Plans (3) EC2014 00036
RECEIVE-0
JAN 2 8 2014
CITY OF TIGARD
BUILDING DIVISION
Ctwac-Full Commercial MVAC Loads Calculation Program Elite Software Development,Inc. Chvac-Full Commercial MVAC Loads Calculation Program Elite Softwere Development,Inc. Ctwac-Full Commercial HVAC Loads Calculation Program Elite Software Development,Inc.
NegleyDesign Inc Aso 2056 NegleyDesign Inc Aso 2056 NegleyDesign Inc Aso 2056
Pods I P ortersAl Is,P A 16 051 P&as 2 Portersville.PA 16051 P orAe 3
General Project Data input General Project Data Input cont` Alr Handier Input
General Pro ect Information Building-Level Design Conditions Air Handler Number 1 In ut Data
Project file name: Z:10 ata1ProjactsaAEOl20561AE02056.CHV Name: Unit 1 D
Project title: Asa 2056 Design Outdoor Outdoor Indoor Indoor Grains In/Outdoor Terminal type: Constant Volume
Project date Monday,November 18,2013 Month Dry Bulb Wet Bulb Rel.Hum Dry Bulb Diff Correction Mathod for CV Sum of Peaks
Weather reference city: TIGARD, OREGON, USA August 66 66 50% 75 •1 06 -7 Supply fan type Draw-thru fan
Barometric pressure 29.879 in Hg. Winter 27 70 Calculations performed Both heating and cooling loads
Altitude: 39 feet Excess supply air Reserve O
Latitude: 46 Degrees Master Roofs Occurrences: 1
Mean daily temperature range: 21.6 Degrees Roof ASHRAE Roof Dark Susp. People profile number: 0
Starting&ending time for HVAC load calculations 9am- 10pm No. Roof# U-Fac Color Ceil Lighting profile number. 0
Number of unique zones in this project: 2 1 1 0.100 Yes Yes Equipment profile number: 0
Exhaust may not exceed supply air: No
Buil dinq DefauItValues Leaving heating coil temp (deg.F): 90.0
Calculations performed Both heating and cooling loads Leaving cooling coil temp (deg.F): 55.0
Lighting requirements 0.00 Watts per square foot Cooling coil CFM 0
Equipment requirements: 0.00 Watts per square foot Misc. Ruh gain- supply side 0
People sensible load multiplier: 250 Btuh per person Misc. Ruh gain- return side: 0
People latent load multiplier: 200 Btuh per person Combined fan&motor efficiency 0
Zone sensible safety factor: 5 % Static pressure across fan(in.wg.). 0.00
Zone latent safety factor: 5 % Summer supply duct temp rise (deg.F): 0.000
Zone heating safety factor- 10 % Summer return duct temp rise(deg.F): 0.000
People diversity factor: 100 % Winter supply duct temp drop(deg.F): 0.000
Lighting profile number 0 Winter return duct temp drop (dsg.F): 0.000
Equipment profile number 0 Chilled water temp difference(deg.F): 0.000
People profile number 0 Hotwatertemp difference (deg.F): 0.000
Building default ceiling height: 11 00 feet Cooling ventilation: 0 CFM/sq.ft
Building default wall height: 14.00 feet Cooling infiltration: 0 CFM/sq.ft ../
Heating ventilation: 0 CFM/sq.ftInternal I--=-I
Oneratir a Load Profiles = Heating infiltration: 0 CFM/sq.ft w
hr I hr I hr hr I hr i hr hr hr hr I hr hr hr hr hr hr hr hr hr hr hr
Pretreated outside air: none E..�
Pretreated air Summer DB(deg.F): 0
2 c c c c c c c c c c c c c c c c c c c c c c c c Pretreated air Summer WE(deg,F): D
3 c c c c c c c c c c c c c c c c C c c c c c c c Pretreated air Winter DB(deg.F) 0 ro
4 c c C c c c c c C c C c c c c c c c c c c C c c
5 c c c c c c c C c c C c c c c C c c c c c C c c
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7 c c c c c c c c c c c c c c c c c c c c c c c c Design Outdoor Outdoor Indoor Indoor Grains In/Outdoor (L
s c c c c c c c c c c c c c c c c c c c c c c c c Month Dr Bulb Wet Bulb Rel.Hum Dr Bulb Diff Correction l-
c N
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Winter 'nter 27 70 �3: m
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Z:Date+P rojects1AE0120561AE02056.CHV Monday,November 18,2013,01:47 PM Z:DstaW rojact stAE012056AE02056.CHV Monday,November 18,2013,01:47 PM Z:ZaIMP rojeds1AE0120561AE02056.CHV Monday,November 18,2013,01:47 PM
Ctwac-Full Commercial HVAC Loads Calculation Program Elite Software Development,Inc. Ctwsc-Full Comi,mclaI HVAC Loads Celcuiation Program Elite Softwere Development,Inc. Chvac-Full Cominacis I HVAC Loads Calculation Program Elite Sohwere Development,Inc.
