EA

}-----j RETURN I N.O.

DAMPER

DA-t 11 I

O.A.

DAMPER

Al }--1

RA

HG

MAT I REHEAT

==r-lc~oLI Ir-, ~~T , I I

DO,

I I I

AIR MEASURING

I STATION @)----J I STG1( DO STG1 DO -

(18 ONLY) STG2

STARTER

0---@

CID---z:D

ROOM SENSOR

W/SETPOIITT

ADJUSTMENT

EA

AD

RA

RETURN I N.O. I

DAMPER I\ fl

MAT I HG I SAT REHEAT

DA -t II :=r- , lc6~LI Ir-, ~~T 2 I I

O.A.

DAMPER ' I DO , I STARTER

AIR MEASURING

STATION ~ I STG1 ( DO STG1 \ DO r----

0-------@

(Ai)-----r;::\

- DOR

ROOM SENSOR

W /SETPOIITT

AilJUSTMENT

ANO RESET BUTTON

EA

EXH

DAMPER

EXHAUST FAN

AD )--1 RETURN I N.O. I

DAMPER I\ fl

RA

~----< Al

MAT

HG

REHEAT

SUPPLY FAN

I (Al

DA -t:-i-a.-•}-111! c~~LH H ~~~I i" ,J -}------•

Al

O.A.

DAMPER

AIR MEASURING

~--J STATION

STG1@---------J

STG2 ~

0------0

AO

STARTER

0-------@)

0-------@

- DOR

ROOM SENSOR

W /SETPOIITT

ADJUSTMENT

& RESET BUTTON

ROOFTOP DX/UNIT - ACU-1B,2B STORAGE 24/7 OPERATION ROOFTOP DXLUNIT - ACU-1A KITCHEN LOCATE ON CLG. ROOFTOP DX/UNIT - ACU-2A,3A GALLERY, DRILL HALL

NOTES:

1. ACU MFR. SHAli PR0\10E ECONOMIZER DAMPER ACJUATORS TO ACCEPT 0-1 OVDC SIGNAL PR0\1DED

BY DDC COITTROLS.

0-------0 MONITOR ONLY

0-------0 MONITOR ONLY

DOMESTIC HWCP-A1,A2 DEHUMIDIFIER-DEHUM-1,2

~ PUMP STATUS(3 TOTAL)

r---(7iD SYSTEM PRESSURE

CONTROL

PANEL

VFD DOMESTIC BOOSTER PUMP

DOMESTIC BOOSTER PUMP CONTROL MONITORING DIAGRAM

DUCT EXTENSION AND \

LOW LEAK DPR. BY DIV. 15 \

OA

!DAMPER

IL-4C

O.A. LOUVER

BY DIV. 10

CONDUIT & WIRE

BY DIVISION 1 6

DPR

POS

O.A.

DAMPER

MOTORIZED

DAMPER

MOTORIZED

DAMPER

LOW LEAK

DUCT MTD

EF

STARTER

NOTES:

1. ACU MFR. SHAli PR0\1DE ECONOMIZER DAMPER AClllATORS TO ACCEPT 0-1 OVDC SIGNAL PROVIDED

BY DDC COITTROLS.

EXHAUST FAN - SENSOR ACTIVATED

NOTE: SEE EXHAUST FAN SCHEDULE

OAI

WP COITTROLLER

MOTORIZED

OAMPER

LOW LEAK

DUCT Mm

EF

STARTER

GENERAL EXHAUST - TOILET

SEE EXHAUST FAN SCHEDULE

LOW LEAK

DUCT MTD

EF CAB BY DIV.15~

START/STOP ( DO

i DOAS-1 A.2A

LOW LEAK~

®----@ DUCT MTD

STARTER

1 FACTORY INSTALLED IITTEGRAI. COITTROLS

J~

AS PER DOAS SPEC AND SEQUENCE OF

OPERATIONS.

IITTEGRAI. COITTROL PNL BY MFR.

Al

NOTES:

1. ACU MFR. SHAli PR0\1DE ECONOMIZER DAMPER ACTUATORS TO ACCEPT 0-1 OVDC SIGNAL PR0\1DED

BY DDC COITTROLS.

®--@ MECH. ROOM-SEE PLANS

®-------0 ®------@

FREEZER SENSOR COOLER SENSOR

MISCELLANEOUS SENSORS

r--------1

I NORMAL S.I.P. I

l~I I ~ DI I I I I I L ________ J

\ TWO POSITION SELECTOR WITH

LOCKING GUARD BOX OVER SWITCH.

TEMP. CONTROL EXHAUST FAN

INTERLOCKED WITH OUTSIDE AIR INT AKE ON ROOF

LAN TO BAS 'r----~

EA/RA--• I SA • SIT J ~~~i~~~;GENCY AIR DISTRIBUTION SHUT -OFF SWITCH

TO HOSE

REEL MOTOR

PB PB1

NOTE: SEE EXHAUST FAN SCHEDULE

SEE SPEC.

SECTION 15890

Al.ARM OUlPIJT ( 00

TO BAS

CARBON

MONOXIDE

COITTROL

PANEL

2 SETS REQ'D. {®----® FURNISHED BY OOAS MFR

DDAS-2A ONLY rTr""\ __ -~ SEE SPECS.

FTOP DOAS-1A.2A CONTROL DIAGRAM

DAIKIN

TYPICAL OF 4

OUTDOOR UNIT -/TYPICAL NOTE: LOCAL PHASE PROTECTION PR0\1DED BY DIV.16

COORDINATE LOCATION WITHIN OUTDOOR UNIT

COITTROL PANEL

(S.I.P.)

NOTE: 3 REQ'D.: LOCATE IN MAIL SORTING RM, 150th FSC COMMANDER AND 156th COMMANDER AS DIRECTED .

IITTEGRAI. COITTROL -,

WEATHERPROOF '-"\OU'l!;.J Of LIVt\,,J Mrl\, WEATHERPROOF

CONTROL CABINET CONTROL CABINET

BY DIV.15 BY DIV.15

DOAS -1A,2A ACU - 1 A,2A,3A, 1 B,28

1._ 120V 7 120V

BY DIV.15 I BY DIV.15

lREMOTE ALARM PANEL

LOCATED IN RECEPTION 1040

EF-8C,9C (AUTO EXHAUST) CARBON MONOXIDE DETECTION SYSTEM

.. J l

EF-7C FURNISHED BY DIV. 13

DUCT EXTENSION AND

LOW LEAK DPR. BY DIV. 15

IL-5C

0.A. LOUVER

BY DIV. 10

DPR POS ~'-=-' ) □ ''I ,,

®---ill

DIV. 16 TO CONNECT TO AUX.

CONTACT IN CONTROLLER SO

THAT O.A. DPR. OPENS WHEN

FIRE PUMP RUNS.

INSTAULED BY DIV. 1 6

WIRE AND CONDUIT TO

CONTROLLER BY DIV. 16

DUCT MTD

LOW LEAK DPR

FIRE PUMP

CONTROLLER

BY DIV. 13

FIRE PUMP ROOM CONTROL DIAGRAM

NOTE: ALL WORK BY DIV. 15 UNLESS NOTED -OTHERWISE.

TYPICAL Of 2

DAMPER

INTAKE LOUVER IL

SEE DRAWINGS FOR QUANTITY

DAMPER

VfO

EF-1C

8B=Cj I I

DI

MONITOR ONLY

~ IRH MFR

V THERMOSTAT

INFRARED HEA TEA IRH-1C

INSTALL COITTROL EQUIP. FURNISHED BY HVAC MFR.

~----< Al

SAT

DA-►•--- t-----1 GAS i----->------• ~ 2 SA

O.A.

DAMPER

DI

DO

STARTER

MAKE-UP AIR UNIT MU-1C

MAINTENANCE WORKBA Y

DAIKIN BRANCH

SELECTOR BOX

LAN

, -LJ

-=u

-=u

-=u

=u

20B/1 POWER~ BY DIV.16 I ,

lYPIOO. I

)i

Lfl---fl

ERHC

DAIKIN ' JAN ,

INDOOR

CASSffiE - TYPICAL - I I

EMOTE COITTROLLER

DAIKIN ADVANCED

I I -

' -w

I OA

Al CO2

DA

' ' - Al HUM I I -

Al

DA

TEMP

- 120V 120Vf\ ' BY OIV.15 BY OIV.15 I I - TYPICAL TYPICAL

I I

I I w

120V - 120V

' BY DIV.16 r--- BY DIV.1 120V

' DAIKIN DAIKIN r--- BY DIV. 16 Vc

O PANEL

Vc

O PANEL I >-- (1) "INTELLIGE~T BACNET OR MISC. EQUIP OR MISC. EQUIP

CONTROL INTERFACE ANDOVER LOCATE IN mOUCH~CREEN NETWORK MECH RM PANEL XT, NO S, ETC.

(GRAPHICS) OR ABV. ACC. CLG.

DAIKIN I 1 nn• n, □□nf'C"<:"CC"□

DOAS-3B1 ,3B2 DIST. LOONING 1010

BUILDING AUTOMATION SYSTEM RISER DIAGRAM

NTS

z

Ii:

ct:

V) w C

V) w z !;;i:

QC

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ZMM

ARCHITECTS & ENGINEERS

222 Lee Street, West Charleston, West Virginia 25302 Phone: 304.342.0159 Fax: 304.345.8144 www.zmm.com t z Q) a:

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CONTROL

DIAGRAMS

DRAWN

MKF

CHECKED

SLC

w z a:

ti z

DATE

7.3.2013

M6-1

COMM. NO.

