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HomeMy WebLinkAboutSUBMITTED PAPERSDate: 3 1 Fee Due: , 0 Recei t# Permit # k Planning & Development Services SCAN Building & Code Regulations Division BY EIS 2300 Virginia Ave. St. LUCie Fort Pierce, FL 34982 COu„ty (772)462-1553 SPECIALTY PERMIT APPLICATION ❑ Electrical ❑ Plumbing 4 HVAC ❑ Fence ❑ Shed ❑ Demolition ❑ Gas ❑ Siding See page 2 for instructions and additional paperwork required fur specialty permits 1. Location/Site Address:,-?,3� nI(Fc--, 1 4y °- r 2. Parcel ID Number: 3 L J (5 - j Q / — CY) 4 eq - < " '% Office Use Only Section Township Range Map Page Zoning Land Use Initials 3. Complete Description of Project or Work: /- ( k- -0,� ; L la.c e, - J- �� I L C c3-c;l r?_-ez -e—� 4. Owners Information 5. Contractors Information / Name: Pcf�- FL Reg/Cert #: (2 y4c Address: —) C--<D (D ( e County Cert#: OL Z Citv: � -4- . P' U'�C State: Business Name: LAlcs Zip: 3 - ( 7 Phone: Phone: 6, tl - Sd 9 ZrFax: q6 61" 6. Value of Construction: $ L(,),, owNER-s AFFIDAVIT: I certify that all of the information contained in this application is correct and that all work will be done in compliance with all applicable laws regulating construction and zoning. OWNER OR RACTOR NAiME (j£dGN�ORE --OWNER OR CONTRACTOR STATE OF FLORIDA, COUNTY OF ACKNOWLEDGED BEFORE METHIS ��} DAY 20\'�' BY `'Og q v.. Nh\ V-�y\ WHO IS PERSONALLY KNOWN TO ME OR WHO HAS PRODUCEP, SOO 11 P1" DEANNA GIVEN$ AS IDENTIFICATION. ; r� `� ; Notary Public . State of Florida to : •, My Comm. Exyires.Dec 14.2016 SIGNATUREF NOT OY TYPE OR PRINT NAME OF NOTAR '.,�rF � CommissilffiE 850761 �y ^ '�• ° 1:� �••' Bonded Through Nitionll NdW Assn. COMMISSION NUMBER NOTICE TO OWNER_ FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN ATTORNEY BEFORE RECORDING YOUR NOTICE OF COMMENCEMENT. EXEMPT: A/C -HEAT REPLACEMENT WITH CONTRACT UNDER $7500.00 JOSEPH E. SMITH, CLERK OF THE CIRCUIT COURT - SAINT LUCIE COUNTY FILE # 3934601 OR BOOK PAGE 2135, Recorded 03/17/2014 at(' AM AMRREWRRniGRERmN10: i PERBUrNIUMBEEL NOTICE OF COMMENCEMENT The undersigned hereby given notice that improvement will be made to certain real property, and in accordance with Chapter 713, Florida statutes the following information is provided in the Notice of commencement 1. DESCRIPTION OF PROPERTY (Legal description and street address) TAX FOLIO NUMBER 1 A \5. 501- 0043.-0 no .7 2. 3. SUBDIVLSI N BL 3 TRACT LOT BLDG UNIT S b r f' GENERAL DESCRIPTION OFIMPRO I,c( Qm -4— OWNER H%ffORMATION- a. Name Gc ve " !•� f° b.Address_ �d�O �`��n I` PVC � oclk- CA \��'� trl 149sxo.interestinproperty- d. Name and address effeo simple titleholder (if otberthan owner) 4. CONTRACTOR'S NAME, ADDRESS AND PHONE NUMBER WOLF P\f- CANQcTtoNltJC R \aff�illJC�31�S t7\eanacr A`e jet P esc� 3444a 5. SURETY'S NAME, ADDRESS AND PHONE NUMBER AND BOND AMOUNT: 6. LENDER'S NAME, ADDRESS AND PHONE NUMBER 7. Persons within the State of Florida designated by Owner upon whom notices or other documents may be served as provided by