE MINIMUM OUTSIDE AIR DAMPER

SHALL MAINTAIN A MINIMUM OUTSIDE AIR WHENEVER OCCUPIED.

THE ECONOMIZER SHALL BE ENABLED WHENEVER:

• OUTSIDE AIR TEMPERATURE IS LESS THAN 72°F (ADJ.).

• AND THE OUTSIDE AIR ENTHALPY IS LESS THAN 27 BTU/LB (ADJ.).

• AND THE OUTSIDE AIR TEMPERATURE IS LESS THAN THE RETURN AIR TEMPERATURE.

• AND THE OUTSIDE AIR ENTHALPY IS LESS THAN THE RETURN AIR ENTHALPY.

• AND THE SUPPLY FAN STATUS IS ON.

THE ECONOMIZER SHALL CLOSE WHENEVER;

• MIXED AIR TEMPERATURE DROPS FROM MINIMUM COOLING SET POINT.

• OR THE FREEZE STAT IS ON.

• OR LOSS OF SUPPLY FAN STATUS.

THE SA, OA AND EA DAMPERS SHALL BE CLOSED AND THE RETURN AIR DAMPER SHALL BE OPEN WHEN AHU-1 IS OFF. IF OPTIMAL START UP IS ENABLED THE MIXED AIR DAMPER SHALL OPERATE AS DESCRIBED IN THE OCCUPIED MODE EXCEPT THAT THE

OUTSIDE AIR DAMPERS SHALL MODULATE FULLY CLOSED.

FILTER DIFFERENTIAL PRESSURE MONITOR

THE CONTROLLER SHALL MONITOR THE DIFFERENTIAL PRESSURE ACROSS BOTH THE PRE-FILTERS AND FINAL FILTERS.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• FILTER CHANGE REQUIRED: FILTER DIFFERENTIAL PRESSURE EXCEEDS A USER DEFINED LIMIT (ADJ.).

MIXED AIR TEMPERATURE

THE CONTROLLER SHALL MONITOR THE MIXED AIR TEMPERATURE AND USE AS REQUIRED FOR ECONOMIZER CONTROL.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH MIXED AIR TEMP: IF THE MIXED AIR TEMPERATURE IS GREATER THAN 90°F (ADJ.).

• LOW MIXED AIR TEMP: IF THE MIXED AIR TEMPERATURE IS LESS THAN 45°F (ADJ.).

RETURN AIR TEMPERATURE

THE CONTROLLER SHALL MONITOR THE RETURN AIR TEMPERATURE AND USE AS REQUIRED FOR SET POINT CONTROL OR

ECONOMIZER CONTROL.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH RETURN AIR TEMP: IF THE RETURN AIR TEMPERATURE IS GREATER THAN 90°F (ADJ.).

• LOW RETURN AIR TEMP: IF THE RETURN AIR TEMPERATURE IS LESS THAN 45°F (ADJ.).

SUPPLY AIR TEMPERATURE

THE CONTROLLER SHALL MONITOR THE SUPPLY AIR TEMPERATURE.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH SUPPLY AIR TEMP: IF THE SUPPLY AIR TEMPERATURE IS GREATER THAN 110°F (ADJ.).

• LOW SUPPLY AIR TEMP: IF THE SUPPLY AIR TEMPERATURE IS LESS THAN 45°F (ADJ.).

EMERGENCY SHUTDOWN

AHU-1 AND RF-1 SHALL SHUTDOWN AND GENERATE AN ALARM UPON RECEIVING AN EMERGENCY SHUTDOWN SIGNAL.

EMERGENCY AIR DISTRIBUTION SHUTDOWN

EMERGENCY AIR DISTRIBUTION SHUTDOWN SWITCH: ACTIVATION OF THE BUILDING EMERGENCY AIR DISTRIBUTION SHUT DOWN

SWITCH SHALL SHUT DOWN AHU-1 AND RF-1.

SMOKE CYCLE OPERATION

• WHEN THE SMOKE CYCLE IS INITIATED EITHER AUTOMATICALLY AS PART OF A SMOKE INTERLOCK SEQUENCE IN THE ECC PROGRAM, OR MANUALLY BY THE ECC OPERATOR, THE UNIT WILL OPERATE AS SHOWN IN THE SMOKE CYCLE CHART. SMOKE DAMPERS ARE CONTROLLED INDIVIDUALLY TO ALLOW THEM TO BE OPENED OR CLOSED SEPARETELY. IF AN OPERATOR AT THE DDCC DETERMINES IT IS NECESSARY TO DEVIATE FROM THE DAMPER POSITION SPECIFIED IN THE SMOKE CYCLE CHART. LOW LIMIT THERMOSTAT SHALL BE INOPERATIVE. THE HUMIDIFIER AND COOLING COIL VALVES SHALL BE CLOSED

DURING THE SMOKE CYCLE.

• SMOKE MODE VALVE SMCV-STM AND PREHEAT VALVE CV-STM WILL BE MODULATED IN SEQUENCE TO MAINTAIN A 55 F

SUPPLY FAN DISCHARGE.

• IF A ZONE CONDITIONED BY THIS AHU IS IN THE SMOKE MODE, POSITIVE OR NEGATIVE, THE DDCC WILL ELIMINATE THE STATIC PRESSURE SENSORS IN THIS ZONE FROM THE CONTROL SE;ECTION PROCESS AND WILL CONTROL THE SUPPLY FAN FOR THE LOWEST STATIC PRESSURE SENSOR IN THE REMAINING ZONES NOT AFFECTED BY THE SMOKE CONDITION.

