Technical_Exhibit_B-_Drawings_(Pages_81-110).pdf

PDF 1 MB Posted Jul 1, 2019

Attached to: Construct New Administration Building A Federal contract opportunity
Solicitation number: W91151-19-B-0033
Issued by: Department of the Army Materiel Command Mission and Installation Contracting Command Fort Hood

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Technical Exhibit B - Drawings (Pages 81-110)

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Bid_Abstract_2-3_19-B-0033_Construct_New_Administration_Building_A_NFH.pdf	PDF	Aug 29, 2019
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W91151-19-B-0033_Amendment_0004.pdf	PDF	Aug 16, 2019
Technical_Exhibit_C_-_Revised_Specifications_19-B-0033_Construct_New_Building_A_NFH.pdf	PDF	Aug 15, 2019
Attachment_2_-_Revisions_Informational_Sheet_19-B-0033_Construct_New_Building_A_NFH.docx	DOCX document	Aug 15, 2019
Amendment_03_19-B-0033_Construct_New_Building_A_NFH.pdf	PDF	Aug 15, 2019
Amendment_02_19-B-0033_Construct_New_Administration_Building_A.pdf	PDF	Jul 31, 2019
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Technical_Exhibit_B-_Drawings_(Pages_11-20).pdf	PDF	Jul 1, 2019
Technical_Exhibit_B_-_Drawings_(Pages_1-10).pdf	PDF	Jul 1, 2019
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Technical_Exhibit_B-_Drawings_(Pages_51-61).pdf	PDF	Jul 1, 2019
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CHANGE IN DUCT CONSTRUCTION BY

PRESSURE CLASS.

(PRESSURES IN INCHES W.G)

FD-1.5

FD-3

FSD

HWS

HWR

WCO

PRV

TPRV

2 1

ZZ ZZ

NN NN

CHS

CHR

GENERAL ABBREVIATIONSPIPING SYSTEMS

PIPING SYMBOLS

DAMPERS GENERAL NOTES

DOMESTIC COLD WATER

DOMESTIC HOT WATER

RETURN

SANITARY SEWER

VENT

NATURAL GAS

CHILLED WATER SUPPLY

CHILLED WATER RETURN

HEATING WATER SUPPLY

HEATING WATER RETURN

CONDENSATE DRAIN

REFRIGERANT SUCTION

REFRIGERANT LIQUID

ROOF DRAIN

DUCTWORK

CONTINUATION

DROP IN PIPE

VALVE IN RISER

ELBOW, 90 DEG.

ELBOW UP, 90 DEG.

ELBOW DOWN, 90 DEG.

TEE

UNION

UNION, FLANGED

FLOOR DRAIN WITH TRAP

PIPE PITCH

DIRECTION OF FLOW

FLOOR PENETRATION

WALL HYDRANT

WALL CLEANOUT

TEE, OUTLET TURNED

DOWNWARD

TEE, OUTLET TURNED

UPWARD

PRESSURE REDUCING

VALVE

PRESSURE RELIEF VALVE

TEMP & PRESS RELIEF

THERMOMETER

BALL JOINT

ANCHOR

HOSE BIB

AFF - ABOVE FINISHED FLOOR

AHU - AIR HANDLING UNIT

BOD - BOTTOM OF DUCT ELEV.

BOP - BOTTOM OF PIPE ELEV.

CFM - CUBIC FEET PER MINUTE

CL - CENTERLINE

CLG - CEILING

COND- CONDENSATE/CONDENSER

CONN- CONNECTION/CONNECT

DB - DRY BULB TEMPERATURE

DDC - DIRECT DIGITAL CONTROL

DSS - DEDICATED SPLIT SYSTEM

DX - DIRECT EXPANSION

EA - EXHAUST AIR

EAT - ENTERING AIR TEMP.

ELEV - ELEVATION

EMCS- ENERGY MONITORING

AND CONTROL SYSTEM

ESP - EXTERNAL STATIC PRESSURE

EWT - ENTERING WATER TEMP.

FC - FAIL CLOSED

FD - FLOOR DRAIN

FLA - FULL LOAD AMPS

FO - FAIL OPEN

GA - GAUGE

HD - HUB DRAIN

IE - INVERT ELEVATION

LAT - LEAVING AIR TEMP.

LWT - LEAVING WATER TEMP.

NC - NORMALLY CLOSED

NO - NORMALLY OPEN

NPS - NOMINAL PIPE SIZE

NPT - NATIONAL PIPE THREAD

NTS - NOT TO SCALE

OA - OUTSIDE AIR

OBD - OPPOSED BLADE DAMPER

OS&Y- OUTSIDE STEM AND YORK

Pa - PASCAL

PD - PRESSURE DROP

RA - RETURN AIR

RPM - REVOLUTIONS PER MINUTE

SA - SUPPLY AIR

SOG - SLAB ON GRADE

SP - STATIC PRESSURE

TOD - TOP OF DUCT ELEVATION

TOP - TOP OF PIPE ELEVATION

TOS - TOP OF SLAB/

TOP OF STEEL

TSP - TOTAL STATIC PRESSURE

VAV - VARIABLE AIR VOLUME

VP - VELOCITY PRESSURE

VTR - VENT THRU ROOF

W - WATTS

WB - WET BULB

WC - WATER COLUMN

WG - WATER GAUGE

EXPANSION LOOP

AIR VENT, AUTOMATIC

AIR VENT, MANUAL

GUIDE

EXPANSION JOINT

FLEXIBLE CONNECTOR

PRESSURE/TEMPERATURE

TEST PORT

MANUAL BALANCING DAMPER

BACKDRAFT DAMPER

SMOKE DAMPER

COMBINATION FIRE/SMOKE DAMPER

FIRE DAMPER; 1.5 HOUR RATED

FIRE DAMPER; 3 HOUR RATED

FLEXIBLE ROUND DUCT

FLEXIBLE DUCT CONNECTION

ACOUSTICALLY LINED DUCT

SOUND ATTENUATOR

BRANCH TAKEOFF

DETAIL NO.

REF: DET.NN/MZZ

DETAIL LOCATION

REFERENCE SYMBOLOGY

DETAIL LOCATION

FIRE PROTECTION

A. MECHANICAL LAYOUTS ARE SCHEMATIC. PROVIDE ANY ADDITIONAL DROPS,

RISES, OR OFFSETS REQUIRED FOR A COMPLETE INSTALLATION.

COORDINATE EXACT ROUTING OF WORK WITH ALL OTHER TRADES AND

OBSTRUCTIONS. COORDINATE EXACT LOCATIONS OF CEILING MOUNTED

WORK WITH LIGHTS, CEILING GRID, AND OTHER OBSTRUCTIONS.

B. UNLESS OTHERWISE INDICATED ROUTED, ROUTE ALL DUCTWORK AND

PIPING ABOVE CEILINGS. ROUTE ALL DUCTWORK AND PIPING AS HIGH AS

POSSIBLE IN AREAS WITHOUT CEILINGS. ROUTE ALL DUCTWORK AND PIPING

TIGHT TO STRUCTURE.

C. DUCT DIMENSIONS ARE INSIDE CLEAR DIMENSIONS. INCREASE SHEET

METAL DIMENSIONS ON LINED DUCTWORK TO MAINTAIN THE INSIDE

CLEAR DIMENSIONS INDICATED.

D. UNLESS OTHERWISE INDICATED, PROVIDE DUCT RUNOUTS TO TERMINAL

UNITS SAME SIZE AS TERMINAL UNIT INLET.

E. FLEXIBLE DUCT RUNOUTS TO TERMINAL AIR DEVICES SHALL BE SAME

SIZE AS DIFFUSER CONNECTION. LIMIT FLEX TO 5 FEET.

F. INSTALL CALIBRATED BALANCING VALVES AND VENTURIS WITH A MINIMUM

UNRESTRICTED STRAIGHT RUN OF 5 PIPE DIAMETERS UPSTREAM AND

3 PIPE DIAMETERS DOWNSTREAM.

G. SEE ARCHITECTURAL REFLECTED CEILING PLANS FOR EXACT LOCATIONS

OF DIFFUSERS, PLENUM SLOT DIFFUSERS, REGISTERS, AND GRILLS.

H. ALL WORK INDICATED IS NEW.

I. SOME SYMBOLS INDICATED ON THIS LEGEND SHEET MAY NOT APPEAR OF

THE DRAWINGS.

K. MOUNT CO2 SENSORS AND TEMPERATURE SENSORS 48 INCHES AFF.

L. ALL PIPING LOW POINTS SHALL HAVE DRAIN VALVES WITH HOSE

CONNECTION AND CAP.

M. ALL PIPING HIGH POINTS SHALL HAVE VALVED AIR VENTS.

N. PROVIDE 1-INCH DUCT LINER ON ALL TRANSFER DUCT.

GENERAL CONTROL SYMBOLOGY

THERMOSTAT

TEMPERATURE SENSOR

HUMIDITY SENSOR

HUMIDISTAT

DUCT PRESSURE SENSOR

SMOKE DETECTOR

S1 900

36x24

DIFFUSER, REGISTER AND GRILLE NOTATION

SUPPLY DIFFUSER RETURN

BALL VALVE

GATE VALVE

PLUG VALVE

GLOBE VALVE

CHECK VALVE

BUTTERFLY VALVE

MODULATING TWO-WAY

MODULATING THREE-WAY

SUPPLY REGISTER OR

GRILLE, SIDEWALL

RETURN/EXHAUST

GRILLE, SIDEWALL

DEVICE

IDENTIFICATION

AIR

QUANTITY

(CFM)

CALIBRATED BALANCING

VALVE

AUTOMATIC FLOW CONTROL

VALVE

ARROWS INDICATE

FLOW DIRECTION

DUCT SIZE IN INCHES

(NET INSIDE DIMENSIONS)

(RECTANGULAR DUCT SHOWN)

DIA INDICATES ROUND DUCT.

DIAO. INDICATES OVAL DUCT.

FOR RECTANGULAR DUCT:

FIRST FIGURE: SIDE SHOWN

SECOND FIGURE: SIDE NOT SHOWN

CD CARBON MONOXIDE DETECTOR

ESS

WATER METER

ELECTRIC METER

NIGHT THERMOSTAT

EMERGENCY STOP BUTTON

NPW NON-POTABLE WATER

FLOOR SINK WITH TRAPFS

ELBOW, 45 DEG.