VRF UNIT DAIKIN VARIABLE REFRIGERANT DAIKIN VARIABLE REFRIGERANT DAIKIN VARIABLE REFRIGERANT ENERGY EFFICIENCY SCHEDULE INDOOR CASSETTE SCHEDULE INDOOR CASSETTE SCHEDULE OUTDOOR UNIT /BS BOX SCHEDULE

MAIi( MAIi( FCU /IEAJ:IN 11:MPC TC 8C 11:MPH HC MCA MOP PS MAIi( FCU Mfl.ON 11:MPC TC 8C 11:MPH HC MCA MOP PS MAIi( MOOB. COMB 11:MPC ~ 11:MPH ~ MCA IFA II.A MBA MOP PS Eal EB! COP47F COP17F FEMAFl(8

CFM 'F SllJ/h SllJ/h 'F snJ/h A CFM 'F SllJ/h SllJ/h 'F sru/h A X 'F SllJ/h 'F snJ/h A A A A

VRF-1A 12 20.3 3.7 2.5 NON-DUCTED CC-1A1 FXFQ30PVJU 830 74.0/50% 24338 19378 70.0 33999 .6 15A 230V 1PH CC-1B1 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH REYQ168PBYD 94 95.0 136,108 -0.0 123974 - - - - - 460V 3PH

VRF-2A 12.1 20.2 3.6 2.6 NON-DUCTED CC-1A2 FXFQ30PVJU 830 74.0/50% 24338 19378 70.0 33999 .6 15A 230V 1PH CC-1B2 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH VRF-1A REMQ96PBYD - - - - - 20.3 25 12.3 65 25 460V 3PH

CC-1A3 FXFQ30PVJU 830 74.0/50% 24338 19378 70.0 33999 .6 15A 230V 1PH REMQ72PBYD 16.7 25 7.1 65 25 460V 3PH z

VRF-3A 13.8 NON-DUCTED

22.5 3.8 2.55 CC-183 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH 0 j::

CC-1A4 NOT USED 0.

VRF-1B 13.8 22.5 3.8 2.55 NON-DUCTED CC-184 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH BS 1 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH a::

CC-1A5A FXZQ18M7VJU 494 74.0/50% 14591 11359 70.0 20000 .9 15A 230V 1PH ti)

74.0/50% BS 2 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH w VRF-2B 12.1 20.2 3.6 2.6 NON-DUCTED CC-1B5 FXZQ09M7VJU 320 7706 5992 70.0 10500 .8 15A 230V 1PH Q

CC-1A5B FXZQ18M7VJU 494 74.0/50% 14591 11359 70.0 20000 .9 15A 230V 1PH

VRF-1C 13.2 22.9 3.7 2.7 NON-DUCTED CC-1B6A FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH BS 3 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH

CC-1A6 FXZQ24PVJU 780 74.0/50% 19435 16583 70.0 26999 .5 15A 230V 1PH

CC-1B6B FXZQ07M7VJU 74.0/50% 6065 4999 70.0 8500 230V 1PH BS 4 NOT USED

VRF-3B 13.8 22.5 3.8 2.55 NON-DUCTED 320 .8 15A

INDOOR UNIT TOTAi. NOMINAi. 127 697 177 496 ti) w OUTOOOR UNIT AVAI\ABLI T3a;wa 88,747 z

~ CC-1B7 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH BS 5 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH 0

MAIi( FCU 11:MPC TC 8C 11:MPH HC MCA

/IEAJ:IN MOP PS

CC-188 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 230V 1PH

> 0 CFM 'F snJ/h SllJ/h 'F sru/h A .8 15A BS 6 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH ~ VARIABLE REFRIGERANT 24x24 z

INDOOR CASSE 11 E SCHEDULE CC-2A1 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 6500 .8 15A 230V 1PH CC-1B9 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH

OAl(III PFNQCCHI. ■ZMM FXZO CC-2A2 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH CC-1B10 FXZQ09M7VJU 320 74.0/50% 7706 5992 70.0 10500 .8 15A 230V 1PH lNTSIZE LIO. QA8 CON), OD.

VRF-2A REYQ120PBYD 82 95.0 95,595 -0.0 75,149 20.5 25 12.8 65 25 460'/ 3PH

1/4" 1/2" 1· CC-2A3 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH CC-1811 FXZQ07M7VJU 320 74.0/50% 6065 4669 70.0 8500 .8 15A 230V 1PH

07 BS 7 8SVQ36PVJU - - - - - .1 15 - - - 230V 1PH ARCHITECTS & ENGINEERS

CC-2A4 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH CC-1 B12 FXZQ07M7VJU 320 74.0/50% 6065 4669 70.0 8500 .8 15A 230V 1PH 222 Lee Street, West 09 1/4" 1/2" 1· BS 8 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH Charleston, West Virginia 25302

CC-2A5 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH CC-1 B13 FXZQ07M7VJU 320 74.0/50% 6065 4669 70.0 8500 .8 15A 230V 1PH 12 1/ 4" 1/2" 1·

Phone: 304.342.0159 BS 9 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH Fax: 304.345.8144

CC-2A6 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH CC-1B14 FXZQ07M7VJU 320 74.0/50% 6065 4669 70.0 8500 .8 15A 230V 1PH 18 1/4" 1/2" 1-1/ 4" BS 10 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH www.zmm.com

CC-2A7 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH CC-1B15 FXZQ07M7VJU 320 74.0/50% 6065 4669 70.0 8500 .8 15A 230V 1PH

BS 11 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH

VARIABLE REFRIGERANT 36x36 CC-2AB FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH CC-1B16 FXAQZ4PVJU 635 74.0/50% 19435 15266 70.0 26499 .8 15A 230V 1PH

INDOOR CASSE I IE SCHEDULE

INDOOR UNIT TOTAi. NOMINAi. 119.753 166 493

DAl(tl FXFO Pl'IIGCONI. CC-2A9 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH OUTOOCR UNIT AVAI\ABLI 120,032 99,896

INTSIZE LIO. QA8 CON).OD. REYQ144PBYD 71 95.0 116,788 - 0.0 107,312 - - - - - 460V 3PH CC-2A10 FXAQ24PVJU 635 74.0/50% 19435 15266 70.0 26499 .6 15A 230V 1PH MAIi( FCU Mfl.ON 11:MPC TC 8C 11:MPH HC MCA MOP PS

24 3/8" 5/8" 1-1/ 4" CFM 'F SllJ/h Sl\J/h 'F snJ/h A VRF-3A REMQ72PBYD - - - - - 16.7 25 7.1 65 25 460V 3PH

CC-2A11 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 5500 .8 15A 230V 1PH

30 3/8" 5/8" 1-1/4" CC-2B1 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH

REMQ72PBYD - - - - - 16.7 25 7.1 - 25 460V 3PH

INDOOR UNIT TOTAi. NOMINAi. 80083 111495 UNII C 95,::i:;io .J,J, I "fU

CC-282 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH

11:MPC TC SC 11:MPH HC MCA BS 12 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH

MAIi( FCU /IEAJ:IN MOP PS

VARIABLE REFRIGERANT CFM 'F SllJ/h SllJ/h 'F sru/h A

OUTDOOR UNIT SCHEDULE

CC-2B3 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 1511 230V 1PH BS 13 BSVQ36PVJU .1 15 230V 1PH - - - - - - - -

CC-3A1A FXZQ12M7VJU 335 74.0/50% 9747 6852 70.0 13500 .8 15A 230V 1PH

CC-2B4 FXZQ18M7VJU 494 74.0/50% 14591 11359 70.0 20000 .9 1511 230V 1PH BS 14 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH DAlaol PfflCI COIIN. E0.

FEMAFl(8

74.0/50% 230V 1PH CC-3A2A FXZQ12M7VJU 335 9747 6852 70.0 13500 .8 15A

FEYOSIZE LIO. suer. H/1.ClAB LN!

CC-285 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 2JOV 1PH BS 30 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH

CC-3A3A FXZQ12M7VJU 335 74.0/50% 9747 6852 70.0 13500 .8 1511 230V 1PH

72 3/8" 3/4" 5/8" - 1-6T

CC-2B6 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15,\ 230V 1PH BS 31 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH

CC-3A1B FXZQ12M7VJU 335 74.0/50% 9747 6852 70.0 13500 .8 1511 230V 1PH a:

96 3/8" 7/8" 3/4" - 1-BT

as

CC-2B7 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15,\ 230V 1PH lJ ·-

CC-3A2B FXZQ12M7VJU 335 74.0/50% 9747 6852 70.0 13500 .8 15A 230V 1PH ... C ·-

~ 120 1/2" 1-1/8" 3/4" - 1-1DT as C)

CC-288 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH

~ CC-3A3B FXZQ12M7VJU 335 74.0/50% 9747 6852 70.0 13500 .8 1511 2JOV 1PH REYQ144PBYD 103 95.0 120,032 -0.0 107,429 - - - - - 460V 3PH ::, ... ·- z 1/2" 1-1/8" 7/8" 3/4" 74.0/50% C, > 144 2-6T CC-289 FXZQ07MVJU 320 6065 4999 70.0 8500 .8 15,\ 230V 1PH w

CC-3A4 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 1511 230V 1PH VRF-18 REMQ72PBYD - - - - - 16.7 25 7.1 65 25 460V 3PH ffl

- -CC-2B10 FXZQ07MVJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH as 0) ~

168 5/8" 1-1/8" 7/8" 3/4" 1-6,1-BT C G) :::> CC-3A5 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH REMQ72PBYD - - - - - 16.7 25 7.1 - 25 460V 3PH 0 3: CC-2B11 FXAQ24PVJU 635 74.0/50% 19435 15266 70.0 26499 .6 15A 230V 1PH z ·- () -m ~ 0 CC-3A6 FXZQ07M7VJU 320 74.0/50% 6065 4999 70.0 8500 .8 1511 230V 1PH INDOOR UNIT TOTAi. NOMINAi. 88609 122 995 BS 15 BSVQ36PVJU - - - - - .1 15 - - - 2JOV 1PH

0)

OUTOOOR UNIT AVAI\ABLI :,o,o I / 73,797 I z G) 0 G) < ·- CC-3A7 320 74.0/50% 6065 4999 70.0 8500 .8 15A 230V 1PH BS 16 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH z >,, -FXZQ07M7VJU C z

G) E ::, 0

BRANCH SELECTOR

INDOOR UNIT TOTAi. NCJ.t\NAI. 82 742 115 000 BS 17 BSVQ36PVJU - - .1 15 2JOV 1PH ... 0 - - - - - - .c -UUIUOUI'< UNII AVAILAt:ILE 116,788 1U7,J1L

<( 0 BOX SCHEDULE I- 0

BS 18 BSVQ60PVJU - - - - - .1 15 - - - 230V 1PH m PFNCICOll'I 0 :::> DAlaol ·-lNTSIZE NXXlR OU1tXXlR C C) a: BS 19 BSVQ36PVJU - - - - - .1 15 - - - 230V !PH - ·-