NegleyDesign Ino Ji='F1 Aso 2056 NegleyDesign Inc Aso 2056 NegleyDesign Inc Aso 2056
1 Portersyllie.P A 16051 aaeP acle 5 Portersyllle.P A 16051
,?.one input Building Summaty Loads Air Handler#i • Unit 9- Summary Loads
FZ-one 1: Sales/Fittin 7087.5s .ft (Group 0 Building peaks in August at3pm. Zn Description Area Htg.Loss Sen.Gain Lat.Gain Htg.O.A. Clg.Q.A,
Air Handler number: 1 Zone occurrences: 1 Bldg Load Area Sen %Tot Lat Sen Net Met No Zone Peak Time People Htg.CFM Clg.CFM S.Exh Req.CFM Req.CFM
Zone length: (feet) 94.50 Zone width (feet): 75.00 Descriptions Quan Loss Loss Gain Gain Gain Gain V F
Lighting Watts: 8,500 Equipment Watts: 2,000 Roof 8,933 42251 100.00 0 62559 62,559 37.49
Number of people in zone 106 People profile number: 0 Wall 0 0 0.00 0 0 0 0.00 1 Sales/Fitting 7,088 33,524 115,081 22,260 None None
Lighting profile number- 0 Equipment profile number: 0 Glass 0 0 0.00 0 0 0 0.00 Spm Augustt 106 1,. 5,. 0 0 0
Ceiling height(feet): 11.00 Heating safety factor(%): 10 Floor Slab 0 0 ODO 0 0 0 0.00 77,963 0.22 22 0.75 0 0 0
75
Sensible safety factor(°lo): 5 Latent safety factor(%): 5 Skin Loads 42251 100.00 0 62,559 62,559 37.49 2 Stock 1,845 6,727 27,969 0 None None
Sensible heat per person(Stuh): 250 Latent heat per person (Btuh): 200 Spm August 0 405 1,287 0 0 0
Cooling ventilation method: CFM/Pr& Cooling ventilation value. 0.000 Lighting 10,700 0 0.00 0 36,335 38,335 22.97 20,295 0.22 0.70 0 0 0
CFMrsq.ft 0.000 Equipment 4,000 0 0.00 0 14,331 14,331 8.59
Cooling infiltration method: CFWsq.ft Cooling infiltration value: 0.000 People 106 0 0.00 22,260 27025 50,085 30.01 Zone Peak Totals: 8,933 42,251 143,050 22,260
Heating ventilation method: CFM/Pr& Heating ventilation value 0.000 Partition 0 0 0.00 0 0 0 0.00 Total Zones:2 106 1,959 6,583 0 D 0
CFWsq.ft 0.000 Cool. Pret. 0 0 0.00 0 0 0 000 Unique Zones:2 96,258 0.22 0.74 0 0 0
Heating infiltration method: CFMisq.ft Heating infiltration value: 0.000 Heat.Pret. 0 0 0.00 0 0 0 0.00
Winter exhaust air CFM: 0 Summer exhaust air CFM: 0 Cool, Vent 0 0 0.00 0 0 0 0.00
Minimum supply CFM 0 Latent Ruh equipment load 0 Heat,Vent. 0 0 0.00 0 0 0 0.00
Ceil.exposed to plenum(sq.ft): 7,088 Exposed floor slab perimeter(ft): 0 Cool. Infil. 0 0 0.00 0 0 0 0.00
Both heating and cooling loads are calculated for this zone. Heat,Infil. 0 0 0.00 0 0 0 0.00
Draw-Thru Fan 0 0 0.00 0 1575 1,575 0.94
Roof Type ASHRAE# U-Factor Dark Length Width Area Susn Cell Blow-Thru Fan 0 0 0.00 0 0 0 0.00
1 1 1 0.100 Yes 94.50 75.00 7,087.5 Yes Reserve Cap. 0 0 0.00 0 0 0 0.00
Reheat Cap 0 0 0.00 0 0 0 0.00
Zone 2: Stock 1845 s .ftGrou 0 Supply Duct 0 0 0.00 0 0 0 0.00
Return Duct 0 0 0.00 0 0 0 0.00
Air Handler number: 1 Zone occurrences: 1 Misc, Supply 0 0 0.00 0 0 0 0.00
Zone length (feet) 41.00 Zone width(feet): 45.00 Misc. Return 0 0 0.00 0 0 0 0.00
Lighting Watts: 2,200 Equipment Watts: 2,000 Building Totals 42251 100.00 22,260 144,625 166,885 100.00
Number of people in zone: 0 People profile number: 0
Lighting profile number: 0 Equipment profile number: 0
Ceiling height(feet): 11,00 Heating safety factor(%): 10 Building Sen %Tot Lat Sen Net %Net
Sensible safety factor(%). 5 Lat 9 nt safet y fa ct o r(%), Summary Loss Loss Gain Gain Gain Gain
Sensible heat per person (Btuh): 250 Latent heat per person(Btuh): 200 Ventilation 0 0.00 0 0 0 0.00
Cooling ventilation method: CFMrsq.ft Cooling ventilation value 0.000 Infiltration 0 0.00 0 0 0 0.00
Cooling infiltration method: CFNUsq.ft Cooling infiltration value: 0.000 Pretreated Air 0 0.00 0 0 0 0.00
Heating ventilation method: CFM/sq.ft Heating ventilation value: 0.000 Zone Loads 42251 100.00 22,260 143,050 165,310 99.06
Heating infiltration method: CFWsq.ft Heating infiltration value: 0.000 Plenum Loads 0 0.00 0 0 0 0.00
Winter exhaust air CFM: 0 Summer exhaust air CFM: 0 Fan &Duct Loads 0 0.00 0 1575 1,575 0.94
Minimum supply CFM: 0 Latent Btuh equipment load: 0
Ceil.exposed to plenum(sq.ft): 1,845 Exposed floor slab perimeter(ft): 0 Building Totals 42251 100.00 22,260 144,625 166,885 100.00
Both heating and cooling loads are calculated for this zone.