WATER FLOW DETECTOR

WFD

DOUBLE CHECK VALVE

BACKFLOW PREVENTER

REDUCED PRESSURE

BACKFLOW PREVENTER

FIRE DEPARTMENT

CONNECTION OS&Y VALVE

THERMOMETER GAGE

PRESSURE GAGE WITH SHUT

OFF COCK AND SIPHON OR

PULSATION DAMPENER

CAP BLIND FLANGE

MU MAKE-UP WATERHRR HEAT RECOVERY RETURN

HRS HEAT RECOVERY SUPPLY (E) EXISTING PIPING TO REMAIN

EXISTING PIPING TO BE

REMOVED

ROOM NUMBER000

ROUND DUCTØ

EXISTING WORK TO BE REMOVED

EXISTING WORK TO REMAIN-

POINT OF CONNECTION BETWEEN

NEW AND EXISTING WORK

POINT BETWEEN WORK TO REMAIN

AND WORK TO BE REMOVED

EXHAUST

M- ALL OR ANY PORTION OF SUBJECTS IN THE FOLLOWING

MD MECHANICAL DEMOLITION PROTECTION, TERMINATION, AND REMOVAL

MH HVAC DUCTWORK, AIR DEVICES, AND EQUIPMENT

MI INSTRUMENTATION AND CONTROLS

MP HYDRONIC PIPING - CHILLED AND HEATING WATER, STEAM

MECHANICAL SHEET NUMBERING PREFIXES

WITH LEVEL 2 DESIGNATORS (NO DASH)

SHEET

NUMBER

D ra w n by

D es ig ne d by

Su bm itt ed b y:

Sh ee t S iz e

D at e:

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M Y

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PLOT DATE:

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M-001

PROJECT NAME

M-301

1 2 3 4 5

OPEN CLASSROOM

3503 SF

CORRIDOR

207 SF

SERVER

80 SF

COMM.

78 SF

ELEC.

53 SF

MECH

119 SF

MEN

161 SF

WOMEN

161 SF

JAN

27 SF

VEST

47 SF

BREAK/LACTATION

56 SF

AHU-1

AHU-2

SA 450 SA 450 SA 450 SA 450 SA 450

SA 455SA 455SA 455SA 455SA 455

EA 200

EA 30

10"ø EA

6"x6" EA

MH401

DSS-2

L-1

L-2

12"x12" TA 12"x12" TA

TATA3 3

L-3

EF-1

24"x16" SA

10"ø SA 10"ø SA 10"ø SA 10"ø SA 10"ø SA

SA 455

SA 450

SA 455

SA 450

RA 1600RA 1600

10"ø SA 10"ø SA

10"ø SA 10"ø SA24"x16" RA

24"x16" RA

SHEET

NUMBER

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U .S

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M Y

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O R

R S

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O R

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US Army Corps of Engineers ®

R ev

M ar k D es cr ip tio n Tr ac ki ng N o.

Ac tio n

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PLOT DATE:

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Fort Worth District

FILE PATH:

PLAN NORTH

4/25/2019 7:32:39 AM

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MH101

N K.

S P.

PROJECT NAME

1/8" = 1'-0"1 OVERALL HVAC PLAN

8'4' 16'0

GENERAL NOTES

1. ALL MAIN DUCT SHALL BE STATIC PRESSURE CLASS 2, ALL BRANCH DUCT

FROM THE MAIN TO THE OUTLETS SHALL BE STATIC PRESSURE CLASS 1.

2. PROVIDE BALANCING DAMPERS IN ALL BRANCH DUCTS FROM MAINS.

3. INSULATE ALL SUPPLY AND RETURN DUCT.

4. FOR BUILDING PRESSURIZATION CONTROL, SEE HVAC CONTROLS.

5. ALL MANUAL DAMPERS SHALL BE OPERABLE FROM BELOW.

6. ALL ELBOWS ARE 1.5 RADIUS UNLESS NOTED WITH KEYED NOTE

OTHERWISE.

7. SEE SCHEDULE ON SHEET M-602 FOR DIFFUSER NECK AT DUCT SIZE.

KEYED NOTES

1 ATFP STOP BUTTON LOCATION.

2 BAROMETRIC RELIEF DAMPER. SEE SHEET M-502 FOR DETAIL

3 TRANSFER DUCT LOCATION. SEE SHEET M-502 FOR DETAIL.

4 24" x 24" CEILING ACCESS PANEL LOCATION. REFER TO SHEET A-560 FOR

DETAILS.

5 RETURN AIR PLENUM BOX.

M-301

COMM.

78 SF

ELEC.

53 SF

MECH

119 SF

BREAK/LACTATION

56 SF

SERVER

80 SF

CORRIDOR

207 SF

SA 50

AHU-1

AHU-2

DSS-4DSS-3 DSS-1

DSS-2

DSS-1DSS-4DSS-3

TATA

12"x12" TA 12"x12" TA

6" ø

24"x16" SA

4 4 4

1 3

24"x16" RA

SHEET

NUMBER

D ra w n by

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Ac tio n

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MH401

M H

PROJECT NAME

1/4" = 1'-0"1 ENLARGED MECHANICAL ROOM HVAC PLAN

GENERAL NOTES

1. ALL MAIN DUCT SHALL BE STATIC PRESSURE CLASS 2, ALL BRANCH DUCT

FROM THE MAIN TO THE OUTLETS SHALL BE STATIC PRESSURE CLASS 1.

2. PROVIDE BALANCING DAMPERS IN ALL BRANCH DUCTS FROM MAINS.

3. INSULATE ALL SUPPLY AND RETURN DUCT.

4. FOR BUILDING PRESSURIZATION CONTROL, SEE HVAC CONTROLS.

5. ALL MANUAL DAMPERS SHALL BE OPERABLE FROM BELOW.

6. ALL ELBOWS ARE 1.5 RADIUS UNLESS NOTED WITH KEYED NOTE

OTHERWISE.

7. SEE SCHEDULE ON SHEET M-602 FOR DIFFUSER NECK AT DUCT SIZE.

KEYED NOTES

1 MITER ELBOW LOCATION.

2 AHU SERVICE CLEARANCE AREA.

3 BOTTOM OF DUCT DOWN TO 1' 0" ELEVATION TO CONNECT TO AIR

HANDLING UNIT.

4 SPLIT SYSTEM MOUNTED 7' 6" AFF.

5 SPLIT SYSTEM MOUNTED 7' 0" AFF.

6 SUPPLY DUCT UNDER RETURN. SEE SHEET M-901 FOR ISOMETRIC VIEW.

7 SPACE RESERVED FOR POSTED INSTRUCTIONS AND COLOR CODING

SCHEMATICS. REFER TO 22 00 00 AND 23 00 00 SPECIFICATIONS FOR

ADDITIONAL INFORMATION.

8 DDC PANEL LOCATION.

9 GOOSENECK FITTING.

0 2' 4' 8'

LOW ROOF

12' - 0"

HIGH ROOF

18' - 0"

FLOOR PLAN

0' - 0"

B.O. CANOPY ROOF

8' - 0"

B.O. ROOF

12' - 0"

F.F.

0' - 0"

B.O. CANOPY

7' - 5"

16"x24" SA

16"x24" RA

16"x24" SA

24"x16" SA

24"x16" RA 12"x12" TA

WH-1

DSS-3

SHEET

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M-301

M S

O N

PROJECT NAME

1/2" = 1'-0"1 MECHANICAL ROOM SECTION VIEW

2'1' 4'0

GENERAL NOTES

1. ALL MAIN DUCT SHALL BE STATIC PRESSURE CLASS 2, ALL BRANCH DUCT

FROM THE MAIN TO THE OUTLETS SHALL BE STATIC PRESSURE CLASS 1.

2. PROVIDE BALANCING DAMPERS IN ALL BRANCH DUCTS FROM MAINS.

3. INSULATE ALL SUPPLY AND RETURN DUCT.

4. FOR BUILDING PRESSURIZATION CONTROL, SEE HVAC CONTROLS.

5. ALL MANUAL DAMPERS SHALL BE OPERABLE FROM BELOW.

6. ALL ELBOWS ARE 1.5 RADIUS UNLESS NOTED WITH KEYED NOTE

OTHERWISE.

7. SEE SCHEDULE ON SHEET M-602 FOR DIFFUSER NECK AT DUCT SIZE.

1 MITER ELBOW LOCATION.

2 BOTTOM OF DUCT DOWN TO 1'0" ELEVATION TO CONNECT TO AIR

HANDLING UNIT.

KEYED NOTES

NOT TO SCALE

NUT

LOCK NUT

HVAC & PIPE HANGERS

FLAT

WASHER

FLAT

WASHER

LOCK

WASHER

THREADED

RODTHREADED ROD SEATED

IN CLEVIS FIRST

NOT TO SCALE

TYPICAL ADJUSTABLE CLEVIS HANGER

HANGER

CLEVIS

SUPPORT ROD

SUSPENDED FROM

STRUCTURE

CLEVIS BOLT

CARRIER PIPE

BOLT ON 4" CENTER

WASHER

FLEXIBLE

MATERIAL

SPECIFIED

SHEET METAL AS

SPECIFIED FOR

DUCTWORK

ALTERNATE

POSITION

OF BOLT

1" FLANGE

& HEM

FLANGED

CONNECTION

ON FAN SIDE

SHEET METAL

AS SPECIFIED

FOR DUCTWORK

11/2" MIN. TO 3" MAX.

INSTALLED 6" NORMAL

W/ MATERIAL TAUT

1 1/2" POCKET SLIP

DUCTWORK

1" x 1/8" BAND IRON

NOT TO SCALE

FLEXIBLE CONNECTOR

AIRFLOW

NOT TO SCALE

SPLITTER DAMPER DETAIL

L= 0.25*W W= 100mm MIN.

45°

METAL BAND

SUPPORT

TIE OFF TO ROOF

STRUCTURE

SUPPLY AIR

DIFFUSER W/

ROUND NECK

& O.B.D.