LIO. GAS LIO. 8UC1 QA8 ::E C) C b) ·-... ~ I > 36 3/8" 5/8" 3/8" 5/8" 1/ 2" - z - C 0 --=. ~ as

60 3/8" 5/8" 3/8" 5/8" 1/2" () VRF-28 REYQ120PYON 91 95.0 96,517 -0.0 75,144 20.5 25 12.8 65 25 460V 3PH S1 I 3:

96 3/8" 3/4" 3/ 8" 7/8" 3/4" ...J BS 20 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH

.:J

BS 21 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH

BS 22 BSVQ36PVJU - - - - - .1 15 - - - 230V 1PH

BS 23 BSVQ36PVJU - - - - - .1 15 - - - 230V !PH

BS 24 BSVQ36PVJU - - - - - .1 15 - - - 2JOV 1PH

DAIKIN VARIABLE REFRIGERANT

DEDICATED OUTSIDE AIR SYSTEM

VRF-38 REYQ 144PBYD 100 95.0 144,000 - 0.0 107,468 - - - - - 460V 3PH

REMQ72PBYD - - - - - 16.7 25 7.1 65 25 460V 3PH

S't'SIEM MAIi( MOOB. AflR..OW COOLBIPPLY HEATHl SU'PL Y W..11:MP MAXlEMP MCA MOP VOLTAGE CA! Afl lEMP 'F AflTBr'F FANOILY 'F FANOILY 'F A REMQ72PBYD - - - - - 16.7 25 7.1 - 25 460V 3PH

DOAS-3B1 FXMQ72MFVJU 890 74.0/50% 70.0 59.0 66.2 3.3 15 230V/1• BS 28 BSVQ96PVJU - - - - - .1 15 - - - 230V 1PH

VRF-38 © BY ZMM, INC.

DOAS-382 FXMQ72MFVJU 990 74.0/50% 70.0 59.0 66.2 3.3 15 230V/1• BS 29 BSVQ60PVJU .1 15 230V 1PH

VFR EOPT.

SCHEDULES

DRAWN CHECKED

MKF SLC

DATE

7.3.2013

COMM. NO.

MS-2 •

AIR CONDITIONING UNIT SCHEDULE VARIABLE AIR VOLUME TERMINAL BOX SCHEDULE ASHRAE 62 OA Tag ACU-4A ACU-SA Tag Unit model Primary inlet Design cooling airflow Min cooling airflow Valve heating airflow Coil heating capacity Unit LAT Electric heater kilowatt Electric heater voltage Full load amps Min circuit ampacity Max fuse size Max inlet SP Discharge valve - NC Radiated valve - NC Primary EDB Cooling inlet velocity APO@ cooling airflow Area Ra Az cfm People Ra Pa cfm TotalVDZcfm

Unit function DX cooling, gas heat DX cooling, gas heat cfm cfm cfm MBh F A A A in H20 F ft/min in H20

Unit efficiency High efficiency High efficiency VAV4A-l,2,3 VCEF 8" 800 240 400 13.66 86.47 4 277/1 14.44 18.05 20 0.75 17 25 55 2292 0.09 100 300 400

Airflow Convertible configuration Convertible configuration VAV4A-4 VCEF 10" 1100 330 550 18.78 86.47 5.5 277/1 19.86 24.82 25 0.75 15 29 55 2017 0.034 120 300 420

Tonnage lOTon 7.5 Ton Dual compressor VAV4A-5 VCEF 6" 450 135 225 8.54 89.97 2.5 277/1 9.03 11.28 15 0.75 15 20 55 2292 0.184 60 160 220 Heating capacity Low gas heat 3ph Low gas heat 3ph

VAVSA-3 VCEF 6" 490 245 245 8.54 87.12 2.5 277/1 9.03 11.28 15 0.75 17 21 55 2496 0.22 25 so 75 Field supplied drive kit required None None

VAVSA-2 VCEF 6" 490 245 245 8.54 87.12 2.5 277/1 9.03 11.28 15 0.75 17 21 55 2496 0.22 49 55 104 Design Airflow/ Outside Air cfm 3900/ DOAS- lA 2400/490

VAVSA-4 VCEF 6" 180 60 180 6.83 89.97 2 277/1 7.22 9.03 15 0.75 15 15 55 917 0.028 22 . 22 Elevation ft

6" Total Cooling Capacity MBh

VAVSA-5 VCEF 240 120 240 8.54 87.79 2.5 277/1 9.03 11.28 15 0.75 15 15 55 1222 0.05 37 15 52

Cooling Entering DB F 80 80 VAVSA-1 VCEF 8" 600 300 300 10.24 86.47 3 277/1 10.83 13.54 15 0.75 15 21 55 1719 0.051 52 80 132

Cooling Entering WB 67 VAV3B·l,2 VCEF 5" 185 60 185 6.83 89.03 2 277/1 7.22 9.03 15 0.75 15 15 55 1357 0.01 14 10 24 z

F 67 0 Ent Air Relative Humidity % 51.08 51.08 VAV3B·3,7 VCEF 5" 165 70 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 9,14 5,10 14,24 j::

Ambient Temp 95 95 VAV38-4,5,6,8 VCEF 5" 165 so 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 6 5 11 0.

F 0::

Total Heating Capacity Output MBh VAV3B-9,25 VCEF 8" 850 260 425 18.78 95.73 5.5 277/1 19.86 24.82 25 0.75 19 26 55 2435 0.101 35,32 ~ 35,32 (.)

Cooling leaving Unit DB F 60.45 56.62 VAV3B-10 VCEF S" 165 so 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 30 - 30 ti) w

Cooling leaving Unit WB F 58.11 55.36 VAV3B-11,12 VCEF 5" 165 so 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 7 5 12 Q

Cooling LOB with reheat F 77.14 77.06 VAV3B-16 VCEF 5" 165 so 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 7 5 12

Gross Total Capacity MBh 118.46 88.08 VAV3B-18,20 VCEF 5" 165 so 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 7 5 12

Gross Sensible Capacity MBh 92.34 66.09 VAV3B-21,26 VCEF 5" 165 so 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 7 5 12

Gross latent Capacity MBh 26.12 21.99 VAV3B-27,28 VCEF 5" 165 so 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 7 5 12

Net sensible heat ratio w/reheat on Number 0.1 0.13 VAV3B-30,31 VCEF S" 165 so 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 7 5 12 ti) w Net Total Capacity MBh 109.86 83.96 VAV3B-32 VCEF 5" 165 so 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 7 5 12 z

~ Net Sensible Capacity MBh 83.74 61.97 VAV3B-13 VCEF 5" 165 85 165 5.12 83.61 1.5 277/1 5.42 6.77 15 0.75 15 15 55 1210 0.01 13 20 33 0 !!l

Net Sensible Heat Ratio Number 0.76 0.74 VAV3B-14 VCEF 6" 240 75 240 10.24 94.34 3 277/1 10.83 13.54 15 0.75 15 15 55 1222 0.05 55 - 55 > Fan motor heat MBh 8.6 4.12 VAV3B-15,17 VCEF 6" 300 150 180 6.83 89.97 2 277/1 7.22 9.03 15 0.75 15 15 55 1528 0.08 13,20 25,25 38,45 il! ci Evap Coil Leaving Air Temp (DB) z F 58.08 54.5 VAV3B-19 VCEF 6" 300 150 180 6.83 89.97 2 277/1 7.22 9.03 15 0.75 15 15 55 1528 0.08 12 10 22

Evap Coil Leaving Air Temp (WB) F 57.2 54.S VAV3B-22,26 VCCF 4" 100 30 30 55 0 None 0.75 20 15 55 1146 0.01 - - -

Evap Coil Leaving Air Temp (DB) F 58.08 54.5 VAV3B-23 VCEF S" 165 80 125 3.41 80.18 1 277/1 3.61 4.51 15 0.75 15 15 55 1210 0.01 19 20 39 IIIZMM Evap Coil Leaving Air Temp (WB) F 57.2 54.5 VAV3B-24,34 VCEF 5" 125 so 125 3.41 80.18 1 277/1 3.61 4.51 15 0.75 15 15 55 917 0.01 8,9 5,5 13,14

Evaporator face area sq ft 16.65 16.65 VAV3B-29 VCEF 8" 450 225 450 13.66 82.98 4 277/1 14.44 18.05 20 0.75 15 19 55 1289 0.029 36 30 66

Evaporator rows Each 4 4 VAV3B-33 VCEF 8" 600 200 400 17.08 94.34 5 277/1 18.05 22.56 25 0.75 15 21 55 1719 0.051 38 - 38

Evaporator fin spacing Per Foot 192 192

ARCHITECTS & ENGINEERS

Evaporator face velocity ft/min 234 144 NOTE: OUTSIDE AIR FOR VAY BOXES ON ACU-4A Output Heating Capacity MBh 120 96 222 Lee Street, West

Output Heating Cap. w/Fan MBh 128.6 100.12 IS PROVIDED THRU DOAS-1 A Charleston, West Virginia 25302

Heating EAT F 70 so Phone: 304.342.0159

Heating LAT F 98.8 87.3 AIR CONDITIONING UNIT SCHEDULE Fax: 304.345.8144

Heating Delta T F 28.8 37.3

Voltage 460/60/3 460/60/3 Tag ACU-4B

Refrigerant R-410A pkg cooling 13 SEER www.zmm.com

Design ESP in H20 1.5 1.5 Cooling Capacity 1.5 Tons, 13 SEER

Max Available ESP in H20

Indoor mtroperating power Electrical characteristics 208-230/1/60 bhp 3.06 1.49 Refrigerant 410A

Indoor RPM rpm 1623 1250

Indoor Motor Power kW 2.28 1.11

Outdoor Motor Power kW 0.7 0.7 Field applied voltage 208 Vo lt

Compressor Power kW 7.67 5.82 Single phase heaters 3. 76/5.0kw (208/240/1)

System Power kW 10.65 7.63 Three phase heaters

SEER@ AHRI btuh/watt Single power entry kit EER @ AHRI Conditions EER 12.S 13

Filter frame 1-2" Filter frame MERV 13

MCA A 24.9 19.8

Airflow configuration Downflow

MOP A 30 25

Outside air options 2-Position motorized damper Airflow Application Downflow Downflow Duct design TESP in H20 0.5 1nput Heating Capacity MBh 150 120