Roof Type ASHRAE# U-Factor Dark Length Width Area Sus .Ceil Check Fi Utes
Total Building Supply Air(based on a20'TO): 6,583 CFM
1 1 1 0.100 Yes 41,QO 45.00 1 445.0 Yes Total Building Vent.Air(0.00%of Supply): 0 CFM
Total Conditioned Air Space: 8,933 Sq.ft
Supply Air Per Unit Area: 0.7370 CFM/Sq.ft
Area PerCooling Capacity: 642.3 Sq.ft/fon
Cooling Capacity Per Area: 0.0016 Tons/Sq.ft
Heating Capacity Per Area: 4.73 Stuh/Sq.ft
Total Heating Required With Outside Air: 42,251 Btuh
Total Cooling Required With Outside Air: 13.91 Tons
Z:+Data+ProjedslAEOt205VAE02056.CHV Monday,November 18,2013,01:47 PM Z:+Data+Proj act MAE0120561AE02056.CHV Monday,November 18,2013,01:47 PM Z:0ata+ProjedMAE012056%E02056.CHV Monday,November 18,2013,01:47 PM
Chvac-Full Corrrnercial HVAC Loads Calculation Program Elite Software Development,Inc. Ctwac-Full Commercial HVAC Loads Calculation Program Elite Software Development,Inc. Ctwac-Full Commercial HVAC Loads Calculation Program j'1111111 Elite Software Development,Inc.
NegleyDesign Inc Aeo 2056 NegleyDesign Inc =11 Aso 2056 NegleyDesign IncIli! Aeo 2056
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Air Handler#1 - Unit 9 - Total Load SUMMarY Zone Detailed Loads At Zone Peak Times Air System #7 Unit 1 Psychrometric Analysis
Air Handler Description Unit 1 Constant Volume- Sum of Peaks FQ
oad Unit -SC- CLTD U.Fac Sen Lat, Htg Htg. System Load Analysis Latent Grains Sensible Tem CFM
Supply Air Fan Draw-Thru with program estimated horsepower of0.62 HP escri tion Quan CFAC SHGF -CLF- Gain Gain Mult. Loss Leaving Coil Condition 59.699 55.000
Fan Input: 0%motor and fan efficiency with 0 in.water across the fan Draw-Thru Fan 1,575 0.218 72
Sensible Heat Ratio: 0.87 ---This system occurs 1 time(s)in the building.--- Zone 1-Sales/Fitting peaks(sensible) in August at Spm,Air Handler 1 (Unit 1), Group 0, 94.5 x 75.0, Misc Load on Supply Side 0 0.000 0
Air System Peak Time: Spm in August, Construction Type: 1 (Light) Supply Air Duct 0 0.000 0
Outdoor Conditions: CIg:86°DB,66°WB,63.66 grains,Htg:27°DB Roof-1-1-Susp.0-D 7,068 1.00 66.7 0.100 47,274 4.300 30,476 Zone Loads 22,260 4.960 143,050 19.782 6511
Indoor Conditions: Clg:75°DB,50%RH,Htg:70°DB Lights-Prof=O 6,500 1.000 29 p03 Sensible Reserve 0 0.000 0
Equipment-Profs 2,000 1.000 6,824 0 Zone Condition 22,260 64.678 144,625 75.000 6,583 W
Summer:Exhaust controls outside air,--•--Winter: Exhaust controls outside air. People-Prof--O 106.0 1.000 26500 21,200
Return Air Duct 0 0.000
Zone Space sensible loss: 42251 Btuh Subtotal 109501 21200 30,476 Return Air Plenum 0 0.000
Infiltration sensible loss 0 Btuh 0 CFM Safety factors: +colo +5% +10% Misc Load on Return Side 0 0.000 w i�
Outside Air sensible loss: 0 Btuh 0 CFM --------- --------- --------- Vent AirO CFM 0 0.000 0 0.000 O Q
Supply Duct sensible loss: 0 Btuh Total w/safety factors115D81 22260 33524 Blow-Thru Fan 0 0.000
Return Duct sensible loss: 0 Btuh
Return Plenum sensible loss: 0 Btuh Entering Coil Condition 22,260 64.678 144,625 75.000 6583
Total System sensible loss: 42,251 Btuh
Zone 2-Stock peaks (sensible) in August at 3p m, Air Handler 1 (Unit 1), Group 0,41 0 x 45.0, Construction
Heating Supply Air:42251 /(.999 X 1.08 X 20)= 1,959 CFM 1 I
Writer Vent Outside Air(0.0%of supply)= 0 CFM Roof-1-1-Susp.0-D 1,845 1.00 66.7 0.100 12,306 4.300 7,934 PR = (Barometric pressure of site/Standard ASHRAE pressure of 29.921) --�
