UH ERP BUILDING 9B - C-AIR-S... speakers, nurse call dome lights, exit signage, fire alarm devices, ... coordinate relocations with mep engineers. ... ps-1 ps-1 pr ps-2 ps-2 pr

www.perkinswill.com

PACKAGE 3: ENVELOPE & BUILD-OUT

9/7/2017 9:16:37 AM

C:\temp\BLDG9B_ARCH_blumerd.rvt

DESIGN DEVELOPMENT

09/06/2017

UH ERP BUILDING 9B

Copyright © 2017 Perkins+Will

Sheet Index - Package 3

SHEET NUMBER SHEET NAME Pac

kag

e 3,

09.

06.2

017

- D

D

01-GENERAL

G00-00 COVER SHEET ●

G01-03 CODE COMPLIANCE PLAN - LEVEL 01 ●

G02-01 FIRE RESISTANCE DETAILS ●

G02-02 FIRE RESISTANCE DETAILS ●

03-CIVIL

C02-02 CIVIL SITE UTILITY PLAN ●

C05-03 CIVIL GENERAL NOTES AND DETAILS ●

05-ARCHITECTURE

A00-01 GENERAL NOTES, SYMBOLS, AND ABBREVIATIONS ●

A01-01 OVERALL SITE PLAN ●

A10-01 FLOOR PLAN - LEVEL 01 ●

A10-02 FLOOR PLAN - ROOF ●

A12-01 REFLECTED CEILING PLAN - LEVEL 01 ●

A13-01 FINISH PLAN AND LEGEND ●

A13-02 FLOOR PATTERN PLAN ●

A14-01 FURNITURE PLAN - LEVEL 01 ●

A20-01 BUILDING ELEVATIONS ●

A21-01 BUILDING SECTIONS ●

A31-01 EXTERIOR WALL SECTIONS ●

A31-02 EXTERIOR WALL SECTIONS ●

A32-01 EXTERIOR WALL TYPES AND DETAILS ●

A32-10 EXTERIOR ENVELOPE DETAILS - ROOF DETAILS ●

A32-11 EXTERIOR ENVELOPE DETAILS - ROOF DETAILS ●

A33-01 EXTERIOR ENLARGED WALL DETAILS ●

A40-01 INTERIOR ELEVATIONS ●



A43-01 ENLARGED TOILET ROOM PLANS AND ELEVATIONS ●

A52-01 PLAN DETAILS ●

A52-02 PLAN DETAILS ●

A61-01 INTERIOR PARTITION TYPES & DETAILS ●

A61-10 CEILING DETAILS ●

A62-01 DOOR SCHEDULE AND TYPICAL DETAILS ●

A63-01 WINDOW ELEVATIONS ●

A66-00 LAB CASEWORK SCHEDULE ●

A66-01 ENLARGED LAB PLANS ●

06-MECHANICAL

M-001 MECHANICAL LEGENDS, GENERAL NOTES AND SCHEDULES ●

M-002 MECHANICAL SCHEDULES ●

M-100 LEVEL 01 MECHANICAL RENOVATION PLAN ●

M-101 ROOF MECHANICAL RENOVATION PLAN ●

M-500 CONTROL SCHEMATICS AND SEQUENCES OF OPERATION ●

M-501 CONTROLS SCHEMATICS AND SEQUENCES ●

M-502 CONTROL SCHEMATICS AND SEQUENCES ●

M-900 MECHANICAL DETAILS ●

M-901 MECHANICAL DETAILS ●

07-ELECTRICAL

E001 ELECTRICAL SYMBOLS, LEGEND AND ABBREVIATIONS ●

E002 LUMINAIRE SCHEDULE ●

E010 ONE LINE DIAGRAM - DEMOLITION ●

E011 ONE LINE DIAGRAM ●



E050 LEVEL 01 OVERALL PLAN ●

E101B LEVEL 01 LIGHTING PLAN AREA B ●

E201B LEVEL 01 POWER PLAN AREA B ●

E202B ROOF POWER PLAN ●

E301B LEVEL 01 FIRE ALARM PLAN AREA B ●

E501 ENLARGED PLANS ●

E701 ELECTRICAL PANELBOARD SCHEDULES ●

09-PLUMBING

P-001 PLUMBING LEGEND, GENERAL NOTES AND SCHEDULES ●

P-200 PLUMBING UNDERFLOOR PLAN ●

P-201 PLUMBING FIRST FLOOR PLAN ●

P-901 PLUMBING DETAILS ●

09.2-PLUMBING

FP-001 FIRE PROTECTION LEGEND, GENERAL NOTES ANDSPECIFICATIONS

●

FP-201 FIRE PROTECTION FIRST FLOOR PLAN ●

27-TELECOMMUNICATIONS

T00-01 TELECOM INDEX ●

T01-01 TELECOM RISER DIAGRAM ●

T10-00 TELECOM SITE PLAN ●

T10-01 TELECOM FLOOR PLAN ●

T12-01 TELECOM REFLECTED CEILING PLAN ●

28-AUDIOVISUAL

TA00-01 AUDIOVISUAL INDEX ●

TA10-01 AUDIOVISUAL FLOOR PLAN ●

TA12-01 AUDIOVISUAL REFLECTED CEILING PLAN ●

TA61-01 AUDIOVISUAL DETAILS ●

TA61-02 AUDIOVISUAL DETAILS ●

TA62-01 AUDIOVISUAL SCHEMATICS ●

TA62-02 AUDIOVISUAL SCHEMATICS ●

29-SECURITY

TY00-01 SECURITY INDEX ●

TY10-01 SECURITY FLOOR PLAN ●

TY12-01 SECURITY REFLECTED CEILING PLAN ●

CONTROL JOINT

CEILING HEIGHT DESIGNATION PER AREA. WHERENO HEIGHT IS DESIGNATED, ASSUME 9'-0"

SUPPLY AIR GRILLEREFER TO MECHANICAL DRAWINGSFOR ADDITIONAL INFORMATION

SUSPENDED 2' X 2' ACOUSTICALCEILING SYSTEM

SUSPENDED 2' X 4' ACOUSTICALCEILING SYSTEM

CEILING DETAIL / SECTION TAG

SUPPLY STRIP DIFFUSER RE: MECHANICAL

SPEAKER; RE: AUDIO VISUAL DRAWINGS

CAMERA; RE: SECURITY DRAWINGS

GP

ES

EXIT LIGHTING

GYPSUM BOARD CEILING

EXPOSED STRUCTURE

RETURN AIR GRILLEREFER TO MECHANICAL DRAWINGSFOR ADDITIONAL INFORMATION

EXHAUST AIR GRILLEREFER TO MECHANICAL DRAWINGSFOR ADDITIONAL INFORMATION

XXA-XXX

SIM

EXPANSION JOINT

9' - 0" AFF

RCP LEGEND

RCP NOTES BY NUMBER

TYPE A - 1 x 4 TROFFER LIGHT

TYPE B - 2 X 4 TROFFER LIGHT

TYPE C - RECESSED DOWNLIGHT

TYPE F - EXTERIOR WALL PACK

CJ

TYPE D - LINEAR PENDANT LIGHT

TYPE E - RECESSED COVE

THE CONTRACTOR SHALL COMPARE THIS REFLECTED CEILING PLAN WITH ELECTRICAL LIGHTING PLANS, MECHANICAL SUPPLY, RETURN, AND EXHAUST PLANS. THE CONTRACTOR SHALL REPORT ANY OMISSIONS OR INCONSISTENCIES TO THE ARCHITECT.

SEE ELECTRICAL DRAWINGS FOR THE LOCATIONS OF CEILING MOUNTED SMOKE DETECTORS, SPEAKERS, NURSE CALL DOME LIGHTS, EXIT SIGNAGE, FIRE ALARM DEVICES, WALL MOUNTED EXIT LIGHTS, ETC.

FOR FURTHER DIMENSIONS SEE LARGE SCALE PLANS, SECTIONS, ELEVATIONS, AND DETAILS.

COORDINATE GYPSUM BOARD FURR DOWN HEIGHTS WITH FULL HEIGHT CABINETS AND INTERIOR ELEVATIONS (A45 SERIES)

SPRINKLER HEAD LOCATIONS ARE NOT SHOWN ON ARCHITECTURAL REFLECTED CEILING PLANS. (BUILDING IS TO BE "FULLY SPRINKLERED") PER NFPA 13 AND OWNER'S INSURANCE COMPANY'S REQUIREMENTS.

18" MINIMUM VERTICAL CLEARANCE SHALL BE MAINTAINED BETWEEN THE BOTTOM OF EXTENDED SPRINKLER HEADS AND THE TOP OF ANY FILES, SHELVING, LOCKERS, ETC.

THE CONTRACTOR SHALL VERIFY THAT ACCESS PANELS OF TYPE SPECIFIED ARE INSTALLED IN NON-ACCESSIBLE TYPE CEILINGS WHERE SERVICE OR ADJUSTMENT TO MECHANICAL, PLUMBING, OR ELECTRICAL ITEMS MAY BE REQUIRED. ACCESS PANELS SHALL BE THE FIRE RATED TYPE EQUAL TO THE RATING OF THE CEILING IN WHICH THEY OCCUR.

PRE-MANUFACTURED SHOWER UNITS ARE PROVIDED WITH LIGHT FIXTURES (REF ELECTRICAL FOR CONNECTION.)

RELOCATE SUPPLY DRAIN AND VENT PIPES TO MAINTAIN SCHEDULED CEILING HEIGHTS. COORDINATE RELOCATIONS WITH MEP ENGINEERS.

WHERE EXISTING LAY-IN CEILINGS ARE TO REMAIN, THE CONTRACTOR SHALL REPLACE ANY TILE THAT HAS BEEN DAMAGED WITH MATERIALS THAT MATCH THE EXISTING FOR COLOR, TEXTURE, PATTERN, ETC. IF UNIFORMITY CANNOT BE ACHIEVED, THE CONTRACTOR SHALL REPLACE THE ENTIRE CEILING WITHIN THE SPACE WITH NEW MATERIAL.

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

RCP GENERAL NOTES

1 3 5 7 9 11

A

G

C

E.

2 4 8 10

FIRE RISER RM - 9B101

VESTIBULE100

AUDITORIUM111

CLASSROOM115

OFFICE154

6

COMPUTER LAB110

TEACHINGLABORATORY

112

TEACHINGLABORATORY

116

LOADING ZONE117

LAB SUPPORT113OPEN

102B

MEN106A

WOMEN108A

CORRIDOR191

OPEN191B

OPEN OFFICE / BULLPEN102C

OPEN102A

VESTIBULE103

JAN106B

OPEN OFFICE BULLPEN

124

ELECTRICAL130

STORAGE126

IDF133

CORRIDOR193

B.O. SUNSHADE

B

D

F

CEILING UTILITY PANEL, TYP.