Design Airflow/ Outside Air cfm 525 / so Dehumidification-hot gas reheat Refrigeration systems option Dehumidification-hot gas reheat

Cooling EDB F 80 Compressor 1 RLA A 9.6 7.1

Cooling EWB F 67 Compressor 2 RLA A 7.1 5.1

Cooling ODDB 95 Condenser fan FLA

F A 1.5 1.5

Elevation ft Evaporatorfan FLA A 4.3 4.3

Design net total capacity Btu/hr 17248 Fresh air selection Econ-comp enthalpy 0-100% w/bar rel 3ph Econ-comp enthalpy 0-100% w/bar rel 3ph

Design net sensible capacity Btu/hr 11904 Hinged service access/filters Std panel/2 in pltd filters MERV 13-3ph Std panel/2 in pltd filters MERV 13-3ph

Design net latent capacity Btu/hr 5344 Component SP in H20 0.418 0.25

Cooling LOB f 59 Min. unit operating weight lb 1369 1334 CoolingLWB f 56 Max. unit operating weight lb 1601 1566

AHRI Capacity 18000 Reheat Temp Rise F 19.07 22.56

SEER@ AHRI btuh/watt 13 a:

a, Reheat Capacity MBh 80.68 58.73 EER@AHRI EER 11 i::, ·- Dew Point F 56.64 55.16

Electric heat capacity@ 208 volts Btu/hr 12800 C:

Dew Point F 56.64 55.16

L. ·- ~ Moisture Removal {gal/hr)

Electric heat capacity@ 240 volts Btu/hr a, 0) gph 2.95 2.49 Electric heat capacity@ 460 volts Btu/hr w :::, L.

Leaving Unit Rel Humid w/Reheat % 49.19 46.75 ·- z Heating EDB F 70 0 C, > Direct Drive Speed Set w Heating LOB F 92 .

Supply fan/drive/type/motor Multiple Zone VAV Multiple Zone VAV ffl

- -Design heating capacity 12800 a, en ~ Rated capacity (AHRI) MBh 113 89 Filter manufacturer's ESP G) in H20 C: :::, Exhaust fan power kW 0.65 0.65 Filter manufacturer's design airflow cfm 0 3: Refrig charge (HFC-410A) - ckt 1 lb 14 14 l ow speed cooling airflow 0 cfm 373 z ·- Refrig charge (HFC-410A) - ckt 2 lb 11.8 11.8 - 0 Low speed cooling TESP in H20 0.255 a, ~

ASHRAE 90.1 Yes Yes 3: en l ow speed net total capacity z G) 0 IEER 14.5 15.5 Low speed net sensible capacity G) ·-Saturated Suction Temp Circuit 1 F 53.19 52.18 Medium speed cooling airflow cfm z >, - z Saturated Discharge Temp Circuit 1 F 117.87 111.76 E C:

Medium speed cooling TESP in H20 G) :::, 0 Saturated Suction Temp Circuit 2 F 53.62 50.98 Medium speed net total capacity L. 0

Saturated Discharge Temp Circuit 2 F 112.93 110.82 ~ - Medium speed net sensible capacity

<( 0 I-

Outside Air Dry Bulb · CDQ F I-High speed cooling airflow cfm 532 0 Outside Air Wet Bulb - CDQ F High speed cooling TESP in H20 0.518 a, 0

Return Air Dry Bulb - CDQ F ·- :::, High speed net total capacity 17281 C: 0) a: Return Air Wet Bulb- CDQ F High speed net sensible capacity 11990 - ·-

Outside Air CFM - CDQ cfm ::E 0) C: t5 Low speed heating airflow cfm 379 L. ·- Return Air CFM - CDQ cfm Low speed heating TESP in H20 0.266 I ·- ~ Supply ESP- CDQ in H20 > - z Low speed heating leaving temperature F 101 Return ESP - CDQ in H20 Med/ med-low speed heating Airflow cfm - C: 0 Run CDQ Performance en a, Med / med-low spd htg TESP in H20 G) g> 0 System leaving Wet Bulb w/CDQ F Med low spd.heating leaving temperature f System Leaving Dry Bulb w/CDQ F 3: High speed heating airflow cfm 519 Major design sequence E - R-410A E - R-410A High speed heatingTESP in H20 0.528 ...J CDQ Wheel Size High speed heating leaving temperature f 93 .J System Dew Point w/CDQ F Med-high speed heating airflow F Tota l Static Pressure in H20 1.918 1.75 Med-high spd heating TESP in H20

Med-high speed heating lvg temperature in H20

©'" ZMM, INC.

ALTERNATE

HVAC

A I R C 0 N D I T I 0 N I N G E a u I p M E NT SC H E D u L E - AC U-38 SCHEDULES 1lWE Slffl.YFAN HTQ l&i 2-STAQES l£T coa.tlCl l&i COlof'AES80R OOIO_ FAN DEHM:llflCAllON POWER

MAIi( NOM.Ta.18 MOCB.NO. CFM ESP TOTAL SP If' N'l/l'l&i I OUTl'UT/l&i LAT/DB.TAT EATDB/WB LATDB/WB ~~CN'. R~E DP ~FEMOVAL OACFM SEER FEMAfl(8 DRAWN CHECKED fl'M TH SH tR.A t2R.A NOJNll'S MCA MOP VOLTACE 'M3ClHT

MKF SLC

ACU-3B 10 SFHlf10 6100 2.75 3.7 in w.c. 1300 10 235 192.7 83.65/18.65 216.9 140.4 80/67 59.1/55.9 18.6 18.6 1/3.6 68.0 97.9 MBH 42.4 MBH 49.61 11.6 64.35 BO 480/3 5314 1,100 13.0 ECON/POWER EXH., MULTIPLE ZONE

VARL\BLE AIR VOLUME, 3HP EXH FAN DATE

7.3.2013

COMM. NO.

MS-4 Ill

D E D I C A T E D O U T D O O R A I R S Y S T E M (DOAS) E O U I P M E N T S C H E D U L E I GBEW. FAN PEff'OflAANCE I VAi.SiT FL'lERB I B..ECTllCAL

MAIi( I SBMCE I I OADEeklN RA DEl!IClN IU'PLY EXHAUST ' MOCB.. NO.

'MiDIT~ ~ All~ All~ CFM I su.tMEII "1>/wb 'F I M(IER db 'F CFM I su.tMEfl db/rh 'F 1-db/rh 'F TOTAL Aff't..(;N/ I ESP I TBP I FAN OUANIITYIYIIEB. DIAM. YIIEB. EH' If' MOTOR MOTOR 'IR) TOTAL Aff'tJ:NI ESP 1BP FAN OUANllTY YIIEB. DIAM. YIIEB. EH' If' MOTOR MOTOR 'IR) OAFL'IERI RAFl..lERB BAFL'IERI VOLTAQE MCA MOP 81'1±1) OUANJTJY 1YPE FfE0LeNCY '"'ffi) OUANlTTY 1YPE Fl'EOl&ICY

DOAS-1A I CLASSROOMS I VPRE-110-5C-20J-C-1DA 11,900 LBS I END I BOTTOM I BOTTOM I SIDE I 1,880 I 94.o/78.o I o I 1,500 I 74.0/50.0 I 70.0/35.0 I 1,880 1,75 ~.98 I 1 I 16 11 ,937 1.49 2.00 1 PE 64.6 1,500 .25 1.08 1 12 1,882 .45 .50 1 PE 62.7 2" MERV 8 2" MERV 8 4" MERV 14 460/3/60119.9125

DOAS-2A I TOllETS/SHOWERS I VPRP-110-5C-15E-C-1CX 12,560 LBS I END I BOTTOM I BOTTOM I SIDE 11,050 I 94.0/78.0 I o 1 2,560 I 74.0/50.0 I 72.0/35.0 I 1,050 1.50 11.42 I 1 I 12 11,795 1,38 10.151 1 I PE I 59.8 I 2,560 1.25 11 .33 I 1 I 16 I 1,582 1.92 11.5~ 1 I PE I 52.7 I N/A I 2· MERV 8 I 4• MERV 14 I 460/3/60137.4140

D E D I C A T E D O U T D O O R A I R S Y S T E M (DOAS) E O U I P M E N T S C H E D U L E

I VAi.BiT I SBMCE I COOUIQ PBl"OIMANCE I lt:AfflQ PBl"OIMANCE

MAIi(

MOCB..NO.

cot. Aff't..(;NI I COL COL I.NT etN'COI.. TOTAL SEJilELE HQlti EEIIAT CONlBl8Bt I e/AP COL I AMBENT I STACES I HOT QAS I HOT QAS I C0M'll:B80R I lt:ATEII IEFl..l:1N I B..EClllC I EAT I LAT I QAS EAT db/wb 'F LATdb/wb'F LATdb/wb'F APDhwg CN'.ntii CN'. nti, CN'. nti, DEl!IClN COIO. FANS llEl'11-i ,_ Afl TBr 'F !Bt:AT BYPASS 1YPE CAPAarY N'l/1' CN'. nti, I OUTPUT CN'. mbh

REMAAKB

Energy Recovery Performance

Energy Recovery Module Performance summary

• polymer energy wheel construction

• siiita gei Oe;;j=rl<

DESCRIPTION VALUI: ;

~~mm~r Eflect~:eriess OJIQ I tu"inler Effectiveness 0.83 I

Airflow Schematic

OA1~ • ~ B

" 1- ► 0 ii' w

&l

I E I

C

SA

a:

EA G !~\or1 F till

Summer Performance j RA DAMPER I ...

I D

RA

DOAS-IA I

OOAS-2A I

A e c o I e I __ ~'-~ G

VPRE-1l0-5C-20J-C-IDA

VPRP-110-5C-20E-C-1CX

DESCRIPTION i UNITS ~-- ,,.""""""'° ... , ...._,•"'"""""" " W I Roc,=io!OO f Ro"-"" Mio< °""""""" i Ml,od.o;- • m_"" __ I -~"""""" _! E""J1l'..!':! ~-"" /volume [clTI 1.880 1880 1880 1500 -- r· o I 1500___ 1500 if dt> [ 94.0 80.0 80.0 74.0 74.0 I _emperatu!'ll wb !F) 78.0 67.8 67.8 61.7 ------+ 61 .7 Enthalpy -r (bW~b] 41.3 i 32.1 32.1 27.5 27.5

Winter .Performance

DEaSCRIPTION ! UNITS

'oTume

·emperalure

!enthalpy lctn ~- - ifl

"' "' ! {bWnb]

A I 9--l- C P.--... I Pio-GO<-ou .. ""'"" I °""""""'' • """"'"' 1aso I 1sao 1880 M 1 ••1•• ~I••,., 02 152 152

D RflltJfflAi•

YoT- 54.4 22.7

Rowm/>i< -,- ' Rotum Mio< , En.,,y~o,y !