Zone space sensible gain: 143D50 Btuh Lights-Prof=O 2,200 1.000 7,507 TSH PR x 1.10 x CFM x(DB entering- DB leaving)
Infiltration sensible gain: 0 Btuh Equipment-Profs 2,000 1.000 6,624 0 TLH _ PR x 0.68 x CFM x(Grains entering- Grains leaving)
Draw-thru fan sensible gain. 1575 Btuh GTH - PR x 4.50 x CFM x(Enthalpy entering-Enthalpy leaving) v
[--�
Supply duct sensible gain: 0 Btuh Subtotal 26,637 0 7,934Safety factors: +5% -15% +10% TSH = 0.999 x 1 10 x 6,583 x( 75.000 55.000 }= 144,624 Btuh
Reserve sensible gain: 0 Btuh TLH = 0.999 0.68 6,583 ( 64.678 59.699 )= 220 Btuh
Total sensible gain on supply side of coil. 144,625 Btuh x x x 26
Q
Total w/safety factors: 27,969 0 8,727 .......... j 0
Cooling Supply Air: 144,625/(.999 X 1 1 X 20)= 6,583 CFM SUM = 166084 Btuh
Summer Vent Outside Air(0.0%of supply)= 0 CFM GTH = 0.999 x 4.50 x 6,583 x( 28.113 22.459 ) = 167 268 Stuh
Return duct sensible gain: 0 Stuh Total System Load = 166 S85 Btuh
Return plenum sensible gain: 0 Btuh O
Outside air sensible gain: 0 Btuh 0 CFM I Chilled and Hot Water Flow Rates and Steam Requirement
Blow-thru fan sensible gain 0 Btuh Cooling GPM = 167266 !( 0.00 x 500 ) 0.0 GPM
Total sensible gain on return side of coil: 0 Btuh Heating GPM = 42251 /( 0.00 x 500 ) = 0.0 GPM ( w (D
Total sensible gain on air handling system: 144,625 Btuh Steam Req. = 42251 ! 970 = 43.6 Ib./hr �•/
Zone space latent gain: 22260 Btuh Enterinct Coolinq Coil Conditions Enterinq Heating Coil Conditions CITY OF UGARD O Q
Infiltration latent gain: 0 Btuh Dry bulb temperature: 75.00 Dry bulb temperature: 70.00 p r 4_3
Outside air latent gain: 0 Btuh Wet bulb temperature: 62.53 Approved..iG�: :. ' sa��s.L L U7
Total latent gain on air handling system: 22,260 Btuh Relative humidity 49.96
Total system sensible and latent gain: 166,865 Btuh Enthalpy: 28.11 Btu/Ibm Conditionally Approved..............[ ] - -6
Check i See Letter to:Follow..................[ ] U W s L
Total Air Handier Supply Air(based on a20°TD): 6583 CFM Leam Cooling Coil Conditions Leaving Heating Coil Conditions Attched...,,.„..
Total Air Handler Vent. Air (0.00°l0 of Supply): 0 CFM Dry bulb temperature: 55.co Dry bulb temperature: 90.00 peTtllNumber _
Total Conditioned Air Space: 8,933 S .ft Wet temperature: 93.79 A
p q Relattiveive ltN humidity: 92.73 d
Supply Air Per Unit Area: 0.7370 CFWSq.ft Enthalpy: 22.46 Btu/Ibm By:,' Date:
Area Per Cooling Capacity: 642.3 Sq,ft/Ton
Store No.
Cooling Capacity Per Area: 0.0016 Tons/Sq.ft Lk-)0-7-7
Heating Capacity Per Area: 4.73 Btuh/Sq ft
Approved pians
Total Heating Required With Outside Air: 42251 Btuh shall be on iob site,
Total Cooling Required With Outside Air: 13.91 Tons
205
OFFICE COPY Drawn by:
Approved
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Z:Cata�Projeds%E012058%EO2056.CHV Monday,November 16,2013,01:47 PM Z:0stall)rojact MAE012056%E02056.CHV Monday,November 18,2013,01:47 PM Z:0staProjeds%E0120561AE02056.CHV Monday,November 18,2013,01:47 PM � Drawing No. a
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1 102 5
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MECHANICAL NOTES
01`�Y OF"�iOARD
g131LIAN0
OMITTED OMITTED OMITTED
25. THE G.C. SHALL INSTALL THE THERMOSTATS WHERE SHOWN ON THE
0M
ITTED DRAWING, AND ALL CONTROL WIRING.
