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Home My WebLink AboutPermit 0114-M - Whitehourse TavernCITY OF TUKWILA Building Division 6200 Southcenter Boulevard Tukwila, Washington 98188 (206) 433 - I$¢9 BUILDING PERMIT Work to be done HVAC Site Address 14935 INTERURBAN AVENUE S. Building Use TAVERN Property Owner ROGER MORSE Address 14935 INTERURBAN AVENUE S_ Contractor LODEST Address PERMIT # G - .4j Control # 89.-014 -M Suite f Tenant WHTTFHfIRSE TAVERN Assessors Account #► N/A Phone # 242 -2842 TUkW1 LA, W Zip 98188 Phone #I 546 -1968 1AZip 98133 a4Z /( , ,2752._./1- �.v�� e DATE: 6l FOR BUILDING PERMIT ONLY APPROVED FOR ISSUANCE BY: Sq. Ft. 1st F1. Office Storage/ Warehouse Retail Other Occ. Load 2nd FT. 3rd FT. Total Fire Protection: E] Sprinklers E] Detectors Zoning Type of Construction Special Conditions Fees sq. ft. @ 1st F1. f- sq. ft. @ 2nd F1. $ sq. ft. @ other $ sq. ft. @ other $ Total Valuation of Construction $ 9,350.00 Bldg. Permit Fee Receipt #k'791. $ 48.00 Plan Check Fee Receipt #172:`35 $ 12.OU Demolition Receipt # E Surcharges Receipt # E Other Receipt # $ Other Receipt # $ TOTAL $ 60.00 FOR SIGN PERMIT ONLY 0 Permanent [] Temporary [] Single Face Building face 0 Double Face Wall Mounted E] Free Standing E] Other Setbacks: Front Side Side Rear Square Footage of each sign face Total square footage of sign Special Conditions THIS PERMIT BECOMES NULL ANU VOID IF WORK OR CONSTRUCTION AUTHORIZED IS NOT COMMENCED WITHIN 180 DAYS, OR IF CONSTRUCTION OR WORK I5 SUSPENOEO OR ABANDONED FUR A PERIOD OF 180 DAYS AT ANY TIME AFTER WORK IS COMMENCED. I HEREBY CERTIFY GOVERNING THIS T VIOLATE OR C Signed VE R AD AND EXAMINED THIS APPLICATION AND KNOW THE STYE TO BE TRUE AND CORRECT. ALL PROVISIONS OF LAWS ANU ORDINANCES BE COMPLIED WITH WHETHER SPECIFIED HEREIN OR NOT. THE GRANTING OF A PERMIT DOES NOT PRESUME TO GIVE AUTHORITY TO ,1SIONS OF ANY OT R ST E OR LOCAL LAW REGULATING CONSTRUCTION OR THE PERFORMANCE OF CONSTRUCTION. Date LICENSED CONTRACTORS DECLARATION fessions Code, and my license is In full force and effect. I hereby affirm that I am lice Contractor (signature)_ Date OWNER - BUILDER DECLARATION ( ) 1, as owner of the property, or .y employees, with rases as their sole compensation, will do the work, and the structure is not intended or offered for sale. ( I I. as owner of the property, an exclusively contracting with licensed contractor's to construct the project, Date Owner (signature) CITY OF TUKWILA Building Division 6200 Southcenter Boulevard Tukwila, Washington 98188 (206) 433-110C IS49 BUILDING PERMIT PERMIT # Control 0 $9 -014 -M Work to be done HVAC Site Address 14935 INTERURBAN AVENUE S. uite enant 1,1NITFHORSF TAVERN Building Use TAVERN Assessors Account # Property Owner ROGER MORSE PhonelN 242 -2842 Address 14935 INTERURBAN AVEN11F S. TIIKWT1 q, W4 Zip 98188 Contractor P Address LODESTAR CD_ #LODEsm 174Kfl hone li 546 -1968 798 N. 198TH ST SEATTLE,, WI Zip 98133 APPROVED FOR ISSUANCE BY: - FOR BUILDING PERMIT ONLY Sq. Ft. sTtFT. Office Warehouse Retail Other Occ. Load Znd Fl. 3rd FT. Total Fire Protection: ❑ Sprinklers ❑ Detectors Zoning Type of Construction Special Conditions / DATE: -- Fees sq. ft. @ sq. ft. @ sq. ft. @ sq. ft. @ 1st Fi. $ 2nd Fl. $ other S other $ Total Valuation of Construction $ 9,350.00 Bldg. Permit Fee Plan Check Fee Demolition Surcharges Other Other Reippt #►`797 S 8.0 Receipt N $ Receipt #1 $ Receipt # S Receipt 0 S TOTAL $ 60.00 FUR SIGN PERMIT ONLY ' 0 Permanent ❑ Temporary ❑ Single Face [] Double Face [I Wall Mounted ❑ Free Standing ❑ Other Building face Setbacks: Front Side Side Rear Square Footage of each sign face Total square footage of sign Special Conditions THIS PERMIT BECOMES NULL ANU VOID IF WORK OR CONSTRUCTION AUTHORIZED IS NOT COMMENCED WITHIN 180 DAYS, OR IF CONSTRUCTION OR MURK IS SUSPENDED OR ABANDONEU FUR A PERIOD OF 180 DAYS AT ANY TINE AFTER WORK IS COMMENCED. 1 HERESY CERTIFY GOVERNING THIS T VIOLATE 04 C Signed . AD AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO SL TRUE AND CORRECT. ALL PROVISIONS OF LAWS ANU ORDINANCES $E COMPLIED WITH WHETHER SPECIFIED HEREIN OR NOT. Tit GRANTING OF A PERMIT DOES NOT PRESUME TU GIVE AUTHORITY TO 1SIONS OF ANY OT R ST E ON LOCAL LAW REGULATING CONSTRUCTION ON THE PERFORMANCE OF CONSTRUCTION. Zit B1 I hereby affirm that 1 M lice Contractor (signature)__ ( ) I, as owner offered for I 1 I, is owner Owner (signature) Date LICENSED CONTRACTORS DECLARATION I(l r the Rutin. and P fesslons Code. and my license is in full force and effect. I n -7 �L yir Date OWNER- BUILDER DECLARATION of the property, or sy eeployee$. with wages as their sole compensation, will do the work. and the structure is not intended or sale. of the property. am exclusively contracting with licensed contractor's to construct the project. Date CITY OF TUKWILA Building Division Tukwi 1s,,tlhlishinotonu198188 (206) 433 -1849 INSPEC AON RECORD PERMIT # Date !, /�//,7 Type of Inspection. /P-i k?4 L. Date Wanted a.m. p.m. Site Address /l.15, 340 ,1/ /i t775,41,tZ Project .%J74 ii° /Ai-5i "W1 Requestor Phone # Special Instructions Inspection Results /Comment : -69 Inspector Date. c Fraser - Johnston TM 530.18•TG 1 F (287) SINGLE PACKAGE AIR - COOLED CONVERTIBLE SERIES AIR CONDITIONERS DAHB /DAUC'036, 048 81.060-1 3, 4 AND 5 NOMINAL TONS DESCRIPTION The DAHB and DAUC air conditioners are the industry's first line of convertible single package units with a minimum 9D0 SEER, common cabinet and common roof curb for the 3, •4 and 5 ton sizes. The units were designed for residential and Tight commercial applications. They can easily be installed on a roof curb, slab, roof jack or frame. All units are self- contained and assembled on rigid full perimeter base rails allowing for 3-way fork lift access and overhead rigging. Every unit is completely charged, wired, piped and tested at the factory to provide for a quick and easy field installation. The units are available as cooling only and cooling with gas heat. Electric heaters are