LAB STORAGE114

AFF10' - 0"

ACT-1

AFF10' - 0"

ACT-1

ES

AFF8' - 0"

ACT-1

AFF8' - 0"

ACT-1

AFF10' - 0"

ACT-1

AFF8' - 0"

ACT-1

AFF8' - 0"

ACT-1

AFF8' - 0"

GYP BD

AFF9' - 0"

GYP BD

AFF8' - 0"

GYP BDAFF9' - 0"

GYP BD

AFF8' - 0"

GYP BDAFF9' - 0"

GYP BD

AFF8' - 0"

GYP BD

AFF9' - 0"

GYP BD

ES

AFF9' - 0"

GYP BD

AFF9' - 0"

GYP BD

AFF9' - 0"

GYP BD

AFF9' - 0"

GYP BD

AFF9' - 6"

ACT-1

AFF9' - 6"

ACT-1

AFF9' - 0"

GYP BD

AFF9' - 0"

GYP BD

AFF10' - 0"

ACT-1

AFF9' - 0"

GYP BD

ES

AFF9' - 6"

ACT-1

OPEN OFFICE BULLPEN

135

AFF9' - 6"

ACT-1

AFF13' - 0"

ACT-1

AFF10' - 0"

ACT-1

CORRIDOR192

AFF9' - 6"

ACT-1

AFF9' - 6"

ACT-1

OFFICE152

AFF9' - 6"

ACT-1

OFFICE150

AFF9' - 6"

ACT-1

OFFICE148

AFF9' - 6"

ACT-1

OFFICE146

AFF9' - 6"

ACT-1

OFFICE144

AFF9' - 6"

ACT-1

OFFICE142

AFF9' - 6"

ACT-1

OFFICE140

AFF9' - 6"

ACT-1

OFFICE138

AFF9' - 6"

ACT-1

OFFICE136

AFF9' - 6"

ACT-1

OFFICE134

AFF9' - 6"

ACT-1

OFFICE132

AFF9' - 6"

ACT-1

ES

ES

AFF9' - 6"

ACT-1

OPEN STAFF OFFICE120

AFF9' - 6"

ACT-1


AFF9' - 6"

ACT-1

CONFERENCE122

AFF9' - 6"

ACT-1

AFF9' - 0"

GYP BD

AFF10' - 0"

ACT-1

AFF10' - 0"

MTL SFT

AFF10' - 0"

MTL SFT

1' - 0 3/8"

AFF10' - 0"

GYP BD

3' -

0"

AFF9' - 0"

GYP BD

ES

AFF10' - 0"

MTL SFTAFF9' - 0"

GYP BD

CEILING UTILITY PANEL, TYP.

PR PR

PS-1 PS-1

PR

PS-2 PS-2

PR

PS-2 PS-2

PS-2PS-2 PS-2 PS-2

PRPR PR PRPR PR

ES

STORAGE137

MEN106

WOMEN108

AFF8' - 0"

ACT-1

AFF8' - 0"

ACT-1

3' - 0 1/2"

01/

2"1"

2"


E

1

CHECKED BY:

SHEET TITLE:

DWG/RVT FILE:DRAWN BY:

COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:

PROJECT INFORMATION:

UH PROJECT No.

CONSULTANTSCONSULTANTSCONSULTANTSCONSULTANTS

1001 McKinney, Suite 1300Houston, TX 77002

T 713.366.4000F 713.528.3339

[email protected]

Shah Smith & Associates2825 Wilcrest, Ste. 350Houston, Texas 77042

t 713.780.7563www.shahsmith.com

[email protected]

ASA Dally Structural Engineers9800 Richmond AvenueHouston, Texas 77042

t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):

University of Houston System

FLOOR NUMBER:CITY/ZIP:ADDRESS:

BUILDING NAME:BLDG. ABBREV.:BLDG. NUMBER:PARCEL NUMBER:CAMPUS NAME:

P770825UH ENERGY RESEARCH PARK-4099BBldg. Number 9B

5000 Gulf Freeway, Bldg 9BHouston, Texas 77004N/A185178.00

2 3 4 5 6

D

C

B

A

P+W PROJECT #:

Walter P Moore1301 McKinney, Ste. 1100

Houston, Texas 77010t 713.630.7333

[email protected]

4B Technology Group12600 Northborough Dr. Ste. 290

Houston, Texas 77067t 832.241.0049

www.4btechnology.com

INTERIM REVIEW

DESIGN DEVELOPEMENT

ENERGY RESEARCH PARK -BUILDING 9B: PACKAGE 3 ENVELOPE & BUILD-OUT

9/7

/20

17

9:1

0:4

1 A

M

C:\

tem

p\B

LD

G9B

_A

RC

H_b

lum

erd

.rvt

A12-01

REFLECTED CEILINGPLAN - LEVEL 01

09/06/2017Author

DRRG

<<< Indicates Sheet Keynote on Plan

1/8" = 1'-0"1 LEVEL 01 - REFLECTED CEILING PLAN

NO ISSUE DATE

LE

GE

ND

DIS

RE

GA

RD

LE

GE

ND

IT

EM

S N

OT

IN

DIC

AT

ED

ON

DR

AW

ING

S

SYMBOL DESCRIPTIONABBREV.

FD/FSD

DESCRIPTIONABBREV.SYMBOL

MVD

VD

SA/OA

RA

EA/REA

OR

10

1

CARBON DIOXIDE SENSOR

N.O.

HUMIDITY SENSOR

DIFFERENTIAL PRESSURE SENSOR

MOTOR STARTER

NORMALLY CLOSED

NORMALLY OPEN

N.C.

VARIABLE FREQUENCY DRIVE

FREEZE STAT

FILTER GAUGE

DIFFERENTIAL PRESSURE SWITCH

AIRFLOW MEASURING STATION

ELECTRICAL SIGNAL

DAMPER OR VALVE ACTUATOR

HIGH PRESSURE SHUT OFF SWITCH

NEW WORK

EXISTING WORK

FIRE/FIRE SMOKE DAMPER

RETURN AIR DUCT

SUPPLY/OUTSIDE AIR DUCT

EXHAUST/RELIEF AIR DUCT

ACCESS DOOR

MOTORIZED VOLUME DAMPER

VOLUME DAMPER

SUPPLY AIR DIRECTION

OFFSET AIR QUANTITY (CFM)/EXHAUST/RETURN DIRECTION

TEMPERATURE SENSOR

THERMOSTAT

HUMIDISTAT

SMOKE DUCT DETECTOR

SMOKE DETECTOR

STATIC PRESSURE SENSOR

KEYED NOTE

REVISION TRIANGLE

DENOTES RECTANGULAR DUCTWORK

DENOTES OVAL DUCTWORK

DENOTES ROUND DUCTWORK/PIPING12"

70/22

70/22 O.

VARIABLE FREQUENCY DRIVE

ABOVE FINISHED FLOOR

BOTTOM OF DUCT

AFF

VFD

BOD

FLAT OVAL

(E)/EXIST.

FO

EXISTING

BOP BOTTOM OF PIPE

CAV CONSTANT AIR VOLUME

VARIABLE AIR VOLUMEVAV

C/C COOLING COIL

HEATING COILH/C

CFM CUBIC FEET PER MINUTE

EXHAUST FANEF

EXH EXHAUST

FAN COIL UNITFCU

GPM GALLONS PER MINUTE

NOT TO SCALENTS

SAD SOUND ATTENUATING DEVICE

AFMS AIR FLOW MEASURING STATION

VTR VENT THRU ROOF

DDC DIRECT DIGITAL CONTROL

AIR HANDLING UNITAHU

COMPRESSED AIR

CHS

CWS

CWR

HWS

CHR

CHILLED WATER SUPPLYCHS

CONDENSING WATER RETURN

CONDENSING WATER SUPPLY

CHILLED WATER RETURN

HOT WATER SUPPLY

CWS

CWR

HWS

CHR

THREE-WAY CONTROL VALVE

TWO-WAY CONTROL VALVE

BUTTERFLY VALVE

SOLENOID VALVE

VENTURI FLOW TUBE

THERMOMETER WELL

PLUG VALVE

GAGE COCK

VALVE BOX

CHECK VALVE

GLOBE VALVE

GATE VALVE

BALL VALVE

PRESSURE RELIEF VALVE

# OF STEAM RETURN

# OF STEAM SUPPLY

PRESSURE REDUCING VALVE

HOT WATER RETURN

PRV

STRAINER

ANCHOR

FLEXIBLE JOINT

GAGE

REDUCER

UNION

THERMOMETER

RV

HWR

A

#R

#S

HWR

#S

#R

A

PCR PCR PUMP CONDENSATE RETURN

CR CR CONDENSATE RETURN

H

T

TEMPORARY WORK

CO2

HS

ES

DP

VFD

FS

G

DPS

HP

AFMS

S

TS

DD

HS

SP

ORT

MECHANICAL SYSTEMS INFORMATION

TYPES OF SYSTEMS

DESIGN CONDITIONS

OFFICE, CLASSROOM, AND AUDITORIUM

LABORATORY CLASSROOMS

SUMMER OUTSIDE (DEG. F DB/WB) (ASHRAE 1% DRY BULB/WET BULB)

WINTER OUTSIDE (DEG F) (ASHRAE 99.6% HEATING DB)

SUMMER INSIDE:

OFFICES, CONFERENCE ROOMS, LABS

ELECTRICAL ROOMS

WINTER INSIDE (OCCUPIED SPACES)

FRESH (OUTSIDE) AIR (PER ASHRAE 62-2010)

OFFICES, CONFERENCE ROOMS

CORRIDORS

LABORATORIES OCCUPIED (MINIMUM)

STORAGE ROOMS

JANITORS ROOMS

97.4 F / 79.1 F

24.8 F DB

75 F DB, 50%RH

80 F DB

70 F DB

5 CFM/P + 0.06 CFM/SQ.FT

0.06 CFM/SQ.FT

10 CFM/P + 0.06 CFM/SQ.FT

OR 6 AIR CHANGES/HR

0.12 CFM/SQ.FT

1 CFM/SQ.FT. EXHAUST

SINGLE ZONE DX ROOFTOP AIR HANDLING UNIT WITH COOLING COIL SERVING VAV TERMINALS WITH ELECTRIC HEATING COILS. OUTSIDE AIR IS MODULATED BY CO2 READINGS.

SINGLE ZONE DX ROOFTOP AIR HANDLING UNIT WITH COOLING COIL SERVING VAV TERMINALS WITH ELECTRIC HEATING COILS. OUTSIDE AIR IS PRE-TREATED VIA AN ENERGY RECOVERY WHEEL WITHIN THE RTU AND MODULATED BY CO2 READINGS.

GE

NE

RA

L N

OT

ES

THESE GENERAL NOTES APPLY TO ALL MECHANICAL DRAWINGS.

IN ANY CASE WHERE A PIPE OR DUCT SHOWN ON A PLAN SHEET DIFFERS FROM THAT SHOWN IN A SCHEMATIC OR DETAIL, USE THE LARGER OF THE TWO SIZES SHOWN.

PIPING SHOWN ON EACH PLAN IS RUN ABOVE THE CEILING ON THE FLOOR WHERE IT IS SHOWN UNLESS OTHERWISE NOTED.

ALL ELEVATIONS INDICATED IN THIS WAY (8'-0") ARE THE ELEVATIONS FROM THE FINISHED FLOOR DIRECTLY BELOW TO THE BOTTOM OF THE BARE PIPE OR DUCT.

MOUNT TEMPERATURE AND HUMIDITY SENSORS 44 INCHES ABOVE FINISHED FLOOR AND CENTERED ABOVE THE LIGHT SWITCHES WHERE BOTH OCCUR IN THE SAME LOCATION, UNLESS OTHERWISE NOTED.

PROVIDE FIRE DAMPER, ACCESS DOOR IN ALL DUCTWORK PIERCING FLOORS, AND 2 HOUR FIRE RATED WALLS.

COORDINATE LOCATION OF CEILING DIFFUSERS AND GRILLES WITH LIGHTING. REFER TO ARCHITECTURAL REFLECTED CEILING PLANS.

DUCT RUN-OUTS TO DIFFUSERS SHALL BE THE SAME SIZE AS DIFFUSER NECK SIZE.