3. T1418 STORE 15 BEING CONSTRUCTED IN A PREVIOUSLY OCCUPIED SPACE.
OMITTED
1lE0� ANICAL RESPONSIBILITY SCHEDULE
THE G.C. SHALL VERIFY THAT THE USE OF THE DIMENSIONS AND
DETAILS SHOWN ON THESE DRAWINGS WILL BE COMPATIBLE WITH THEOM_ _ITTED °-
FURNISHED INSTALLED O
EXISTING CONDITIONS. THE G.C. SHALL VERIFY THE ACCURACY
OF ALL DETAILS AND DIMENSIONS SHOWN ON THE DRAWINGS AS 'EXISTING'. Q
NOTIFY AMERICAN EAGLE OUTFITTERS' CONSTRUCTION DEPARTMENT WITH 28. THE G.C. SHALL COOPERATE AND COORDINATE WORK WITH THE LANDLORD m Q�c
ANY CONFLICTS. THE G.C. SHALL BE RESPONSIBLE FOR ANY AND OTHER TRADES AS REQUIRED TO PROVIDE A FULLY OPERABLE COOLING
INCIDENTAL DEMOLITION OR NEW WORK REQUIRED BY THE EXISTING AND HEATING SYSTEM. THIS CONTRACTOR SHALL PROVIDE ANY ADDITIONAL N Q A w < Q w
CONDITIONS. SEE SPECS. WORK OR MATERIAL REQUIRED. 4�i Z �? tau Z 'j
DESCRIPTION S 1- � REMARKS
4. THE G.C. SHALL COORDINATE WITH ALL TRADES AND/OR LANDLORD FOR THE 2q. ALL DUCTWORK SHALL BE INSULATED PER THE SPECIFICATIONS, VAV BOX ES
i
MOVEMENT OF MATERIALS, TRASH REMOVAL, ROOF WORK, TEMPORARY SUPPORT(S) FOR VAV BOX(ES) s r •
DISCONNECTION OF THE SPRINKLER SYSTEM. 30. ALL NEW DUCT INSULATION SHALL BE USED IN ACCORDANCE WITH THE
A14U MIXING BOX MOTORIZED DAMPERS
SPECIFICATIONS AND OTHER NOTES ON THE DRAWING. REPAIR ANY DAMAGED AHU MIXING BOX MOTORIZED DAMPER ACTUATORS
INSULATION AND INSULATE ANY NEW DUCTS. EXISTING DUCTWORK INSIDE
CONDENSING UNITS
THE SPACE MAY BE REUSED IF IN GOOD CONDITION, THE PROPER SIZE, AND
OMITTED PROPERLY INSULATED. SEE SPECS. CURB / STR. SUPPORTS FOR COND. UNITS
ROOF TOP UNITS
31. ALL DIFFUSERS AND GRILLES SHALL MATCH THE CEILING AS INDICATED ROOF CURB / CURB ADAPTER A5 REQ'D
ON THE ARCHITECTURAL DRAWINGS. STRUCTURAL SUPPORT FOR RTU AS REQ'D H
32. ALL BRANCH TAKE-OFFS 70 HAVE A MANUAL DAMPER. CHILLED WATER AHU'S
DIFFUSERS AND GRILLES
T �
6. THE EXISTING SPACE 15 BELIEVED 70 BE FULLY SPRINKLERED BUT THE HEADOMITTEDFIRE DAMPERS (sa
SMOKE DAMPERS/
LAYOUT IS UNKNOWN. THIS DRAWING SHOWS AN ORDINARY HAZARD LAYOUT. WALL FIRE
HOWEVER, THIS G.C. SHOULD INSPECT THE SPACE, DETERMINE THE EXISTING 34• THE EXISTING TOILET EXHAUST SYSTEM BEING REUSED SHALL BE COMPLETELY LOW PRESSURE DUCTWORK v N
HEAD LOCATIONS AND DEVELOP A NEW LAYOUT WHICH WOULD UTILIZE AS MANY CLEANED, INSPECTED, AND LUBRICATED. REPLACE ALL FAN BELTS, ADJUST HIGH / MEDIUM PRESSURE DUCTWORK co T
EXISTING HEAD LOCATIONS AS POSSIBLE. THE G.C.'S LAYOUT MUST COMPLY AND BALANCE. TEMPERATURE CONTROL SYSTEM WIRING • 0° w
WITH ALL APPLICABLE CODES AND THE LANDLORD'S REQUIREMENTS. HEADS
( RELIEF AIR / MAKE UP AIR MOTORIZED DAMPERS
NOTED ON 71418 DRAWING AS 'NEW' MUST BE INSTALLED WHERE SHOWN.) � � OMITTED OMITTEDRA / MUA MOTORIZED DAMPER ACTUATORS Lj
SUBMIT SIX COPIES OF THE DRAWINGS TO 714E LANDLORD'S INSURANCE
UNDERWRITER FOR APPROVAL. SUBMIT TWO COPIES OF THE APPROVED SMOKE DETECTORS IN RETURN AIR DUCT •
DRAWINGS TO THE LANDLORD AND TWO COPIES 70 AMERICAN EAGLE 36.EXISTING EQUIPMENT NOT USED FOR THIS PROJECT SHALL BE DISCONNECTED ZONE DAMPERS ami w cn
OUTFITTERS. AND REMOVED. CAP AND SEAL DUCTS, PIPES, AND ROOF OPENINGS AS DUCT HEATERS
REQUIRED. UNIT HEATERS
37. THE EXISTING PLUMBING SYSTEM FOR THE TOILET ROOM SHALL BE REUSED. RETURN AIR FAN c o
OUTSIDE AIR INTAKE
OMITTED
THE G.C. SHALL VERIFY THAT ALL PIPING, DRAINS, FIXTURES, AND WATER RELIEF AIR FAN OR HOOD " M
HEATERS ARE IN GOOD WORKING ORDER. NOTIFY AMERICAN EAGLE OUTFITTERS c
ROOF PENETRATIONS
REPRESENTATIVE OF ANY ITEMS WHICH ARE IN QUESTIONABLE CONDITION,
REPLACE AS DIRECTED. INSTALL FLOOR DRAIN IN NONE IS EXISTING. INSTALL TOILET EXHAUST FAN 5 • x x N
MIXING FAUCET.