available as field- installed accessories. Both down and side discharge airflows are available without having to swap panels. The installer simply removes the duct covers for the desired configuration. Economizers may be used on either side or down discharge applications with no modifications required. All models include a 1-year limited warranty on the complete unit. Compressors, gas-fired heat exchangers and electric heater elements each carry an additional 4-year warranty. An optional 6th thru 10th year heat exchanger protection plan may also be purchased. FEATURES COMMON FOOTPRINT / COMMON CABINET — The cooling only and the cooling with gas heat 3, 4 and 5 ton units all share the exact sane cabinet — and therefore the same roof curb. You now have the flexibility of setting one curb and, after the internal bad has been determined, placing the proper tonnage unit on that curb. You can even decide between a cooling only or gas heating unit after the curb has been set. HIGH EFFICIENCY — All units have a minimum SEER of 9.00. Gas heating units have a minimum steady state efficiency of 80 %. These efficiencies exceed all legislated minimum levels and provide low operating costs. Cont'd. FEATURES — Cont'd. CONVERTIBLE AIRFLOW DESIGN — Both the side and bottom duct openings are covered when they leave the factory. If a side supply / side return Is desired you simply remove the two side duct covers from the outside of the unit and discard them. If a bottom supply / return is desired you simply remove the two bottom duct covers and discard them. No panel cutting or swapping is required! Convertible airflow design allows maximum Weld flexibility and minimum inventory. FIELD INSIALLED ACCESSORIES — Accessories were designed for quick and easy installation. The motorized damper and economizers simply slide in and electrical connections are made by modular plugs. Electric heaters mount easily and knockouts are proved in the internal peal ti krns to connect the elements to the control box single The 14" high roof curb is shipped knocked down. A roof curb deck is not required because the bottom of the unit is insulated. A propane conversion kit and low Nox kit are also available to cover all gas heating applications. WIDE RANGE OF INDOOR AIRFLOWS — All models operate from 300 to 500 cfm / ton. All units can produce 090" ESP at nominal cfm with the standard fan motor. All indoor fan motors are 3 -speed direct -drive type providing maximum flexibility to handle most airflow requirements. FULL PERIMETER BASE RAILS — The permanently attached base rails provide a solid foundation for the entire unit and protect the unit during shipment. The rails provide fork lift access from 3 sides and rigging holes are also provided so that an overhead crane be can be used to place the units on a roof. UTILITY CONNECTIONS MADE EASY — Gas and electric utility knockouts are provided in the unit underside as well as the side of the unit. A clearly identified location is provided to mount a field supplied electrical disconnect switch. Utility connections can be made quickly and with a minimum amount of field labor. SIMPLE CONTROL CIRCUIT — A low voltage printed circuit board contains a compressor lockout indicator light and low voltage terminal strip. An additional set of pin connectors is also provided so that field interface of external controls will be simplified. A suction line freezestat is supplied on all units to protect against loss of charge and coil frosting due to low economizer outdoor air temperature while the compressor is running. Mate - n-lock plug connectors are used where line and low voltage wires pass thru internal bulkheads. This allows for easier troubleshooting and component replacement. The electrical control box is not located in the compressor compartment so the access cover can be removed for troubleshooting without affecting the normal system operating pressures. AIR FILTERS — Units come standard with 1" throwaway fitters. The unit filter rack can accommodate 1" or 2" filters without any modifications. SYSTEM PROTECTION — Crankcase heaters and internal compressor protection are standard on all compressors. Every unit has a liquid line filter -drier and suction line freezestat to protect all system components. The units will operate down to 45 °F without any additional low ambient controls. HIGH - EFFICIENCY CONVERTIBLE ROOFTOP ECONOMIZER HOOD LOW VOLTAGE RELAY BOARD AND TERMINAL STRIP ELECTRICAL DISCONNECT MOUNTING LOCATION (Field In.tY4d) 20 GAUGE ALUMINIZED STEEL HEAT EXCHANGER 34PEED DIREOT DRIVE POWER VENTOR MOTOR SLOWER MOTOR ,ELECTRIC HEATER LOCATION, HACCE88ORY) 1 L. / COPPER TUBE / ALUMINUM FIN ,. � / CONDENSER COIL -' i i OUTDOOR AIR OPENING FOR BUDF.lN / PUMA INTERNAL ECONOMIZER (ACCESSORY) BIDE RETURN AIR DUCT OPENING (Return Air 8 Supply At Bld. by 814.) BOTTOM RETURN AIR DUCT OPENING (Return At A Supply At 814. by 8144 0!• FPT CONDENSATE DRAIN KNOCKOUTS FOR BIDE PAVER AND CONTROL ENTRY \ KNOCKOUT FOR BOTTOM \ POWER ENTRY rTE I MNAL BLOCK 1 I(Fat Single Pant Parr SuppVI CA Elwell; HUD —J HIGH EFFICIENCY COMPRESSGR WITH CRANKCASE HEATER 12 GAUGE BASE MILS WITH FFRKUFT SLOTS AND LFTNG HOLES KNOCKOUTS FOR SIDE GAS SUPPLY ENTRY KNOCKOUT FOR BOTTOM GAS SUPPLY ENTRY MODEL DAUC 3, 4 and 5 TON (Gas Heating) TABLE OF CONTENTS Description 1 Features 1 ARI Ratings 3 C000inglCaapacities — DHB / DUC036 4 Cooling Capacities — DHB / DUC048 5 Cooling Capacities — DHB / DUC060 6 Blower Performance 7 Indoor Fan Motor Efficiencies 8 Accessory Static Resistances 8 Component Weights 8 Electrical Data — Basic Units 9 Field Wiring Diagram 9 Electrical Data — Cooling w / Electric Heating 10 Field-Installed Accessories 11 Unit Dimensions 12 Roof Curb Dimensions 14 Typical Applications 15 2 Central Environmental Systems • • • ARI RATINGS CAPACITY RATINGS' - Cooling / Electric Heating COOLING CAPACITY 80 / 67 -95 °F COOLING INPUT OUTPUT (MBH) CAPACITY ELECTRIC HEAT MODEL 80 / 67 -95 °F NOM. CAPACITY BLOWER MBH SEER EER KW DAHB -036 40 9.15 8.65 5, 10, 15, 20 DAHB -048 48 9.10 8.80 5, 10, 15, 20 DAHB -060 59 9.15 8.80 5, 10, 15, 20, 30 CAPACITY RATINGS* - Cooling / Gas Heating ELECTRIC HEATERS MAY NOT BE FIELD-INSTALLED IN CANADA -THEY MUST BE INSTALLED AT AN AUTHORIZED FACTORY. MODEL COOLING CAPACITY 80 / 67 -95 °F GAS HEAT CAPACITY INPUT OUTPUT (MBH) AFUE S.S.E. (%) S.E. TEMP. RISE GAS LINE SIZE BLOWER MBH SEER EER (MBH) 10 30 (") 10 30 (W0) ( °F) (in. OD) DAUC- 036N050 40 9.05 8.65 50 41 42 80.0 82.0 83.8 72.1 15 -45 1/2 DAUC- 036N100 40 9.05 8.65 100 82 81 75.0 82.0 80.6 71.2 40 -70 1/2 DAUC- 048N075 48 9.00 8,70 75 62 62 77.7 82.0 82.2 71.9 25 -55 1/2 DAUC- 048N125 48 9.00 8.70 125 103 101 74.1 82.0 80.6 71.2 45 -75 1/2 �.