SUPPLY DUCT BRANCH TO TERMINAL BOXES SHALL BE SAME SIZE AS BOX INLET SIZE UNLESS OTHERWISE NOTED. REFER TO 07/M-901.

DUCT SIZE SHOWN ARE NET FREE AIR PASSAGE DIMENSIONS. DUCTS ARE NOT LINED, BUT ARE EXTERNALLY INSULATED.

COORDINATE INSTALLATION OF EQUIPMENT AND PIPING WITH ELECTRICAL CONTRACTOR TO INSURE NEC CLEARANCE IN FRONT OF ALL ELECTRICAL PANELS.

DIFFUSER & GRILLE SCHEDULE NOTES

1. MAX NC-30 FOR ALL AIR DEVICES. NC SHALL BE CALCULATED AS PER AHRI 885-2008 ASSUMING LAY-IN ACOUSTICAL TILE.2. PROVIDE INTEGRAL OBD FOR SIDEWALL DIFFUSERS AND GRILLES.3. ALL DIFFUSERS IN GYP. BOARD CEILINGS TO HAVE FLOATABLE EDGE TRIM.

AIR DEVICE NOMENCLATURE

[A]5000

TYP 10

DIFFUSER MARK

NUMBER OF DIFFUSERS

DEVICE CFM

Document incomplete.Not intended for permit, bidding or construction.

Engineer:

P.E. Serial No.:

Date:

INTERIM REVIEW ONLY

SCOTT P. SEVIGNY

91989

Tx. Registration # F-2113

01/

2"1"

2"


E

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CHECKED BY:

SHEET TITLE:


COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:


UH PROJECT No.

CONSULTANTS


T 713.366.4000F 713.528.3339

[email protected]



[email protected]


t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):






2 3 4 5 6

D

C

B

A


DESIGN DEVELOPEMENT

P+W PROJECT #:


Houston, Texas 77010t 713.630.7333

[email protected]

09/06/2017

4B Technology Group, LLC12600 Northborough Drive, Suite 290

Houston, Texas 77067t 832.249.9379

[email protected]

09/0

6/2

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M-001

MECHANICAL LEGENDS,GENERAL NOTES ANDSCHEDULES

09/06/2017

DLRG

DRAWING LIST - MECHANICALM-001 MECHANICAL LEGENDS, GENERAL NOTES AND SCHEDULES

M-002 MECHANICAL SCHEDULES

M-100 LEVEL 1 MECHANICAL RENOVATION PLAN

M-101 ROOF MECHANICAL RENOVATION PLAN

M-500 CONTROL SCHEMATICS AND SEQUENCES OF OPERATION

M-501 CONTROL SCHEMATICS AND SEQUENCES

M-502 CONTROL SCHEMATICS AND SEQUENCES

M-900 MECHANICAL DETAILS

M-901 MECHANICAL DETAILS

DETAIL LIST - MECHANICALBEAM CLAMP TYPE SUPPORT DETAIL M-900

CEILING DIFFUSER CONNECTION DETAIL M-900

CV AND VAV TERMINAL BOX CONNECTION DETAIL W/ELECTRICAL HEAT M-900

EXHAUST GRILLE & RECTANGULAR BRANCH CONNECTION DETAIL M-900

FAN COIL UNIT DETAIL M-900

FAN POWERED TERMINAL BOX CONNNECTION DETAIL W/ELECTRICALHEAT

M-901

RECTANGULAR DUCT SUPPORTED BY UNISTRUT DETAIL M-900

REFRIGERANT PIPE THRU ROOF DETAIL M-900

RETURN AIR SOUND ATTENUATOR DETAIL M-901

ROOF MOUNTED EXHAUST FAN DETAIL M-901

ROOF TOP UNIT DETAIL M-901

SCHEDULE - DIFFUSER & GRILLE

MARK

CFM

RANGE NECK SIZE SUPPLY RETURN EXHAUST TYPE PATTERN MANUFACTURER & MODEL NUMBER

A 0-180 6'' X 24" X 24" PLAQUE 4-WAY PRICE ASPD FULL FACE ALUMINUM CONSTRUCTION

B 181-350 8'' X 24" X 24" PLAQUE 4-WAY PRICE ASPD FULL FACE ALUMINUM CONSTRUCTION

C 351-450 10'' X 24" X 24" PLAQUE 4-WAY PRICE ASPD FULL FACE ALUMINUM CONSTRUCTION

D 451-710 12'' X 24" X 24" PLAQUE 4-WAY PRICE ASPD FULL FACE ALUMINUM CONSTRUCTION

F 0-1000 22" X 22" X 24" X 24" PERF. FACE PERF PRICE APDDR, NON-DUCTED ALUMINUM CONSTRUCTION

H 161-275 8'' X 24" X 24" PERF. FACE PERF PRICE APDDR ALUMINUM CONSTRUCTION

I 276-435 10'' X 24" X 24" PERF. FACE PERF PRICE APDDR ALUMINUM CONSTRUCTION

J 436-625 12'' X 24" X 24" PERF. FACE PERF PRICE APDDR ALUMINUM CONSTRUCTION

L RE: DWGS RE: DWGS X SIDEWALL GRILLE DOUBLE DEFLECTION PRICE 620 FS, 3/4" BLADE SPACING ALUMINUM FACE AND FRAME

M RE: DWGS RE: DWGS X X SIDEWALL GRILLE SINGLE DEFLECTION PRICE 630 FL ALUMINUM FACE AND FRAME

W 161-275 8'' X 24" X 24" PERF. FACE PERF PRICE APDDR ALUMINUM CONSTRUCTION

NO ISSUE DATE

SINGLE DUCT TERMINAL BOX SCHEDULE GENERAL NOTES

A. ABOVE SELECTIONS BASED ON PRICE MODEL SDV.B. INLET SIZE INDICATED IS THE MINIMUM INLET SIZE ACCEPTABLE. MANUFACTURER MAY INCREASE INLET SIZE IF NECESSARY TO MEET

PROJECT REQUIREMENTS.C. MAX SP IN.WG IS THE MAXIMUM STATIC PRESSURE DROP ALLOWED THROUGH THE BOX AND COIL AT SCHEDULED MAXIMUM CFM.D. PROVIDE CONTROL POWER TRANSFORMER PER SPECIFICATIONS. DIV 26 SHALL PROVIDE SINGLE POINT POWER CONNECTION AS

SCHEDULED ABOVE. DIV. 23 TO PROVIDE UNIT ELECTRICAL DISCONNECT.

SINGLE DUCT TERMINAL BOX SCHEDULE NOTES

1. TERMINAL BOX HAS NO ELECTRIC HEATING COIL.

FAN POWERED TERMINAL BOX SCHEDULE GENERAL NOTES

A. ABOVE SELECTIONS BASED ON PRICE MODEL FDC (SERIES).B. INLET SIZE INDICATED IS THE MINIMUM INLET SIZE ACCEPTABLE. MANUFACTURER MAY INCREASE INLET SIZE IF NECESSARY TO MEET PROJECT REQUIREMENTS.C. EXTERNAL STATIC PRESSURE INCLUDES LOSSES DUE TO DUCTWORK AND AIR DEVICES. INCLUDE ELECTRIC HEATING COIL PRESSURE DROP, FILTER PRESSURE

DROP, AND INTERNAL LOSSES WHEN CALCULATING TOTAL FAN STATIC PRESSURE AND SELECTING TERMINAL BOX.D. MAXIMUM STATIC PRESSURE IS THE MAXIMUM ALLOWABLE AIRSIDE STATIC PRESSURE LOSS THROUGH THE BOX AT SCHEDULED MAXIMUM PRIMARY FLOW.

(PARALLEL BOX). FOR SERIES BOX, IT IS THE MAXIMUM PRESSURE DROP THROUGH THE BOX INLET.E. PROVIDE CONTROL POWER TRANSFORMER PER SPECIFICATIONS. DIV 26 SHALL PROVIDE SINGLE POINT POWER CONNECTION AS SCHEDULED ABOVE.F. THE SCHEDULED LEAVING AIR TEMPERATURE (LAT) IS THE BOX LEAVING AIR TEMPERATURE (SUPPLY AIR TEMPERATURE). THE SCHEDULED ENTERING AIR

TEMPERATURE (EAT) IS THE AIR TEMPERATURE ENTERING THE HEATING COIL.

FAN POWERED TERMINAL BOX SCHEDULE NOTES

1. TERMINAL BOX HAS NO ELECTRIC HEATING COIL.

PACKAGED DX ROOFTOP AIR HANDLING UNIT SCHEDULE NOTES

1. SUPPLY AIR FANS SHALL BE EQUIPPED WITH VFD'S.2. EACH UNIT SHALL BE EQUIPPED WITH MULTIPLE STAGES OF COOLING FOR PRECISE TEMPERATURE CONTROL. MINIMUM OF

ONE DIGITAL SCROLL OR VFD DRIVEN COMPRESSOR PER UNIT.3. PROVIDE ROOF CURB WITH VIBRATION ISOLATION. REFER TO SPECIFICATIONS.4. UNIT SHALL USE R-410A REFRIGERANT AND MEET ASHRAE 90.1-2013 MINIMUM EFFICIENCIES.

DX FAN COIL UNIT SCHEDULE NOTES

1. PROVIDE REFRIGERANT PIPING BETWEEN UNIT AND FCU. CONDENSING UNIT MANUFACTURER TO SIZE REFRIGERANT PIPING. FCU AND CONDENSING UNIT SHALL BE BY SAME MANUFACTURER.

2. PROVIDE SINGLE POINT POWER CONNECTION. SEPARATE BUT ADJACENT DISCONNECT SWITCH TO BE PROVIDED AND INSTALLED BY DIVISION 26.

3. PROVIDE, WITHOUT EXCEPTION, MINIMUM MOTOR HORSEPOWER (SIZE) AS SCHEDULED.4. FAN COIL UNIT HAS NO AUXILIARY HEATING COIL.

FAN SCHEDULE NOTES

1. PROVIDE ALUMINUM INSECT SCREEN.2. COAT INSIDE/OUTSIDE OF FAN PER SPECIFICATIONS.3. PROVIDE ROOF CURB. PRE-WIRED DISCONNECT SWITCH. VERIFY ROOF PITCH.4. PROVIDE WITH FACTORY MATCH STARTER/DISCONNECT TO BE INSTALLED BY DIV. 26.5. PROVIDE PRE-WIRED MOTORIZED BACKDRAFT DAMPER.


Engineer:

P.E. Serial No.:

Date:

INTERIM REVIEW ONLY

SCOTT P. SEVIGNY

91989


01/

2"1"

2"


E

1

CHECKED BY:

SHEET TITLE:


COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:


UH PROJECT No.

CONSULTANTS


T 713.366.4000F 713.528.3339

[email protected]



[email protected]


t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):






2 3 4 5 6

D

C

B

A


DESIGN DEVELOPEMENT

P+W PROJECT #:


Houston, Texas 77010t 713.630.7333

[email protected]

09/06/2017


Houston, Texas 77067t 832.249.9379

[email protected]

09/0

6/2

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M-002

MECHANICALSCHEDULES

09/06/2017

DLRG

SCHEDULE - DX ROOFTOP AIR HANDLING UNIT

MARK

ELECTRICAL SUPPLY AIR EXHAUST AIR COOLING COIL ENTHALPY WHEEL

AMBIENTTEMPERATURE (F) RemarksV PH HZ MCA

MROPD

TOTALCFM

OUTSIDEAIR CFM

EXT. S.P.IN. W.G.

TOTALS.P.

QTY.FANS

MOTOR HP(EA)

TOTALEXHAUST

CFMQTY.FANS

EXT. SPIN. W.G.