Section 713.13 (lxa) 7., Florida Stetut NAME, ADDRESS AND PHONE NUMBER S.In addition to himself or herw4 Owner desigrstes the f1lowingto receive a copy ofthe Lieaor's Notice as provided in Section 713.13 (l)(b), Florida Statutes: NAME, ADDRESS AND PHONE NUMBER: 9. Expimtion date ofnotice of cammencement (the expiration date is 1 year from the date ofrecording unless a different date is speel9ed) 20_ �)fl5bk.0 of Own err Print Name sn de 518patary's TitldOtiice Ownees Ai /Dlsector/Partuer/Mmrsger JANICE A. PROULX AR NOTARY PUBLIC State ofFlodde o STATE OF FLORIDA County of , ( Ur.J{ Comm#EE138203 The fwegomg instrument: was admowledged before me this 95 Explres 111812015 M Al tt'..20.L�t—. By V n Pc(-'-1 n R-i S p N Secl-e i-AX 4 (printed m tone of person sig(n�ing above (Type of authmity...e.g. Owner, office , trustee, Wamey in fad) Far O L e.hN fl i'E' i W"q• (Name ofprrrty m 6/helf of whom instmmeat was exacate� Persmally Known or produced the following typo of ID: _ �AR-.a r,- f 4) o,)Lac a,-u d. (Printed Name ofNoteryPublic) ( gnaturme Notary Public) Under penalties of perjury, I declare that I have read the foregoing and that the fads in it are true to the best of my knowledge and belief (section 92525. Florida Statutes). Sigrntw e(s) of Owner(s) or Owner(s)' Aathorixed O&cer/1Direcctoorr/Psrhm//Moonnger who signed above: By. li�..,o ....._" By�Y �' i Y iJ1 1 �' 1 • f�i S P t r� aN .(Signs e) (Printed Name) STATE DF FLORIDA ST. LUCIE COUNTY THIS IS TO CERTIFYTI'ATTHIS IS A TRUE AND CORRECT COrY OF THE ORIGINAL ..�-,� 6VPA UIR S m 1 T A t1AR �.` �� ��tt9c !Deputy Cleric Date:-- FubtieWorks Department Code Complia- aeo Division 2300 V'iirgida Avenue Ft. Pierec) FL 34982-56521 hermit # H021. , a / _ ,I consed as a(a) Contzactor*/Sn&teer/Arch-itact/ (Please print n and eircia liumiso type) FS 468uiJding Inspeetalr* Qcneml, Mkl ldiap, Residential, or Roaring Contractor or �Ltiy individual oetritied unda 468 PS, to make such an inspiotion. All affidavits rdustinciude photograglls of each plano of the rgpFwiili thv pnmril d oraddre=11 clearly shown marked an tfte deck for ciwt. lfl8ptatiau- O,n of about I did personally inspect ale MY (Dite t$ ibt;) ded.t ailing a r caul water barrier work of ��-'`� ✓ 3 circle awe ligh SiteAddcsss) Band upon..that examination C have deco ninad t c; installation was dome lzwording to the Hwricana MitigAon. Retrofit Marltla), .{Based an 553,844 F,S,} . Sig�rtatu, a �" License -9 STATE OF FLOii.Ill� / COWL Y OF Ap Sworn to and r:ubscribed before me thi& _day of 00 b '} :2 0 , -Who is Fersooi llv knower who has produced RECEIVED APR 012014 Nelmy Public, StateofFlorida Signature of Notary: -^ _ n_ _ EXPIRES April 06, 2010, jJ , C41IlctIt5B1QA�ia.' (407)UM153 Ftot;daNntsry5uMC Mrn T00# LWON 6Z88S9VUL oUI `Oza72W Ka7?0 H:oz tiTOUTO/1'0- TROPIC, -SUPPLY INC ���� �®�� .Quotation Quote #: 216403 Quote Date: 01/22/2014 CrIoWn Revision: 01/23/2014(#1) Boz description: Cooler/Freezer Combination 11.91. X 14' T' 15' 2" I r 1 • ° 1 -10'F Holdjng freezer I j = 35'F Holdjng cooler 4" walls, 4" calling, iloorless — — .1 / j 4" walls, 4" calling, floorless 186" high, foam rail, lock walls to ceiling 1 .