�rQ�(i...(,ot i 58 9.00 8.65 100 82 82 76.1 82.0 82.2 71.7 25 -55 1/2 UC- 060125 58 9.00 8.65 125 103 101 74.9 _ 82.0 81.1 71.4 35 -65 1/2 Ratings are In accordance with ARI Standard 210. SEER - Seasonal Energy Efficiency Ratio - the total coding output In BTU's during a normal annual usage period for coding divided by the total eleotrlo power Input In watt-hours during the sane period. EER - Energy Efficiency Ratio - the cooling capacity In Btu's per hour (Btuh) divided by the power Input In watts at any given set of rating conditions, expressed In Btuh per watt (Btuh /watt). AFUE - Annual Fuel Utilization Efficiency - determned In accordance with DOE test procedure. 8,$.E. - Steady State Efficiency. (Percent output) S.E. - California Seasonal Efficiency - determined in accordance with test procedures as specified by the State of California Energy Commission. Furnace° ire available with a low NOx accessory. PHYSICAL DATA BASIC UNITS MODELS DHB andCA 036 048 tr106014 EVAPORATOR CENTRIFUGAL BLOWER (Dia. x Wd. in.) 11 x 9 11 x 9 11 x 9 BLOWER FAN MOTOR HP MAX. EXT. SP @ NOM. CFM 1/2 0.90 3/4 0.80 1 0.80 EVAPORATOR ROWS DEEP 4 4 4 COIL FINS PER INCH FACE AREA (Sq. Ft.) 15 3.6 15 4.3 14 5.1 CONDENSER CONDENSER PROPELLER DIA. (in.) FAN MOTOR HP 24 1/2 24 1/2 24 1/2 NOM. CFM TOTAL 4500 4200 4500 ROWS DEEP 1 2 2 CONDENSER FINS PER INCH 16 16 16 COIL FACE AREA (Sq. Ft.) 17.3 13.6 .15.9 TOTAL SURFACE (Sq. Ft.) 17.3 26.9 31.2 AIR QUANTITY PER UNIT (14" X 20 "X 1") 2 2 2 FILTERS QUANTITY PER UNIT (14" X 25 "X 1") 1 1 1 (SEE NOTE) TOTAL FACE AREA (sg. ft.) - 6.3 6.3 6.3 CHARGE REFRIGERANT 22 (Ibs. /oz.) _ 6/4 8/4 9/10 NOTE: Filter racks are adapted for 1" or 2" thick filters. Central Environmental Systems 3 • COOLING CAPACITIES - 3 TON (DHB / DUC036) Aft' On Evaporator Coil Temperature of Air on Condenser CoII ,- 85°F 95 °F Total Cap.1 MBH Power Input2 KW Sensible Capacity 1, MBH Bulb, °F _ Total Cap MBH Power Input2 KW Sensible Capacity 1, MBH CFM WB °F Entering Dry Entering Dry Bulb, °F 86 83 80 77 74 71 68 86 83 80 77 74 71 68 900 72 67 62 57 -41 39 36 36 3.6 3.6 3.5 3.5 24 30 5. ,i 21 27 33 34 19 25 30 32 16 23 28 29 - 20 25 27 - 18 23 24 - - 20 22 39 36 33 32 3.9 3.9 3.8 3.7 24 29 32 tijkilk 21 26 32 19 24 29 30 16 21 27 27 - 19 24 25 - 17 22 23 - - 19 20 1050 72 67 62 57 43 40 37 37 3.7 3.6 3.6 3.5 26 33 23 30 36 iiire 20 27 33 34 18 24 30 32 - 21 27 29 - 19 24 26 - - 21 23 41 38 35 34 4.0 3.9 3.8 3.8 26 31 34 WA 23 29 34 20 26 32 32 17 23 29 29 - 20 26 27 - 17 23 24 - - 20 21 1200 72 67 62 57 45 42 39 39 3.7 3.7 3.6 3.6 29 36 • ii , 25 32 n 1 ` si 22 29 35 37 19 26 32 34 - 23 29 31 - 20 26 27 - - 22 24 43 40 36 36 4.1 4.0 3.9 3.9 28 25 34 31 *: 22 28 34 35 19 24 31 32 - 21 27 28 - 18 24 25 - - 21 22 1400 72 67 62 57 47 44 41 41 3,8 3.7 3.6 3.6 32 39 28 36 k f ' ?: ' 24 32 39 BSI ., , 21 28 35 37 - 25 31 33 - 21 28 30, - - 24 26 46 43 39 38 4.1 4.0 3.9 3.9 31 27 37 34 WWI( 38 is 24 30 37 20 27 33 34 - 23 30 31 - 19 26 27 - - 22 23 1500 72 67 62 57 48 45 41 41 3.8 3.8 3.7 3.6 33 41 . " °.1..rt`g 29 37 25 33 40 get 21 29 36 37 - 25 32 33 - 21 28 29 - - 24 26, 46 43 39 39 4.1 4.0 4,0,. 3.9 32 29 39 35 ) ' tf 25 31 38 , 21 27 34 35 - 23 30 31 - 20 26 27 - - 22 23 ?% 4 1, 1750 72 67 62 57 49 47 44 43 3.9 3.8 3.7 3.7 36 43 4 yi t 31 40 43 ; Was 27 35 42 22 31 38 38 , - 27 34 34 - 22 30 30 - - 25 25 48 45 41 40 4.2 4,1 4.1 4.0 35 31 39 38 40 40 Vii? s 27 34 39 N 22 30 36 36 - 25 32 32 - 21 27 27 - - 23 23 Air On Evaporator Coll Temperature of Air on Condenser Coll 105 °F 115 °F Total Cap? MBH Power Sensible Capacity 1, MBH , Total Cap? MBH Power Input2 KW Sensible Capacity 1, MBH CFM WB °F Input2 Entering Dry Bulb, °F 71 8 Entering Dry Bulb, °F KW 80 77 74 86 83 80 77 , 74 71 68 900 72 67 62 57 37 34 31 31 4.2 4.2 4.1 4.0 r I 1'!S (} ' 18 23 27 27 15 20 25 25 - 18 22 22 - 15 20 20 - - 17 17 36 31 29 29 4.5 4.4 4,3 4.3 21 26 0 j 19 24 27 27 16 21 25 25 14 19 22 22 _ - 16 20 20 - 14 17 17 - - 15 15 1050 72 67 62 57 39 35 32 32 4.3 4.2 4.1 4.1 r ! ;� " ;: >rrt a ' B ,� 19 25 29 30 16 22 27 27 - 19 24 24 - 16 21 21 - - 18 18 37 32 30 30 4.5 4.4 4.4 4.3 24 29 ffoi d o.+'..�.a 21 26 18 23 27 27 15 20 24 24 - 18 22 23 - 16 19 19 - - 16 16 $ (i y "tl 1200 72 67 62 57 41 37 34 33 4.4 4.3 4.2 4.2 .y r N . 21 ' 27 32 32 17 23 29 29 - 20 26 26 - ' 17 22 22 - - 19 19 39 33 31 31 4.6 4.5 4,5 4.4 26 30 t3� " 13 23 29 y .. 1 19 25 30 30 16 22 26 26 - 19 23 23 - 16 20 20 - - 17 17 1400 72 67 62 57 43 39 36 36 4.4 4.3 4.2 4.2 r Ft, ' 26 33 35 35 23 29 35 35 19 25 31 32 - 22 27 28 - 18 24 24 - - 20 20 41 35 33 33 4.6 4,5 4.5 4.4 29 32 ' t 1 25 32 .. f t .. 22 28 - 'r A 18 24 29 29 - 21 25 25 - 17 22 22 - - 18 18 1500 72 67 62 57 44 39 36 36 4.4 4.3 4.3rr_ 4.2 ��iir'J( L] 3,, tl E. ,i 23 30 e; • !; E. t 20 26 32 32 - 22 28 28 - 18 24 24 - - 20 20 41 35 33 33 4.6 4.5 4.5 4,4 30 32 33 at 26 33 33 .. !a 22 29 33 t, • 18 25 29 29 - 21 25 25 - 17 21 21 - - 18 19 1750 72 67 62 67 45 41 38 38 4.5 4,4 4.4 4.3 I' 1 r ; " s.. '. <. 