FLEX DUCT WITH 2"

INSULATION VAPOR

BARRIER, MAXIMUM

LENGTH 5'-0"

NYLON

DRAW BAND

SUPPLY

DUCT

SPIN-IN TAP

FITTING W/AIR

SCOOP & DAMPER

CEILING

SUPPLY AIR DIFFUSER DETAIL

NOT TO SCALE

AIR FLOW

TYPICAL BRANCH TAKE-OFF

NOT TO SCALE

LEVER OUTSIDE

OF DUCT

SET

SCREW

DUCT PENETRATION THROUGH

METAL PANEL STUD WALL

NOT TO SCALE

INSULATION

WALL

DUCT

20 GAGE GALVANIZED

STEEL COLLAR (EXPOSED

ONLY). SECURE TO WALL

ON 6 INCH CENTERS

(MINIMUM 4 FASTENERS

PER SIDE)

1" CLEARANCE

BETWEEN

20 GAGE

GALVANIZED

STEEL SLEEVE

2"x2"x1/4"

TACK WELDED

OR RIVETED

TO SLEEVE

INLET TUBE HOLES FACE

UPSTREAM OF AIR FLOW;

TUBE LENGTH SHALL BE

SAME AS DUCT WIDTH

PROVIDE STANDOFF BRACKET

OR RUBBER GROMMET AT

WALL PENETRATION FOR

DUCTS WIDER THAN 2'-0"

INSERT RUBBER PLUG

THIS END OF INLET

TUBE

RETURN TUBE SLANT

CUT FACE ORIENTED

DOWNSTREAM OF AIR

FLOW (DO NOT

INSERT RUBBER PLUG)

DUCT

WIDTH

DUCT SMOKE DETECTOR DETAIL

NOT TO SCALE

NOTE:

PROVIDE HINGED ACCESS DOOR

IN DUCT FOR FIRE DAMPER

NOT TO SCALE

TYPICAL SQUARE ELBOW

DUCT TURNS 2-1/2" O.C.

AIR FLOW

NOT TO SCALE

TYPICAL RADIUS ELBOW

VANES SHALL

RUN ENTIRE

LENGTH OF

ELBOW W/O

EXTENDED

TAILS

THREE SPLITTER VANES

EVENLY SPACED (NOT

REQ'D WHEN W * 12"

R= 1.5 X W

9 10

5 6 7 8

1 2 3

DUCT PENETRATION THROUGH

CMU WALL

NOT TO SCALE

INSULATION

WALL

GROUT

DUCT

20 GAGE GALVANIZED

STEEL COLLAR (EXPOSED

ONLY). SECURE TO WALL

ON 6 INCH CENTERS

(MINIMUM 4 FASTENERS

PER SIDE)

1" CLEARANCE

BETWEEN

20 GAGE

GALVANIZED

STEEL SLEEVE

2"x2"x1/4"

TACK WELDED

OR RIVETED

TO SLEEVE

SHEET

NUMBER

D ra w n by

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U .S

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M ar k D es cr ip tio n Tr ac ki ng N o.

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M-501

FLEXIBLE CONNECTOR (TYP.)

HANGER ROD ISOLATOR

REFER TO

SPEC

IN-LINE FAN

IN-LINE FAN SUSPENSION DETAIL

NOT TO SCALE1 NOT TO SCALE

TRANSFER AIR DETAIL

TIE OFF TO ROOF

STRUCTURE

METAL BAND

SUPPORT

METAL DUCT WITH

BALANCING DAMPER

LAY IN DIFFUSER

LESS THAN 3'

OF FLEX DUCT

INTERIOR WALL

NOT TO SCALE3

ATFP COMPLIANT LOW

LEAKAGE CONTROL DAMPER

DUCT SHALL BE

PRESSURE CLASS 3.

DAMPER

MOTOR

LINKAGE

OUTSIDE

CAULK

EXTENDED

SILL

FRAME WALL

DUCT CONNECTED TO

TRANSFER IN

ARCHITECTURAL

CEILING

COUNTER

BALANCE RELIEF

DAMPER

RELIEF AIR LOUVERS AND DAMPERS

1-1/2" X 1-1/2" X 1/8" ALUMINUM OR STEEL

X CLIP ANGLE, 4" WITH FASTENERS

USE RA2-600 CFM DIFFUSERS

NOT TO SCALE

DUCT ACCESS DOORS

DOOR A

DOOR B

GASKET DUCT

LOCK TYPE 2

DUCT

FRAME 2

FRAME 3

HINGE POS. 3

FRAME 2

HINGE POS. 2

DUCT

BUTT HINGE 1"x1", OR PIANO HINGE

FRAME 1

HINGE POS. 1

SASH

LOCK

TYPE 1

ACCESS

PANEL

S = SIDE OPPOSITE HINGES, T = TOP, B = BOTTOM

12" x 12" 16" x 20" 24" x 24"

1-S 2-S 2-S

1-S 1-S,1-T,1-B 2-S,1-T,1-B

1-S,1-T,1-B 2-S,1-T,1-B 2-S,2-T,2-B

METAL GAGE

2" W.G.

STATIC

AND LESS

3" W.G.

STATIC

4" W.G.

10" W.G.

NO.

HINGES

NO.

LOCKS

DUCT

PRESSURE

CLASS FRAME DOOR BACK

DOOR

SIZE

VIEW PORT IF

SPECIFIED

PANEL IS DUCT GAGE (MIN.)

w/SCREWS AT 8" MAX. SPACING

11/4"

ANGLE IRON REINFORCING

WHERE REQUIRED

ROOF

ANGLE RIVETED

OR SPOT WELDED

AS REQUIRED

STANDARD DUCT

CONSTRUCTION

SEAMS WATERTIGHT

PREFAB.

ROOF CURB,

PER CSPE

ROOF MFR.

NOT TO SCALE

TYPICAL GOOSENECK VENT

SCREEN

BOLTS

METAL SCREEN FRAME

BIRD SCREEN

FLASHING

" M

U M

SPECIFIED

DUCT SIZE

DUCT

SIZE+ 25%

SHEET

NUMBER

D ra w n by

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4/25/2019 7:31:23 AM

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M-502

AIR HANDLING UNIT SCHEDULE

UNIT TAG

SUPPLY FAN COOLING SECTION

TYPE CFM

(MIN)

E.S.P (IN WG) HP V/PH/Hz ENTERING AIR

DB/WB (DEG. F)

TOTAL

CAPACITY

(MBH)

SENSIBLE

CAPACITY

(MBH)

AHU-2 PLENUM 715 1.00 1 208-230 / 3 / 60 85.0 / 70.0 113.25 90.30

REMARKS:

1. PROVIDE UNIT WITH DISCONNECT AND VARIABLE FREQUENCY DRIVE.

2. UNIT SHALL BE SIZED TO DELIVER SCHEDULED CAPACITIES AT AN ELEVATION OF 924 FEET ABOVE SEA LEVEL.

3. B.O.D. TRANE THC120F3RKA

LEAVING AIR

DB/WB (DEG. F)

60.2/ 58.8

FILTER

(MERV)

8 / 13

REMARKS

ALL

DIFFUSER SCHEDULE

UNIT TAG DESCRIPTION TYPE NECK SIZE (IN.) MAX NC MOUNTING MATERIAL REMARKS

SA1 SUPPLY DIFFUSER

SUPPLY DIFFUSER

SA1 SUPPLY DIFFUSER

SA2 SUPPLY DIFFUSER

REMARKS:

1. ALL DIFFUSERS ARE 4 WAY THROW UNLESS NOTED OTHERWISE ON HVAC PLAN.

2. B.O.D. TITUS TMS

24 x 24 24 x 24 24 x 24 24 x 24

24 x 24 24 x 24

25 LAY IN ALUMINUM

SA1

10" 12"

LAY IN

SURFACE MOUNT

ALUMINUM

FLOW RANGE (CFM)

95-200 200-350 350-600

95-200

SA2 SUPPLY DIFFUSER 24 x 24 25 SURFACE MOUNT ALUMINUM

SUPPLY DIFFUSERSA1

200-350 350-600

8" 10" 12"

25 SURFACE MOUNT ALUMINUM24 x 24

0-95

EA1 EXHAUST REGISTER

EXHAUST REGISTER

EA1 EXHAUST REGISTER

EA2 EXHAUST REGISTER

24 x 24 24 x 24 24 x 24 24 x 24

24 x 24 24 x 24

25 LAY IN ALUMINUM

EA1

10" 12"

LAY IN

SURFACE MOUNT

ALUMINUM

95-200 200-350 350-600

95-200

EA2 EXHAUST REGISTER 24 x 24 25 SURFACE MOUNT ALUMINUM

EXHAUST REGISTEREA1

200-350 350-600

8" 10" 12"

25 SURFACE MOUNT ALUMINUM24 x 24

0-95

RA1 RETURN GRILLE

RETURN GRILLE

RA1 RETURN GRILLE

RA2 RETURN GRILLE

24 x 24 24 x 24 24 x 24 24 x 24

24 x 24 24 x 24

25 LAY IN ALUMINUM

RA1

10" 12"

LAY IN

SURFACE MOUNT

ALUMINUM

95-200 200-350 350-600

95-200

RA2 RETURN GRILLE 24 x 24 25 SURFACE MOUNT ALUMINUM

RETURN GRILLERA1

200-350 350-600

8" 10" 12"

25 SURFACE MOUNT ALUMINUM24 x 24

0-95

TA TRANSFER GRILLE 24 x 24 NA LAY IN ALUMINUM350-600 12"

DEDICATED SPLIT SYSTEM

UNIT TAG ROOM SERVING COOLING

CAPACITY (MBH)

CONDENSER AIR

TEMP (DEG. F)

MIN

SEER

INDOOR UNIT OUTDOOR UNIT

REMARKSELECTRICAL ELECTRICAL

V/PH/HZ MCA V/PH/HZ

DSS-1 110 - COMM ROOM

DSS-2 108 - SERVER ROOM

REMARKS:

1. UNIT SHALL BE SIZED TO DELIVER SCHEDULED CAPACITIES AT AN ELEVATION OF 924 FEET ABOVE SEA LEVEL.

2. UNIT REFRIGERANT SHALL BE R-410A.

3. INDOOR AND OUTDOOR UNITS SHARE SAME TAG NUMBER.

4. INDOOR UNITS RECEIVE POWER FROM OUTDOOR UNITS THROUGH FIELD-SUPPLIED INTERCONNECTED WIRING.

5. B.O.D TRANE INDOOR MSZ-FH06NA OUTDOOR MUZ-FH06NA

6. INSTALL CONDENSATE DRAIN PER MANUFACTURE RECOMMENDATIONS.

6 104 12 208 / 1 / 60 208 / 1 / 60 1,2,3,4,5,611 6 104 12 208 / 1 / 60 208 / 1 / 60 1,2,3,4,5,611

HEATING

CAPACITY (MBH)

DSS-3 6 104 12 208 / 1 / 60 208 / 1 / 60 1,2,3,4,5,69112 - MECH ROOM

DSS-4 6 104 12 208 / 1 / 60 208 / 1 / 60 1,2,3,4,5,69111 - ELEC ROOM

LOUVER SCHEDULE

TAG CFM FUNCTION LOUVER OVERALL

SIZE (L" X H")

MAX. P.DROP

IN. WTR

LOUVER

DEPTH (IN.) REMARKSMOUNTING HEIGHT AFF

TO BOTTOM (FT. IN.)