TOILET EXHAUST DUCTWORK •
AIR BALANCE REPORTw
SPRINKLER PIPING / MODIFICATIONS
MITTED
O SPRINKLER HEADS AND ESCUTCHEONS
PLUMBING FIXTURES • PROVIDE NEW DRINKING FOUNTAIN
OMITTED
SAN CW HW PIPING AND WATER METER • "
WATER HEATER
3q.THE G.0 SHALL VERIFY WITH THE LANDLORD THE EXACT LOCATION FOR -
• `
SANITARY TAP IN LOCATION WHICH IS BELIEVED TO BE EXISTING. PATCH ALL ROUGH-IN AND FINAL CONNECTION
CONCRETE INSIDE AND OUTSIDE THE SPACE AS REQUIRED BY THE NEW 46.IF REQUIRED BY THE LANDLORD OR LOCAL BUILDING CODES, THE G.C, SHALL AIR CURTAIN(S)
SANITARY SYSTEM. COORDINATE WITH ALL TRADES TO FURNISH AND INSTALL A FIRE AND SMOKE TEMPERATURE CONTROLS
THE G.C. SHALL FIELD VERIFY EQUIPMENT LOCATIONS AND COORDINATE DETECTION SYSTEM INCLUDING BUT NOT LIMITED T0, SMOKE DETECTORS,
OMITTED40. DUCTWORK INSTALLATION WITH EXISTING MECHANICAL LINES. SMOKE EXHAUST FANS, VISUAL AND AUDIBLE ALARMS, ETC. ALL EQUIPMENT
MUST BE FULLY OPERABLE AND MEET LANDLORD AND LOCAL BUILDING CODE
41. THE G.C. SHALL COORDINATE WITH THE LANDLORD FOR THE PROVISION OF REQUIREMENTS. CONTACT THE AMERICAN EAGLE OUTFITTERS REPRESENTATIVE
OPENINGS IN THE DEMISING WALLS FOR RETURN AIR. VERIFY NUMBER, SIZE, WITH ANY DISCREPANCIES OR MISUNDERSTANDINGS.
AND LOCATION REQUIRED. ALL OPENINGS TO HAVE 1"x1" W/W MESH SECURITY
SCREENS. OMITTED
OMITTD 48.ALL EQUIPMENT SHALL BE INSTALLED IN STRICT ACCORDANCE WITH THE
E MANUFACTURERS' INSTRUCTIONS AND/OR RECOMMENDATIONS, AND GOOD
OMITTED INDUSTRY STANDARDS. IF THERE IS A CONFLICT, CONTACT AN
AMERICAN EAGLE OUTFITTERS REPRESENTATIVE IMMEDIATELY.
OMITTED
OMITTED
EXHAUST FAN SCHEDULE
MARK DESCRIPTION CAPACITY LOCATION
EXISTING PENN VENTILATOR CEILING FAN 82 CFM ® 0.25" SP TOILET ROOM
OMITTED
EF-1 ZEPHYR Z-6 120-1-60
COOK GEMINI GN-420 INLINE EXHAUST FAN 280 CFM ® 0.125" SP SALES
EF-2 120-1-60 172 WATTS
OMITTED '
OMITTED
GRILLE REGISTER t DIFFUSER SCHEDULE z
0
MARK TYPE NECK SIZE FACE SIZE CFM PATTERN MANUFACURER MODEL LOCATION NOTES
V
SD-1 SUPPLY DIFFUSER 18x18/120 2424 325 A4 TITUS TDC SALES W/ O.B.D. —
DSD-2 SUPPLY DIFFUSER 120 24x24 325 A4 TITUS OMNI SALES W/ O.B.D.