'""' ·ni.o

SH ,-- ~

t""""""

I CLASSROOMS

I TOILETS/SHOWERS

DOAS-tA,,WHEEL ENEAQc~,--REGGVERY PERFORMANCE

ENERGY RECOVERY PERFORMANCE

DESCRIPTION V!LUE I

SUMMER EFFECTIVENESS 0.83

WINTIR EFFECTIVENESS O.B5

I 1880 I

I 1050 I

80.0/67.8 57.0/56.1 84.6/66.3

82.7/75.1 56.4/56.0 93.7 /69.1

0.44 70.5 46.9 50.4 11.5

0.21 69.9 30.0 39.8 10.5

A irflow Schematic

C

E'iliAUST l)J;WSR

0 G

6tl - I

~i s II !!i lt-H FL<;T R'..AT: ""-~

HEAT E'I.CW.!iG~?. ~ r-U ..

HEATlW3 OPilON '\ ti.--t".U~T.'1'1ET'JR.N Al:5:

Energy Recovery Performance

Energy Recovery Module

• Hat plate heat exchanger

Airflow Schematic

A, t-

- F

-= ____e

EA G

FLAT PLATE

HEAT

EXCHANGER

B C

~ iE SA

IRA DAMPER I

w

OA -~►~1 ~1 A ~ A --F _ _ _ i D RA

Summer Performance

DESCRIPTION UNITS

A B I C I D I E I F

A

OUtdoor /Vf Pn,.e,Jn(liliMed PfOH:(lfldi~ooed R tum Air R(<cifculateil Retum Air for ~~ M_i>ed A_ir_ " ___ Relum A.Ir Energy Reco""'"f

'--OtJT5IDE AIR

G ExhaL!trtAlr

Volume [cfrn] 1,050 1050 1050 2~~- 0 --t-~-60 2560 _ db {F] 94.0 82-7 82.7 74 .0 74.0 emperature wb lFJ 78.0 75.1 75.1 61.7 61.7 :nthalpy -- ·1 - "[bfoflb] ___ I 41.3 ! ---sin,- - r·-3a.s· -- 1 -21:s~---~ I 27.5

Winter Performance

DESCRIPTION

'oiume

·emperature I jE_ntha!1 db wb

UNITS

!ctmJ

_JfJ_ !btu/!bJ

A Oitl;doo, o.1f :o.2" 0.25

B Pno-Goo<liliohfl<I

OuldoorA.ir 40J"

ID

10.5

C Pr....:onditioned

~A<IO Air

40.7

29. 1 10.5

D

Rou,,, Air

2560 = 55.9 23.6

" Recirculal...:I RellJmAir

F Rell.lr'll A.Ir for

EMflb' ~-""'' 72.0 55.9 "23.6

G

Exrnlus( Air

DOAS-2A FLAT PLATE ENERGY RECOVERY PERFORMANCE

ENERGY RECOVERY PERFORMANCE

I DESCRIPTION I V!LUE

I

SUMMER EFFECTIVENESS

I 20.29%

WINTER EfftCIM'NESS 43.9%

SUMMER EFFlCIENcY

I 56.5%

I 56.5% WINTER EFFICIENCY

1 MICROCHANNEL NO DIGITALSCROLL I 1800 CFM I 7.5 KW I 46.9 1125.3 I 200 I 160 HGRH DEHUMIDIFlCATION

1 MICROCHANNEL NO DIGITALSCROLL I 1050 I 20 KW I 40.7 1100.6, - ' - HGRH DEHUMIDIFlCATION

I I ~ I ~

I w C

"'w z !;;:

oc "'H-t-++++++-+--1---W > . wo a,: z

■ZMM

ARCHITECTS & ENGINEERS

222 Lee Street, West Charleston, West Virginia 25302 Phone: 304.342.0159 Fax: 304.345.8144 www.zmm.com a:

Cd ,, ·-

I- -~ I en wa, I- i- I\ f~ :S z --~ w ~ ca-;; ~

C Cl) :::> ~ :8 3: 0

3: Cdof 0 Cl) z -~ Q z >-1: z Cl) E ::, O

I- 0 - ~~<Co t>

-~ 0 =>

- -~ g> f!: ::E C) ·- CJ)

I -~ ~ Z >-

- C 0 co Cd 0 Cl) C)

3: .3 ..J

(/l) BY ZMM, INC.

DOAS EOPT

SCHEDULES

DRAWN

MKF

M5-3

CHECKED

SLC

DATE

7.3.2013

EXJWJST RISER

"'"""' ANG!£

ENSURE 1™.T TIIE HOOD Cl.£W.NCE FROM UIITED-COMBUSnBU:

AND COMBUSJIBlE MATERWS IS IN COMPl.lf.NCE WITH

LOCAL CODE RfWIREIIENIS.

A------ 43 3/ 1s· -------< FlEI.D WPJiPPER 18.00" HIGH

~ ro F1l

EQUIPMENT

BY 01HERS

3 5/ 8'

SECTION VIEW - MODEL 4824VHB-G

HOOD - KH-2

SCAI.£: 3/ 4' = 1'-0"

21 5/ 8" NOM.

72" lfF lYP.

48"

, ·-o· I

CLG. HT.

19' ~

24•

10"

~ 1;. _j

~ &I

,_ __ 2,· ----+---- 24" __ _, 1----- 4' o.oo9Nom./4' o.oo"oll ____ _, PLAN VIEW - Hood KH-2

4' 0.00" LONG 4824VHB-G

SCAI.£: 3/4" = 1'-0"

,_ ___________ 86 1/ 2" ___________ _, LimNG LUG -

273/8"7

00 . -- 3 14• • 1· . - l i 1j·

I 29 3/ 4'

32 1/8" ,2 1/8' I

AIRFLOW

f SERVICE

DISCONNECT

SWITCH

BLOWER/MOTOR

ACCESS DOOR

24" SERVICE

DIRECT ARED MODULE

..,._ ____ 39 9/16" ---+---t

3/4" NPT

= r' "1"· = = =

12" EQUIPMOO CURB /

P.COf OPENING 2 .. SJ;tAU.ER THEN C'JRB DltENS.'OM.

1•1~ 81/4"

71• -----------!

ELEVATION MU-1A

SCALE: 3/ 4" = 1 '-0"

HOOD INFORMATION

MAX. EXHAUST PLENUM HOOD CONAG.

HOOD ~AIRE RISERIS TOTAi.

NO. LENGTH COOKING TOTAi. EXH. SUPPLY CFM HOOD CONSTRUCTION END TO ROW

DEPTHxHEIGHI TEMP. CFM WIOTH LENG. DL\. CFM S.P. END

5424 10' 3.00" 10· 20· 2152 -0.338" 430 SS

KH-1 450 Deg. 2152 1722 Al.ONE Al.ONE

ND-2-PSP-F Where Exposed

4824 4' o.oo· 10· 10· 600 -0.075" 304 55 KH-2 700 Deg. 600 0 Al.ONE Al.ONE

VHB-G 100~

HOOD INFORMATION

ALTERIS LJGHIISJ UTILITY CABIN ETISJ

HOOD ARE SYSTEM ELECTRICAi. SWITCHES NO. TYPE QTY. H8GHI LENGTH QTY, TYPE WIRE LOCATION GUARD TYPE SIZE MODEL # QUANTITY

KH-1 SS Baffle with Hondes 3 20· 20·

3 Incandescent NO left Ansul R102 3.0 SC-311110FP 1 Light

4 20· 16' 1 Fon

KH- 2 0

PERFORATED SUPPLY PT,ENUM(S

HOOD

RISERISJ

POS. LENGTH WIDTH HEIGHT TYPE NO. WIDTH LENG. DL\. CFM S.P.

I Front 138" 14" 6" MUA 10· 28" 574 0.153"

MUA 10· 28" 574 0.153"

MUA 10· 28" 574 0.153"

AIRFLOW

ARE

SYSTEM

PIPING

YES

NO

HOOD

HANGING

WGHI

635 LBS

187 LBS

ENLARGED

KITCHEN PLAN

KEYED NOTES

KITCHEN EXHAUST HOOD (KH-1)-SEE THIS SHEET FOR ADDffiONAI. INFORMATION.

DISHWASHER EXHAUST HOOD (KH-2)-SEE THIS SHEET FOR ADDffiONAI. INFORMATION.

22x10 DN TO 20x10 KITCHEN HOOD EXHAUST OPENING.

24xl 2 UP TO MU-IA ON ROOF. TRANSffiON TO

FAN OPENING AS REQUIRED.

18x8 DN TO KITCHEN HOOD SUPPLY OPENING. TRANSmON TO

OPENING AS REQUIRED.

12xl2 STAINLESS STEEL DUCT DOWN. TRANSffiON TO DISHWASHER

HOOD AS REQUIRED.

TRANSffiON TO EXHAUST FAN ON ROOF AS REQUIRED.

© TRANSffiON TO INAC EQUIPMENT ON ROOF AS REQUIRED.

EXI-WJST RISER

HNrolNG ANGlf

20" SS BlffiE WIIH

HANDLES ~D HOOK

A--------54• ---------;'

INCANDESCENT LIGHT FIXTllRE-HIGH TBIP ASSEMBLY, INCLUDES Cl.DR TllERlW. AND SHOCK RESISfANT GLOBE ('55 FlXTURQ

ATTACHING PLATES

SUPPLY RISER wmt

VOLUME DAMPER

23.5% OPEN STAINLESS

STill. PERFORATED PANEL iv §- ]----.--

>" INTERNAL STANDOFF - f,C:Q. ,.. ---l

24" NOM.

ENSURE THA.T THE HOOD Cl.£AR.6NCE

FROM UMRED--COMBUSTIBI.£

ANO COMBUST191.E M4TERIALS

IS IN COMPI..LWCE WITH

LOCAL CODE REQI.JmMENIS.