� , I I xF�gl h, foam rail,;ock walls to ceiling 1 dlranized/Embl,ssed White 26 Ga. I��jjt: GalvanizedlEmbgssed White - 26 Gal. i Walfj ext: GalvanizedfEklbossed White - 26;Ga. 1 Wahl - : Galvanized/Eklbossed White - 26:Ga. / S coiling ext: Galvanize�llEmbossed - 26 Gli. • I Ca ext: Galvanizell/Embossed - 26 Ga. I "t 1 I •I M 1 ; a ❑ Approved as submitted ❑ -NOT APPROVED —Revise and resubmit for approval Before signing tthiss document, verify that the content you are signing is correct. nat, r Ifs 2 of 6 1 TROPIC tUPPLY INC Quotation Quote #: 216403 Quote Date: 01/22/2014 Revision: 01 /23/2014(#1) Box description: Cooler/Freezer Combination -- Right elevation r 114 1 /4" Cs 1 F36"� ❑ Approved as submitted ❑ NOT APPROVED —Revise and resubmit for approval Before signing this document, verify that the content you are signing is correct. X Accept Date: 3 of 6 TROPIC'BUPPL'Y INC Quotation Quote #: 216403 Quote Date: 01/22/2014 Revision: 01 /23/2014(#1) Box description: Cooler/Freezer Combination Dimensions: External (O.D.):29'9"x9'61/4"x7'2"-wxdxh Internal (I.D.): 29' 1" x 8' 10 1/4" x 6' 10" - w x d x h Volume: 1760 fP Crown:nka Finishes Walls: Galvanized/Embossed White - 26 Ga. - interior & exterior Ceilings: Galvanized/Embossed White - 26 Ga. - interior Galvanized/Embossed - 26 Ga. - exterior Panel Thickness Walls: 4" UL Listed Class 1 Foam Ceilings: 4" UL Listed Class 1 Foam Doors D01: 1 Finished opening 36" x 77" hinged flush freezer door 1 Kick plate: 36" Tread brite (std) - interior and exterior 1 Pilot Light Switch 120v w/cover(loose), for 2x4 flush handy box (stub conduit to box on interior) 1 Door- Flush Mount 1 Thermometer 2 1/2" Dial with Standard Lead 1 Heated Jamb (4 Sided) W/ Threshold 1 Door Closer - Kason 1094 SureClose n' Hydraulic (Concealed mounting) 1 Gasket- Magnetic D02: 1 Finished opening 36" x 77" hinged flush cooler door 1 Kick plate: 36" Tread brite (std) - interior and exterior 1 Pilot Light Switch 120v w/cover(loose), for 2x4 flush handy box (stub conduit to box on interior) 1 Door- Flush Mount 1 Thermometer 2 1/2" Dial with Standard Lead 1 Door Closer - Kason 1094 SureCloseTm Hydraulic (Concealed mounting) 1 Gasket- Magnetic Qty Description City Description Accessories 1 Vent -115v Hi -Flow Heated Pressure Relief Port (Kason 1832) 20 Caulk - Butyl (Tubes) 2 Blocking For Strip Curtain 50 Trim Metal - Wall Closure/Vertical - (Custom x Height) (match panel finish) Miscellaneous 1 Threshold for cooler door. Disclosure: 75 Screed - Non -Lockable - Vinyl (U-Shaped) 44 Lock Wall Panels to Ceiling Panels (Factory Ceiling Caps - Standard) 4 Light- 1806LED000 (120v) Fixture and Optic Globe (Ship Loose) 2 Strip Curtain 36 x 77. - Freight allowed All quotations and order shall be subject to CrownTonka, division of Crown Fixtures, Inc. standard terms and conditions notwithstanding any additional or contrary