REMARKS:

1. LOUVER IS 6063T6 EXTRUDED ALUMINUM.

2. ALL LOUVERS HAVE EXTERIOR STAINLESS STEEL BIRD SCREEN OR INSECT SCREEN AS AN UPGRADE AS NOTED.

3. B.O.D. RUSKIN EME520DD WIND DRIVEN RAIN RESISTANT STATIONARY LOUVER OR APPROVED EQUAL.

4. REFERENCE ARCH PLANS AND COORDINATE ELEVATIONS OF LOUVERS.

5. PROVIDE CONTROL / SHUT-OFF LOW LEAKAGE DAMPER ATTACHED TO REAR OF LOUVER.

6. HEIGHT IS MEASURED FROM THE FINISHED FLOOR THE LOUVER IS ON.

7. PROVIDE LOUVERS WITH A HIGH-PERFORMANCE FINISH IN ACCORDANCE WITH AAMA 2605, COLOR MUST MATCH ADJACENT EXTERIOR BUILDING

SURFACE, SUBMIT COLOR FOR APPROVAL.

L-1 L-2

24 X 20 24 X 20

5" 5"

13' 0" 13' 0"

ALLBAROMETRIC RELIEF

BAROMETRIC RELIEF

0.02

0.02 ALL

INLINE FAN SCHEDULE

UNIT TAG TYPE DESIGN AIRFLOW

(CFM)

E.S.P.

(IN WG) DRIVE

ELECTRICAL MAX. OPERATING

WEIGHT (LBS)

OPENING

REMARKS

POWER (HP) RPM V/PH/HZ HxW

EF-1

REMARKS:

1. CONTRACTOR SHALL PROVIDE UNIT MOUNTED COMBINATION STARTER/DISCONNECT.

2. UNIT SHALL BE SIZED TO DELIVER SCHEDULED CAPACITIES AT AN ELEVATION OF 924 FEET ABOVE SEA LEVEL.

3. B.O.D GREENHECK SQ 90

4. H.O.A SWITCH

5. INTERLOCK WITH ATFP EMERGENCY STOP SWITCH

EXHAUST 430 0.50 DIRECT 1/4 1725 120/1/60 41 12 X 12 ALL

HEATING SECTION

ENTERING AIR

DB (DEG. F)

TOTAL

CAPACITY

(MBH)

53 92.21

LEAVING AIR

DB (DEG. F)

79.53 2

HEATING

STAGES

MAX

LENGTH

(IN)

8.31

MAX

WIDTH

(IN)

5.27

MAX FACE

VELOCITY (FPM)

AHU-1 PLENUM 715 1.00 1 208-230 / 3 / 60 85.0 / 70.0 113.25 90.3060.2/ 58.88 / 13 ALL53 92.2179.53 2 8.31 5.27

L-3 430 22 X 12 5" 11' 0"EXHAUST 0.08 ALL500

CONDENSER AIR

TEMP (DEG. F)

MIN

SEER

104 14

CFM

(MAX)

SHEET

NUMBER

D ra w n by

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4/25/2019 7:32:12 AM

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M-601

S K.

S P.

AHU-2

AHU-1

16"x24" SA

24"x16" RA

10"ø SA

SA 450

12"x12" TA

24"x16" SA

DSS-1

DSS-4

DSS-3

DSS-2

20"x14" OA

DSS-2

DSS-1

24"x16" RA 20"x14" OA

WH-1

24"x16" RA

SHEET

NUMBER

D ra w n by

D es ig ne d by

Su bm itt ed b y:

Sh ee t S iz e

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So lic ita tio n N o.

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M Y

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M ar k D es cr ip tio n Tr ac ki ng N o.

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2 3 4 5 6 7 8 9 10

Fort Worth District

FILE PATH:

4/25/2019 7:32:26 AM

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M-901

M H

PROJECT NAME

1 MECHANICAL ROOM HVAC ISOMETRIC

GENERAL NOTES

1. ALL MAIN DUCT SHALL BE STATIC PRESSURE CLASS 2, ALL BRANCH DUCT

FROM THE MAIN THE TO OUTLETS SHALL BE STATIC PRESSURE CLASS 1.

2. PROVIDE BALANCING DAMPERS IN ALL BRANCH DUCTS FROM MAINS.

3. INSULATE ALL SUPPLY AND RETURN DUCT.

4. FOR BUILDING PRESSURIZATION CONTROL, SEE HVAC CONTROLS.

5. ALL MANUAL DAMPERS SHALL BE OPERABLE FROM BELOW.

6. ALL ELBOWS ARE 1.5 RADIUS UNLESS NOTED WITH KEYED NOTE

OTHERWISE.

7. SEE SCHEDULE ON SHEET M-601 FOR DIFFUSER NECK AT DUCT SIZE.

1 OUTSIDE AIR GOOSENECK FITTING.

2 SPLIT SYSTEM CONDENSER UNIT LOCATED OUTSIDE OF BUILDING (TYP.)

KEYED NOTES

NTS

INPUT/OUTPUT

CONTROL VALVE FLOW COEFF.

LOCAL DISPLAY PANEL

LOW LIMIT

MONITORING & CONTROL

MIXED AIR

MINIMUM OUTSIDE AIR

MOTOR STARTER

NOT APPLICABLE

NORMALLY CLOSED

NETWORK CONFIGURATION

INPUT

NORMALLY OPEN

NETWORK VARIABLE

OUTSIDE AIR

OCCUPIED

ON DELAY TIMER

OPERATOR WORK STATION

PRE-

PRESSURE

PRE-COOLING

PRIMARY CHILLED WATER

RETURN

PRIMARY CHILLED WATER

SUPPLY

PREHEAT

PUMP

POSITIVE POSITIONER

PLATE HEAT EXCHANGER

RELAY

RETURN AIR

REVERSE (CONTROL ACTION)

RETURN FAN

RELATIVE HUMIDITY

RELIEF AIR

ROOM

RESET

RATE

STATUS

SUPPLY AIR

SECONDARY

SUPPLY FAN

SMOKE

STANDARD NETWORK

VARIABLE TYPE

SETPOINT

START/STOP COMMAND

THERMOSTAT

SYSTEM

SCHEDULER

TEMPERATURE

TAP, PRESSURE

THERMAL STORAGE

THERMAL STORAGE CHARGE

THERMAL STORAGE DISCHARGE

THERMAL STORAGE PUMP

UNOCCUPIED

VALVE

VARIABLE AIR VOLUME

VARIABLE FREQUENCY DRIVE

WET BULB (TEMPERATURE)

INCH WATER COLUMN

ZONE

I/O Kv

LDP

M&C

MINOA

N/A

NCI

OCC

ODT

OWS

PCW

PCWR

PCWS

PMP

REV

RLA

RST

SEC

SMK

SNVT

STAT

SYS

SCHD

TAP

TSC

TSD

TSP

UNOCC

VAV

VFD

CHILLER

CONTACT, PRESSURE, LOW LIMIT (LL)

SHOWN IN ACTIVATED POSITION

OPEN WHEN PRESSURE IS BELOW SETPOINT

CLOSED WHEN PRESSURE IS ABOVE SETPOINT

CONTACT, PRESSURE, LOW LIMIT (LL)

SHOWN IN INACTIVATED POSITION

OPEN WHEN PRESSURE IS BELOW SETPOINT

CLOSED WHEN PRESSURE IS ABOVE SETPOINT

PRESSURE GAGE

FILTER

XX-C

CONTACT, PRESSURE, HIGH LIMIT (HL)

SHOWN IN ACTIVATED POSITION

OPEN WHEN PRESSURE IS ABOVE SETPOINT

CLOSED WHEN PRESSURE IS BELOW SETPOINT

CONTACT, PRESSURE, HIGH LIMIT (HL)

SHOWN IN INACTIVATED POSITION

OPEN WHEN PRESSURE IS ABOVE SETPOINT

CLOSED WHEN PRESSURE IS BELOW SETPOINT

COIL, PRECOOL

COIL, PREHEAT

COIL, COOLING, DIRECT-EXPANSION

COIL, HEAT/COOL (DUAL TEMPERATURE)

COIL, COOLING

FAN

RELAY COIL CONTACT

NORMALLY CLOSED

XX = RELAY COIL NUMBER

YY = CONTACT NUMBER

RXX-YY

RELAY COIL CONTACT

NORMALLY OPEN

XX = RELAY COIL NUMBER

YY = CONTACT NUMBER

RXX-YY

AFMA

W-X-Y-Z

DDC

W-X-Y-Z

VALVE, BALANCING

AIR FLOW MEASUREMENT ARRAY, WITH FLOW

TRANSMITTER SEE "DEVICE SYMBOL, GENERIC"