GR£ASE DRAIN

WITH R£MOVABI.£ CUP

WI

"' ..,r ► Pl Z--< "',, r~ w

EQUIPMENT

BY OTHERS

-48.o• MAX

SECTION VIEW - MODEL 5424ND-2-PSP- F

HOOD - KH-1

10·

I ~20·_.j

U.L Listed Incandescent Light fixture-High Tonp _,,bly

0 0 ao• lff TYP.

8'-4"

CLG. HI.

,-------7 I""" I eabinst I ~ 28" 28' 28"

I I

/ t t t

I 1,.,.,.- 1()" 10· 10'

~ l__ l__ - I I 7' 7'

I LCLJ Fan/I,ight Controls I

L _______ _J I 61 1/ 2" 61 1/7'

48' 46'

17' 10' 3.oo'Nom./10' 3.oo·oo

1 t'-6.!Xt Overall I..Bngth

PLAN VIEW - Hood #.1

1 O' 3.00" LONG 5424ND-2-PSP-F

\ ~~ 824CD4W I ~

17Ge#m ~

SCAI.E: 3/4" = 1'-0"

8 4CD4W

I Ocfm

1° ~=~1~ ~~ u /I DIS!;!fil

:n1024CD4W . ) ,,: 250cfm

7 ON ROOF 2D

~I fll~or -+-rf~ -,----1+"--

I- 1--

W~ ~W D !- ~ 17n..1-

~ I 8 ;)H--L+;;....t~ i"'r'F,!-'--,1.J,1.;..J.~\_ ACU-~A

18x8

ON ROOF

24xl12 ' 824C

- ""I"--- r

=if------rc:1

-~ ,~-B- 165 W

~\" I " 11~ r"--l,._;S~ERV~ ING 26, 10

,a R/IR/

G/GV_G

I

~ L .KEE::.1h

ON ROOF

¥i 7,;'\ /r.-,/.MlclA

~ ~ ON ROOF-

ENLARGED KITCHEN PLAN

SCALE: 1/4" = 1'-0"

OR(S)@H)

J

23'

I\

11\L/

' 1--

I V//.l ,..

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14'

J ~,. I I

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ZMM

ARCHITECTS & ENGINEERS

222 Lee Street, West Charleston, West Virginia 25302 Phone: 304.342.0159 Fax: 304.345.8144 www.zmm.com a: a, ·-C ~ "E ·- I~ w ~ C) I... ·-I\ f"'I "::I,, - - ~ w I ta -Cl) ~ Q) ::> w 8 3= 0 z ::.;:::; a, - 0 3,: Cl) z Q) 0 Q) ·-z >-- z E § Q) 0 I... 0 .c -

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®" ZMM, INC.

DRAWN

DETAILS

MKF

M4-2

CHECKED

SLC

DATE

7.3.2013

COMM. NO.

METAL SCREEN FRAME

ALTERNATE

FIASHING DETAILS

ANGLE IRON REINFORCING WHERE

REQUIRED ,)f]1 (A) c--+-SCREEN

BOLTS

WATERPROOF

SEAMS AND

JOINTS

CONTINUOUS SEAL

WITH SUITABLE

MASTIC OR FOIL BACKED

MAIN DUCT SIZE ANGLE RIVETED OR TACK

WELDED />S REQUIRED

TAP~

FLEJ<IBUE METAL DUClWORK SEE SPECS, BRANCH DUCT SIZE

AS INDICATED ON PLAN AS SHOWN ON PLAN

Ot,◊

"'"'· v~

1/2" SCREEN

135" MIN

R=!

18" MINIMUM 12" MIN.

J]

METAL FIASHING

SHOULD EXTEND

4" MIN.

(B)

~--1=-,l-

BELOW TOP OF CURB

FOR DETAIL B

14" MIN.

METAL ROOF DECK

RECTANGULAR GOOSENECK

NOT TO SCALE

MANUAL SHUT-OFF

VALVE IN EACH LINEj

TO ADDITIONAL

BRANCH SELECTOR

BOXES-----

~ .7

DAIKIN

REFNET

FITTING

BRANCH

SELECTOR

BOX

REF LIO,SUCT,D.P. GAS PIPE

CONNECTED TO COMBUSTION AIR INLET DUCT SERVING DGWH-1,2,3

DAIKIN REFNET FITTING

_.,.,,.-f-TO ADDITIONAL

CASSEITTS WHERE SHOWN

CASSETTE

I I I I I

-:y ) ii

FLEJ<IBUE DUCT T MATCH DIFFUSER ( - ~NUESS STEEL

NECK SIZE.~~- ) D CLAMP(SEE SPECS.)

L BALANCING(VOLUME)

DAMPER

UENGTH OF 72•

ONE ELBOW

LAY-IN r CEILING

=--..L/

~CEILING '1'

24"x24" SUPPLY

AIR DIFFUSER. SEE

DIFFUSER

FOR NECK SIZE

TYPICAL TAKEOFF TO CD

NO SCALE

THREADED ROD SUPPORT

,,------- 4-REQUIRED

THREAOED ROD SUPPORT

4-REQUIRED--~

PRE-FAB CURB AS

SPECIFlED -- F/>STEN

FAN & CURB O 12" O.C.

MIN. 2 PER SIDE

ROOFlNG

SEE ARCH.

DWGS.

DUCT MOUNTED LOW UEAKAGE

MOTOR OPERATED DAMPER

EXHAUST DUCT

EXHAUST

FAN (SEE

SCHIDUUE)

ROOFlNG, BLOCKING, & INSUL

SEE ARCH.

DWGS.

ROOF

DECK

ROOF EXH. FAN

NO SCALE

NOTE: PROVIDE TAPERED CURB TO MATCH ROOF SLOPE

DUCT MOUNTED LOW LEAKAGE

MOTOR OPERATED DAMPER

EXHAUST DUCT

OUTSIDE

AIR INTAKE (SEE

SCHEDUUE)

ROOFlNG, BLOCKING, & INSUL

SEE ARCH.

OWGS.

ROOF

DECK

OUTSIDE AIR INT AKE

NO SCALE

NOTE: PROVIDE TAPERED CURB TO MATCH ROOF SLOPE

(DISTANCE PER MFR.

3/4"COPPER PUMPED CONDENSATE

INSULATED W/1/2" EIAST. FOAM

ADDmONAL DRAIN LINES

CONNECT INTO TOP OF MAIN LINE

BRANCH SELECTOR

BOX PIPING DETAIL I I Iii- J J I 8"MAX PER MFR. _01 H 1-j o::I:] C I I 1

'~ VENT OPENING WHERE

MAIN LINE TURNS DOWN.

NO SCALE

NOTE: PROVIDE REFRIGERANT PIPING SUPPORT WITHIN 12" OF BS ON BOTH SIDES.

2'x2' & 3'x3'

CASSETTE UNITS

COORD. W/CLG

PER MFR.

PLUG CLEANOUT _j

SLOPE DRIJN

@ 1%

PROVIDE SCREEN OVER OPENING

REF PIPING WITH 3/4"

ElASTOMERIC FOAM

CONNECT MULTIPLE UNITS W/

MULTI-CONN PIPING KIT FROM MFR---,.

/ UNIT TO BE INSTALLED UEVEL

/ ls SECURE UNITS TO BASE W/FOUNDATION BOLTS CASSETTE W/CONDENSATE PUMP

MOUNTING CONDENSATE DRAIN DETAIL SEE SPECS FOR FlNl5H

PATE PIPING CURB

REQUIREMENTS~

PCA-2 12" INSUL CURB

W/CAP AND BOOT ASSEMBLY

SUITABUE FOR REF. PIPE

NO. AND SIZE~

1 1 I I

I NOTE: DO NOT NOTCH INSULATION O CHANNEL I

ADJUSTABLE PIPE SUPPORT EQUAL TO MAPA

MS STAINUESS STEEL STIRUT SUPPORT

OFFSETPIPING>SREQ'D.: II II II II I!''

c.J __ - ___ JI_ --- - ~

HQ!L

PLACE NEOPRENE PADS BETWEEN CONDENSING

UNIT AND EQUIPMENT RAILS PRIOR TO BOLTING

CONDENSING UNIT IN PIACE.

fE

/ROOF

ADJUSTABUE EQUIPMENT SUPPORT

SYSTEM EQUAL TO BIGFOOT

FRAMEWORKS (SEE SPEC 15740).

VRF OUTDOOR UNIT PIPING/

MOUNTING DETAIL -TANDEM UNITS

i-=- "' "? z-zcn W=:, c.. .J 0 c..

:,: f"' :,: => s2 ow °' :,:

_L

NO SCALE

J.r ~~LING §@ ~ POSITION i5 I c.. f- :,: w "" :,::

~.l_

L7o~;NArj

OPENING

ROUGH OPENING

WIDTH PLUS 1"

WALL

DEPTH

SUPPORT

PLATE

"' ....: z - en z => Wz c.. -0 ::,;

:,:: f"" :,:

=> "' ow °' :,::

FRONT SECTION SIDE SECTION

WALL TO

DECK

o,;:::.T===

90" ELBOW / lf---if = = =

OOWN II 11

11 11

IL_JI

11 II

NO SCALE

NOTE: ALL CONDENSATE PIPE SHALL BE INSULATED.

_J~-jj - =r I/'--- 90" ELBOW

_J.._ 9 « UP

-~ LINED TRANSFER

DUCT BETWEEN

RETURN AIR PUENUMS

WHERE SHOWN ON DWGS.

~ C0LING

0SECURITY EXHAUST GRILLE TRANSFER DUCT DETAIL

NTS NO SCALE

NOTE: SIZES SHOWN ON DRAWING ARE MANUFACTURER'S ROUGH-OPENING DIMENSIONS.

-·c <

TRUNK DUCT ;

BRANCH DUCT

D I L w

\__ MANUAL DAMPER

D = 1/4 W 4' MIN

L = BRANCR DUCT WIDTH

BRANCH DUCT TAKEOFF CONECTION

BOTTOM

CHORD

OF JOIST

,ir

.~LOCK NUT

"C" CLAMP

LOCK NUT

HANGER ROD

THIS METHOD ALLOWABUE FOR MAX.