26 33 37 37 21 29 33 33 - 24 29 29 - 20 24 24 - - 20 20 43 37 34 34 4.7 4.6 4.6, 4.5 33 34 i 29 34 34 34 25 32 34 34 20 28 30 30 - 23 26 26 - 19 21 21 - - 17 17 1 These capacities are Grose ratings. For net copaclty, determine the KW of the Guppy air blower motor from the Blower Performance Table, multiply this value by 3.415 MOH I KW to determine the matt heat, and deduot this hut from the gross capacity of the unit. 2 These ratings Include the compressor and the oondenar tan motors but not the supply air blower motor. The total condenser Ian motor power Input Is 0,35 KW. Refer to the Blower Perlormenoe Table for the KW of the supply alr blower motor. ALL SENSIBLE CAPACITY 4 Central Environmental Systems COOLING CAPACITIES - 4 TON (DHB / DUC048)• Air On Evaporator Coil Temperature of Air on Condenser Coil Temperature of Air on Condenser Coil 115 °F 85 °F 95 °F Sensible Capacity 1, MBH Total Cap1 * MBH Power Input2 KW Sensible Capacity 1, MBH Total Cape MBH Power Input2 KW Sensible Capacity 1, MBH CFM WB °F Entering Dry Bulb, °F Entering Dry Bulb, °F 86 83 80 77 74 71 68 86 83 80 77 74 71 68 1200�M 72 67 62 57 60 47 44 44 4.1 4.1 4.0 3.9 30 38 44 Aff. 27 34 41 43 24 31 38 40 20 28 34 36 - 24 31 33 - 21 28 30 - - 24 26 47 45 40 40 4.4 4.4 4.3 4.2 31 38 44 5: 0. 28 35 s S ; x• 24 32 39 39 21 28 35 36 - 25 32 33 - 22 29 29 - - 25 26 1400 72 67 62 57 52 49 46 46 4.2 4.1 4.0 4.0 34 ,42 , ''!`4,4:, 4 30 ,Y38, "4Br; 4& 26 35 42 44 22 31 38 40 - 27 34 36 - 23 30 32 - - 27 29 50 47 43 42 4.5 4.5 4.4 4.3 34 42 42 X42 30 38 42 :4t 26 34 41 41 23 30 38 39 - 27 34 35 - 23 30 31 - - 26 27 1600 72 67 62 57 55 52 49 49 4.2 4.1 4.0 4.0 37 47 i9: tr:49. 33 42 1`'40'1 $:`49"7: 29 38 46 48 24 34 42 44 - 29 37 40 - 25 33 35 - - 29 31 53 50 45 45 4.6 4.5 4.4 4.4 37 44 9}, ` 48 33 41 y�s ,,45 28 37, '4 ;`, u.451 24 32 40 41 - 28 36 37 - 24 32 33 - - 28 28 1800 72 67 62 57 56 53 49 49 4.3 4.2 4.1 4.1 40 49 F4% 49: 35 45 $ 49f `::49.; 30 40 . 8 :k9t 25 35 44 44 - 30 39 40 - 26 34 35 - - 29 30 54 51 47 47 4,7 4,6 4.6 4.5 39 47 y4 ?,; ;x:47. 35 44 T 4T. 47� 30 39 Y 46 x'47. 25 34 42 42 - 29 37 37 - 25 32 32 - - 27 28 2000 72 67 62 57 57 54 50 50 4.4 4.2 42 4.1 42 50, i'5.9 Y60. 37 47 St i 50t 32 42 ' 50 160 26 37 45 45 - 32 40 40 - 26 35 35 - - 30 29 56 53 49 48 5,6 5.4 5.4 5.3 42 47 48 /9`: 37 46 48 n48 32 41 48 41`8 26 36 43 43 - 31 37 38 - 26 33 32 - - 27 27 Air On Evaporator Coil Temperature of Air on Condenser Coil 105 °F 115 °F Total Cape MBH _ Power Input2 KW Sensible Capacity 1, MBH Total Cape MBH . Power Input2 KW Sensible Capacity 1, MBH CFM WB °F Entering Dry Bulb, °F Entering Dry Bulb, °F 86 83 . . 80 77 74 1 71 68 86 83 80 77 74 71 68 1200 72 67 62 57 45 41 38 37 4.8 4.6 4.5 4.4 29 36 37 r -71,� 26 33 37 37%{ . 23 29 35 _35 19 26 31 . 32 - 23 28 28 - 19 25 25, - - 21 22 43 37 35 , 34 5.1 4.9 4.8 4.8 27 34 34 701 24 30 34 ro 21 27 31 31 17 24 28 28 - 20 24 24 - 17 21 21 - - 18 18 1400 72 67 62 57 48 44 41 40 , 4.7 4.7 4.6 4.6 33 40 40 wof40.74 29 36 40 25 32 38 38 21 29 34 35 - 25 31 31 - 21 27 27 - - 23 23 45 40 37 r 36 5.2 5.0 4.9 4.9 31 36 36 T381 27 34 36 f3e 24 31 35 35 20 27 31 31 - 23 27 27 - 19 24 24 - - 20 20 1600 72 67 62 57 51 46 43 42 4.8 4.7 4.6 4.6 36 41 42 .k42 32 40 ;42 �+{2 +. 27 35 42 42 23 31 38 38 - 27 33 34 - 23 29 29 - - 25 25, 48 42 39 39 5,2 5.0 5.0 4.9 35 38 is -9 J3si; 31 38 t3 X39;_"39= 26, 34 r39 22 30 35 35 - 25 30 30 - 21 26 26 - 22 22 1800 72 67 62 57 52 47 43 43 .4 , 4.9 4.8 4.7 4.7 38 42 `�` j433 34 42 r13ti� 29, 38 ��}43 t/$i 24 33 38 38 - 28 34 34 - 23 29 29 - - 24 24 49 43 40 39 5.3 5.1 5.1 5.0 37 38 39 39 33 37 X39 :39 _ 28 36 39 39 23 32 35 35 - 27 30 30 - 22 26 26 - - 21 21 2000 72 ` 67 62 57 53 48 45 44 4.9 4.8 4.8 4.7 41 43 44 i14'' `; 36 43 44 Wait_ 31 40 44 it__ 26 35 39 39 - 30 34 _ 34 - 24 29 29 - - 24 _ 24 50 44 41 _ 40 5.3 5.1 5.1 _ 6.0 39 39 40 4p; 35 39 40 ra_ro_ 30 39 40 25 33 35 35 - 28 30 30 - 23 25 _ 25 - - 20 20 • TOTAL CAPACITIES (MBH) AB INDICATED REPRESENT VALUES FOR GAS HEATING APPLICATIONS (MODELS DUG). ADD 0.5 MBH TO THESE VALUES TO OBTAIN TOTAL CAPACITIES FOR COOLING ONLY AND COOLING / ELECTRIC HEATING APPLICATIONS (MODELS OHO). 1 These capacities are gross ratings. For net capacity, determine the KW of the supply air blower motor from the Blower Performance Table, multiply this value by 3.415 MBH / KW to determine the motor heat, and deduct this heat from the gross ospaoity of the unit. 2 These ratings Include the comprssaor and the condenser fan molore but not the supply atr blower motor. The total condenser tut motor power input Is 0.48 KW. Refer to the Blower Performance Table for the KW of the supply air blower motor. ALL SENSIBLE CAPACITY Central Environmental' Systems 5 • COOLING CAPACITIES - 5 TON (DHB I DAM & Air On Evaporator Coll Temperature of Air on Condenser Coil 85 °F 95 °F Total * Cap. Power Input2 Sensible Capacity 1, MBH Total Cape Power Input2 Sensible Capacity 1, MBH CFM WB Entering Dry Bulb, °F Entering Dry Bulb, °F 86 83 80 77 74 71 68 86 83 80 77 74 71 68 83 °F MBH KW MBH KW 72 62 5.0 38 34 30 26 - - - 59 5.3 41 36 32 28 - - - 1500 67 59 5.0 48 44 40 35 31 27 - 56 5.3 51 47 43 38 34 30 - 62 55 4.9 54 52 48 44 40 35 31 52 5.2 51 51 50 47 43 39 35 57 54 4.8 rrit XV 50 46 42 37 33 51 5.1 ! r ti ?5f 47 43 39 35 72 64 5.0 42 37 32 27 - - - 62 5.4 43 38 33 29 - - - 1750 67 60 5.0 53 48 43 38 33 28 - 58 5.3 52 49 44 39 35 30 - 62 67 4.9 56 56 62 47 42 38 33 54 5.2 53 52 52 49 44 39 34 67 56 4.9 ``, ra7 54 50 45 40 35 53 5.2 Imo; 6Oi 52 49 44 39 34 72 66 5.1 46 40 35 29 - - - 64 5.4 46 40 35 29 - - - 2000 67 62 5.0 57 62 46 41 35 30 - 61 5.4 55 51 46 40 35 30 - 62 58 4.9 =fit 6 z. 56 51 45 40 34 56 5.3 f , 54 54 50 45 39 34 57 58 4.9 ;d, A i X68' 53 48 42 37 56 5.2i Air 55 64 50 45 39 34 72 67 6.1 49 42 36 30 - - - 65 5.4 49 43 37 31 - - - 2250 67 63 5.1 58 55 49 42 36 30 - 62 5.4 55 54 48 42 36 30 - 62 60 5.0 59 59 69 63 47 41 34 57 5.3 56 56 54 51 45 39 33 57 59 5.0 W6i;; lit ~tom' 53 47 41 35 56 5.3 fifejlt 55 61 45 39 33 72 68 5.2 51 46 38 32 - - - 67 5.5 52 45 38 32 - - - 2500 67 64 6.1 59 57 61 44 38 31 - 63 5.4 56 56 51 44 38 31 - 54 62 61 5.1 60 60 60 54 48 41 35 59 5.4 57 57 55 52 46 39 32 _ 5.7 67 60 6.0 Tit r t i _ f ' $ 0 ! 54 49 41 35 57 5.3 • lit 56. 52 46. 