terms and conditions of Buyer. Such additional or contrary terms shall not bind Crown Fixtures unless accepted in writing even though such terms do not materially alter the terms hereof. No oral statements, warranties, stipulations, representations or terms shall have binding effect or be any part of the contract whatsoever. All orders must be in writing and will be binding when our order acknowledgement is mailed, faxed or emailed. If customer does not have a copy of these terms and conditions, please contact the customer service department. Price quotations are valid for 30 days from quote date shown on printout. Terms: subject to credit approval. 4 of 6 Russell 1A, 1,4 TJ gm . . . . . . . . . . 1/2 to 3 HP C (@ us Publication No. BU-REL-0413A 4 to 6 HP c Description Minicon R-series condensing units are ideally suited for use in a variety of commercial applications such as cafeterias, convenience stores, restaurants and fast food outlets. Minicon units offer a winning combination of quality, economy, and flexibility coupled with lower long term operating costs. This low profile product line has been designed around environmentally safer refrigerants. Units are available with a choice of compressors: low cost hermetic, efficient and quiet scroll compressors or heavy duty semi -hermetic and discus compressors. In addition to the basic Indoor and Outdoor models described in this bulletin, Russell can also provide pre-engineered system packages with matching evaporators and accessories. The standard R-series condensing unit is designed for operation in ambient air temperatures up to 110°F. Oversized condensers are available for most models. Contact our Applications Engineering department for requirements exceeding 110°F ambient temperature. Features Indoor/Outdoor Models (REH/RES/RED/REO) • Hermetic, Semi -hermetic or Scroll compressor. • Generously sized condenser, Copper tubes/ Aluminum fins • Large electrical control panel for power and control circuits • Compressor contactor or start kit • Encapsulated high and low pressure controls (adjustable low pressure control on low temp models) • Refrigerant receiver with shutoff valve and relief plug • PSC motors are standard for all condenser fans • All-weather housing • UL and cUL listed for indoor or outdoor use Options • Factory installed air defrost timer • Factory installed electric defrost timer with contactor • Low ambient flooded control (STD on RL models) • Mild ambient fan cycle control (for 2 fan units only) • Suction line piping to exterior of cabinet (STD on RL models) • Suction line kit with filter and piping • Liquid line (piping only) • Liquid line kit with piping, filter/ drier and sight glass (STD on RL models Optimized Packaged Units (RLH / RLS / RLD / RLO) • Includes all Indoor model features - plus: • Liquid line kit with filter/drier and sight glass with moisture indicator • Suction line piping to exterior of cabinet • Low Ambient - flooded head pressure control valve • Crankcase heater • Electric