TOTAL SPIN. W.G.

MOTORHP (EA)

COILCFM

TOTALMBH

MIN.SENS. MBH

EATDB ºF

EATWB ºF

LATDB ºF

LATWB ºF

SUPPLY AIR EXHAUST AIR

CFM EAT DB ºF EAT WB ºF LAT DB ºF LAT WB ºF CFM EAT DB ºF EAT WB ºF LAT DB ºF LAT WB ºF

AHU-9B-1 460 3 60 159 200 11750 3630 2.75 3.28 1 10 11750 655 388 83.4 70.0 53.0 52.5 105 DAIKIN

AHU-9B-2 460 3 60 130 150 10500 3490 2.75 3.53 1 10 10500 600 352 83.9 70.4 53.0 52.5 105 DAIKIN

AHU-9B-3 460 3 60 151 175 11500 5050 3.00 4.59 1 15 4550 1 1.5 3.0 10 11500 490 330 79.4 66.5 53.0 52.5 5050 96 80 81.2 68.3 4550 78 65 0 0 105 DAIKIN

SCHEDULE - FAN COIL UNIT WITH DX COIL

MARK TYPE SERVES AIR CFMEXT. S.P.IN. WG

TOTALS.P. IN.

WG FAN HP VOLTS PHASE HERTZ

DX COIL

REMARKSCOIL CFM

MIN.SENS.BTUH

MIN. TOTALBTUH

MAXROWS EAT DB ºF EAT WB ºF LAT DB ºF LAT WB ºF

FCU-9B-1 DX 133-IDF 450 0.85 1.00 1/2 277 1 60 450 12200 16800 6 78 65 53 575

SCHEDULE - FAN POWERED TERMINAL BOX (ELECTRIC HEAT)

MARK LEVEL BOX TYPE

SERVEDBY

AHU/FAN

PRIMARY AIR

BOXSIZE

BOXINLET

MAXSP

IN.WG

FAN & MOTOR ELECTRIC HEAT COIL

REMARKSMAX

(CFM)MIN

(CFM)FANCFM

EXT.S.P. HP

ECMMOTOR VOLTS PH HZ CFM KW

EATºF LAT ºF STEPS

FCV-9B-01 Level 1 SERIES AHU-9B-2 2600 780 60 16 0.2 2600 0.35 1 No 460 3 60 2600 28.94 55 90 SCR





SCHEDULE - SINGLE DUCT TERMINAL BOX (ELECTRIC HEAT)

MARK LEVELBOXTYPE

SERVEDBY

AHU/FAN

PRIMARY AIR

BOXINLET

MAXSP

IN.WG

POWER ELECTRIC HEAT COIL

REMARKSMAX

(CFM)MIN

(CFM)VOLT

S PH HZ CFM KWEAT(F)

LAT(F) STEPS

VE-9B-01 Level 1 VAV EF-9B-1 1080 1080 10 0.25 NOTE 1



VE-9B-04 Level 1 VAV AHU-9B-3 2100 2100 14 0.25 NOTE 1



VV-9B-01 Level 1 VV AHU-9B-3 2295 690 16 0.1 460 3 60 690 7.66 55 90 SCR
























VV-9B-25 Level 1 VAV AHU-9B-1 450 135 8 0.25 NOTE 1


SCHEDULE - CONDENSING UNIT

MARKMIN. CAP.

MBH VOLTS PHASE HERTZ

COMPRESSOR AMBIENTTEMP. °F REMARKSTYPE NO.

CU-9B-1 16.8 208 1 60 SCROLL 1 105

SCHEDULE - FAN

MARK SERVICE TYPE DRIVE CFME.S.P IN

H20 BRAKE HP HP

POWER FANRPM

INTERLOCKWITH REMARKSVOLTS PH HZ

EF-9B-1 EXHAUST CENTRIFUGAL BELT 6120 0.75 2.03 3 460 3 60 1075 DDC GREENHECK MODEL GB. NOTE 1,2,3,4,5

EF-9B-2 EXHAUST CENTRIFUGAL DIRECT 450 0.35 0.08 1 460 3 60 1170 DDC GREENHECK MODEL QEID. NOTE 4

NO ISSUE DATE

DN

1 3 5 7 9 11

A

G

OFFICE148

OFFICE146

OFFICE144

VESTIBULE100


OFFICE142

OFFICE152


CONFERENCE122

FIRERISER

RM - 9B101

CLASSROOM115

OFFICE140

C

E.

OPEN OFFICE / BULLPEN102C

OFFICE154

OFFICE150

AUDITORIUM111

LOADING ZONE117

2 4 8 106

JAN106B

MEN106A

WOMEN108A

COMPUTER LAB110

TEACHINGLABORATORY

112

LAB SUPPORT113

OFFICE138

OFFICE136

OFFICE134

OFFICE132

IDF133

TEACHINGLABORATORY

116

OPEN OFFICE BULLPEN

124

VESTIBULE103

OPEN191B

OPEN102B

OPEN102A

CORRIDOR193

CORRIDOR191

STORAGE126

ELECTRICAL130

CORRIDOR192

B

D

F

LAB STORAGE114

OPENOFFICE

BULLPEN

135STORAGE137

MEN106

WOMEN108[220]

VV-9B-04

[440]VV-9B-03

[1520]VV-9B-24

[1130]VV-9B-23 [875]

VV-9B-20

[350]VV-9B-19

[875

]V

V-9

B-1

8

[795]VV-9B-16

[300]VV-9B-15

[320]VV-9B-12

[510]VV-9B-11

[2170]VV-9B-06

[1840]VV-9B-05

FCU-9B-1

TS

TS

TS

TS

TS

TS TS TS TS

TS

TS TS

TS

TS

TS

TS

TS

TS

[1925]FCV-9B-03

TS

TS

TSTS

TS

[2110]VV-9B-07

[440]VV-9B-02

[2295]VV-9B-01

[1145]VV-9B-10

TS

TS

[1925]FCV-9B-04

[2600]FCV-9B-02

[2600]FCV-9B-01

[2600]FCV-9B-05

VV-9B-14

460[D]

460[D] 460

[D]

455[D]

460[D]

435[C]

435[C]

435[C]

435[C]

430[C]

435[C]

435[C]

435[C]

435[C]

430[C]

430[C]

195[B]

195[B]

190[B]

195[B]

190[B]

190[B]

190[B]

190[B]

245[B]

245[B]

245[B]

245[B]

255[B]

255[B]

275[B]

310[B]

170[A]

300[B]

380[C]

380[C]

380[C]

380[C]

380[C]

380[C]

370[C]

220[B]

TS

24"/18"

12"/

14"

12"/14"

20"/18"

[855]VV-9B-08

30"/

20"

36"/20"

80"/

28

" S

A

[875]VV-9B-17

250[B] 12"/12"

[250]VV-9B-22

12"/14"12"/14"

100[A]

12"/12"18"/18"

435[C]

435[C]

440[C]

440[C]

440[C]

435[C]

440[C]

435[C]

12"/14"

12"/14"

24"/

20" 12"/10"

435[L]

12"/10"435[L]

12"/10"435[L]

12"/10"435[L]

12"/10"430[L]

12"/10"430[L]

12"/10"375[L]

12"/10"375[L]

12"/10"370[L]

12"/10"370[L]

12"/10"370[L]

12"/10"370[L]

12"/10"370[L]

12"/10"435[L]

12"/10"435[L]

12"/10"435[L]

12"/10"435[L]

12"/10"430[L]

10"/12"430[L]

245[B]

240[B]

310[B]

50"/20" RA

12"/10"TYP. 5

385[L]

20"/

18"

TYP. 5385[L]

[480]VV-9B-13

12"/12"

14"/14"12"/12"

12"/12"

50"/24" SA

40"/24"

[760]VV-9B-09

80[A]

85[A]20"/18"

36"/20"28"/20"20"/18"

350[B]

350[B]

350[B]

350[B]

350[B]

360[C]

200[B]

350[B]

[800]VV-9B-14

200[B]

175[A]

TS

20"/

18"

22"/

18"

18"ø

24"/

18"

50"/

24

" S

A

36"/24"

24"/20"

20"/18"

[875]VV-9B-21

20"/16"

16"/16"

250[B]

[1080]VE-9B-01[2520]

VE-9B-02

[2520]VE-9B-03

20"/

20"

12"/12"

TS

525[J]

525[J]

525[J]

525[J]

16"/16" 12"/12"

525[J]

525[J]

525[J]

16"/14"

16"/14"

8"/6"100[M]

14"/12"

14"/12"

16"/14"12"/12"

12"/12"

40"/24"

24"/20"

[2100]VE-9B-06

14"/12"

430[C]

70"/20"

350[I]

12"/12" RA

12"/12" RA

12"/12"450[L]

[2100]VE-9B-04

[350]VE-9B-05

12"/12"450[L]

12"/12"

14"/14"450[M]

TS

230[H]

230[H]

260[H]

260[H]

12"/12"

365[C]365

[C]

75[A]

75[A]

12"/12"

1

[1465]VV-9B-2618"/16"

TS

CO2

CO2

CO2

CO2

CO2

6"/6"100[L]

[450]EF-9B-2

14"/14"450[M]

30"/20" RA

14"/14"

[450]VV-9B-25

14"/12"

45[A]

GENERAL NOTES

A. REFER TO DIFFUSER SCHEDULE FOR SIZE OF RUNOUT AND DIFFUSER CONNECTION SIZE.

B. REFER TO MECHANICAL DETAIL SCHEDULE FOR LOCATION OF TERMINAL BOX AND LAB TRAC VALVES INSTALLATION DETAILS.

C. REFER TO MECHANICAL DETAIL SCHEDULE FOR LOCATION OF DIFFUSER INSTALLATION AND CONNECTION DETAILS.

D. CONTRACTOR SHALL PROVIDE CLEARANCE IN FRONT AND AT SIDES OF TERMINAL BOX UNIT CONTROL PANEL AND J-BOX AS REQUIRED BY N.E.C. (36 INCHES).

E. PROVIDE DUCTWORK TRANSITIONS AS REQUIRED AT TERMINAL BOX INLET AND DISCHARGE CONNECTIONS.

F. PROVIDE TURNING VANES IN ALL RECTANGULAR DUCT ELBOWS.

G. REFER TO MECHANICAL DETAIL SCHEDULE FOR LOCATION OF RETURN AIR TRANSFER DUCT INSTALLATION.

H. REFER TO MECHANICAL DETAIL SCHEDULE FOR DUCT PENETRATION THROUGH FIRE RATED PARTITION DETAIL LOCATION. PROVIDE ACCESS DOORS IN DUCTWORK AT FIRE DAMPERS AND FIRE/SMOKE DAMPERS. IDENTIFY ACCESS DOORS IN ACCORDANCE WITH SPECIFICATIONS.

I. INSULATE EXTERIOR OF ALL SUPPLY AIR DUCTWORK AND THE TOP OF ALL SUPPLY AIR DIFFUSERS.

J. PIPING AND DUCTWORK ARE NOT PERMITTED IN ELECTRICAL ROOMS, ELEVATOR MACHINE ROOMS AND COMMUNICATION ROOMS.

K. PROVIDE YOUNG REGULATORS FOR ALL DAMPERS LOCATED ABOVE HARD OR INACCESSIBLE CEILINGS. YOUNG REGULATORS SHALL BE PROVIDED WITH SOLID SHAFT CONNECTION; CABLE CONNECTION TO REGULATOR WILL NOT BE ACCEPTED.