39 32 Air On Evaporator Coil Tem • :rature of Air on Condenser Coll 105 °F 116°F Total Cape Power Input2 Sensible Capacity I, MBH Total Cap1. Power Input2 Sensible Capacity 1, MBH CFM WB Entering Dry Bulb, °F Entering Dry Bulb, °F °F MBH KW 86 83 80 77 74 71 68 MBH KW 86 83 80 77 74 71 68 72 66 6.7 38 34 30 25 - - - 52 6.1 36 31 27 23 - - - 1500 67 51 6.6 46 43 39 35 30 26 - 47 5.9 41 39 35 31 26 22 - 62 48 5.5 47 47 45 41 37 33 29 43 5.8 42 42 39 35 30 26 22 57 47 6.4 Tiff Wiri 46 41 37 33 28 42 5.7 Nor ra 39 35 31 27 22 72 59 5.8 41 36 32 27 - - - 55 6.2 40 35 30 25 - - - 1760 67 54 5.7 48 46 42 37 32 27 - 49 6.0 43 43 39 34 29 24 - 62 50 5.6 42, 49 49 44 39 34 30 46 5.9 44 44 43 38 33 28 24 57 49 5.6 ric 44 39 34 30 44 5.8 43 39 34 29 24 72 61 5.9 46 39 34 28 - - - 58 6.3 44 38 33 27 - - - 2000 67 56 5.7 50 50 44 39 33 28 - 52 6.0 45 45 42 37 32 26 - 62 51 5.6 =fit ` 50 48 41 36 30 47 5.9 46 46 46 42 36 31 26 67 61 5.6 . ` . K 46 41 36 30 46 6.9 Air t,r ;' 45 42 37 32 26 72 62 5.9 48 42 36 30 - - - 59 6.3 45 41 35 29 , - - - 2250 67 58 5.8 61 51 47 41 35 29 - 54 6.1 46 45 44 39 33 27 - 62 52 5.7 '" . I; . 51 46 41 35 28 48 6.0 47 47 45 42 36 30 24 57 52 5.6 �' .7 t;; 46 _ 41 35 29 , 47 5.9� 46 42 36 30 24 72 63 6.0 ri(`Yi7 50 44 38 31 - - - 60 6.4 46 44 37 31 - - - 2500 67 59 6.6 51 50 50 43 36 30 - 54 6.1 47 45 45 41 35 28 - 62 54 5,7 52 52 62 47 40 33 27 48 6.0 4`; '1 'r 1' 46 42 36 29 23 57 _ 62 _ 5.7 '' 'r 47 _ 41 34 _ 27 48 6.0 ''.' f.'1 47 _ 42 36 29 _ 23 TOTAL CAPACITIES (MBH) AS INDICATED REPRESENT VALUES FOR OAS HEATING APPLICATIONS (MODELS OUC). ADD 1.0 MBH TO THESE VALUER TO OBTAIN TOTAL CAPACITIES FOR COOLING ONLY AND COOLING / ELECTRIC HEATING APPLICATIONS (MODELS DHB). 1 These capacities are gross ratings. For net capacity, determine the KW of the supply air blower motor from the Blower Performance Table, multlpy this value by 3.415 MBH / KW to detrmin• the motor hest, and deduct this heat from the gross capacity of the unit. 2 These ratings Include the comprceeor and the condenser fan motors but not the supply sir blower motor. The total condenser fan motor power Input N 0.47 KW. Refer to the Blower Performance Table for the KW of the supply air blower motor. ALL SENSIBLE CAPACITY Central Environmental Systems BLOWER PERFORMANCE SUPPLY AIR BLOWER PERFORMANCE - aSIDE °,D.UCT:APPLICATIONS (208 VOLTS) MODEL Available External Static Pressure -IWG' DHB MOTOR 0.20 0.30 0.40 0.50 0.60 0.70 0.80 0.90 1.00 & DUC SPEED CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts • CFM Watts CFM Watts DUC HI 1495 810 1475 785 1450 760 . 1410 765 . 1345 685 1245 625 - - - - - - 036 MED 1300 685 1275 660 1250 635 1210 605 1155 575 1080 540 - - - - - - 036 LOW 1130 605 1115 585 1100 565 1070 545 - - - - - - - - - - HI - - - - 1780 840 1740 815 1690 790 1630 765 1570 740 - - - - 048 MED - - - - 1410 650 1390 635 1350 610 1300 590 1250 570 - - - - 048 LOW - - 1350 600 1320 585 1280 570 1235 555 1195 540 - - - - - - HI - - 2470 1260 2395 1205 2315 1155 2230 1110 2130 1060 2020 1005 1890 945 - - �"060;, MED - - 2205 1080 2145 1035 2085 995 2020 955 1940 910 1850 860 1730 805 - - `" J LOW - - - - 1990 965 1925 915 1860 870 1790 830 1710 785 1620 740 - - SUPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATIONS (208 VOLTS) MODEL Available External Static Pressure- 'WW1' MOTOR 0.20 0.30 0.40 0.50 0.60 0.70 0.80 0.90 1.00 DHB & SPEED , DUC CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM r Watts CFM Watts CFM Watts CFM Watts HI 1475 785 1455 760 1400 725 1350 690 1240 630 - - - - - - - - 036 MED 1270 665 1275 640 1220 605 1160 580 1075 540 - - - - - - - - LOW 1110 585 1100 565 1080 550 - - - - - - - - - - - - HI - - 1790 850 1750 825 1700 795 1630 770 1575 745 - - - - - - 048 MED - - 1400 655 1380 630 1345 610 1310 590 1260 575 - - - - - - LOW - - 1280 560 1240 555 1220 550 1195 540 - - - - - - - - - HI - ` - 2395 1205 2315 _ 1155 2225 1110 2130 1060 2020 1005 1930 950 - - - - 060 MED - - 2150 1040 2090 1000 2025 960 1950 910 1860 870 1760 825 - - - - LOW - - - - 1925 915 1860 870 1790 830 1710 785 1625 745 - - - - MODEL Available External Static Pressure - IWG* MOTOR 0.20 0.30 0.4.0 0.50 0.60 0.70 0.80 0.90 1.00 DHB & SPEED , DUC CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts HI 1770 865 1720 825 1665 795 1600 765 1540 735 1490 700 1380 670 1280 630 1170 590 036 MED 1590 780 1550 750 1500 720 1450 690 1400 665 1360 650 1270 610 1185 580 1050 535 LOW 1410 700 1370 675 1330 650 1290 625 1250 610 1220 600 1130 560 1060 555 - - HI - - 2000 1010 1950 975 1905 945 1840 910 1770 875 1660 825 1530 775 - - 048 MED - - 1700 825 1665 800 1620 775 1560 740 1480 700 1390 660 1280 620 - - LOW - - 1555` 740 1540 730 1510 715 1460 690 1400 660 1300 615 - - - - HI f - - 2500 1400 2420 1350 2340 1300 2260 1250 2160 1190 2060 1135 1925 1065 1750 975 060 MED 2300 1255 2245 1210 2190 1165 2130 1120 2065 1075 1990 1030 1900 970 1780 905 1600 810 LOW - - 2145 1170 2090 1110 2030 1070 1960 1020 1890 970 1810 920 1715 860 - - SUPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATIONS (230/460 VOLTS) MODEL Available External Static Pressure -IWG' 0.20 0.30 0.40 0.50 0.60 0.70 0.80 0.90 1.00 DHB MOTOR & SPEED DUC CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts CFM Watts HI 1720 825 1670 795 1610 765 1550 740 1480 705 1400 675 1310 635 1200 600 1050 550 036 MED 1550 750 1550 715 1460 690 1410 670 1355 645 1290 620 1210 590 1110 550 - - LOW 1365 675 1335_ 650 1300 630 1260 615 1210 590 1150 565 1080 540 - - - - HI - - 1960 980 1915 955 1850 915 1770 880 1665 830 1525 775 1360 715 - - 048 MED - - 1650 790 1610 770 1555 740 1490 705 1400 665 1300 625 - - - - LOW - - 1480 700 1470 695 1445 685 _1400 660 1320 620 1200 575 - - - _ HI 2500 1400 2420 1350 2340 1300` 2250 1255 2160 1190 2060 1135 1940 1075 1780 990 - - 060 MED - - 2200 1170 2135 1125 2070 1080 2000 1030 1910 980 1810 920 1680 850 - - LOW - - 2090 1110 2030 1070 1960 1020 1890 970 1810 920 1720 865 1610 810 - - • Includes allowances for a wet evaporator coil, 1" filters and the heat exchangers. NOTE: The BHP for the supply air blower motor is calculated by using the following formula; BHP a KW x Motor Efficiency. .746 Central Environmental Systems 7 op INDOOR FAN MOTOR EFFICIENCIES MODEL MOTOR EFFICIENCY DHB CD U0 (HP) ( %) 036 1/2 58 048 3/4 63 ',6060 q 1 68 ACCESSORY STATIC RESISTANCES* EXTERNAL STATIC PRESSURE DROP MODELS DHB &j DESCRIPTION RESISTANCE, CFM IWG 1400 1600 fei2OOC 036 048 Pressure Drop thru economizer 0.090 0.120 0.150 Pressure Drop thru 5 to 16 KW Electric Heaters 0.035 0.041 0.051 Pressure Drop thru 20 to 30 KW** Electric Heaters 0.056 0.064 0.080 * Deduct the above values from the available external static resistance shown In the Blower Performance Table. * * Electric Heater with 30 KW capacity Is applicable to 5 Ton Unit only. COMPONENT WEIGHTS COMPONENT MODELS DHB 3 TON 4 TON Basic Unit DHB (Cooling only) 549 50 Mbh 605. 