defrost timer with defrost contactor/relay on low temperature models (ED10-230/1) • Air DefrostTimer (2-1/2 through 6 HP High and Medium temp models only, optional for other HP) • Suction accumulator • Oil separator (not available with mounted accumulator) • Crankcase heater • Copper fins, or coated condenser coil • Tiered stacking • Liquid line solenoid • Fused disconnect • High ambient oversized condenser coil - contact Applications • Spring mounting for semi -hermetic compressors Features and Options ' B E� - Q REH RED RES �'-:" REO RLH ,RIILIX �RLS RLO': COMPRESSOR Hermetic STD N/A N/A N/A STD N/A N/A N/A Discus N/A STD N/A N/A N/A STD N/A N/A Semi -Hermetic N/A N/A STD N/A N/A N/A STD N/A f Scroll N/A N/A N/A STD N/A N/A N/A STD ELECTRICAL CONTROLS Oil failure control as required) " N/R STD STD N/R N/R STD STD N/R Encapsulated` high and low pressure controls— STANDARD STANDARD Compressor contactor (1,0 or 30), start kit 10) STANDARD STANDARD Control transformer, (460v:to 230V) as required STANDARD- STANDARD CONDENSER Copper tubes, Aluminum fins STANDARD STANDARD Fan motor(s) - overload protection STANDARD STANDARD Fan blade s - individually balanced STANDARD STANDARD Fan guard(s) OPTIONAL OPTIONAL PIPING COMPONENTS _ Suction line (vibrasorber and piping only) OPTIONAL STANDARD Suction kit (vibrasorber , piping and"suction filter) -" OPTIONAL j OPTIONAL Suction'line accumulator OPTIONAL OPTIONAL *Liquid line kit OPTIONAL STANDARD Discharge vibrasober N/R STDtt I STDtt I N/R N/R STDtt .1 STDtt I N/R RECEIVER Shut-off valve(s) STANDARD STANDARD Fusible plug STANDARD STANDARD HOUSING Galvanized steel all weather housing STANDARD STANDARD Control panel STANDARD STANDARD LOW AMBIENT CONTROLS SIERRA .: See publication No. 506' NOT AVAILABLE HIGH SIERRA See Publication' No.508 NOT AVAILABLE Fan cycle control2 Fan models only '' OPTIONAL OPTIONAL Flooded head pressure control OPTIONAL STANDARD DEFROST PROVISIONS Air defrost time clock OPTIONAL STD on 3-6 HP Electric defrost package OPTIONAL (1) (1) (1) (1) TESTING UL and,C-UL listed STANDARD STANDARD Leak and dielectric tested before shipping STANDARD STANDARD Dry Nitrogen shipping charge (25 to 35 PSI) STANDARD STANDARD STD = Standard Feature N/R = Not Required N/A = Not Available OPT = Optional Feature t Vibrasorber not required for Hermetic and Scroll compressors. Vibrasorber not included for 1/2 through 2HP models. Add kit SPR-VB if suction vibrasorber required. ttStandard for 2-1/2 through 6HP Models. For 1/2 to 2HP models, add kit number SPR-VB to include vibrasorbers and compressor spring mounting. *Liquid line kit includes: piping, filter drier, sight glass/moisture indicator. •" Adjustable low pressure control on low temp models in lieu of fixed control. (1) Electric defrost kit is included on Low temperature models. ED-10-230/1 for 1/2 to 3 HP models, and ED11-230/3 for 4 to 6 HP models. MODEL NUMBER NOMENCLATURE R L Russell MiniCon R-Series �_J Model Style E = Indoor/Outdoor Model L = Outdoor Flooded Model I = Sierra H = High Sierra Compressor Type S = Semi -Hermetic H = Hermetic D = Discus O = Scroll M 44 - E T_� Refrigerant T 22 = R22 44' = R404A / 507 Some models can be used with R22 or R407C Temperature Range (varies by unit) H = High/ Medium (0° to 45°F S.T.) M = Medium (-25° to 30° F S.T.) L = Low (-40° to 0° F S.T.) Horsepower 055 = 1/2 HP 080 = 3/4 HP 090 = 1 HP 100 = 1 HP 125 = 1 HP 151 = 1-1/2 HP 165 = 1-1/2 HP 200 = 2 HP 201=2HP 202=2HP Ti Voltage code C=230/60/1 D= 208-230/60/1 E= 208-230/60/3 G= 460/60/3 215=2HP 250=2HP 251=2HP 300=3HP 301=3HP 315 = 3 HP 400=4HP 401 = 4 HP 500 = 5 HP 600 = 6 HP 3 A REFRIGERANT AL Capacity Data - Medium Temp Hermetic R404A Rating R404A MEDIUMTEMPERATURE - HERMETIC - CAPACITY (BTUH) M m" .. , . R'HO55M44t 6,920 6,250 5,620 4,500 3,500 2,660 1,930 1,610 R'H08OM44t 8,280 7,490 6,760 5,440 4,310 3,370 2,600 2,270 R'1-1090MW4t 9,560 8,700 7,890 ':` 6,420 5,130 ' 4,030 3,10G 2,710 R'1-1100M44t 10,340 9,240 ,8,230 6,440 4,950 3,700 2;610 2,100 R'1-1125M44t 14,370 12,920 11,560 9,120 7,030 5,240 3,740 3,080 90°F E., R'H151M44 17,920 15,900 14,000 10,630 7,820 5,510 3,620 2,820 Ambient; R'H20OM44 , ° 19,470 17,420 15,610 12,030 9,040, ' 6;550 4,520 3,680 R*H251M44 ' 21,560 19'290 "' ` 17,190 13,420 10;220 7,550 5,380" 4,450 R'H301M44 29,370 26,270 23,360 18,080 13,580 9,790 6,730 5,490 R'H325M44 32 160 28,800 25,620 19,910 15 090 11!060 7,710 6 260 R'H40OM44! 45:080 � ° 40,01:0 35,350 27,080 20,24�0 14,690 10,350', 8,600 R*H500M44 51,320'. 45,680 40,490' 31,380 23,840 17,680 12,700 10,600 R*H055M441 6,620 5,970 5,120 4,070 3,160 2,380 1,710 1,420 R'H080M44t 7,840 7,080 6,090 4,890 3,870 3,010 2,320 2,030 R*H09OM44t 9;080 8,260 7,140 ' 5,800 4,620 3;610 2,770 2,420 ° R*H:100M44t 9,730 8,690 7,380 '- 5,760 4,410_ 3,260 2,240 _., 1,750 R'H125M44t 13,570 12,180 10,390 8,160 6,250 4,620 3,240 2,640 ,95°F R'H151 M44 16,830 14,860 13 050 9,840 7,170 4,980 3,180 2,420 A"mbient,` , R'H2OQM44 18,270 16,310 13,820 10,650 7,940 5,680 3,860 31110 R*1-1251M44- 20,290 18,130 15;390 11,960 9,060 6,640 4,670 3;840 R'H301M44 27,650 24,690 21,900 16,850 12,550 8,960 6,100 4,960 R'H325M44 30190 26,960 23,920 18,520 13,940 10,110 6,910 5,500 "R*H40OM44 `42,360 37,480 33,040 `. 25,210 , 18,750 13,550 9,500 7,880, g R*H500M44", -48,440 1 43;050 a 36;38& 28,'110 21„270 1I5,700 11,190 9,270 ` R*H055M44t 6,290 5,670 5,080 4,020 3,110 2,330 1,650 1,360 J, "1 R'H08OM44t 7,390 6,670 6,010 4,810 3,790 2,940 2,260 1,980 R'H090M44t °.81600 7,81.0 7,070 5,720 4,550 3,540 2,710 2,370 ` R'141100M44t 9,120 8,140 '7,240 5,640 4,290 3,130 „2,080 1,550 R*H125M44t 12,770 11,450 10,210 7,980 6,060 4,430 3,050 2,450 `. '100°F `K R'H151M44 15,710 13,840 12,120 9,070 6,540 4,460 2,750 2,030 Ambient ° R•112O0M44 , 17,070 15,200 13,450 10,280 7,590; 5,370 3,590 2,850` a R'H251M44 . '19,030 16,970 15,0,60 11,650 _8,770 '6,380 4,430 3,600 R'H301M44 25,930 23,100 20,440 15,630 11,550 8,160 5,510 4,470 R'H325M44 28,200 25,120 22,260 17,130 12,800 9 160 6,110 4,740 R`H400M44 . ` 39,570 34,590' 30,790 23,390 17,320 1"2,460 8,710 7,200 R*H500M44 45,580,, 40;460 35,760 27;540 20,760 1'5,240 10,750 8,840. R'HO55M44t 5,630 5,050 4,520 3,550 2,720 2,000 1,380 1,110 R'H080M44t 6,490 5,850 5,250 4,170 3,260 2,520 1,930 1,700 R'H09OM44ti 7,600` 6,900 6,230. 