ACTUATOR, ELECTRIC

RELAY COIL

MOTOR STARTER

RXX

MS-#

MAIN AIR

MOTORM#

DAMPER, PARALLEL BLADE

NORMALLY OPEN OR CLOSED AS SHOWN

## = DAMPER NUMBER AS SHOWN

IN DAMPER SCHEDULE

DAMPER, OPPOSED BLADE

NORMALLY OPEN OR CLOSED AS SHOWN

## = DAMPER NUMBER AS SHOWN

IN DAMPER SCHEDULE

D-##

DAMPER, BALANCING

GENERIC DEVICE SYMBOL:

MULTIPLE OUTPUT DEVICE WHERE AT LEAST 1

OUTPUT IS ALWAYS A SAFETY INTERLOCK

GENERIC DEVICE SYMBOL:

USED TO REPRESENT SENSORS, INSTRUMENTS

SAFETIES, AND OTHER CONTROL DEVICES

CONTACT, TEMPERATURE, LOW LIMIT (LL)

SHOWN IN ACTIVATED POSITION

OPEN WHEN TEMPERATURE IS BELOW SETPOINT

CLOSED WHEN TEMPERATURE IS BELOW SETPOINT

CONTACT, TEMPERATURE, LOW LIMIT (LL)

SHOWN IN INACTIVATED POSITION

OPEN WHEN TEMPERATURE IS BELOW SETPOINT

CLOSED WHEN TEMPERATURE IS ABOVE SETPOINT

CURRENT TRANSFORMER/SWITCH

CONTACT, TEMPERATURE, HIGH LIMIT (HL)

SHOWN IN ACTIVATED POSITION

OPEN WHEN TEMPERATURE IS ABOVE SETPOINT

CLOSED WHEN TEMPERATURE IS BELOW SETPOINT

CONTACT, TEMPERATURE, HIGH LIMIT (HL)

SHOWN IN INACTIVATED POSITION

OPEN WHEN TEMPERATURE IS ABOVE SETPOINT

VARIABLE FREQUENCY DRIVE

XX = PROCESS/DEVICE BEING CONTROLLED

SS = START/STOP COMMAND

S = STATUS FEEDBACK (ON/OFF)

C = 4-20 MA, VDC, OR SNVT CONTROL SIGNAL

XX-S

VFD

VALVE, 3-WAY MIXING

WITH SPRING RETURN FAILSAFE

NO = NORMALLY OPEN

NC = NORMALLY CLOSED

COM = COMMON PORT

## = VALVE NUMBER AS SHOWN

IN VALVE SCHEDULE

V-##

NO COM

VALVE, NORMALLY CLOSED

WITH SPRING RETURN FAILSAFE

## = VALVE NUMBER AS SHOWN

IN VALVE SCHEDULE

VALVE, NORMALLY OPEN

WITH SPRING RETURN FAILSAFE

## = VALVE NUMBER AS SHOWN

IN VALVE SCHEDULE

VALVE, 3-WAY DIVERTING

WITH SPRING RETURN FAILSAFE

NO = NORMALLY OPEN

NC = NORMALLY CLOSED

COM = COMMON PORT

## = VALVE NUMBER AS SHOWN

IN VALVE SCHEDULE

V-##

COM NO

V-##

THERMOWELL IN PIPE

THERMOSTAT WITH SPECIFIED I/O FUNCTIONS

TEMPERATURE SENSOR, POINT

SEE "GENERIC DEVICE SYMBOL"

STAT

TEMPERATURE SENSOR, AVERAGING

OR TEMPERATURE LOW LIMIT / FREEZESTAT

SEE "GENERIC DEVICE SYMBOL"

TEMPERATURE GAGE

SWITCH, MANUAL

SMOKE DETECTOR, DUCT-MOUNTED

SEE "DEVICE SYMBOL, GENERIC"

RESET BUTTON FOR SAFETY RESETRST-BUT

RADIATOR

PRESSURE SWITCH, DIFFERENTIAL, WITH GAGE

H = HIGH PRESSURE TAP

L = LOW PRESSURE TAP

SEE "DEVICE SYMBOL, GENERIC"H L

PUMP

LOCAL DISPLAY PANEL

## = SEQUENTIAL NUMBER

(WHEN MORE THAN 1 LDP)##

LDP

W-X-Y-Z

HEAT EXCHANGER

CONTROL SIGNAL LINE, LOW VOLTAGE

CONTROLLER DEVICE SYMBOL:

DDC : DIRECT DIGITAL CONTROL

## : DEVICE NUMBER

DIR : DIRECT CONTROL ACTION, OR

REV : REVERSE CONTROL ACTION

TYPICAL DEVICE NOTE:

W-X-Y-Z : (SEE ABBREVIATIONS AND ACRONYMS)

GENERIC USAGE TO SHOW LOCATION OF DEVICE;

PROCESS OR DEVICE BEING MEASURED OR

CONTROLLED; SIGNAL TYPE; MODIFIERS AND

OTHER APPLICATION INFORMATION

COIL, HEATING

COIL, RESISTANCE HEAT

DIR

REV

MAIN

AIR

BOILER

XX-SS

ABBREVIATIONS AND ACRONYMSCONTROL SCHEMATIC SYMBOLS

GENERAL NOTES:

HVAC EQUIPMENT IDENTIFIER

XX = SEQUENTIAL RELAY

(SOLENOID) NUMBER

ADJ

AFMA

ALM

BLDG

BUT

CHLR

CLG

CO2

COM

COMP

CPA

CHR

CHS

CWR

CWS

DDC

DIFF

DIR

DIS

DISP

DTS

DTWR

DTWS

ECO

ENA

EPS

FAP

FLT

HTG

HTHW

HUM

HWR

HWS

1. ALL EQUIPMENT AND SENSORS ARE LOCATED IN THE MECHANICAL ROOM UNLESS

THE LOCATION IS IDENTIFIED OTHERWISE.

2. CONTRACTOR SHALL COMPLETE ALL POINTS LISTS AND DDC NUMBERING (##) ON

RETURNED AS-BUILTS.

3. CONTRACTOR SHALL PROVIDE ALL WIRING, VALVES, ACTUATORS, DAMPERS, AND

CONTROLS HARDWARE TO OPERATE SYSTEMS AS SHOWN IN THE SEQUENCE OF

OPERATIONS.

4. ALL CONTROL WIRING IN THE MECHANICAL ROOM AND INSIDE WALLS SHALL BE IN

CONDUIT. ALL CONTROL WIRING IN THE PLENUM SHALL BE PLENUM RATED WIRE.

5. ALL PACKAGED EQUIPMENT SENSORS SHALL BE CHECKED AND CALIBRATED BY DDC

CONTRACTOR.

TWO-POSITION (CONTROL SIGNAL)

ADJUSTABLE

AIRFLOW MEASUREMENT ARRAY

ANALOG INPUT

ALARM

ANALOG OUTPUT

BOILER

BINARY INPUT

BYPASS AIR

BUILDING

BUTTON

COMMAND (MODULATING CONTROL SIGNAL)

COLD DECK

CHILLER

COOLING

CARBON DIOXIDE

COMMON

COMPARATOR

CONFIGURATION PROPERTY

CONTROL POINT ADJUSTMENT

CURRENT TRANSFORMER/SWITCH

CHILLED WATER RETURN

CHILLED WATER SUPPLY

CHILLED WATER

CONDENSER WATER RETURN

CONDENSER WATER SUPPLY

DAMPER

DISCHARGE AIR

DEADBAND

DIRECT DIGITAL CONTROL(LER)

DIGITAL INPUT

DIFFERENCE

DIRECT (CONTROL ACTION)

DISABLE

DISPLAY

DIGITAL OUTPUT

DUAL TEMP

DATA TERMINAL STRIP

DUAL TEMP WATER RETURN

DUAL TEMP WATER SUPPLY

DIRECT EXPANSION (UNIT)

EXHAUST AIR

ECONOMIZER

EXHAUST FAN

ENABLE

ELECTRIC TO PNEUMATIC TRANSDUCER

ELECTRIC TO PNEUMATIC SWITCH

ENTHALPY WHEEL

FLOW

FIRE ALARM PANEL

FILTER

FINAL

HOT DECK

HIGH LIMIT

HEATING

HIGH TEMPERATURE HOT WATER

HUMIDIFIER

HUMIDITY

HOT WATER

HOT WATER RETURN

HOT WATER SUPPLY

HEAT EXCHANGER

SHEET

NUMBER

D ra w n by

D es ig ne d by

Su bm itt ed b y:

Sh ee t S iz e

D at e:

C on tra ct

N o.

So lic ita tio n N o.

U .S

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M Y

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US Army Corps of Engineers ®

R ev

M ar k D es cr ip tio n Tr ac ki ng N o.

Ac tio n

D at e

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2 3 4 5 6 7 8 9 10

Fort Worth District

FILE PATH:

4/25/2019 7:32:59 AM

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MI001

C O

POINT SCHEDULE INSTRUCTIONS FOR UFGS-23 09 23 CONTRACTOR

GENERAL:

1) THE CONTRACT DRAWING POINTS SCHEDULES ASSUME THAT THE ENTIRE SEQUENCE OF

OPERATION IS PERFORMED IN A SINGLE PIECE OF DDC HARDWARE. IN CASES WHERE MULTIPLE

PIECES OF DDC HARDWARE ARE USED (INCLUDING CEA-709.1 NETWORKED SENSORS AND

ACTUATORS), SEPARATE THE POINTS SCHEDULE INTO SEPARATE TABLES EACH WITH ITS OWN

HEADER INFORMATION (SEE BELOW) SO THAT EACH PIECE OF DDC HARDWARE HAS A TABLE

DEDICATED TO IT. ALL TABLES FOR A SINGLE SEQUENCE OF OPERATION SHALL BE ON A SINGLE

DRAWING WHICH MAY SPAN MULTIPLE SHEETS. SHOW COMMUNICATION BETWEEN MULTIPLE

PIECES OF DDC HARDWARE PERFORMING A COMMON SEQUENCE THROUGH THE USE OF NVI AND

NVO ENTRIES IN THE I/O COLUMN (SEE I/O COLUMN INSTRUCTIONS BELOW), ADDING ROWS TO THE

TABLE(S) AS NEEDED.