L. ALL RETURN GRILLES SHALL BE MARK [F] UNLESS OTHERWISE NOTED.

NORTHNORTH

0'


Engineer:

P.E. Serial No.:

Date:

INTERIM REVIEW ONLY

SCOTT P. SEVIGNY

91989


01/

2"1"

2"


E

1

CHECKED BY:

SHEET TITLE:


COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:


UH PROJECT No.

CONSULTANTS


T 713.366.4000F 713.528.3339

[email protected]



[email protected]


t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):






2 3 4 5 6

D

C

B

A


DESIGN DEVELOPEMENT

P+W PROJECT #:


Houston, Texas 77010t 713.630.7333

[email protected]

09/06/2017

1/8" = 1'-0"

8' 16'

True Plan


Houston, Texas 77067t 832.249.9379

[email protected]

09/0

6/2

017 1

:36:0

6 P

M

C:\U

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vt

M-100

LEVEL 1 MECHANICALRENOVATION PLAN

09/06/2017

DLRG

1/8" = 1'-0"1Level 1 - RENOVATION

KEYED NOTES - M-100

1 INTERNALLY LINE THE SUPPLY AIR DUCTWORKFROM THE POINT INDICATED BACK TO THE RTUDISCHARGE CONNECTION.

NO ISSUE DATE

20

20

15

2

M1/4

M1/4

1 3 5 7 9 11

A

G

C

E.

2 4 8 106

B

D

F

CU-9B-1

EF-9B-1

AHU-9B-3

AHU-9B-1

AHU-9B-2

1 2 3 4 5 6 7 8 9 10

11

A

B

C

D

E

F

G

80"/

28

" S

A

50"/

20"

RA

1

CD

CD

CD

1

GENERAL NOTES

A. REFER TO DIFFUSER SCHEDULE FOR SIZE OF RUNOUT AND DIFFUSER CONNECTION SIZE.

B. REFER TO MECHANICAL DETAIL SCHEDULE FOR LOCATION OF TERMINAL BOX AND LAB TRAC VALVES INSTALLATION DETAILS.

C. REFER TO MECHANICAL DETAIL SCHEDULE FOR LOCATION OF DIFFUSER INSTALLATION AND CONNECTION DETAILS.

D. CONTRACTOR SHALL PROVIDE CLEARANCE IN FRONT AND AT SIDES OF TERMINAL BOX UNIT CONTROL PANEL AND J-BOX AS REQUIRED BY N.E.C. (36 INCHES).

E. PROVIDE DUCTWORK TRANSITIONS AS REQUIRED AT TERMINAL BOX INLET AND DISCHARGE CONNECTIONS.

F. PROVIDE TURNING VANES IN ALL RECTANGULAR DUCT ELBOWS.

G. REFER TO MECHANICAL DETAIL SCHEDULE FOR LOCATION OF RETURN AIR TRANSFER DUCT INSTALLATION.

H. REFER TO MECHANICAL DETAIL SCHEDULE FOR DUCT PENETRATION THROUGH FIRE RATED PARTITION DETAIL LOCATION. PROVIDE ACCESS DOORS IN DUCTWORK AT FIRE DAMPERS AND FIRE/SMOKE DAMPERS. IDENTIFY ACCESS DOORS IN ACCORDANCE WITH SPECIFICATIONS.

I. INSULATE EXTERIOR OF ALL SUPPLY AIR DUCTWORK AND THE TOP OF ALL SUPPLY AIR DIFFUSERS.

J. PIPING AND DUCTWORK ARE NOT PERMITTED IN ELECTRICAL ROOMS, ELEVATOR MACHINE ROOMS AND COMMUNICATION ROOMS.

K. PROVIDE YOUNG REGULATORS FOR ALL DAMPERS LOCATED ABOVE HARD OR INACCESSIBLE CEILINGS. YOUNG REGULATORS SHALL BE PROVIDED WITH SOLID SHAFT CONNECTION; CABLE CONNECTION TO REGULATOR WILL NOT BE ACCEPTED.

L. ALL RETURN GRILLES SHALL BE MARK [F] UNLESS OTHERWISE NOTED.

NORTHNORTH

0'


Engineer:

P.E. Serial No.:

Date:

INTERIM REVIEW ONLY

SCOTT P. SEVIGNY

91989


01/

2"1"

2"


E

1

CHECKED BY:

SHEET TITLE:


COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:


UH PROJECT No.

CONSULTANTS


T 713.366.4000F 713.528.3339

[email protected]



[email protected]


t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):






2 3 4 5 6

D

C

B

A


DESIGN DEVELOPEMENT

P+W PROJECT #:


Houston, Texas 77010t 713.630.7333

[email protected]

09/06/2017

1/8" = 1'-0"

8' 16'

True Plan


Houston, Texas 77067t 832.249.9379

[email protected]

09/0

6/2

017 1

:36:0

8 P

M

C:\U

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M-101

ROOF MECHANICALRENOVATION PLAN

09/06/2017

DLRG

1/8" = 1'-0"1ROOF - RENOVATION

KEYED NOTES - M-101

1 ROUTE RTU CONDENSATE TO DISCHARGE INNEAREST GUTTER FOR STORM DRAINCOLLECTION.

NO ISSUE DATE

NOTE: FVV TERMINALS SIMILAR, BUT FAN IS ON PLENUM INLET

WHERE INDICATED ON DRAWINGS

HEATING COIL WHERE INDICATED ON SCHEDULE. HEATING COIL SHALL BE LOCATED AT PLENUM INLET OF PARALLEL BOXES.

PRIMARY AIR

FILTER

SA

H

C

DDC TS

CO2

TS

SEQUENCE OF OPERATION

FAN POWERED VAV TERMINAL WITH HEAT

1. THE FAN POWERED BOXES SHALL BE CONTROLLED BY A FACTORY MOUNTED TERMINAL EQUIPMENT CONTROLLER (TEC).

2. THE TERMINAL BOXES SHALL OPERATE BASED UPON OCCUPANCY SCHEDULE. WHEN THE TERMINAL BOXES ARE SCHEDULED TO BE IN OPERATION, THEY SHALL MAINTAIN SPACE TEMPERATURE SETPOINT. DURING UNOCCUPIED MODE, THE TERMINAL BOXES SHALL BE DE-ENERGIZED AND THE PRIMARY DAMPERS SHALL BE CLOSED.

3. A SPACE TEMPERATURE SENSOR THROUGH THE DDC SYSTEM SHALL MODULATE THE NORMALLY CLOSED VAV DAMPER ACTUATOR TO MAINTAIN THE DESIRED SPACE TEMPERATURE INDEPENDENT OF THE DUCT STATIC PRESSURE DURING THE COOLING CYCLE.

4. FOR TERMINAL BOXES THAT SERVE ROOMS WITH CO2 SENSORS, THE DDC SYSTEM SHALL ALARM WHEN THE C02 LEVEL EXCEEDS THE SETPOINT (900 PPM, INITIAL, ADJUSTABLE) BY MORE THAN 10%.

5. NIGHT SETBACK

A. WHEN THE CENTRAL SYSTEM FAN IS OFF, THE VAV BOX FAN SHALL REMAIN DE-ENERGIZED WHEN THE ROOM TEMPERATURE IS ABOVE NIGHT SETBACK LOW SET POINT. UPON A DECREASE IN ROOM TEMPERATURE BELOW THE SET POINT (50˚F, FIELD ADJUSTABLE), THE FAN TERMINAL SHALL BE ENERGIZED TO PROVIDE INDUCED PLENUM AIR TO THE ROOM. ON FURTHER DROP IN TEMPERATURE BELOW SET POINT, THE NORMALLY CLOSED HW CONTROL VALVE SHALL BE MODULATED TO MAINTAIN DESIRED SPACE TEMPERATURE.

B. A NIGHT-TIME HIGH SET POINT TEMPERATURE SHALL ALSO BE MAINTAINED BY THE DDC SYSTEM. NIGHT-TIME HIGH SET POINT (55˚F, FIELD ADJUSTABLE) SHALL BE USED TO DE-ENERGIZE FAN UPON A RISE IN TEMPERATURE ABOVE NIGHT SETBACK HIGH SETPOINT. BOTH HIGH AND LOW NIGHT-TIME SET POINTS SHALL BE ADJUSTABLE FROM THE DDC.

6. SERIES TERMINAL UNIT FAN OPERATION (FCV, REFER TO TERMINAL BOX SCHEDULE.)

A. THE FAN WILL RUN CONSTANTLY. WITH SPACE TEMPERATURE ABOVE SET POINT, THE UNIT SHALL SUPPLY MAXIMUM OF SCHEDULED CFM. UPON A SIGNAL FOR LESS COOLING, THE PRIMARY AIR ACTUATOR SHALL PROPORTIONALLY REDUCE THE PRIMARY AIRFLOW UNTIL MINIMUM AIRFLOW IS REACHED. THROUGHOUT THIS SEQUENCE, THE FAN SHALL REMAIN ENERGIZED.

B. THE FAN WILL BE ENERGIZED TO PROVIDE CONSTANT FLOW OF INDUCED PLENUM AIR. UPON A FURTHER DROP IN ROOM TEMPERATURE BELOW SET POINT, THE ELECTRIC HEATING COIL WILL BE MODULATED TO SATISFY THE SPACE REQUIREMENTS.

C. PRIOR TO STARTING THE CENTRAL SYSTEM FAN, THE TERMINAL BOX FAN SHALL BE STARTED.

POINT SUMMARY

UH ERP BUILDING 9B

FVV & FCV TERMINAL UNITS

Heating Coil

Primary Air Damper

Space Temperature (Adjustable)

Fan

START/

STOP

DIGITAL

OPEN/

CLOSE

ON/OFF

X

OUTPUT

4 - 20

MA

X

ANALOG

0-10

VDC

X

1 - 18

PSI

OTHER AUXILIARY

CONTACT

PRESSURE

SWITCH

DIGITAL

LOW TEMP

SWITCH

END

SWITCH

SMOKE

DET. AUX

INPUT

CUR. MON.

RELAY

TEMP.

X

X

PRESS.

ANALOG

FLOW

(CFM,GPM)

X

HUMIDITY OTHER GRAPHIC

X

SOFTWARE

OTHER ALARM

HEATING COIL (WHERE SCHEDULED)

SPACE

PRIMARY AIR SA

H

C

TS

TSDDC


SINGLE DUCT TERMINAL BOX (CV, VV)

1. THE VAV BOXES SHALL BE CONTROLLED BY A FACTORY MOUNTED TERMINAL EQUIPMENT CONTROLLER (TEC).

2. THE TEC SHALL MONITOR THE SPACE TEMPERATURE AND MODULATE THE AIRFLOW AND THE ELECTRIC HEATING COIL TO MAINTAIN SPACE TEMPERATURE SETPOINT (ADJUSTABLE).

3. THE VAV TERMINAL UNIT IS CONTROLLED WITHIN USER DEFINED MAXIMUM AND MINIMUM SUPPLY AIR VOLUME SETTINGS. THE CONTROLLER MONITORS THE ROOM TEMPERATURE SENSOR AND AIR VELOCITY SENSOR AND MODULATES THE SUPPLY AIR DAMPER IN SEQUENCE WITH THE ELECTRIC HEATING COIL TO MAINTAIN THE ROOM TEMPERATURE AT SET POINT. SUPPLY AIR VOLUME REMAINS AT MINIMUM WHEN THE ELECTRIC HEATING COIL IS ENERGIZED.

4. THE TEC SHALL MONITOR THE INLET AIR FLOW AND MODULATE THE DAMPER TO MAINTAIN PRESSURE INDEPENDENT CONTROL AT DESIGN AIR FLOW (ADJUSTABLE).