5;020 - _ 3;960 3,070, 2,340_ F 2,040 14'4100MW 7,930 7,060 • 6,276 - 4,850 3,630. ,2,540 1,490 •950 -, R'H125M44t 11,210 10,000 8,880 6,860 5,130 3,650 2,380 1,820 1.1WIF `°', R'H151M44 13,510 11,830 10,290 7,560 5,310 3,450 1,940 1,270 ArAtbient;` -R*1-12O0M44 14,700 -" 13,010 11,430•- 8,590 6,210 4,260 2,700 2,040 R'H251M44 16 510 14,680 12,970 .. 9,930 7,360 • 5,240 3,520 2,790. ,ye< R'H301M44 22,550 19,980 17,560 13,260 9,610 6,660 4,440 3,630 R'H325M44 24,350 21,560 19,010 14,440 10,570 7,310 4,490 3,210 R'H40OM44, 34,180 30,140 26,420' 1.9,890' 14,590 10,410' 7,220 5,930 TM» WH50OM44 39,960 35,370 ', 31;180" , 23,840 17,820 12,900 " , : '8,860 7,110 Models with t can be used with R407C between the ranges of 0°F and +30°F° Multiply capacity of models 055 thru 125 (only) by .83. d H0,55M44 6,27Q= 5L330 =4,280" 3;290': R"H080M44 $:1°60 7,440° Y6,390,: 5,1'40 a 4;030 . R*H090M44 9,450 8;680 7,430 6,090 4,810 R*H100M44 10,1.20 9,130 7,680 6,350 5,190 R H125M44 14,120 f2;7,90° 10,81A_ . 8,570 6,500 R UI5.1 M44 '13, 4.0 . 9,410_: 7' 460 - R`H2OOM44 17,300 16,1'10 14;380 11,190 8,260 R*H251 M44 18,580 17,520 16,010 12,580 1.0,100 R H301 M44 28;760 25 930- '22,780 . 17,70U 1:3 980 R�H325M44. .', 31,40p.. 28,310'' ;24,880 19;450. 15,3ib` R*H40OM44 40,920 36,610 31,970. 26,48.0 19,500 R*H500M44 47,870 42;950 37,840 29;520 23,240 R`H05.5NI44. 6,550 5,960 5,290 ' _°4,23Q ' 3 24& R ;HO$OM44 :�'7,S ... �: 7,t310`.,r6,260_ o.:" r-. 5,{7;60 `3;950' �>> ., R H09OM44 8,950 50 �8,210 7,360 601.0 4,740 R,*H.100M44 91490 8,550 7,530. 6,330 5,170 R*H12aM44 13;290 12,030 0 620, 8 380 6;316 , fi*H15.1fV144„ `'. 14,$70 13,67b:. s12,24b, „9:250 7„090. Ambieni;, R*H2OOM44 16,170 15,0.10 13,440 10,370 7,590 R*H251M44 _ 17,430 16,04.0 14,890 1.1,630 9,450 * WH301 M44 26 070 .. 24 260� =21,260 '12o R*H325M44 ., '' 29;330 „_'26 380'; 23,160 R*H400M44 39,1.10 I 34,910 30,750 23,580 18,020 R'H500M44 45,040 40,370 36,460 28,350 21,600 R*H090M44 7,910 71250 6,480 5,280 4,' R*H100M44 .8,250 7,420 6.530 5,400 41: Wfil25M44 11,660 10,500, `9 240, 7,210 5,° R"H15:1M44 " :: 12;380 11,44.Or, 10,070 7,47' IS,( R*H2OOM44 13,770 12,580 11,060 8,390 6,4 R*H251M44 15,470 13,570 12,280 9;500 7j R`H301M44 ° 23,460 ='e20 080 18,270, 1;3,930: 10 R*H326M44 :'. 25:330 :22>E40 R*H400M44 35,550 31,650 27,480 70,890 15, R*H500M44 37,410 33,430 29,520 .22,790 16, 1 ! ; 6 Capacity Data - Medium Temp R404A Rating R404A MEDIUM TEMPERATURE - SEMI HERMETIC - CAPACITY (BTUH) R*S075M441 5,880 5,270 4,680 4,130 3,610 3,130 2,700 _ s R`S100M441 8,740 7,860 7,040 6,290 5,600 4,970 4,390 :,90°F `"` R'8150M44t 11,270 •,i%070 9,010 8,050 7,1,70"; 6,340„ 5,540 Ambient R'S200M441 15,220 13,620 12,150 10,810 9.600 "8,510 7,540 R-S250M44 18,020 16,110 14,350 12,720 