585 610 75 Mbh i.1 125 Mbh 645 ? 615 655 Accessories Motorized Outdoor Air damper Electric Heat (Nominal KW) 5 -7 KW 50 48 50 48 18 18 8-10 KW 21 21 11 -14 KW 23 23 16-20 KW 25 25 21-30 KW 28 28 Roof Mounting Curb 92 Relief / Fixed Air Damper NOTE: Weights are given In pounds. 10 92 10 Q 680 48 18 21 23 25 28 92 10 • 111 (q4 ELECTRICAL DATA - Basic Unit MODEL DHB �; �5'#t POWER SUPPLY VOLTAGE LIMITATIONS (BEE NOTE 1) COMPRESSOR COND. FAN MOTOR, FLA SUPPLY AIR BLOWER MOTOR, FLA TOTAL UNIT AMPACITY, AMPS MAX. FUSE SIZE, (BEE NOTE 2) AMPS MAX. HACR BREAKER SIZE, AMPS MIN. WIRE SIZE, AWG (BEE NOTE 3) MIN. MAX. RLA LRA 208/230 -140 187 253 19.7 97.6 2.0 4.4 31.0 40 40 8 036 208/2303.60 187 253 11.6 73.4 2.0 4.4 20.9 26 25 10 460 -360 414 504 5.1 37.7 1.4 2.0 9.8 15 - 14 208/230.1 -60 187 263 23.3 118.0 2.0 5.0 36.1 45 45 8 048 208/230 -340 460340 187 414 263 504 15.4 8.3 90.0 45.0 2.0 1.4 5.0 2.2 26.3 14.0 35 20 35 - 10 14 676340 518 600 6.4 36.0 1.4 2.2 11.6 15 - 14 208/230 -140 187 263 28.8 138.0 2.0 .- 6.4 44.4 60 60 6 w' »FX Ifir 414 504 9.0 63.0 1.4 3.3 16.0 20 45 12 575-340 518 600 6.4 43.0 1.4 3.3 12.7 15 - 14 NOTES: 1. UtNtzatlan Rang "A" In moordanos with ARI Standard 110. 2. Dud *lament tirno delay typo. 3. Booed on 0060 copper oonduotto. FIELD WIRING DIAGRAM THERMOSTAT O OY UNIT TERMINAL STRIP CONTROL WIRING vimelor T 1 11 24V TRANSFORMER CONTACTOR FIELD-SUPPLIED FUSED DISCONNECT T r CONTACTOR 0 0 0 cOD 1 1 1 1 1 1 1 I L SINGLE 1 L,._ PHASE POWER L._._._ SUPPLY FIELD- SUPPLIED FUSED DISCONNECT F'.4• `•' 1 "dot i `° F;\1•y. • THREE PHASE POWER -0 SUPPLY POWER WIRING Central Environmental Systems 9 ELEGTHIGAL DATA - Cooling / Electric Heating MODEL DAHB COMPRESSOR SUPPLY BLOWER MOTOR FLA COND. ELECTRIC HEATERS TOTAL UNIT AMPACITY AMPS MAX. FUSE SIZE' AMPS SIZE HACK" BREAKER AMPS POWER SUPPLY RLA LRA FAN MOTOR FLA KW TOTAL, AMPS AMPS C / BRANCH RCUI 1 2 3 0 - - - - 31.0 40 40 5.3 22.10 22.10 - - 33.1 40 40 - F036 208/230.1.60 19.7 97.6 4.4 2.0 7.5 31.25 31.25 - - 44.6 45 45 10.6 44.17 44.17 - - 60.0 60 60 15.9 66.25 44.17 22.08 - 88.3 90 - 21.2 88.34 44.17 44.17 - 115.9 125 - 0 - - - - 20.9 25 25 5.3 12.75 12.75 - - 21.4 25 25 - T036 208/230.3 -60 11.6 73.4 4.4 2.0 7.5 10.6 18.04 25.50 18.04 25.50 - - - - 28.1 37.4 30 40 30 40 15.9 38.25 38.25 - - 533 60 60 21.2 51.00 25.50 25.50 - 69.2 70 - 0 - - - - 9.8 15 - 6.8 8.18 8.18 - - 12.7 15 - - W036 460 -360 5.1 37.7 2.0 1.4 10.1 12.15 12.15 - - 17.7 20 - 13.6 16.36 16.36 - - 22.9 25 - 19.5 23.45 23.45 - - 31.8 35 - 0 - - - - 36.1 45 45 5.3 22.10 22.10 - - 36.1 45 45 - F048 208/230 -1.60 23.3 118.0 6.0 2.0 7.5 31.25 31.25 - - 45.0 45 45 10.6 44.17 44.17 - - 61.5 70 - 15.9 66.25 44.17 22.08 - 89.1 90 - 21.2 88.34 44.17 44.17 - 116.7 125 - 0 - - - - 26.3 35 35 5.3 12.75 12.75 - - 26.3 35 35 - T048 208/230-3-60 15.4 90.0 5.0 2.0 7.5 18.04 18.04 - - 28.8 35 35 10.6 25.50 26.50 - - 38.1 40 40 15.9 38.25 38.25 - - 54.1 60 60 21.2 61.00 25.50 25.50 - 70.0 70 - 0 - - - - 14.0 20 - 6.8 8.18 8.18 - - 14.0 20 - - W048 460 -3 -60 8.3 45.0 2.2 1.4 10.1 12.15 12.15 - - 17.9 20 - 13.6 16.36 16.36 - - 23.2 26 - 19.5 23.45 23.45 - - 32.1 35 - 0 - - - - 11.6 15 - - X048 575 -3-60 6.4 36.0 2.2 1.4 10.6 15.9 15.30 15.30 10.20 16.30 - - - .3 21 21.3 30 30 - 21.2 20.40 20.40 - - 27.7 35 - 0 - - - - 44.6 60 60 5.3 22.10 22.10 - - 44.6 60 60 7.6 31.26 31.25 - - 47.3 60 60 - F060 208/230 -1 -60 28.8 1380 6.6 2.0 10.6 44.17 44.17 - - 63.5 70 - 15.9 66.25 44.17 22.08 - 91.1 100 - 21.2 88.34 44.17 44.17 - 118.7 125 - 29.6 123.33 41.11 41.11 41.11 162.4 175 - 0 - - - - 30.2 45 46 5.3 12.75 12.75 - - 30.2 45 45 7.5 18.04 18.04 - - 30.8 45 46 - T060 208/230-3-60 17.3 106.0 6.6 2.0 10.6 25.50 25.50 - - 40.1 45 45 16.9 38.25 38.25 - - 66.1 60 60 21.2 51.00 25.50 25.60 - 72.0 80 - 29.6 71.20 35.60 35.60 - 97.3 100 - 0 - - - - 16.0 20 - 6.8 8.18 8.18 - - 16.0 20 - - W060 460-3-60 9.0 53.0 3.3 1.4 10.1 12.15 12.15 - - 19.3 20 - 13.6 16.36 16.36 - - 24.6 25 - 19.5 23.45 23.45 - - 33.4 35 - 28.8 34.60 34.60 - - 46.5 50 - _ 0 - - - - 12.7 15 - 10.6 10.20 10.20 - - 16.1 20 - - X060 575.3.60 6.4 43.0 3.3 1.4 15.9 15.30 15.30 - - 22.4 30 - 21.2 20.40 20.40 - - 28.8 35 - 30.4 29.30 29.30 - - _ 39.9 45 - ' Dual element, time delay type. • • Standard circuit breakers may he used In Canada and on applications over 60 snipe where the healers re separately fused. 