5. THE TEC SHALL MONITOR THE DISCHARGE AIR TEMPERATURE FOR ALL TERMINAL BOXES THAT HAVE HEATING COILS.

POINT SUMMARY

UH ERP BUILDING 9B

VV & CV TERMINAL UNITS

Heating Coil (where scheduled)

Primary Air Damper


START/

STOP

DIGITAL

OPEN/

CLOSE

ON/OFF

OUTPUT

4 - 20

MA

ANALOG

0-10

VDC

X

X

1 - 18

PSI

OTHER AUXILIARY

CONTACT

PRESSURE

SWITCH

DIGITAL

LOW TEMP

SWITCH

END

SWITCH

SMOKE

DET. AUX

INPUT

CUR. MON.

RELAY

TEMP.

X

X

PRESS.

ANALOG

FLOW

(CFM,GPM)

X


X

SOFTWARE

OTHER ALARM

POINT SUMMARY

UH ERP BUILDING 9B

(SPLIT SYSTEM)

Evaporator Unit

Condensing Unit


START/

STOP

DIGITAL

OPEN/

CLOSE

ON/OFF

OUTPUT

4 - 20

MA

ANALOG

0-10

VDC

1 - 18

PSI

OTHER AUXILIARY

CONTACT

PRESSURE

SWITCH

DIGITAL

LOW TEMP

SWITCH

END

SWITCH

SMOKE

DET. AUX

INPUT

CUR. MON.

RELAY

TEMP.

X

PRESS.

X

ANALOG

FLOW

(CFM,GPM)


X

SOFTWARE

OTHER ALARM

X

C

C

TO DDC

FILTER

(SPACE)


SPLIT SYSTEM

1.

2.

3.

THE SPLIT SYSTEM MANUFACTURER'S CONTROLS SHALL CONTROL THE EVAPORATOR UNIT AND CONDENSING UNIT TO MAINTAIN A SPACE TEMPERATURE SETPOINT OF 70F(ADJUSTABLE).

A CURRENT SENSOR SHALL MONITOR THE FAN STATUS AND THE CONDENSING UNIT STATUS.

THE DDC SHALL MONITOR THE SPACE TEMPERATURE AND ALARM WHEN SPACE TEMPERATURE REACHES 5F(ADJUSTABLE) ABOVE SETPOINT .

TO

CONDENSING

UNIT

DX

CONDENSING UNIT

TO DDC

EVAPORATOR UNIT

TO

EVAPORATOR

UNIT

CS

CS

X X


Engineer:

P.E. Serial No.:

Date:

INTERIM REVIEW ONLY

SCOTT P. SEVIGNY

91989


01/

2"1"

2"


E

1

CHECKED BY:

SHEET TITLE:


COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:


UH PROJECT No.

CONSULTANTS


T 713.366.4000F 713.528.3339

[email protected]



[email protected]


t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):






2 3 4 5 6

D

C

B

A


DESIGN DEVELOPEMENT

P+W PROJECT #:


Houston, Texas 77010t 713.630.7333

[email protected]

09/06/2017


Houston, Texas 77067t 832.249.9379

[email protected]

09/0

6/2

017 1

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M-500

CONTROL SCHEMATICSAND SEQUENCES OFOPERATION

09/06/2017

DLRG

NO SCALE1

FAN POWERED BOX SCHEMATIC(SERIES, PARALLEL)

NO SCALE3

SINGLE DUCT TERMINAL BOXSCHEMATIC (VV, CV)

NO SCALE2

SPLIT SYSTEM CONTROLSCHEMATIC

NO ISSUE DATE

ST

AR

T/S

TO

P

OP

EN

/CLO

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CT

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CU

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ON

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ELA

Y

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E

PR

ES

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W (

CF

M, G

PM

)

HU

MID

ITY

OT

HE

R

GR

AP

HIC

OT

HE

R

ALA

RM

COMMENT

SOFTWAREANALOG

INPUT

DIGITAL

POINT SUMMARY

MISCELLANEOUS FANS

ANALOG

OUTPUT

DIGITAL

CO

MM

UN

ICA

TIO

NS

LIN

K

I/O

CO

2

EXHAUST FANS (EA.) X

XEXHAUST AIR FANS X X

ST

AR

T/S

TO

P

OP

EN

/CLO

SE

ON

/OF

F

4-2

0M

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0-1

0 V

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8 P

SI

OT

HE

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AU

X. C

ON

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CT

PR

ES

SU

RE

SW

ITC

H

LO

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EM

P S

WIT

CH

EN

D S

WIT

CH

SM

OK

E D

ET

. A

UX

.

CU

R. M

ON

. R

ELA

Y

TE

MP

ER

AT

UR

E

PR

ES

SU

RE

FLO

W (

CF

M, G

PM

)

HU

MID

ITY

OT

HE

R

GR

AP

HIC

OT

HE

R

ALA

RM

COMMENT

SOFTWAREANALOG

INPUT

DIGITAL

POINT SUMMARY

RTU-9B-1,2

ANALOG

OUTPUT

DIGITAL

CO

MM

UN

ICA

TIO

NS

LIN

K

I/O

CO

2

BACNETPACKAGE DX UNITS X X

X SUPPLY FAN INTEGRAL TO UNIT.SUPPLY FAN (ON VFD) X X

SUPPLY AIR TEMPERATURE X X

COMPRESSOR(S) STATUS X X

GENERAL ALARMS X

AMPS X X

HIGH/LOW VOLTAGE ALARM XOUTSIDE AIR FLOW MEASURINGSTATION X

DUCT STATIC PRESSURE X

MISC. FANS POINTS & SEQUENCES

CS

MISC. FANS SEQUENCE OF OPERATIONS

1. THE EXHAUST FANS ARE EQUIPPED WITH ECM MOTORS THAT SHALL BE USED FOR AIR BALANCING.

2. THE FANS SHALL OPERATE AT A CONSTANT SPEED.

3. A CURRENT MONITORING RELAY ON EACH FAN SHALL BE USED TO MONITOR FAN STATUS.

TO DDC

GRAVITY BACKDRAFT DAMPER BY FAN MANUFACTUER.

RTU-9B-1,2

TODDC

VFD

OUTSIDE AIR

PKG DX AHU

DD

TO FIRE ALARM

SUPPLY AIR

RETURN AIR

SEQUENCE OF OPERATION (RTU-9B-1,2)

GENERAL

1. THE UNIT SHALL BE STARTED AND STOPPED BY THE DDC SYSTEM BASED UPON AN OCCUPANCY SCHEDULE PROVIDED BY THE OWNER.

2. ALL INTERNAL CONTROLS SHALL BE BY THE AHU MANUFACTURER. EACH UNIT SHALL HAVE A SEPARATE/INDEPENDENT BACNET INTERFACE WITH THE DDC SYSTEM.

SUPPLY AIR FAN

1. THE SUPPLY AIR FAN SPEED WILL BE MODULATED BY THE RTU INTERNAL CONTROLLER BASED ON STATIC PRESSURE SETPOINT AND FEEDBACK FROM THE BAS.

2. THE BAS SHALL MONITOR SUPPLY AIR TERMINAL BOX DAMPER POSITIONS, AND RESET THE STATIC PRESSURE SETPOINT IN INCREMENTS OF 0.01" W.G. (ADJUSTABLE) AT 15 MINUTE INTERVALS TO MAINTAIN ALL SUPPLY AIR TERMINAL DAMPERS AT 85% OR LESS OF FULL OPEN. THE INITIAL STATIC PRESSURE SETPOINT SHALL BE 1.0" W.G. (ADJUSTABLE).

SUPPLY AIR TEMPERATURE

1. THE SUPPLY AIR TEMPERATURE WILL BE CONTROLLED BY THE RTU INTERNAL CONTROLLER BASED ON THE SUPPLY AIR TEMPERATURE SETPOINT PROVIDED BY THE BAS (53F DB INITIAL, ADJUSTABLE).

OUTSIDE AIR

1. THE OUTSIDE AIRFLOW SHALL BE MONITORED BY THE RTU VIA ON BOARD AFMS. THE OUTSIDE AIR DAMPER SHALL BE MODULATED BY THE RTU TO MAINTAIN THE OUTSIDE AIRFLOW SETPOINT PROVIDED BY THE BAS.

SAFETIES

1. SMOKE DUCT DETECTORS LOCATED AT THE SUPPLY AIR DISCHARGE AND RETURN AIR INLET OF THE AIR UNIT SHALL ALARM (VIA THE FIRE ALARM SYSTEM) WHENEVER SMOKE IS DETECTED IN THE AIR UNIT. THE SUPPLY AIR FAN SHALL BE DE-ENERGIZED VIA HARD WIRED INTERLOCK.

2. THE RTU SHALL MONITOR STATIC PRESSURE ON THE DISCHARGE OF THE FAN, AND SHALL DE-ENERGIZE THE SUPPLY FAN WHENEVER STATIC PRESSURE EXCEEDS 3.5" W.G. (FIELD ADJUSTABLE), AND AN ALARM SHALL BE SENT TO THE DDC.

3. THE RTU SHALL MONITOR STATIC PRESSURE ON THE INTAKE OF THE FAN, AND SHALL DE-ENERGIZE THE SUPPLY FAN WHENEVER STATIC PRESSURE EXCEEDS NEGATIVE 2.0" W.G. (FIELD ADJUSTABLE), AND AN ALARM SHALL BE SENT TO THE DDC.

4. INTERNAL ALARMS FROM THE RTU SHALL BE BROADCASTED THROUGH THE BUILDING AUTOMATION SYSTEM.

DD

TO FIRE ALARM

D

X

SP


Engineer:

P.E. Serial No.:

Date:

INTERIM REVIEW ONLY

SCOTT P. SEVIGNY

91989


01/

2"1"

2"


E

1

CHECKED BY:

SHEET TITLE:


COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:


UH PROJECT No.

CONSULTANTS


T 713.366.4000F 713.528.3339

[email protected]



[email protected]


t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):






2 3 4 5 6

D

C

B

A


DESIGN DEVELOPEMENT

P+W PROJECT #:


Houston, Texas 77010t 713.630.7333

[email protected]

09/06/2017


Houston, Texas 77067t 832.249.9379

[email protected]

09/0

6/2

017 1

:36:0

9 P

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C:\U

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SS

A.r

vt

M-501

CONTROL SCHEMATICSAND SEQUENCES

09/06/2017

AuthorChecker

NO SCALE1MIS. FANS SEQUENCE & POINTS

NO SCALE2

RTU-9B-1,2 CONTROLS & POINTSLIST

NO ISSUE DATE

ST

AR

T/S

TO

P

OP

EN

/CLO

SE

ON

/OF

F

4-2

0M

A

0-1

0 V

DC

1-1

8 P

SI

OT

HE

R

AU

X. C

ON

TA

CT

PR

ES

SU

RE

SW

ITC

H

LO

W T

EM

P S

WIT

CH

EN

D S

WIT

CH

SM

OK

E D

ET

. A

UX

.