2) ENTRIES SHOWN BRACKETED AS: < ___ > ARE REQUIRED ENTRIES UNDER UFGS-23 09 23. SOME

ENTRIES WITHOUT BRACKETS MAY BE REQUIRED IN SOME INSTANCES AS DESCRIBED IN THESE

INSTRUCTIONS. SPACES WHERE NO ENTRY IS ORDINARILY REQUIRED CONTAINS A TILDE: " ~ "

(EQUIVALENT TO AN "N/A" OR NULL VALUE)

WHEN AN ENTRY APPEARS INSIDE OF BRACKETS, IT IS A RECOMMENDED ENTRY THAT MUST BE VERIFIED OR CHANGED BY THE APPROPRIATE PARTY (AS INDICATED BY THE BRACKET TYPE). WHEN EDITING THE POINT SCHEDULES, DELETE THE BRACKETS AFTER VERIFYING/PROVIDING THE ENTRY. DO NOT LEAVE CELLS BLANK, INSTEAD SHOW THE TILDE ("~") TO INDICATE A NULL VALUE OR THAT NO FURTHER ENTRY IS

REQUIRED.

HEADER INFORMATION INSTRUCTIONS:

1) DDC HARDWARE IDENTIFIER: SHOW THE IDENTIFIER FOR EACH PIECE OF DDC HARDWARE.

MAINTAIN CONSISTENCY AND UNIQUENESS OF DDC HARDWARE IDENTIFIERS BETWEEN ALL

DRAWINGS.

2) DDC HARDWARE LOCATION: SHOW THE PHYSICAL LOCATION OF THE DEVICE. LOCATION SHALL INCLUDE THE BUILDING AND ROOM NUMBER AND MAY ALSO INCLUDE FURTHER INFORMATION SUCH

AS ENCLOSURE/PANEL IDENTIFICATION.

3) NODE ADDRESS: SHOW THE DOMAIN, SUBNET AND NODE ADDRESSES FOR ALL DEVICES ON THE

NETWORK.

4) NODE ID: SHOW THE MANUFACTURER SUPPLIED NODE ID (ALSO CALLED THE NEURON ID) FOR EACH

DEVICE.

"GENERAL" COLUMNS:

1) NAME COLUMN: SHOW POINT NAMES AS NEEDED AND AS INDICATED BY BRACKETS (<___>). THE

NAME SHALL BE CONSISTENT WITH POINT NAMES SHOWN ON ALL OTHER DRAWINGS AND SHALL

USE THE ESTABLISHED POINT ABBREVIATIONS.

2) SETTING COLUMN: CONFIGURE DEVICES TO USE THE SETPOINTS AND SETTINGS SHOWN. WHEN A SETPOINT OR SETTING IS NOT SHOWN, USE VALUES IN ACCORDANCE WITH THE SPECIFICATION

AND SHOW THE SETPOINT OR SETTING USED. INCLUDE THE APPROPRIATE ENGINEERING UNITS

FOR ENTRIES IN THIS COLUMN.

3) RANGE COLUMN: CONFIGURE DEVICES TO USE THE RANGES SHOWN. WHEN A RANGE IS NOT

SHOWN, USE VALUES IN ACCORDANCE WITH THE SPECIFICATION AND SHOW THE RANGE USED.

FOR SENSORS SHOW THE ACTUAL SENSOR RANGE (THIS RANGE MUST AT LEAST ENCOMPASS THE

RANGE SPECIFIED IN SECTION 23 09 23). FOR DAMPER ACTUATORS SHOW THE ACTUAL RANGE

OVER WHICH THE VALVE OR DAMPER IS ACTUATED. INCLUDE THE APPROPRIATE ENGINEERING

UNITS FOR ENTRIES IN THIS COLUMN.

4) NCI/CP NAME COLUMN: ENTRIES IN THIS COLUMN ARE ONLY REQUIRED FOR GENERAL PURPOSE

PROGRAMMABLE CONTROLLERS (GPPC) OR APPROVED APPLICATION SPECIFIC CONTROLLERS

(ASC) LACKING LONWORKS NETWORK SERVICES (LNS) PLUG-INS. SHOW ALL NETWORK

CONFIGURATION INPUTS (NCI) OR CONFIGURATION PROPERTIES (CP) THAT RELATE TO THE POINT.

FOR CPS OF A USER-DEFINED NETWORK CONFIGURATION PARAMETER TYPE (UCPT), PROVIDE

EITHER THE STANDARD NETWORK VARIABLE TYPE (SNVT) THAT RELATES TO THE CP, OR (FOR

UCPTS NOT BASED ON A SNVT) PROVIDE DETAILED DESCRIPTIONS OF THE FIELDS AND UNITS OF

EACH CP. EXPAND ROWS AND USE ADDITIONAL SHEETS AS REQUIRED TO PROVIDE

CONFIGURATION PROPERTY DESCRIPTIONS.

5) I/O TYPE COLUMN: SHOW THE I/O TYPE FOR EACH POINT AS ONE (OR MORE) OF THE FOLLOWING:

* AI FOR ANALOG INPUTS

* AO FOR ANALOG OUTPUTS

* BI FOR BINARY INPUTS

* BO FOR BINARY OUTPUTS

* NVO FOR NETWORK VARIABLE OUTPUTS (BOUND TO ANOTHER PIECE OF DDC HARDWARE)

* NVI FOR NETWORK VARIABLE INPUTS (BOUND FROM ANOTHER PIECE OF DDC HARDWARE)

IF MORE THAN ONE PIECE OF DDC HARDWARE IS USED TO IMPLEMENT A SEQUENCE AND THE VALUE OF A PHYSICAL INPUT TO ONE IS NEEDED BY THE OTHER, SHOW THE POINT AS BOTH A HARDWARE INPUT (AI OR BI) AND A NETWORK VARIABLE OUTPUT (NVO) ON THE FIRST AND AS A NETWORK VARIABLE INPUT (NVI) TO THE OTHER DDC HARDWARE. SIMILARLY FOR OUTPUTS SHOW A NETWORK VARIABLE OUTPUT (NVO) ON ONE CONTROLLER, AND A NETWORK VARIABLE INPUT (NVI) AND HARDWARE OUTPUT (AO OR

BO) ON THE OTHER.

AN ENTRY OF NVO IS ONLY REQUIRED FOR OUTPUTS THAT ARE USED BY ANOTHER PIECE OF DDC HARDWARE; POINTS THAT HAVE SNVT OUTPUTS ONLY FOR DISPLAY OR TRENDING AT AN LDP OR BY THE M&C SOFTWARE ARE ASSUMED TO BE NVOS AND DO NOT NEED AN NVO ENTRY IN THE I/O COLUMN.

FOR EVERY ENTRY OF NVO OR NVI SHOW THE SNVT NAME AND TYPE IN THE SNVT NAME AND SNVT TYPE

COLUMNS UNDER LDP AND M & C DISPLAY. SEE "SNVT TYPE COLUMN"INSTRUCTIONS BELOW.

6) HOA REQ'D COLUMN: FOR EACH OUTPUT WITH AN "X"IN THIS COLUMN PROVIDE A HARDWARE

MANUAL OVERRIDE FOR THAT OUTPUT:

a. THE MANUAL OVERRIDE SWITCH FOR BINARY OUTPUTS SHALL PROVIDE FOR OVERRIDING THE

OUTPUT OPEN OR CLOSED

b. THE MANUAL OVERRIDE SWITCH FOR ANALOG OUTPUTS SHALL EITHER:

i. PROVIDE FOR OVERRIDING THE OUTPUT TO 0% OR 100%

ii. PROVIDE FOR OVERRIDING THROUGH THE RANGE OF 0% TO 100%.

c. THE MANUAL OVERRIDE SHALL BE INTEGRATED WITH THE CONTROLLER HARDWARE OR AN

EXTERNAL OVERRIDE CO-LOCATED WITH (IN THE SAME ENCLOSURE AS) THE

CONTROLLER.

LDP AND M & C DISPLAY COLUMNS:

1) LDP VIEW REQ'D COLUMN: PROVIDE AN LDP AND CONFIGURE THE BUILDING CONTROL NETWORK AND THE LDP TO DISPLAY POINTS MARKED WITH AN "X". SHOW THE SNVT NAME AND SNVT TYPE

FOR EACH POINT SHOWN. (SEE INSTRUCTIONS FOR THE "SNVT TYPE" COLUMN)

2) M & C DISP REQ'D: AN "X" IN THIS COLUMN INDICATES THAT A SNVT FOR THIS POINT MUST BE

AVAILABLE FROM THE DDC HARDWARE PERFORMING THE SEQUENCE FOR THIS SYSTEM. PROVIDE

A SNVT OUTPUT FOR THESE POINTS AND SHOW THE SNVT NAME AND SNVT TYPE. (SEE

INSTRUCTIONS FOR THE "SNVT TYPE" COLUMN)

3) M & C TREND REQ'D COLUMN: FOR ALL POINTS WITH AN X IN THIS COLUMN A SNVT FOR THIS POINT SHALL BE AVAILABLE. PROVIDE A SNVT OUTPUT FOR THESE POINTS AND SHOW THE SNVT NAME

AND SNVT TYPE. (SEE INSTRUCTIONS FOR THE "SNVT TYPE" COLUMN)

4) SNVT TYPE COLUMNS: WHEN A SNVT TYPE IS SHOWN ON THE POINT SCHEDULE CONTRACT

DRAWING, USE THE SHOWN SNVT TYPE FOR THE PROVIDED SNVT. IF NECESSARY, A SNVT TYPE TRANSLATOR MAY BE USED TO CONVERT TO THIS SNVT TYPE. IF THE USE OF A TYPE TRANSLATOR

RESULTS IN THE SHARING OF A SNVT BETWEEN DDC HARDWARE, DOCUMENT IT ON THE POINTS

SCHEDULE AS DESCRIBED IN THE "GENERAL" PORTION OF THESE INSTRUCTIONS. WHERE NO SNVT

TYPE IS SHOWN, SHOW THE SNVT TYPE USED.