NOT TO SCALEMH-802

1 AHU CONTROL DIAGRAM

AHU MECHANICAL POINT LISTING

MARK DESCRIPTION TY

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HUM-STM TWO-WAY HEATING VALVE AO X

PN-FBDPR STEAM HEATING FACE & BYPASS DAMPER POSITION AO X

ST-FBDPR STEAM HEATING FACE & BYPASS DAMPER STATUS AI X

HS-RAH RETURN AIR RELATIVE HUMIDITY AI X

TS-FS FREEZE STAT BI X X

TS-MAT MIXED AIR TEMP. AI X X

TS-RAT RETURN AIR TEMP. AI X X

TS-SAT SUPPLY AIR TEMP. AI X X

DP-FFLTR FINAL FILTER DIFFERENTIAL PRESSURE AI X

DP-PFLTR PRE-FILTER DIFFERENTIAL PRESSURE AI X

SP-SA SUPPLY AIR PRESSURE AI X

F-RVAV RETURN AIR FAN VFD FAULT BI X

F-SVAV SUPPLY AIR FAN VFD FAULT X 6 FANS BI X

MS-RVAV RETURN AIR FAN VARIABLE SPEED AO X

MS-SVAV SUPPLY AIR FAN VARIABLE SPEED X 6 FANS AO X

SS-RVAV RETURN AIR FAN START/STOP BO X

SS-SVAV SUPPLY AIR FAN START/STOP X 6 FANS BO X

ST-RAF RETURN AIR FAN STATUS BI X

ST-SAF SUPPLY AIR FAN STATUS X 6 FANS BI X

CV-CW CHILLED WATER CONTROL VALVE AO X

CV-STM STEAM CONTROL VALVE AO X

SMCV-STM SMOKE MODE STEAM CONTROL VALVE AO X

SP-SDN HIGH STATIC SHUTDOWN BI X X

SW-EADS EMERGENCY AIR DISTRIBUTION SHUTDOWN SWITCH BI X X

AFM-RA RETURN AIR FLOW AI X

AFM-SA SUPPLY AIR FLOW AI X

PN-EDPR EXHAUST AIR DAMPER POSITON AO X

PN-MODPR MINIMUM OUTDOOR AIR DAMPER POSITION AO X

PN-ODPR OUTDOOR AIR DAMPER POSITION AO X

PN-RDPR RETURN AIR DAMPER POSITION AO X

PN-RSDPR RETURN AIR SMOKE DAMPER POSITION BO X

PN-SSDPR SUPPLY AIR SMOKE DAMPER POSITION BO X

ST-EDPR EXHAUST AIR DAMPER STATUS AI X

ST-MODPR MINIMUM OUTDOOR AIR DAMPER STATUS AI X

ST-ODPR OUTDOOR AIR DAMPER STATUS AI X

ST-RDPR RETURN AIR DAMPER STATUS AI X

ST-RSDPR RETURN AIR SMOKE CONTROL DAMPER STATUS BI X

ST-SSDPR SUPPLY AIR SMOKE CONTROL DAMPER STATUS BI X

SD-RA RETURN AIR SMOKE DETECTOR BI X

SD-SA SUPPLY AIR SMOKE DETECTOR BI X

TS-OAT OUTSIDE AIR TEMP AI X

HS-OAH OUTSIDE AIR HUMIDITY AI X

DP-ZN BLDG STATIC PRESSURE AI X

Professional Engineer 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.

Signature: ______________________________________ Typed or printed name: Chad Michael Eslinger

LIGHTING FIXTURES

SYMBOL DESCRIPTION

(NOTE: NOT ALL SYMBOLS INDICATED ARE USED ON PLANS. COORDINATE SYMBOLS USED

WITH SYMBOLS LEGEND ACCORDINGLY.)

EMERGENCY LIGHTING UNIT

SWITCHES & CONTROL OUTLETS

SWITCHES - 48" AFF

GANG LIGHT SWITCHES INDICATED ADJACENT TO EACH OTHER IN A

MULTI-GANG BOX AND MULTI-GANG FACEPLATE UNLESS OTHERWISE

NOTED

2 = DOUBLE POLE, SINGLE THROW

3 = THREE WAY

4 = FOUR WAY

K = KEY OPERATED

C = MOMENTARY CONTACT, SPDT, CENTER OFF

P = OFF PILOT LIGHT

a

POWER DISTRIBUTION

POWER OUTLETS

SYMBOL DESCRIPTION

SINGLE RECEPTACLE, MOUNTED AT 18"AFF, UON

SHADED SYMBOL - ON EMERGENCY POWER

PANELBOARD

DUPLEX RECEPTACLE, MOUNTED AT 18"AFF, UON

SHADED SYMBOL - ON EMERGENCY POWER

DOUBLE DUPLEX RECEPTACLE, MOUNTED AT 18"AFF, UON

SHADED SYMBOL - ON EMERGENCY POWER

SPECIAL RECEPTACLE - CONFIGURATION AS INDICATED

MOUNTED 18"AFF, UON

SHADED SYMBOL - ON EMERGENCY POWER

JUNCTION BOX, MOUNTED 18"AFF, UONJ

J

DUPLEX…