10 Central Environmental Systems • FIELD- INSTALLED ACCESSORIES SINGLE INPUT ELECTRONIC ENTHALPY ECONOMIZER — Includes a slide -In / plug-in damper assembly with fully modulating' spring return motor actuator, one outdoor air electronic enthalpy sensor and a rainhood with filters. The rainhood is painted to match the basic unit and must be field- assembled before installation. Economizer dampers are 2% tow leakage type. • DUAL INPUT' ELECTRONIC ENTHALPY ECONOMIZER , '- Includes,the same damper system and rainhood with filters as described fors single enthalpy economizer above except this accessory contains: two enthalpy sensors. It uses a differential enthalpy. control that compares the outdoor air versus the return , air. The logic module then optimizes the economizer operation for: additional savings over. the single input economizer. MOTORIZED :: AIR DAMPER — Includes slide -in / plug -in • damper assembly with 2- position spring - return motor actuator and a rainhood with filters; The outdoor air dampers open when the Indoor . fan motor ,is energized. The rainhood is • shipped; knocked down and must be field assembled. • BAROMETRIC RELIEF 1 FIXED AIR DAMPER — A dual function `device that :consists of a rainhood with bird screen . and . an adjustable .37position fixed damper baffle and . an • economizer, ;::barometric:,:, relief damper. It provides the following: :1) the entry of a fixed amount of outdoor air into the return air stream or 2) f is used to equalize internal building pressure during economizer operation. The rainhood is fully • aseembled,.palnted to matr:h the basic unit •and ready for installation, ELECTRIC HEATERS • - Include nickel chromium elements, a laminar block,,` fusses (where required by UL), all the necseeary connec fors and hardware. All healers utilize tingle' Pare gip& t tuppiy, hookup. ,Capackies from 5 KW thru 90 KIN heating are available; :.FUSED BLOCK KITS —` These idle have a fuse box containing fusee and a fuse block and are available on all 3-phase units with 4804vo11 heaters and, on208 /230 volt units with 5 and 8 nominal,KW heegrs. +.4tt 114, OUTDOOR THERMOSTAT — A 24-volt thermostat providing two stages of control for units operating with supplemental electric heaters: ROOF CURB— This 14" high full perimeter roof curb is knocked down for field assembly and contains duct supports that can easily be shifted for the desired unit duct arrangement. No deck is required because the unit underside is insulated. START ASSIST KIT — Provides increased starting torque for areas with low voltage conditions. It contains a 125 OHM PiCR temperature resistor with a support clip and hardware for mounting. LOW AMBIENT KIT— Provides operation down to 20°F outdoor air temperature and contains a transformer, a thermostat and a terminal block. ANTI - RECYCLE TIMER — A timer to prevent the unit compressor from short cycling. It assures 5 minutes off time between compressor cycles. PROPANE CONVERSION KiT — Converts a gasdired heater from natural gas to propane. It contains main burner and pilot orifices, and a regulator spring. LOW NOx KIT - Contains ten 1/4" stainless steel rods for mounting onto the gas burners, in natural gas furnaces only, to meet the California low nitrous oxide emission requirements. OUTDOOR COIL GUARD — Consists of grille type sections for assembling over the outdoor coil to protect It from damage. WALL THERMOSTAT - The units are designed to • operate with 24-vok electronic and electromechanical thermostats. All units; can operate with single stage heat / single stage. cool thermostats — with or without the economizer. However, to obtain maximum economizer operating savings, a two stage cooling thermostat should be used.. To obtain two stage cooling operation a jumper wire must be removed on the low • Voltage relay board..(See unit wiring diagram.) . t UNIT DIMENSIONS (DHB and DUC - 3, 4 & 5 TON) FIELD - SUPPLIED DISCONNECT SWITC LOCATION FILTER ACCESS CONTROL 80X ACCESS BLOWER ACCESS 32.5/8 DHB UNITS 3,4 & 5 TON FRONT VIEW 82.1/4 3/4" FPT COND. DRAIN (See Detail "A ") A. B WIRING ENTRY (Sae Detail "B ") BOTTOM SUPPLY & RETURN AIR OPENINGS 7.7/8 8 • POWER WIRING ENTRY A • CONTROL WIRING ENTRY 17.1/2 B•3/8 CONDENSER COMPRESSOR ACCESS ELECTRIC HEAT ACCESS 2.1/2 UNIT BASE WITH RAIL$ Shown ',pushily to Illustrate bottom duot openings, power and gas piping connection locations. FIELD-SUPPLIED DISCONNECT SWITCH LOCATION CONTROL BOX. ACCESS BLOWER ACCESS • AU dimensions are In inches. They are subject to change without notice. Certified dimensions will be provided upon request. E> RETURN AIR SUPPLY AIR BOO CONDENSER AIR r OUTDOOR AIR 1,0 (Economizer) ULEARANUES Front DHB Units 24" DUC Units 26" Back 12" (Less Economizer) 36" (With Economizer) Left Side (Filter Access) 30" Right Side (Cond. Coil) 18" Below Unit 1 0" Above Unit 2 72" (For Condenser Air Discharge) /Unite may be Installed combustible floors made from wood or Class A, IS arc tool cowering MONTIY. 2Unha must be Installed outdoors. Overhanging structures or shrubs should not obstruct condenser air discharge outlet. NOTE: DHB Modal; Untie and duotwotk are approved for zero ciearancs to combustible materials when equipped with Meath" heaters. QUO Modals; A 1" ciesranoe must be provided between any VENT AIR combustible materIM and the supply air ductwork. OUTLET HOOD The product of combustion must not be allowed to aooumutats within a confined epics and recirculate. CONDENSER COMBUSTION AIR INLErHOCD COMPRESSOR ACCESS 4-3/8 4.3/4 FILTER ACCESS 32.5/8 DUC UNITS 3,4 & 5 TON 82• /4 3/4" FPT COND. DRAIN (bee Detail "A ") 5.3/8 C GAS SUPPLY ENTRY A. B WIRING ENTRY (bee Detail "8") 7-1/8 17.112 7-7/8 BOTTOM SUPPLY 8 RETURN AIR OPENINGS 8 • POWER WIRING ENTRY 42.1/2 A • CONTROL WIRING ENTRY 12 8.3/8 CMS HEAT ACCESS 2.1/2 D GAS SUPPLY ENTRY UNIT BASE WITH RAIL$ Shown separately to Illustrate bottom duct openings, power and gas piping connection locations, UTILITIES ENTRY DATA HOLE KNOCKOUT SIZE (DIA.) USED FOR A 7/8" Control Wiring (Side or Bottom) B 2" Power Wiring (Side or Bottom) C 1 -5/8" Gas Piping (Front) D 2" Gas Piping (Bottom) Central Environmental Systems • UNIT DIMENSIONS - CONT'D. (DHB and DUC - 3, 4 & 5 TON) 11.1/2 17.1/2 11.1/2 I 4518 REAR VIEW 61/2 SIDE SUPPLY AND RETURN AIR DUCT OPENINGS 7.7/8 274/2 - 1.6/8 C== o o DUCT COVERS — Units are shipped with all air duct openings covered. For Wag air applications, remove and discard the two side covers — connect ductwork to duct flanges on the unit. For bottom air applications, remove the side supply air duct cover to gain access to the bottom supply air duct cover. Remove and discard the bottom duct cover. Replace the side duct cover. With fitter section access panel removed from the unit, remove and discard the bottom return air duct cover. Ductwork may be attached to the roof curb or directly to the unit underside. Replace the filter access panel. REAR VIEW DETAIL 'A' UNIT WITH ECONOMIZER RAIN HOOD REAR VIEW 44.7/8 L.H. END VIEW 44.7/8 L.H. END VIEW DETAIL 'B' UNIT WITH FIXED OUTDOOR AIR / BAROMETRIC RELIEF RAINHOOD CENTER GRAVITY DHB and DUC 3,4 &5 TON BACK Central Environmental Systems APPROXIMATE CENTER OF GRAVITY CONDENSER COIL .I� END OF UNIT' 13 • ROOF CURB DIMENSIONS DHB and DUC — 3, 4 & 5 TON DUCT SUPPORT RAILS BACK OF UNIT SUPPLY" AIR RETURN` AIR 2" TYP.