CU

R. M

ON

. R

ELA

Y

TE

MP

ER

AT

UR

E

PR

ES

SU

RE

FLO

W (

CF

M, G

PM

)

HU

MID

ITY

OT

HE

R

GR

AP

HIC

OT

HE

R

ALA

RM

COMMENT

SOFTWAREANALOG

INPUT

DIGITAL

POINT SUMMARY

RTU-9B-3

ANALOG

OUTPUT

DIGITAL

CO

MM

UN

ICA

TIO

NS

LIN

K

I/O

CO

2

BACNETPACKAGE DX UNITS X X

X SUPPLY FAN INTEGRAL TO UNIT.SUPPLY FAN (ON VFD) X X

SUPPLY AIR TEMPERATURE X X

COMPRESSOR(S) STATUS X X

GAS HEATER STATUS X X

ALARMS X

AMPS X X

HIGH/LOW VOLTAGE ALARM X

SUPPLY DUCT STATIC PRESSURE X

EXHAUST DUCT STATIC PRESSURE X

SEQUENCE OF OPERATION (RTU-9B-3)

GENERAL

1.THE UNIT SHALL BE STARTED AND STOPPED BY THE DDC SYSTEM.

2. ALL INTERNAL CONTROLS SHALL BE BY RTU MANUFACTURER. EACH UNIT SHALL HAVE A SEPARATE/INDEPENDENT BACNET INTERFACE WITH DDC SYSTEM.

SUPPLY AIR FAN

1. THE SUPPLY AIR FAN SPEED WILL BE MODULATED BY THE RTU INTERNAL CONTROLLER BASED ON STATIC PRESSURE SETPOINT AND FEEDBACK FROM THE BAS.

2. THE BAS SHALL MONITOR SUPPLY AIR TERMINAL BOX DAMPER POSITIONS, AND RESET THE STATIC PRESSURE SETPOINT IN INCREMENTS OF 0.01" W.G. (ADJUSTABLE) AT 15 MINUTE INTERVALS TO MAINTAIN ALL SUPPLY AIR TERMINAL DAMPERS AT 85% OR LESS OF FULL OPEN. THE INITITIAL STATIC PRESSURE SETPOINT SHALL BE 1.0" W.G. (ADJUSTABLE).

EXHAUST AIR FAN

1. THE EXHAUST AIR FAN SPEED WILL BE MODULATED BY THE RTU INTERNAL CONTROLLER BASED ON STATIC PRESSURE SETPOINT AND FEEDBACK FROM THE BAS.

2. THE BAS SHALL MONITOR EXHAUST AIR TERMINAL BOX DAMPER POSITIONS, AND RESET THE STATIC PRESSURE SETPOINT IN INCREMENTS OF 0.01" W.G. (ADJUSTABLE) AT 15 MINUTE INTERVALS TO MAINTAIN ALL EXHAUST AIR TERMINAL DAMPERS AT 85% OR LESS OF FULL OPEN. THE INITITIAL STATIC PRESSURE SETPOINT SHALL BE NEGATIVE 1.0" W.G. (ADJUSTABLE).

SUPPLY AIR TEMPERATURE

1. THE SUPPLY AIR TEMPERATURE WILL BE CONTROLLED BY THE RTU INTERNAL CONTROLLER BASED ON THE SUPPLY AIR TEMPERATURE SETPOINT OF 55°F (ADJUSTABLE) AS INDICATED THROUGH THE BAS.

2. THE INTERNAL RTU CONTROLS SHALL UTILIES VARIABLE SPEED CONTROLLERS AND HOT GAS BYPASS TO ACHIEVE LEAVING TEMPERATURE

OUTSIDE AIR

1. THE OUTSIDE AIRFLOW SHALL BE EQUAL TO THE TOTAL EXHAUST AIRFLOW PLUS 500 CFM (ADJUSTABLE).

ENERGY WHEEL

1. THE RTU IS EQUIPPED WITH AN ENERGY RECOVERY WHEEL. THE INTERNAL RTU CONTROLS SHALL MODULATE THE SPEED OF THE WHEEL TO ACHIEVE LEAVING AIR TEMPERATURE SETPOINT.

2. THE ENERGY RECOVERY WHEEL SHALL ONLY BE UTILIZED DURING NORMAL OPERATIONS. IT SHALL BE TURNED OFF DURING ECONOMIZER MODE.

ECONOMIZER

1. THE RTU SHALL BE EQUIPPED WITH AN ENTHALPY BASED ECONOMIZER. WHENEVER THE OUTSIDE AIR ENTHALPY VALUE IS BELOW 28 BTU/LB., THE RTU SHALL ENTER ECONOMIZER MODE. DURING ECONOMIZER MODE, THE RTU WILL SUPPLY 100% OUTSIDE AIR, AND SHALL BYPASS THE ENTHALPY WHEEL. RELIEF AIR SHALL BE TRACKED TO MAINTAIN THE OFFSET, AS INDICATED ABOVE.

2. WHEN THE OUTSIDE AIR TEMPERATURE IS BELOW 50°F (ADJUSTABLE), THE RTU SHALL EXIT ECONOMIZER MODE AND MIX RETURN AIR AND OUTSIDE AIR TO MAINTAIN THE LEAVING SUPPLY AIR TEMPERATURE SETPOINT.

SAFETIES

1. SMOKE DUCT DETECTORS LOCATED AT THE SUPPLY AIR DISCHARGE AND RETURN AIR INLET OF THE AIR UNIT SHALL ALARM (VIA THE FIRE ALARM SYSTEM) WHENEVER SMOKE IS DETECTED IN THE AIR UNIT. THE SUPPLY AIR FAN SHALL BE DE-ENERGIZED VIA HARD WIRED INTERLOCK.

2. THE RTU SHALL MONITOR STATIC PRESSURE ON THE DISCHARGE OF THE FAN, AND SHALL DE-ENERGIZE THE SUPPLY FAN WHENEVER STATIC PRESSURE EXCEEDS 4.5" W.G. (FIELD ADJUSTABLE), AND AN ALARM SHALL BE SENT TO THE DDC.

3. THE RTU SHALL MONITOR STATIC PRESSURE ON THE INTAKE OF THE FAN, AND SHALL DE-ENERGIZE THE SUPPLY FAN WHENEVER STATIC PRESSURE EXCEEDS NEGATIVE 2.0" W.G. (FIELD ADJUSTABLE), AND AN ALARM SHALL BE SENT TO THE DDC.

4. INTERNAL ALARMS FROM THE RTU SHALL BE BROADCASTED THROUGH THE BUILDING AUTOMATION SYSTEM.

5. THE INTERNAL RTU CONTROLS SHALL INTERLOCK THE OPERATION OF THE SUPPLY AND EXHAUST AIR FANS. IF EITHER FAN FAILS, THE RTU SHALL DE-ENERGIZE THE REMAINING FAN/UNIT AND SEND AN ALARM TO THE DDC SYSTEM.

RTU-9B-3

TODDC

VFD

OUTSIDE AIR

PKG DX AHU

SPDD

TO FIRE ALARM

RELIEF AIR

VFD

SUPPLY AIR

EXHAUST AIR

ECONOMIZER BYPASS

ENERGY RECOVERY WHEEL

DD

TO FIRE ALARM

D

X

SP

RETURN AIR

TODDC


Engineer:

P.E. Serial No.:

Date:

INTERIM REVIEW ONLY

SCOTT P. SEVIGNY

91989


01/

2"1"

2"


E

1

CHECKED BY:

SHEET TITLE:


COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:


UH PROJECT No.

CONSULTANTS


T 713.366.4000F 713.528.3339

[email protected]



[email protected]


t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):






2 3 4 5 6

D

C

B

A


DESIGN DEVELOPEMENT

P+W PROJECT #:


Houston, Texas 77010t 713.630.7333

[email protected]

09/06/2017


Houston, Texas 77067t 832.249.9379

[email protected]

09/0

6/2

017 1

:36:1

0 P

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17_km

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SS

A.r

vt

M-502

CONTROL SCHEMATICSAND SEQUENCES

09/06/2017

AuthorChecker

NO SCALE1

RTU-9B-3 CONTROLS & POINTSLIST

NO ISSUE DATE

BEAM CLAMP; ANVIL FIG. 292 OR EQUAL

HANGER ROD

BUILDING SUPPORT BEAM

NOTES:

1.

2.

3.

SEAL ALL JOINTS PER SPECIFICATIONS.

FLEX DUCT SAG LIMITED TO 1/2" PER FOOT.

MAX 30 DEGREES OFFSET ALLOWED IN FLEX DUCT ROUTING.

CONICAL SPIN-INFITTING WITH DAMPER

CEILINGDIFFUSER

CEILING

SUPPLYDUCT

SECURE FLEXIBLE DUCT TO PLENUMCOLLAR AND SPIN-IN FITTING WITHNYLON PANDUIT, USE ADHESIVE ATFLEX CONNECTION TO DUCT

INSULATED FLEXIBLEDUCT INSIDE DIA. ASNOTED ON PLANS.MAX. LENGTH 6'-0"

SUPPORT FLEXFLOWELBOW FROM STRUCTURE

THERMAFLEX HARNESS (FLEXFLOW ELBOW); INSTALL PER MANUFACTURER'S RECOMMENDATIONS

BLANKET INSULATED BACK PLATE

SECURE FLEXIBLE DUCT TODIFFUSER NECK WITH NYLONPANDUIT, USE ADHESIVE ATFLEX CONNECTION TODIFFUSER.

EXTEND DAMPER OPERATORTHROUGH INSULATION. SEALAROUND OPERATOR

DAMPERINSULATION

UNITS

SIZE SCHEDULE

EXPANSION VALVE

SOLENOID VALVE, PUMPDOWN/LOCKOUT SOLENOIDAS REQUIRED BY MANUFACTURER

INSULATE SUCTION LINE

FILTER - DRIER

SIGHT GLASS

STOP VALVE WITHGAUGE CONNECTION

LOCATE COND. UNIT TO PROVIDEADEQUATE MAINTENANCE AND AIRWAY SPACE PER MFG. INSTALLATIONMANUAL.

DIRECT EXPANSION COILWITH VALVES AND PIPINGTYPICAL FOR EACH COIL

UNIT DRAIN PAN

INSULATE UNIT COND.DRAIN WITH CLEANABLETRAP TO F.D.

SUCTION LOOPAND RISER

NOTES:

1. FOR D-X COILS INSTALLED ABOVE CEILING, PROVIDE AUXILIARY COND. PAN WITH DRAIN PIPED TO OPEN SIGHT DRAIN.

4" CONCRETE PAD;RE: SPECIFICATIONS

LIQUIDLINE

B

A B

A

1. DO NOT INSTALL TERMINAL BOX DIRECTLY OVER LIGHT FIXTURES.

DO NOT INSTALL TERMINAL BOX OVER CABLE TRAY.

REFER TO PLANS FOR DUCT SIZES.

2.

3.

NOTES:

LOW PRESSURE DUCT TO DIFFUSERS. DUCT SIZE AS SHOWN ON PLANS.

"NEC" REQUIRED WORKING SPACE

SUPPORT TERMINAL BOXFROM BUILDING STRUCTUREWITH METAL STRAP HANGERS.

FIELD INSULATEDDUCTWORK

METAL STRAP HANGERS. FOLDUNDER BOTTOM OF CASINGMINIMUM 1" AND ATTACH WITHTWO SHEETMETAL SCREWS.

DISCHARGEAIR

FIELD INSULATE HEATING COIL SECTION

CEILING

LIGHT FIXTURE

SIDE VIEW

TRANSITION AS REQUIRED

36"

TOP VIEW

TERMINAL BOX

CONTROLS AND POWER ENCLOSURE

INLET COLLAR

ELECTRIC COIL ENCLOSUREWITH HINGED DOOR

PRIMARYAIR

TERMINAL BOX BRANCH DUCT SAME SIZE AS INLET SIZE EXCEPT WHERE INDICATED OTHERWISE ON FLOOR PLANS. TRANSITION AS REQUIRED.