50 LIB. LOAD WITHIN 6" OF PANEL

POINT; BEYOND 6" OF PANEL POINT

THIS METHOD IS NOT ALLOWED.

u ju /LOCK NUT

LARGE

WASHER

BOTTOM

CHORD

OF JOIST

~LARGE

WASHER

LOCK NUT

HANGER ROD

THIS METHOD ALLOWABUE FOR MAX.

150 LIB. LOAD WITHIN 6" OF PANEL

POINT; BEYOND 6" OF PANEL POINT

50 LIB. MAX. LOAD ALLOWABUE.

WHEN MULTIPUE PIPES/DUClWORK ARE

PERPENDICULAR TO JOISTS, HANGERS

SHALL BE STAGGERED SO THAT

PIPING/OUClWORK IS NOT SUPPORTED

FROM A SINGUE JOIST.

SUPPORT ANGUES AND STIFFENERS

TO BE SUPPLIED AND INSTALUED

BY M.C.

OJ PROVIDE A SUPPORT ANGLE SPANNING TWO OR MORE JOISTS;

3 X 3 X 1/4" SUPPORT ANGLE WHERE JOIST SPACING IS OVER 2'-o•

BUT NOT MORE THAN 4'-0". PROVIDE 2 X 2 X 1/4" SUPPORT ANGUE

WHERE JOIST SPACING IS 2'-o• AND UNDER. WHERE LOAD EXCEEDS

500 POUNDS PER HANGER, SEE STIRUCTURAL DRAWINGS FOR DETAILING.

(I] FlELD WELD.

(I] PROVIDE STIFFENER ANGUE WHERE LOAD BBNG HUNG EXCEEDS 250 LIBS.

fu THIS DEi,··

1-1 /2 X 1-1/2 X 3/16"

STIFFENER [TI

PANEL

POINT

lJ SUPPORT ANGUE

LOCK NUT

LOCK NUT 1/2" BOLT

LARGE WASHER

µ:..,j, ' j,_6" l~ THIS DETAIL y

BOTTOM CHORD

OF JOIST

HANGER ROD

LARGE WASHER

LOCK NUT 1 '- 1 /2" BOLT

0 SECTON

THIS~ N.T.S.

BOTTOM CHORD

OF JOIST

SUPPORT ANGUE

CLl SECTON

THIS~ N.T.S.

LOCK NUT

TYPICAL JOIST HANGER DETAIL FOR

PIPING, DUCTWORK, AND EQUIPMENT

NO SCALE

z t a::

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ZMM

ARCHITECTS & ENGINEERS

222 Lee Street, West Charleston, West Virginia 25302 Phone: 304.342.0159 Fax: 304.345.8144 www.zmm.com a: a, ~ 1J ·- I.. .!;; en a, C) 1-w ::, ·'= z

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© BY ZMM, INC.

DETAILS

DRAWN

MKF

M4-1

CHECKED

SLC

DATE

7.3.2013

SECTION 1

SCALE 1 /8" = 1 '-0" . ,

DOAS-1A

CC-1A1

CLASSROOM

BS-_

REFRIGERANT

PIPtlG

CONDENSA"

PIPING ECHANICA GALLERY

6x60

DRUM

LOUVER

6x

VESTIBULE

...... ~ ..... ~ ... ft

~I:\, I IUN ~

SCAL[ : 1/8" = 1 ' - 0"

SECTION 3

SCALE 1 /8" = 1 ' - 0"

22·•

14x20

•12x18 SUPPLY GRlllE

CEILING

DIFFUSER

LOBBY

SECTION 4

DISTANCE

LEARNI NG

SCALE 1 /8" = 1 '-0"

T4-x10

Ft

6x60

DRUM

LOWER) 12x20

ASSEMBLY/

DRI LL HALL

6x60

DRUM LOINER

@JI;

CONTRACTORS SHALL COORDINATE WORK IN WITH OTHER

TRADES AND INSTALL ITEMS PERTAINING TO THEIR TRADE IN LOCATIONS

THAT DO NOT CONFIJCT WITH ITEMS Al.READY SHOWN ON SECTION.

6x60

DRUM LOINER

@JI;

ACU-3A

ASSEMBLY/

DRILL HALL

CONTRACTORS SHALL COORDNATE WORK IN WITH OTHER

TRADES AND INSTALL ITEMS PERTAINING TO THEIR TRADE IN LOCATIONS

THAT DO NOT CONFIJCT WITH ITEMS Al.READY SHOWN ON SECTION.

~l~~4x1o)II w !l! !l! ~ w

CBLJNG I

'-CSLJNG

DIFFUSER DIFFUSER

A/V I CLASSROOM

@JI;

CONTRACTORS SHALL COORDNATE WORK IN WITH OTHER

TRADES AND INSTALL ITEMS PERTAINING TO TH8R TRADE IN LOCATIONS

THAT DO NOT CONFIJCT WITH ITEMS Al.READY SHOWN ON SECTION.

ACU-28

BxlD

ROUTE BETWEEN

WEBBING OF TRUSSES·

14x20 16x20

•12x18

BREAK-OUT

ARCA

VAULT UNIT

ST □ RAG [

@JI;

CONTRACTORS SHALL COORDINATE WORK IN WITH OTHER

TRADES AND INSTALL ITEMS PERTAINING TO TH8R TRADE IN LOCATIONS

THAT DO NOT CONFIJCT WITH ITEMS Al.READY SHOWN ON SECTION.

•14x28

CONDENSATE •

v, .. .,._,._,,,,._

IPING

PIPING 4 •

6x

PT II MEN'S II SLEEPING

6x60 6x60

DRUM LOINER DRUM LOWER

w !l! wvw !l! w 14x22 N

GaLJNG j

DIFFUSER

CLASSROOM

ONDENSATE

PIPING

6x"- ,_4•1

HRIGERANT CC-3AJA EFRIGI

PIPING PIPING

\JOM E N'S CORRIDOR ~

SLEEPING

m::.1A w § /.212,24 il,13"¢ O< >O l'XL. _________ ___ j--,,.

KITCH~

16 J

HOOD EILING

IJARMING DIFFUS

KITCHEN

GOOSENECK\

OFFICE/

SUPPLY

1E=JJ; !d!J::1.Q

1- 11 ',, 6"• EXHAUST

14x20 l0xl8 16x16SG

UP TO GOOSENECK

ON ROOF

11 J.1----T WALL MOUNTED

JJ,._,_,,-----,Cw,._,, / EXHAUST HOSE

REEL ASSEMBLY

MOUNT BOTTOM

0 8'-0"AFF

SIM.

CENTER/

MAINT,

\JORKBAY

CHAIN HUNG

MOUNTED AT 45'

IRH-IC

MOUNT DIRECTLY

BELOW CRANE

RAIL BEAM

I

I

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ARCHITECTS & ENGINEERS

222 Lee Street, West Charleston, West Virginia 25302 Phone: 304.342.0159 Fax: 304.345.8144 www.zmm.com

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©BY ZMM, INC.

HVAC

SECTIONS

DRAWN

I~ w z 0 -I- => a:

~ z

MKF SLC C

KED

DATE

7.3.2013

COMM. NO.

M3-1 •

KEY NOTES GENERAL NOTES-VFR SYSTEM

• ROO

ogs 1

A

" • 11

~ICAL

TI

~Jc=]

~ I

I

I D ~ rr··-··-··-··-··-··- \

• ■ ·-· ··-I . ·-··-··

• STORAGE I -••-I I I 1099

j [}ill] FLAMMABLE /

: STORAGE _./

lb=~- '"'""" ITiill

I I

I I

I \{ I A

I

JANITOR I CLOSET

[Ioill

\ I ,~AP

1/ ,1-1- 8 ,7 8

ELECTRICAL 11 I 1-t:::iJ-;~t/'f;"f-!jC,::J,.~ - ,co e, 1-1/4" UNIT r1+J.!!" ll

' I J

MECHANICAL

I 1086 I

I D STORAGE

• • • - • I f-r---1-lf '

I t:1=~~~1 __LUI:ITit!i=t±±t I I 1\ - '

0 - ~ 6 11

ELECTRICAL

IT@]

I T I · - ~W~IA" '/) il-1/4"

AREA 'C' --AREA 'B'

c

C_ w

I IA

C_

0 0

UNIT

STORAGE

1 56TH

ENTRANCE

FACILITY

I 1079 I 1 1 f1 I! r:

C_

C_ \J \J

ROUTE CONDENSATE DRAIN TO FUNNEL DRAIN TERMINATE CONDENSATE PIPING W/1"/>JR GAP ABOVE

FUNNEL DRAIN. SEE P1-3 FOR LOCATION OF FUNNEL DRAIN.

ROUTE CONDENSATE DRAIN DOWN INSIDE WAll TO DOWNSPOUT NOZZLE. TRANSmON TO DOWNSPOUT

NOZZLE AS REQUIRED.

EXTEND REFRIGERAINT RISERS THRU ROOF. SEE OET/>JL ON DWG. M4-1.

BOTTOM OF WAll MOUNTIED CASSETTE SHAl.l BE 8' -8"AFF.

BOTTOM Of WAll MOUNTED CASSETTE SHAl.l BE 8' -O"AFF.

0A PROCESSING UNITS DO NOT HAVE CONDENSATE PUMPS. CONDENSATE

DRAIN LINES REQUIRE TRAIPS PER MFR. RECOMMENDATION AND GRAVITY FLOW.

UNIT

STORAGE

150TH

AND FSC

[iQill h lhc..,-.---------, 1-1/4" 1-1/4"

D-~-----+-1-+--- --'+--<>----"--D -+-<HI

• ~rc==========;~== =~~ hl ~ { , 1 •,: < I I I I I I I I I I I , , " " ' "'J I DATA I I I I I I I I I I > U r;10 •"I" ~: , • ''.', • -' 'o.,J • ~ fl) -1}/fl'Y """ .. C """ - 0" • I l . , ;-··-·--·· I ------··-,---·-

\ -~ ci- "'" ,,.,.- " " [jjill ,w Q ,<- -- ' ~ " '

A. REFRIGERAINT PIPING

1. REFRIGERAINT PIPING SHAl.l BE lYPE "ACR" COPPER, WITH BRAZED JOINTS.

2. TEES ARE NOT ACCEPTABLI. PROVIDE "REFNET" "WYE" -lYPE FITTING IN LIEU OF TEES.

3. All REFRIGERAINT PIPING SHAl.l BE INSUIATIED WITH EIASTOMERIC FOAM INSULATION-SEE SPECS.

4. SEE REFRIGERAINT FLOW DIAGRAM ON DWG. M4-1 FOR REFRIGERNIT COMPONENTS AND

SHUT OFF VALVES.