—>.. • COMPRESSOR AND CONDENSER END OF UNIT 19-1/2" 37-1/4" ROOF CURB BENEFITS FRONT 73" OF UNIT *Supply and fork (including iharge support lictions ) For location of Mae discharge applications (on back of unit), refer to Unit Dimension details. ROOF CURB The 4 -1/2" space between the ducts allows for "jumping" an exisiting roof joist. FRONT VIEW (3 -JOIST SUPPORT) 73" SUPPORT RAILS 24" 24" -4-2" t ROOF CURB The 43 -1/2" overall duct dimension allows ductwork penetration between roof Joists that are spaced on 48" centers. The 73" curb length allows for spanning roof Joists that are spaced on 72" centers. FRONT VIEW (2 -JOIST SUPPORT) 73" SUPPORT RAILS 11-2" 43.1/2' 48" 72" (ALTERNATE) NOTE: Both supply air and return air duct openings are square and are the same size, providing easy duct Installation. Ducts can be installed onto the curb from the roof. All electrical wiring and gas Tine connections can be made Inside the curb. 14 Central Environmental Systems • • 1 • (io TYPICAL APPLICATIONS ROOF JACK / INSTALLATION /ROOF CURB INSTALLATION I 1 I 1 I 1 1 1 1 1 I I I 1 I 1 I I I ph. , ,I.w.., ,�.,_y, , FIELD - SUPPLIED FUSED DISCONNECT SWITCH L -- -- L -- AAA11111AA•111111 �r�A� TYPICAL ROOF -TOP INSTALLATION (MODEL DUC SHOWN) • SLAB ON GROUND INSTALLATION CONDENSATE TRAP CdNTROL WIRING TO TOWER TO INDOOR SUPPLY THERMOSTAT Central Environmental Systems RETURN AIR DUCT SUPPLY AIR DUCT ROOF CURB MANUAL GAS SHUT -OFF VALVE TO GAS SUPPLY LINE 15 ' CI 0 NM 1AVM111 AMIII MOM IHA A, /ROOF CURB INSTALLATION I 1 I 1 I 1 1 1 1 1 I I I 1 I 1 I I I ph. , ,I.w.., ,�.,_y, , FIELD - SUPPLIED FUSED DISCONNECT SWITCH L -- -- L -- AAA11111AA•111111 �r�A� TYPICAL ROOF -TOP INSTALLATION (MODEL DUC SHOWN) • SLAB ON GROUND INSTALLATION CONDENSATE TRAP CdNTROL WIRING TO TOWER TO INDOOR SUPPLY THERMOSTAT Central Environmental Systems RETURN AIR DUCT SUPPLY AIR DUCT ROOF CURB MANUAL GAS SHUT -OFF VALVE TO GAS SUPPLY LINE 15 Subject b d�anpe without . Ptinl@d In U 8 A : , 'i ( '' Copyright y� 1989 by Central EpvuonmenIaI Systotiis ALL RIGHTS RESERVED SHU; CMNnlrx ci.,t;ti t >c ., THE FOLLOWING COMMENTS APPLY TO AND BECOME PART OF THE APPROVED PLANS UNDER TUKWILA BUILDING PERMIT NUMBER 6/(d—/t1. 1. No changes will be made to plans unless approved by Tukwila Building Department. Plumbing permit to be obtained through King County Health Department and plumbing will be inspected by that agency (including all gas piping). 3. Electrical work to be inspected by State Electrical Inspectors and all required electrical permits obtained through that agency. All permits to be posted at job site prior to start of any construc- tion. 5. All construction to be done in conformance with approved plans and, requirements of the Uniform Building Code (1985. Edition), Uniform Mechanical Code (1985 Edition), Washington State Energy Code (1986 Edition), and Washington State Regulations for Barrier Free . Facility (1986 Edition). azi(L:il Sheet I of Date: 16 F 8c * 9� -04"1 0-14 110-0-(z( -4.coD 4-A0)( 1,60A/tal dj , 740A - �C�U `� ,) 1,0 MA - . &IAA, CITY Of TUKWILA building Division 1200 southcenter Boulevard MECHANICAL PERMIT APPLICATION Tukwila, Washinotnn OK1U (206)- 433 -1849 CONTROL# P-64/4-401 Site Address L4 3r IJ1 P--U_P- )J AVE, Se "TU S`uit Floor# Project Name /Tenant Valuation of work 9[7;80 Property Owner Address Applicant LD S1)6 , C'O , itet Assessors Account # `41%4 Phone 1-4 - 254Z_ Zip ol$JSz 51-46-- °1 Zip 93/33 Address Q Architect /Engineer Address Phone Phone Contractor LCOD577} 'c, Address ati Li Zip ce se# LQr ' ' )7Lf k0 Phone 52iZ- /V'j Zip qa)` S C'T1 VE tbP Gil5 /F'LFC !C Li KE .EQUH MEM; 'A _ Describe work to be done RR' YKAJE 6694, Indicate the type of equipment to be installed, rating /size of equipment, and number of each: TYPE RATING /SIZE ��PruH NUMBER "FPAc . --�Htk) 4D Atrc cTN) ?_t� 4tr rl1.rc -�- !2`5,000 T\AJC Two (2) sets of plans must be submitted meeting the application requirements of Section 302(b) and (c), 1985 Uniform Mechanical Code. Roof -top equipment work requires submission of building elevations. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THI CURRECT AND THAT I HAVE THE PROPERTY OWNER' TH AP•LICATION AND KNOW THE SAME TO BE TRUE AND TION TO DO THIS WORK. Applicant /Authorized Agent (signature) 9 1"r!�� , Date (print name) Rie C_)-l' 1S -T)Atl EK) Contact Person (please print) gQ4) vviJ.S13.J Phone 61-i&--1C165 OFFICE USE ONLY Qvc,'c1,2-) 0 '$9 FEES: Basic Permit Fee (000/322.100) S 15. V Receipt# 79qc Date Paid �_:) 4 Unit Fee (000/322.100) Receipt# -79q., Date Paid t,_;/.. pg Plan Check Fee (000/345.830) Receipt# Date Paid Other ( / ) Receipt# Date Paid TOTAL &Q ,gyp (OWES: $ (00,00 ) TRA K N 1• BLDG ')tegc1 PLNG ammommir 0-►b -sR Approved for Issuance Approved (Initials) LAC)" ._)7r- 5 -TOIL H.V.P\.C. UM.`r" GASP I...Fr`:T- jC vim/ ECc )O \ . zo 8/ �3G v 31 7.7 CFM (-r- ' R OP 2) E>(1STlMG 5 --roN H.V. A.C.. UNITS To BE RE- _1''\O\ /E.D ALO),JG WITH EX! 511 L)G DUCrs./oRK OrJ Roo F-- RUIV OlJT TO CUR 5. I I i 1 L..i - -- - ---1 EY ISM MG DROP. ! � I TO E CA ppi T - V! AT ROO 1 A1_ -L.. N W DUCTWORK Off' 'Rof.'F WILL AND RUr'i CUT- —t—o EX 1.511 N G ) - lamrW0p <. ; K.) CEJ l.__I N G ,:3P1A L:E . 'PaO() toe ANL ju ;T4u D 7or4G 7z-1 naG RRs,srzI'c, plc LAST / 7 % . w. S. E.C. T4 / ?L 4 �6 Fo cF- V Al'\1N)G DEEY \W EIS - cols?5. @ 9c" o. (sPP.ly -- 30' NSW UhJ 1TS SET" oti.3 H x 6 x I Z.' TR,EA- -E •) F "5 `:✓ I'TF ! CAS. INAEC kA P.1\) I CAL E LOOK PLAN 1 /y" .- 1 ' - C" tC 137" )) J Q QN 4Iwuad alea Ag CITY OF TLJKWILA APPROVED 6 igiN r. • 81 ill. 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