OVERRIDES COLUMNS:

1) LDP OVRD REQ'D COLUMN: FOR EACH POINT WITH AN "X" IN THIS COLUMN, PROVIDE A SNVT INPUT FOR THE POINT BY WHICH THE VALUE OF THE POINT CAN BE OVERRIDDEN AND PROVIDE AN LDP (IF

NOT ALREADY PROVIDED) AND CONFIGURE THE BUILDING CONTROL NETWORK AND THE LDP TO

ALLOW AN OPERATOR TO OVERRIDE (WRITE TO) THE POINT FROM THE LDP. SHOW THE OVERRIDE INPUT SNVT NAME AND TYPE FOR EACH POINT REQUIRING AN OVERRIDE. IF THE OVERRIDE IS RELEASED BY A MEANS OTHER THAN WRITING THE "NULL VALUE" FOR THE SNVT TYPE (AS DEFINED IN THE LONWORKS MASTER SNVT LIST), PROVIDE A DESCRIPTION OF HOW THE OVERRIDE IS USED

AND RELEASED.

2) M & C OVRD REQ'D COLUMN: FOR EACH POINT WITH AN "X" IN THIS COLUMN, PROVIDE A SNVT INPUT FOR THE POINT BY WHICH THE VALUE OF THE POINT CAN BE OVERRIDDEN AND SHOW THE SNVT

NAME AND TYPE FOR EACH.

ALARMS COLUMNS:

1) ALARM CONDITION COLUMN: FOR EACH POINT WITH AN ENTRY IN THIS COLUMN PROVIDE A SNVT OUTPUT FOR THE POINT AND SHOW THE SNVT NAME AND SNVT TYPE IN THE SNVT NAME AND SNVT TYPE COLUMNS UNDER LDP AND M & C DISPLAY. SEE "SNVT TYPE COLUMN"INSTRUCTIONS ABOVE.

OTHER:

EMERGENCY STOP BUTTON: IF EMERGENCY STOP BUTTON (EMR-SS) IS PUSHED THE FOLLOWING

HVAC EQUIPMENT MUST BE DISABLED: AHU-1 AND AHU-2. WITH EMERGENCY STOP BUTTON

DEPRESSED ALL EQUIPMENT LISTED MUST BE DISABLED AND OUTSIDE AIR DAMPERS IN THE CLOSED POSITION. THEN WHEN THE EMERGENCY STOP BUTTON IS PULLED OUT TO THE NORMAL POSITION (EMR-RST-BUT) ALL DISABLED HVAC EQUIPMENT SHALL AUTOMATICALLY START-UP SUBJECT TO

EQUIPMENT PROOFS AND SAFETIES.

2) SYSTEM RESET BUTTON (RST-BUT): IF THE "I/O TYPE" COLUMN CONTAINS "BI", THE SYSTEM SHALL BE

CAPABLE OF BEING RESET VIA A LOCAL HARDWARE PUSH-BUTTON.

IF THERE IS AN "X" IN THE LDP OVRD REQ'D OR M & C OVRD REQ'D COLUMN, THE SYSTEM SHALL ALSO BE CAPABLE OF BEING RESET VIA SNVT INPUT (SEE INSTRUCTIONS FOR M & C OVRD REQ'D AND LDP OVRD

REQ'D COLUMNS)

3) SYSTEM OCCUPANCY (SYS-OCC): SHOW OCC, UNOCC, WUCD (WARM-UP/COOL-DOWN) IN THE RANGE COLUMN BASED ON THE SYSTEM-SPECIFIC SEQUENCE OF OPERATIONS AND OCCUPANCY SCHEDULE.

4) MINIMUM OUTSIDE AIR (MINOA) FLOW: FOR SYSTEMS CONTROLLING TO A MINOA SETPOINT, USE THE

MINOA-F-SP SHOWN WHEN CONFIGURING THE DDC HARDWARE PERFORMING THE SEQUENCE OF

OPERATION. FOR OTHER SYSTEMS SET THE MINIMUM OUTSIDE AIR FLOW TO THE MINIMUM OUTSIDE

AIR FLOW SETTING SHOWN AS SPECIFIED.

5) PID LOOP SETTINGS: SHOW ALL PID LOOP SETTINGS IN THE SETTINGS COLUMN, INCLUDING

ENGINEERING UNITS FOR EACH SETTING. ADJUST ROW HEIGHT AS NEEDED TO SHOW ALL PID

SETTINGS.

6) FILTERS: WHEN FILTER PRESSURES ARE SHOWN, INSTALL FILTER PRESSURE SWITCHES. SHOW

LOADED FILTER (HIGH-LIMIT) SETPOINT FOR EACH FILTER.

OTHER POINTS: INSTALL SENSORS FOR MONITORING PURPOSES ONLY.

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SA-SMK

FLT-P-HL

FAN VFD

SAFETY

CIRCUIT

TO:

DDC-##

FILTER VFD

TsM

TO: DDC TO: DDC TO: DDC

COOLING 78 DEG F OCCUPIED

COOLING 85 DEG F UNOCCUPIED

HEATING 70 DEG F OCCUPIED

HEATING 55 DEG F UNOCCUPIED

SUPPLY AIR

RETURN AIR

MA-T

TO: DDC

PACKAGED AIR HANDLING UNIT

HVAC CONTROLS (AHU-1 & 2)

H L

DDC

TO: DDC-##

DDC

RST- BUT OA - T

OCCUPANCY SCHEDULE

WARM-UPUNOCCUPIED

OTHERWISE

OCCUPIEDUNOCCUPIED

OTHERWISE

OCCUPIEDSYSTEM

SYSTEM DEFAULT

SCHEDULE

SUPERVISORY MONITORING &

CONTROL SCHEDULE

# OCC

SENSORS TO

PUT AHU IN

OCC MODE

M-F 0800-1800

M-F 0530-1900

M-F 0700-0800

EMR-SS

AHU-1 & 2

TO:

DDC-##

OA-D

RA-D

SYS-OCC

AHU SEQUENCE OF OPERATION:

OCCUPIED, AND UNOCCUPIED MODES OF OPERATION

THE DDC SYSTEM SHALL PROVIDE THE FOLLOWING MODES OF OPERATION: OCCUPIED, AND UNOCCUPIED .

THESE MODE SEQUENCES ARE DESCRIBED IN THE SEQUENCE OF OPERATION BELOW.

UNOCCUPIED MODE - THE RTU (PACKAGED AIR HANDLING UNIT) NOT RUN, OUTSIDE AIR AND EXHAUST AIR DAMPERS SHALL REMAIN CLOSED. MIXED AIR DAMPER SHALL OPEN UNIT AND SHALL PERFORM NIGHT SET

BACK OPERATION DUTY AS SCHEDULED.

OCCUPIED MODE - THE DDC CONTROLLER SHALL OPERATE THE RTU SUPPLY FAN.

DX COOLING COIL

UNIT SHALL MAINTAIN A DISCHARGE DRY BULB POINT TEMPERATURE OF 55 DEG F (ADJUSTABLE) WHEN IN

COOLING MODE.

DX COOLING ALARM CONDITION

AN ALARM SHALL BE GENERATED AT THE DDC PANEL FOR A HIGH SUPPLY AIR TEMPERATURE IN THE COOLING COIL AIR SUPPLY IS 5 DEG F (ADJ) GREATER THAN THE COIL DISCHARGE SET POINT.

ELECTRIC HEATING

COOLING OPERATION SHALL BE OFF. ELECTRIC HEATING SECTION SHALL BE ACTIVATED. THERMOSTAT

SHALL OPERATE THE HEATING UNIT TO MAINTAIN DAY AND NIGHT SETBACK TEMPERATURES.

HEATING ALARM CONDITION

AN ALARM SHALL BE PROVIDED FOR HIGH SUPPLY AIR IF THE UNITS SUPPLY AIR TEMPERATURE IS 5 DEG F

(ADJ) GREATER THAN THE SUPPLY AIR SET POINT.

FILTER DIFFERENTIAL PRESSURE MONITOR

DDC SYSTEM SHALL MONITOR THE DIFFERENTIAL PRESSURE ACROSS FILTERS. ALARM SIGNAL

SHALL BE GENERATED WHEN PRESSURE EXCEEDS SETPOINT. (ADJ)

SMOKE CONTROL

ALL MODES - SMOKE DETECTORS IN THE SUPPLY-AIR DUCTWORK SHALL STOP THE SUPPLY FAN AND INITIATE A SMOKE ALARM IF SMOKE IS DETECTED. RESTARTING THE SUPPLY FAN SHALL REQUIRE MANUAL

RESET AT THE SMOKE DETECTOR.

EMERGENCY SHUT DOWN

WHEN THE EMERGENCY STOP BUTTON (EMR-SS) IS PRESSED, THE DDC SYSTEM SHALL STOP ALL HVAC FAN EQUIPMENT AND CLOSE ALL DAMPERS. HVAC FAN EQUIPMENT SHALL START SUBJECT TO PROOFS AND SAFETIES WHEN EMR-SS BUTTON IS PULLED UP INTO ITS ORIGINAL POSITION. REFER TO HVAC

DETAILS FOR ADDITIONAL INFORMATION ABOUT EMERGENCY STOP BUTTON.

FIRE ALARM SHUT DOWN

UPON ACTIVATION OF BUILDING FIRE ALARM (F.A.), AIR HANDLING UNIT SHALL SHUTDOWN, INCLUDING STOPPING ALL FANS AND CLOSING ALL DAMPERS. AHU SHALL REQUIRE MANUAL RESTART AFTER F.A.

ALARM CONDITION CLEARS, F.A. PANEL IS RESET, AND DUCT SMOKE DETECTORS DO NOT DETECT SMOKE.

UNIT SHUT DOWN:

1. THE UNIT SHALL SHUT DOWN IF ONE OF THE FOLLOWING CONDITIONS OCCURS:

c. AT/FP EMERGENCY SHUTDOWN: AN EMERGENCY SHUTDOWN SIGNAL FROM A CENTRAL PUSH

BUTTON SWITCH WHEN A CHEMICAL OR BIOLOGICAL THREAT IS IMMINENT.

d. SUPPLY FAN: SUPPLY FAN FAILURE ALARM PER THE FOLLOWING:

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

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

BAROMETRIC RELIEF DAMPERS:

- PRESSURE SETTING (5 PA ADJUSTABLE)

- WHEN THE EMERGENCY STOP BUTTON (EMR-SS) IS PRESSED, THE DDC SYSTEM SHALL CLOSE THE

BAROMETRIC RELIEF DAMPERS.