B. CONDENSATE DRAIN PIPING

1. All CONDENSATE DRAIN PIPING SHAl.l BE lYPE OW'/ COPPER PIICHED AT MIN. 1 %.

2. All CONDENSATE DRAIN PIPING SHAl.l BE INSUIATIED WITH 1 /2"nl1CK ELASTOMERIC FOAM.

3. WHERE PIPING PENETRATES EXTERIOR WAll AT GRADE, INCREASE PIPE TO

2" AND CONNECT TO DOWNSPOUT NOZZLI.

4. SEE CONDENSATE PIPING SYSTEM OET/>JL ON DWG. M4-1.

C. INDOOR HEAT PUMP CASSETTES

1. COORDINATE CASSETTE LOCATION WITH C8UNG GRIDS. SEE REFLECTIVE CB LING PLANS AND M4-1.

2. SEE SCHEDUI£ ON DWG. M5-2 FOR MINIMUM PIPING SIZES FOR EACH CASSETTE.

D. BRANCH SEl£CTOR BOXES

1. SEE SCHEDUI£ ON DWG. M5-2 FOR MINIMUM PIPING SIZES FOR EACH BOX.

E. OUTDOOR HEAT PUMP

1. SEE SCHEDUI£ ON DWG. M5-2 FOR MINIMUM PIPING SIZES FOR EACH CASSETTE.

2. PROV1DE SUPPORT FOR EACH UNIT IN ACCORDANCE WITH DET/>JL ON OWG. M4-1.

3. PROVIDE UTilllY CURB FOR EACH UNIT TO INCWDE REFRIGERAINT PIPING, El£CTRICAL AND CONTIROL

CONDUIT.

4. PROV1DE MULTIPLE CONNECTION REFRIGERANT PIPING KIT FROM MFR. TO CONNECT INDMDUAL UNITS WHICH ARE PART Of A TANOBM ASSBMBLY. EXAMPLE-240 CONDENSING UNIT CONSISTS OF 2-120 CONDENSING

UNITS. SEE PIPING OET/>JL ON DWG. M4-1.

SYMBOLS LEGEND

SYMBOL DESCRIPTION

ACU- />JR CONDmONING UNIT-GAS HEAT/DX COOLING

EF- EXHAUST FAN

KSF- KITCHEN SUPPLY FAN

KEF- KITCHEN EXHAUST f AN

ACC- />JR COOLED CONDENSER

EVAP- EVAPORATOR

0/>J- OUTSIDE />JR INTAKE

cc- C0LING CASSETTE cu- CONDENSING UNIT

DOAS- DEDICATIED OUTSIDE />JR SYSTEM

EWH- El£CTRIC WAll HEATER

EUH- El£CTRIC UNIT HEATER

ECH- ELECTRIC C0LING HEATER

LIQ REFRIGERAINT LIQUID - DIIKIN 3 PIPE SYSTEM

SUCTION REFRIGERAINT SUCTION - 0/>JKIN 3 PIPE SYSTEM

DPGAS DUAL PRESSURE GAS - 0/>JKIN 3 PIPE SYSTEM

BS- BRANCH SELECTOR DUAL PRESSURE BOX

l:8Jcc- INDOOR VRF CASSETTE UNIT

□VRF- OUTDOOR VRF CONDENSING UNIT

(!!) HUMIDfTY SENSOR +48" AFF {UNLESS NOTEO OTHERWISE)

@ ROOM SENSOR +48" AFF (UNLESS NOTIED OTHERWISE)

Q) THERMOSTAT +48" AFF (UNLESS NOTIED OTIHERWISE)

@ CARBON MONOXIDE SENSOR 48"AFF(UNLESS NOTIED OTHERWISE)

@ SHELTER-IN-PIACE(CONFlRM ANAL LOCATION WmH OWNER)

@ CARBON DIOXIDE SENSOR 60"AFF(UNLESS NOTED OTHERWISE)

I§ SUPPLY />JR DIFFUSER

~ RETURN GRIUE

EG0 EXHAUST GRIUE

l I/~ i ff-* m ''"c U \_ :;/ 0 ' f ~ "". , 'I:.~! :::..:·1 '"

________ ~BR~~EAouT__ _ __ _ ! ___ ______ _ __________ 3_ _ ~ ~ -T~~:~ol~'v ' 3/8",5/8",1/2"-/4 - ----=--~-_-___J ____________ ________ [ ___ -=-:::..::-____ _::.::__ ~-==~- --~-

~ - ___ •_· _ ·.., -------'----i ECG0 EGG CRATE lYPE EXHAUST GRIUE

_ __ _ __ _ --''!', IT@] _ _ _ _ "- ~------ ---------------_J/B",5/B~~ ,-l/'2:t-c1JB:U8" 3/8",7/8",3/4" -~-.;,. , -3/8",3/4",5/8" i BREAK- OUT i CORRIDOR i tr I

; lIJ / , ------------- ...-,S";Sts'--------J AREA l_ 1;2·,1-1/8",3/4"~ ~ _ @sJ ,,,,-V8",5/8",1/2" l/ c ~ -....._ ,~L . t.: '-- lIJ 3/8"5/8"1/2"- ) lIJ / 4 )-- - -- - -- _[illil _ --- - ------------------- ?,/~';5-/f,';~/z' ----- ~--~.3..). __ J u - V "L......r "-3/8"3/4"5/8" ' ' t--. fil::1.§ \ '-.J -

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~-" / I ITI 'I T,Af I -, D 'D , ~ i / DOWNSPOUT I BS-21 ,J DOWNS~ lo' J ' / I I 5 DI NOZZLE r1 1/4" ~ • • ----- ~

NOZZLE \ 2 l/ _ V CC-)BSI~ "\ ~ ~ \ .._ , / bl ~ , 3/8 ,5/8" 3/8",5/8"-<.._ • r1-1/

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CONDENSATE DRAIN PIPING

PIPE TIURNING UP

PIPE TIURNING DOWN WITH SHUT-OFF VALVE IN RISER.

PIPE TIURNING DOWN

MANUAL BALANCING DAMPER

TRANSFER DUCT

MOTOR OPERATIED DAMPER

REF. LIQ, SUCT,OPGAS PIPE SIZES - COND. UNIT TO BS

REF. LIQ, GAS PIPE SIZES - BS TO CASSETTE

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ARCHITECTS & ENGINEERS

222 Lee Street, West Charleston, West Virginia 25302 Phone: 304.342.0159 Fax: 304.345.8144 www.zmm.com a: a, ~ "O ·- L -~ 00 a, O> 1-w :::, -~ z

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GENERAL NOTES-VFR SYSTEM

A. REFRIGERANT PIPING

1. REFRIGERANT PIPING SHAil BE lYPE "ACR" COPPER, WITH BRAZED JOINTS.

2. TEES ARE NOT ACCEP'.IABLE, PROVIDE "REFNET" "WYE" -JYPE FITTING IN LIEU OF TEES.

3. All REFRIGERANT PIPING SHALL BE INSULATED WITH El.ASTOMERIC FOAM INSULATION-SEE SPECS.

4. SEE REFRIGERANT FLOW DIAGRAM ON DWG. M4-1 FOR REFRIGERANT COMPONENTS AND

SHUT OFF VALVES.

B. CONDENSATE DRAIN PIPING

1. All CONDENSATE DRAIN PIPING SHALL BE lYPE [!IN COPPER PITCHED AT MIN. 1%.

2. All CONDENSATE DRAIN PIPING SHALL BE INSULATED WITH 1 /2"THICK El.ASTOMERIC FOAM.

3. WHERE PIPING PENETRATES EXTERIOR WAil AT GRADE, INCREASE PIPE TO

2" AND CONNECT TO DOWNSPOUT NOZZLE.

4. SEE CONDENSATE PIPING SYSTEM DETAIL ON DWG. Ml-1.

C. INDOOR HEAT PUMP CASSETTES

1. COORDINATE CASSETTE LOCATION WITH C~LING GRIDS. SEE REFLECTIVE CEILING PLANS AND M4-1.

2. SEE SCHEDULE ON DWG. M5-2 FOR MINIMUM PIPING SIZES FOR EACH CASSETTE.

D. BRANCH SELECTOR BOXES

1. SEE SCHEDULE ON DWG. MS-2 FOR MINIMUM PIPING SIZES FOR EACH BOX.

E. OUTDOOR HEAT PUMP

1. SEE SCHEDULE ON DWG. M5-2 FOR MINIMUM PIPING SIZES FOR EACH CASSETTE.

2. PROVIDE SUPPORT FOR EACH UNIT IN ACCORDANCE WITH DETAIL ON DWG. M4-1.

3. PROVIDE UTILITY CURB FOR EACH UNIT TO INCLUDE REFRIGERANT PIPING, ELECTRICAL AND CONTROL

CONDUIT.

4. PROVIDE MULTIPLE CONNECTION REFRIGERANT PIPING KIT FROM MFR. TO CONNECT INDMDUAL UNITS WHICH ARE PART OF A TANDEM ASSEMBLY. EX>IMPLE-240 ODNDENSING UNIT CONSISTS OF 2-120 CONDENSING

UNITS. SEE PIPING DETAIL ON DWG. M4-1 .

KEY NOTES

ROUTE CONDENSATE DRAIN TO FUNNEL DRAIN TERMINATE CONDENSATE PIPING W/ l"AIR GAP ABOVE

FUNNEL ORAIN. SEE P1-4 FOR LOCATION OF FUNNEL DRAIN.

ROUTE CONDENSATE DRAIN TO SER\1CE SINK TERMINATE CONDENSATE PIPING W/1"AIR GAP ABOVE RIM OF FlXTIURE.

NOT USED.

BOTTOM OF WAil MOUNTED CASSETTE SHALL BE 1 O' -O"AFlF.

SYMBOLS LEGEND

SYMBOL DESCRIPTION

ACU- AIR CONDmONING UNIT-GAS HfAT /DX COOLING

EF- EXHAUST FAN

KSF- KITCHEN SUPPLY FAN

KEF-…