OMITTE
_ - SD-3 SUPPLY DIFFUSER 18x18/120 2424 500 A4 TITUS TDC STOCK W/ O.B.D.
SD-4 SUPPLY DIFFUSER 18x18/120 2424 300 A4 TITUS TDC STOCK W/ O.B.D.
OMITTED
OMITTED
z
1q• TENANT SHALL PROVIDE FOR THE G.C. TO INSTALL (3) NEW FAN POWERED VAV Ili
BOXES A7 THE APPROXIMATE LOCATIONS SHOWN. THE G.C. SHALL FURNISH AND RG-1 RETURN GRILLE --- 2412 --- --- TITUS 50F SALES
INSTALL ALL DUCTWORK SHOWN OR REQUIRED FROM THE MALL SUPPLY AIR V
DUCT TO THE VAV BOXES, AND DOWNSTREAM OF THE VAV BOXES. RG-2 EXHAUST GRILLE --- 8x6 40 --- TITUS 350RL FITTING
OMITTED -
NOTE: ALL SUPPLY DIFFUSERS AND RETURN
GRILLES ARE FURN. BY TENANT, INST. BY G.C.
� w
w
QQ
Q
OMITTED FAN POWERED VAV BOX SCHEDULE
MARK MANUFACTURER TYPE TYPE PRIMARY AIR ADJUST BOX INLET MOTOR ELEC HEAT
}—
AND MODEL NO. CFM CAPACITY TO CFM (� a
OPERATION
MIN MAX MIN MAX SIZE H.P. VOLTS PHASE KW VOLTS PHASE Lu
OMITTED ® FURN BY TENANT Q
FPVAV-1 TITUS DTFS ❑ VAV ❑ PNEUMATIC E3 FURN. BY L.L. 0 4000 0 3100 160 3/4 208-1-60 10 208-3-60
FPVAV-2 TITUS DTFS ® FAN POWERED ® ELECTRIC ❑ PURCH. FROM L.L.
VAV BOX ® INSTALL BY G.C. 0 4000 0 2875 160 3/4 208-1-60 10 208-3-60 O
FPVAV-3 TITUS DTFS
1:1 CAV 13 SYSTEM POWERED ® NEW
0 EXISTING 0 4000 0 2g25 160 3/4 208-1-60 10 208-3-60
OMITTED
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Store No.
2056
Drawn by:
A roved
Drawing No. a
DETAILS, NOTES, AND/OR SPECIFICATIONS ON
THIS SHEET NOT LISTED ALPHABETICALLY OR Kj
NUMERICALLY HAVE BEEN PURPOSELY OMITTED2
AND DO NOT PERTAIN TO THIS PROJECT. o
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KEY NOTES: 1"1Eci- ANICAL LEGEND
NOTE: NOTE: O ROD OUT ENTIRE PLUMBING SYSTEM BACK TO LANDLORD'S MAIN. R` CE - +
G.C. SHALL FURNISH AND INSTALL ACCESS PANELS FOR ABOVE GENERAL CONTRACTOR SHALL FURNISH ALL REQUIRED VOLUME DAMPER (MANUAL) SUPPLY AIR DIFFUSER
CLEAN AND RECONDITION EXISTING PLUMBING FIXTURES. RETURN TO 'LIKE ~��mmmw (LINEAR)
CEILING MAINTENANCE. ACCESS PANELS SHALL BE 18"x18" AS MOTORS AND STARTERS AND IS RESPONSIBLE FOR NEW' CONDITION. SEE SPECS. A142 8 2014
MANUFACTURED BY WIND-LOCK, STEALTH PANEL #TR-APOIS INSTALLATION AND WIRING. ® SUPPLY AIR DIFFUSER (BLACK
[P-3e] (TYP). G.C. SHALL FURNISH AND INSTALL ACCESS O CLEAN AND RESTORE TO 'LIKE NEW' CONDITION THE EXISTING TOILET INDICATES BLANK-OFF) N.C. HANDICAPPED €ITY OF TIGARD
PANELS FOR ALL NEW AND EXISTING ABOVE CEILING EXHAUST FAN AND DUCTWORK.
RETURN / EXHAUST REGISTER OR GRILLE BUILDING DIVISION o
COMPONENTS REQUIRING MAINTENANCE ACCESS (e.g. HVAC UNIT NOTE: O VERIFY EXISTENCE OF FLOOR DRAIN IN EXISTING TOILET ROOM. NOTIFY FLEXIBLE DUCT (NOT TO EXCEED 5'-011) "
CONTROLS, SHUT OFF VALVES, DAMPER CONTROLS, J-BOXES, G.C. SHALL REMOVE ANY ABANDONED EQUIPMENT TENANT AND INCLUDE THE COST OF INSTALLING ONE IN THE BASE BID IF
16x10-�'
ETC. -LANDLORD AND/OR TENANT PROVIDED - G.C. t0 VERIFY SERVICING THE TENANT'S SPACE PER BUILDING DEPT. ONE DOES N07 EXIST. INSIDE DUCT DIMENSION (IN INCHES,
FIRST DIM. IS AS VIEWED) J
IN THE FIELD). COORDINATE ALL LOCATIONS WITH TENANT AND LANDLORD REQUIREMENTS, VERIFY IN FIELD.