OUTDOOR AIR

SF-SSSF-C SF-S

DDC ##

SUPPLY FAN

RA-T

TO: DDC-##

RA-H

TO: DDC-##

DDC-##

DX-SS

DX-S

SA-P-HL

H L

TO:

DDC-##

FAN VFD

SAFETY

CIRCUIT

SA-T

TO:

DDC-##

TO: DDC

OA-H

DDC-##

EH-SS

EH-S

PACKAGED CONTROLS

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S P.

LDP AND M&C DISPLAY OVERRIDES ALARMS

LDP

VIEW

REQ'D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ'D

M&C

OVRD

REQ'D

ALARM CONDITION

(SEE NOTES)

ALARM

PRIORITY

M&C

ROUTING

BLDG

ROUTING

REQ'D

SETTING

(WITH UNITS)

RANGE

(WITH UNITS)

NCI/CPT

NAME

TYPE

DISP

REQ'D

TREND

REQ'D

SNVT

NAME

SNVT

TYPE

ON/OFF BI ~ X [~] <___> <___> ~ ~ ~ ~ SUPPLY FAN PROOF FAILED ~ <___> ~

ON/OFF BI ~ ~ ~ ~ ~ ~ ~ <___> ~

2.0 (ADJ) ALARM/NORMAL BI ~ ~ ~ ~ ~ ALM ~ ~ ~

~ NVI ~ X ~ <___> <___> ~ ~ ~ ~

ON/OFF BO ~ ~ ~ <___> <___> ~ ~ <___> <___>

<___> AI X X X <___> <___> ~ ~ ~ ~

** SA-T IS MORE THAN 10

DEG F (ADJ) ABOVE OR

BELOW SA-T-SP

<___> <___> ~55 DEG F (ADJ)

<___> AI X X X <___> <___> ~ ~ ~ ~ ~ ~ ~ ~

[0.5 WC] ALM/NORMAL BI ~ ~ ~ <___> <___> ~ ~ ~ ~ DIRTY FILTER <___> <___> ~

FUNCTION NAME DESCRIPTION

PROOFS

AND

SAFETIES

SF-S SUPPLY FAN STATUS ~

EMERGENCY SHUTDOWN

SWITCH ~

SA-P-HL SUPPLY AIR PRESSURE

HIGH LIMIT

RST-BUT SYSTEM RESET BUTTON

(FOR SAFETIES) ~

START/STOP

SYS-OCC OCCUPANCY INPUT (FROM

SYSTEM SCHEDULER) ~

SF-SS SUPPLY FAN START/STOP ~

SUPPLY AIR

TEMPERATURE SA-T SUPPLY AIR TEMPERATURE

OTHER

RA-T RETURN AIR TEMP ~

FLT-P-HL AIR FILTER PRESSURE HIGH

LIMIT SWITCH

NOTES:

1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS SPECIFIED AND AS DESCRIBED IN THE POINTS SCHEDULE INSTRUCTIONS DRAWING.

2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW.

3) SYS-OCC: OVERRIDE OF SYS-OCC IS ACCOMPLISHED THROUGH THE SYSTEM SCHEDULER

4) ALARM CONDITION MARKED WITH AN ASTERISK SHALL BE ACTIVE ONLY WHEN THE SYSTEM IS IN OCCUPIED MODE AND HAS BEEN IN OCCUPIED MODE FOR MORE THAN: *=5 MINUTES, **=30 MINUTES

NODE: <DDC##>

NODE LOCATION: <___>

NODE ADDRESS: Domain = <___>, Subnet = <___>, Node = <___>

NODE ID: <___>

<___> AI X X X <___> <___> ~ ~ ~ ~ ~ ~ ~ ~MA-T ~MIXED AIR TEMP

EMR-SS

TYPICAL AHU:

<___> AI X X X <___> <___> ~ ~ ~ ~ ~ ~ ~ ~OA-H ~OUTSIDE AIR HUMIDITY

X X X <___> <___> ~ X <___> <___>

OUTSIDE

AIRFLOW

OUTSIDE AIR DAMPEROA-D OPEN/CLOSED <___> BO

RA-D RETURN AIR DAMPER ~ OPEN/CLOSED <___> BO X X X <___> <___> ~ X <___> <___> ~ ~ ~ ~

ON/OFF BI ~ X [~] <___> <___>

~ <___> ~DX-S ~DX COIL STATUS DX COIL PROOF FAILED

ON/OFF BO ~ ~ ~ <___> <___> ~ ~ <___> <___>DX-SS ~DX COIL START/STOP

SA-SMK SUPPLY AIR SMK DETECTOR ~ ~ ~ ~ ~

ALARM/NORMAL

ON/OFF BI ~ X [~] <___> <___> ~ <___> ~EH-S ~EH COIL STATUS DX COIL PROOF FAILED~ ~ ~ ~

~ ~ ~ ~ON/OFF BO ~ ~ ~ <___> <___> ~ ~ <___> <___>EH-SS ~EH COIL START/STOP

<___> AI X X X <___> <___> ~ ~ ~ ~ ~ ~ ~ ~OA-T ~OUTSIDE AIR TEMP

<___> AI X X X <___> <___> ~ ~ ~ ~ ~ ~ ~ ~RA-H RETURN AIR HUMIDITY ~

~ ~ ~ ~0-100% AO X ~ <___> <___> <___> X <___> <___> <___>SF-C ~SUPPLY FAN COMMAND

~ ~ ~ ~~ ~ ~ ~ ~ ~ ~ ~ <___> <___> <___><___>SUPPLY FAN PID LOOP

SETTINGS

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DOMESTIC HOT WATER SEQUENCE OF OPERATION

ALL MODES OF OPERATION:

THE DDC WATER HEATER CONTROLLER SHALL ENABLE AND OPERATE THE WATER

HEATERS TO MAINTAIN DOMESTIC WATER STORAGE TANK TEMPERATURES. THE

WATER HEATERS SHALL OPERATE PER THE MANUFACTURER'S PACKAGED CONTROLS.

THE PACKAGED CONTROLS SHALL MAINTAIN A LEAVING WATER TEMPERATURE OF 120

DEG. F. (ADJUSTABLE)

WH- 1 ##

DDC

WH- 1- S

ELECTRIC

REFER TO ELECTRICAL

DRAWINGS FOR METER

QUANTITIES AND LOCATIONS

METER

BLDG PRIMARY DOMESTIC WATER

TO SYSTEM

DCW

NOTE 1: CONTRACTOR SHALL AFFIX PERMANENT TAGS/LABELS TO ALL DEVICES AS SPECIFIED

NOTE 2: CONTRACTOR SHALL LABEL ALL DDC I/O SIGNAL LINES: 4-20 MA, VDC, OR DATA

NOTE 3: CONTRACTOR SHALL SHOW A UNIQUE IDENTIFIER FOR EACH DEVICE, WHERE MULTIPLE

IDENTICAL DEVICES ARE SHOWN (FOR EXAMPLE: DDC CONTROLLER, OA SENSOR, OR UP

TRANSDUCER) EACH SHALL BE SEQUENTIALLY NUMBERED. WHERE SEPARATE DDC

CONTROLLER BUBBLES ARE USED TO REPRESENT/SHOW A COMMON (OR SINGLE) IDENTIFIERS

SHALL BE CONSISTENT BETWEEN DRAWINGS.

NOTE 4: CONTRACTOR SHALL UNIQUELY NUMBER ALL ANSI 709.1 DEVICES. THIS NUMBERING SHALL BE

CONSISTENT BETWEEN ALL DRAWINGS.

M##

DDC

DHWP-1-SDHWP-1-SS

DHWP- 1

METERS

PRIMARY WATER

METER PRIMARY WATER METER ~ <___> BI ~ X X X <___> <___> ~ ~ ~ ~ ~

Notes:

1) THE CONTRACTOR SHALL PROVIDE CONTROL POINTS FOR ALL PRIMARY AND SUB METERS

METER POINTS

NODE: <DDC##>

NODE LOCATION: <___>

NODE ADDRESS: Domain = <___>, Subnet = <___>, Node = <___> LDP AND M&C DISPLAY OVERRIDES ALARMS

NODE ID: <___> LDP

VIEW

REQ'D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ'D

M&C

OVRD

REQ'D

ALARM CONDITION

(SEE NOTES)

ALARM

PRIORITY

M&C

ROUTINGFUNCTION NAME DESCRIPTION SETTING

(WITH UNITS)

RANGE

(WITH UNITS)

nci/CPT

NAME

TYPE HOA REQ'D DISP

REQ'D

TREND

REQ'D

SNVT

NAME

SNVT

TYPE

PRIMARY ELECT.

METER

PRIMARY ELECTRICAL

METER ~ <___> ~ X X <___> <___> ~ ~ ~ ~~

BI X ~ ~ ~

PROOFS AND

SAFETIES

WH-1-S WATER HEATER STATUS ~ <___> BI ~ X X X <___> <___> ~ ~ ~ ~ ~

DHWP-1-S DOMESTIC HOT WATER

PUMP STATUS ~ <___> BI ~ X X X <___> <___> ~ ~ ~ ~ ~

DHWP-1-SS DOMESTIC HOT WATER

PUMP START/STOP ON/OFF <___> ~ X X <___> <___> ~ ~ ~ ~

WATER HEATER POINTS

NODE: <DDC##>

NODE LOCATION: <___>

NODE ADDRESS: Domain = <___>, Subnet = <___>, Node = <___> LDP AND M&C DISPLAY OVERRIDES ALARMS

NODE ID: <___> LDP

VIEW

REQ'D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ'D

M&C

OVRD

REQ'D

ALARM CONDITION

(SEE NOTES)

ALARM

PRIORITY

M&C

ROUTINGFUNCTION NAME DESCRIPTION SETTING

(WITH UNITS)

RANGE

(WITH UNITS)

nci/CPT

NAME

TYPE HOA REQ'D DISP

REQ'D

TREND

REQ'D

SNVT

NAME

SNVT

TYPE

ON/OFF

BO X ~ ~ ~

START/STOP

SHEET

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