90° CONICAL TAP


2 DIA. STRAIGHT RUN OF SHEETMETALDUCT TO INLET OF BOX SAME DIAMETER AS BOX INLET

1'-0" LENGTHFLEX DUCT CONN.

INSULATED FLEX DUCT SHALL BE SIZE OFINLET ON BOX EXCEPT WHERE SHOWNDIFFERENT ON FLOOR PLANS

MIN. 4" OF DUCT AFTER FLEX CONNECTION


18"

CEILING

OPPOSED BLADE TYPE; RE: SPECS

ELEVATION

AIR FLOW

NOTE:

AIR

FLO

W

ELEVATION45 DEG CLINCH COLLAR

VD

VD

VD VD

AIR

FLO

W

45 DEG CLINCH COLLAR

VD

REFER TO PLANS FOR DUCT SIZE (TYPICAL)

AIR FLOW

45 DEG. CLINCH COLLAR MAY NOT BE SHOWN ON PLANS AT ALL LOCATIONS. 45 DEG. CLINCH COLLAR MUST BE PROVIDED.

PLAN

EXHAUST GRILLE (TYPICAL)

PLAN

REFER TO PLANS FOR DUCT SIZE (TYPICAL) EXHAUST

GRILLE (TYPICAL)

REFER TO PLANS FOR DUCT SIZE (TYPICAL)

EXHAUST GRILLE (TYPICAL)

45 DEG CLINCH COLLAR (TYPICAL)

FILTERS

INSULATED AUXILIARYCONDENSATE PAN TERMINATE DRAIN BELOW CLG.

ORROUTE TO OPEN SIGHT DRAIN.

CHROME ESCUTCHEON

3/4" AUX. DRAIN

FLEX (TYP)

SUPPLY DUCT; RE: DRAWINGS FOR DUCT SIZES. PROVIDE TRANSITION TO UNIT AS REQUIRED.

SPRING VIBRATIONISOLATOR(TYPICAL)

HANGER RODS TOSTRUCTURE ABOVE

SUPPORT AUX. DRAIN PANFROM STRUCTURE WITHHANGER RODS (TYPICAL)

RA DUCTWORK

CEILING

INSULATED CONDENSATE DRAINWITH CLEANABLE TRAP TOFLOOR DRAIN OR HUB DRAIN

AIRAIR

SE

CT

ION

14" MIN

ROOF

THYCURB MODEL TC-1 PIPE COVER (TYP)

PIPE

THUNDERLINELINK-SEAL

PIPE SLEEVE

WELDED 20 GA.STAINLESS STEELENCLOSURE

FACTORY INSTALLED WOOD NAILER (TYP)

1 1/2" THICK, 3 LB RIGID INSULATION, (TYP)

18 GA. STAINLESSSTEEL BASE PLATE

SECURE UNIT TOCURB WALL

STAINLESS STEELFASTENER

INSULATE SUCTION PIPING REFRIGERANT PIPING (TYP)

REFER TO ARCHITECTURALDRAWINGS FOR CURBINSTALLATION ON ROOF

REMOVABLE PANEL FOR ACCESS AND INSTALLATION

GASKET FLANGE PER LEAK TIGHT ENCLOSURE

OVER HANG

DUCT INSULATION

WRAP VAPOR BARRIER AROUND DUCTBOARD AND SEAL VAPOR TIGHT

DUCTBOARD INSULATION

DUCT

VAPOR BARRIER3" MIN.

SHEET METAL DUCTWORK

UNISTRUT SUPPORT

SEE DETAIL "A"

DUCTBOARD INSULATION WITH VAPOR BARRIER

INSULATION INACCORDANCE WITHSPECIFICATIONS

THREADED ROD

DETAIL "A"

2" MIN.

DUCT INSULATION SHIELD


Engineer:

P.E. Serial No.:

Date:

INTERIM REVIEW ONLY

SCOTT P. SEVIGNY

91989


01/

2"1"

2"


E

1

CHECKED BY:

SHEET TITLE:


COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:


UH PROJECT No.

CONSULTANTS


T 713.366.4000F 713.528.3339

[email protected]



[email protected]


t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):






2 3 4 5 6

D

C

B

A


DESIGN DEVELOPEMENT

P+W PROJECT #:


Houston, Texas 77010t 713.630.7333

[email protected]

09/06/2017


Houston, Texas 77067t 832.249.9379

[email protected]

09/0

6/2

017 1

:36:1

1 P

M

C:\U

sers

\km

ozer\

Docum

ents

\1111-0

61-0

1_M

ech_R

17_km

ozer_

SS

A.r

vt

M-900

MECHANICAL DETAILS

09/06/2017

DLRG

NO SCALE1

BEAM CLAMP TYPE SUPPORTDETAIL

NO SCALE2

CEILING DIFFUSER CONNECTIONDETAIL

NO SCALE3

CONDENSING UNIT REFRIGERANTPIPING SCHEMATIC

NO SCALE4

CV AND VAV TERMINAL BOXCONNECTION DETAILW/ELECTRICAL HEAT

NO SCALE5

EXHAUST GRILLE &RECTANGULAR BRANCHCONNECTION DETAIL

NO SCALE6FAN COIL UNIT DETAIL

NO SCALE7

REFRIGERANT PIPE THRU ROOFDETAIL NO SCALE8

RECTANGULAR DUCTSUPPORTED BY UNISTRUTDETAIL

NO ISSUE DATE

NOTES:

1. DO NOT INSTALL TERMINAL BOX DIRECTLY OVER LIGHT FIXTURES.

DO NOT INSTALL TERMINAL BOX OVER CABLE TRAY.

REFER TO PLANS FOR DUCT SIZES.

2.

3.

VIBRATIONISOLATOR (PER SPECIFICATIONS)

36"

DISCHARGEAIR

ALL THREADEDGALV. HANGER ROD

FIELD INSULATEDDUCT WORK

LIGHT FIXTURE

CEILING ACCESS PANEL TERMINAL BOX BRANCH DUCT SAMESIZE AS INLET SIZE EXCEPT WHEREINDICATED OTHERWISE ON FLOORPLANS; TRANSITION AS REQUIRED.

SIDE VIEW

TOP VIEW

2 DIA. STRAIGHT RUN OF SHEET METALDUCT TO INLET OF BOX SAME DIAMETER AS BOX INLET

90° CONICAL TAP

1'-0" LENGTHFLEX DUCT CONN.

INSULATED FLEX DUCT SHALL BE SIZE OFINLET ON BOX EXCEPT WHERE SHOWNDIFFERENT ON FLOOR PLANS

PRIMARY AIR INLET COLLAR

CONTROLS AND POWER ENCLOSURE

HANGER BRACKET

FAN POWEREDTERMINAL BOX

INDUCEDPLENUM AIR

FIELD INSULATE HEATINGCOIL SECTION

FLEXIBLE CONNECTION

TRANSITION AS REQUIRED

"NEC" REQUIRED WORKING SPACE

SUPPORT TERMINAL BOX FROMBUILDING STRUCTURE WITH ALL THREADED GALVANIZED HANGERRODS WITH VIBRATION ISOLATORS.

LOW PRESSURE DUCT TODIFFUSERS. DUCT SIZE ASSHOWN ON PLANS.


ELECTRIC COIL ENCLOSUREWITH HINGED DOOR



18"

4"

MIN

SE

CT

ION

3" MIN

6"

MIN3" MIN

HALF ATTENUATORFULL ATTENUATOR

PLAN INDICATION

SECTION

NOTE:

1. WHERE FIRE DAMPERS OCCUR, PROVIDE ACCESS DOOR.

3" MIN.

14"X14" DUCTEXCEPT AS

NOTED ON DWGS.

METAL STUD FRAMESUPPORTS R.A.

SOUND ATTENUATOR

AS REQUIRED TOACCOMMODATE RETURN

AIR SILENCER

METAL STUD

METAL STUD

SHEET METALDUCT 14"X14"EXCEPT ASSHOWN ONPLAN

1/2" DUCT LINERWITH MICROBIAL

COATING

STOP ATTENUATORDUCT HERE FOR

HALF ATTENUATOR

1/2" DUCTLINER

WALL OR PARTITION;RE: ARCH. DWGS.

CEILING

OBSTRUCTION

SECURE DUCT TO NAILER/CURB WITH LAG SCREWS

MANUFACTURER'S CURBAND BACKDRAFT DAMPER

NOTES:

1. PROVIDE TRANSITION AS REQUIRED AT FAN.

DISCONNECT SWITCHUNDER HOOD

ROOF EXHAUST FAN

FLANGE DUCT OVERTOP OF CURB, TYP.

ROOFCONSTRUCTION

EXHAUST DUCT; RE: PLANS FOR SIZE & LOCATION

SECURE FAN TO CURBWITH 1/4" LAG SCREWS(2 PER SIDE)

CANT STRIP ROOFING &FLASHING BY GENERALCONTRACTOR; REF. ARCH.DRAWINGS

DD

RETURN AIR DUCT; REF PLAN DWGS FOR SIZE AND LOCATION. PROVIDE BALANCING DAMPER.

OUTSIDE AIR INTAKEWITH BIRD SCREENAND MOTORIZEDDAMPER

SECURE UNIT TO CURBPER MANUFACTURERSRECOMMENDATIONS

CANT STRIP ROOFING &FLASHING BY GENERALCONTRACTOR; REF. ARCH.DRAWINGS

FLEXIBLE CONN. TYP AT BOTHSUPPLY AND RETURN AIR DUCT

JOIST

SUPPLY AIR DUCT;REF PLAN DWGS FORSIZE AND LOCATION

PROVIDE DUCT ANDTRANSITIONS FORSUPPLY AND RETURNRTU CONNECTIONS

ROUTE COND. DRAIN WITH CLEANABLE TRAP TO NEAREST ROOFDRAIN ON PORTABLE PIPE SUPPORTS

NOTES:

1.

2.

LIFT AND INSTALL RTU PER MFG. INSTALLATION INSTRUCTION.

REFER TO SPECIFICATIONS FOR ACCESSORY REQUIREMENTS.

DD

UNIT


Engineer:

P.E. Serial No.:

Date:

INTERIM REVIEW ONLY

SCOTT P. SEVIGNY

91989


01/

2"1"

2"


E

1

CHECKED BY:

SHEET TITLE:


COPY RIGHT:

SHEET NO. OF

DATE:

ISSUED:


UH PROJECT No.

CONSULTANTS


T 713.366.4000F 713.528.3339

[email protected]



[email protected]


t 713.337.8881f 713.337.8882

[email protected]

SEAL (S):






2 3 4 5 6

D

C

B

A


DESIGN DEVELOPEMENT

P+W PROJECT #:


Houston, Texas 77010t 713.630.7333

[email protected]

09/06/2017


Houston, Texas 77067t 832.249.9379

[email protected]

09/0

6/2

017 1

:36:1

2 P

M

C:\U

sers

\km

ozer\

Docum

ents

\1111-0

61-0

1_M

ech_R

17_km

ozer_

SS

A.r

vt

M-901

MECHANICAL DETAILS

09/06/2017

DLRG

NO SCALE1

FAN POWERED TERMINAL BOXCONNNECTION DETAILW/ELECTRICAL HEAT NO SCALE2

RETURN AIR SOUNDATTENUATOR DETAIL

NO SCALE3

ROOF MOUNTED EXHAUST FANDETAIL NO SCALE4

ROOF TOP UNIT DETAIL

NO ISSUE DATE

Documents

UH ERP BUILDING 9B - C-AIR-S... speakers, nurse call dome lights, exit signage, fire alarm devices, ... coordinate relocations with mep engineers. ... ps-1 ps-1 pr ps-2 ps-2 pr