FIELD REPRESENTATIVE. O G.C. SHALL COORDINATE TO PROVIDE NECESSARY CUTTING AND PATCHING SPIN-IN TAP WITH VOLUME DAMPER
FOR SANITARY LINES, DRAINS, CLEANOUTS, ETC. SEAL WATER-TIGHT. SUPPLY DUCT TURNED UP
FPVAV 1,�,3
ALL BRANCH TAKE-OFFS TO HAVE LOW LOSS 'SHOE TAP' FITTING. �y
NOTE REGARDING HVAC DUCTWORK: THE TENANT SHALL PROVIDE AND THE G.C. O ALL BRANCH TAKE-OFFS TO HAVE A MANUAL DAMPER. SUPPLY DUCT TURNED DOWN DENOTES CONNECT TO EXISTING
G.C. SHALL BE RESPONSIBLE FOR RAISING ALL EXISTING SHALL INSTALL (3) FAN POWERED VAV UNITS A5 SHOWN.
HVAC EQUIPMENT AND DUCTWORK AND INSTALLING NEW SEE M.0.200 CHART, NOTES AND SPECS. VERIFY LOCATION OF e� THE G.C. MAY REUSE SOME OR ALL OF THE EXISTING DUCTWORK, IF IT IS IN
HVAC EQUIPMENT AND DUCTWORK AS REQUIRED TO UNITS WITH LANDLORD REP PRIOR TO INSTALLATION. SUITABLE CONDITION AND WILL HANDLE THE AIR QUANTITIES SHOWN AT A RETURN / EXHAUST DUCT TURNED UP ❑F.D. FLOOR DRAIN
ACCOMMODATE THE INDICATING CEILING HEIGHTS ON SHEET G.C. TO PROVIDE SMOKE DETECTORS IN THE VELOCITY NOT TO EXCEED 1500 F,P.M. REPAIR MISSING OR DAMAGED
A.0.200. UNITS TO DE-ENERGIZE HVAC UNITS UPON INSULATION. CAP ALL UNUSED OPENINGS WITH SHEET METAL SCREWS AND
IF SPACE DESIGN INCORPORATES AN "OPEN CEILING" (NO DETECTION OF SMOKE. CAULK AIR TIGHT. PROVIDE TENANT WITH A DRAWING SHOWING ROUTING, RETURN / EXHAUST DUCT TURNED DOWN WC WATER CLOSET
CEILING, OPEN TO STRUCTURE ABOVE), G.C. SHALL BE SIZES, AND DIFFUSER LOCATIONS. SEE SPECS.
RESPONSIBLE FOR RAISING ALL EXISTING HVAC EQUIPMENT
AND DUCTWORK AND INSTALLING NEW HVAC EQUIPMENT O THE G.C, SHALL VERIFY THE EXACT LOCATION FOR THE VAV UNITS, AND ELBOW WITH TURNING VANES LAV LAVATORY
AND DUCTWORK AS REQUIRED TO ACCOMMODATE THE NOTE: PROVIDE ALL NECESSARY AUXILIARY STEEL REQUIRED FOR UNIT SUPPORT
LIGHT FIXTURE HEIGHTS DETAILED ON SHEET 1E.0.1001. THE G.C. SHALL COORDINATE WITH THE LANDLORD FOR THE PROVISION OF TO MEET LANDLORD'S REQUIREMENTS.
OPENINGS IN THE DEMISING WALLS FOR RETURN AIR. VERIFY NUMBER, SIZE, SMOKE DETECTOR
AND LOCATION REQUIRED. ALL OPENINGS 70 HAVE 1"x1" W/W MESH SECURITY to PROVIDE FIRE DAMPERS WHERE DUCTS PENETRATE RATED CEILINGS OR 0
SCREENS. WALLS. NEW DUCTWORK
EX. EXISTING DUC WORK TO H
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EXISTING TOILET EXHAUST FAN SYSTEM INLINE EXHAUST FAN ABV CLG.-
EXISTING C. TOILET ROOM TO REMAIN, CLEAN AND REFURBISH AS SUSPEND FROM CONSTRUCTION
8'4" A.F.F. SE ENLARGED TOILET ROOMREQUIRED PER NOTES AND EXISTING LANDLORD Drawn by:
SPECS.
ABOVE WITH HANGER ROD.,
PLUMBING PLA AND PIPING DIAGSUPPLY AIR MAIN MEC�AN I CAL FLAN roved
DRAWING P.0.10 FIELD VERIFY BELIEVED TO BE CHART, NOTES AND SPECS.
EXISTING TIE-1 LOCATION AND CONDITIONS. SEE SCALE: i14" 1' O" Drawing No.
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