11,240 9,900 8,690 .,'; R'S300M44 28,110 25,130 22,370 19,840 17,510 15,390 13,460 R*S075M44' 5,510 4,930 4,370 3,840 3,350 2,890 2,480 " R-S100M441 8,260 7,420 6,640 5,920 5,260 4,660 4,120 R'S150M441 10,670 9,520 8,490 7,580 6,730 5,940 5,190 Amblent R`S200M441 14.400 12,870 11,470 10,210, 9,060 8,030 7,126 R`S250M44 16,980 15,160 13,480 11,940 10,530 9,260 8,120 R'S300M44 26 700 ?.,A820 21 170 18 740 16 510 14 470 12 630 R*S075M44t 5,150 4,580 4,050 3,550 3,080 2,650 2,260 R'S100M441 7,770 6,970 6,230 5,550 4,930 4,360 3,840 100 F, Ambient,,', R'S150M441 R•S200M441 10,060 13,570 8,960 12,120 7,980 ! 10,800 7,100 9,610 6,300 8,530 5(550 7;560 4,820 6,700 R'S250M44 15,950 14,210 12,620 11,160 9,830 8,630 7,560 R'S300M44 25,260 22,490 19,960 17,630 15,500 13,560 11 810 R•S075M44t 4,400 3,910 3,440 2,990 2,570 2,190 1,850 R•S100M441 6,800 6,080 5,420 4,810 4,250 3,750 3,290 R'S150M441 : 8,860 7,850 6,960 6,170 5,440 4,760 4,110, Ambient,; R'S2001V!441 11;940 _10,650 9,480 8,420 7,470 6,630 5,870 R`S250M44 13,880 12,330 10,910 9,620 8,450 7,400 6,470 R`S300M44 22,330 19,810 17,510 15,400 13,480 11,740 10,170 R404A MEDIUM TEMPERATURE - DISCUS - CAPACITY (BTUH) R•DSOOM4411 66,700 54,330 90°F ' "''. R'0200M44 22,590 20,970 18,770 17,890 16,480 15,070 12,530 R`0250M44 27900 25,840 23,860 21960 20,200 18,440 15,290 900F R'0315M44, 32,050 2%930 27,750 25;610 23,540 21,480 17,610 Ambient ` R`R`0350M44' 38,310 35,840 33,300 30 430 28,180 25,950 21,400 0400M44 45,320 41,700 38,770 35,670 32,820 30,190 25,550 R'0600M44 51,920 49,240 45,530 42,340 38,840 35,540 29,670 R'0650M44 63,020 59,090 55,220 51,210 47,120 43,820 36,250 R'0200M44 21,930 20,350 18,820 17,360 16,000 14,630 12,160 R•0250M44 27,080 25,050 23,160 21,320 19,610 17,900 14,840 `8S F R`0315M44 31,110° 29;050 26,940 24,860 22;860 20(850 17,090. Ambient, , `R=0350M44 37190 34,790 ,32 330 '_29,540 27,370 25,190 20,770 R 040OM44 44,000 40,480 37,640 34,630 31,970 29,310 24,800 =` R'0600M44 50,400 47,800 44,200 41,100 37,800 34,500 28,800 R`0650M44 60,240 56,520 52,860 49,060 45,560 42,050 34,840 R'0200M44 21,060 19,540 17,500 16,670 16,360 14,050 11,680 R'0250M44 26 000 24,080 22,240 20 470 18,830 17,190 14,250 ' 100°F R`0315M44 29,870' ' 27,890 25,870 . 23,870' 21,940 20,020' 16,410 -Ambient, = R`0350M44 35,7`10 33,400 31 040 28 360 ; 26 260' 24,190 19,940 R-040OM44 42,240 38,870 36,140 33,250 30,590 28,140 23,810 R'0600M44 48,390 45,890 42,440 39,460 36,200 33,120 27,650 R`0650M44 57,410 53,900 50,450 46,860 43,190 40,230 33,390 R-020OM44 20,040 18,320 16,950 16,150 14,880 13,030 11,310 R'0250M44 24,750 22 580 21,540 19 830 18 240 15,940 13,810 110°F` R'0315M44 28,450 26,150 25,060 23,120 21260' 18,560 15,900 Ambient R*0350M44 34,020 . 31,320 29,100 26590 24,620: 22,420 18,700. R`0400M44 40,240 36,440 33,880 31,170 28,680 26,090 22,320 - + R•0600M44 46,090 43,020 39,780 36,990 33,930 30,710 25,920 "- R*0650M44 52,330 48,490 45,450 42,280 39,030 36,410 30,290 Models with t can be used with R407C between the ranges of -5°F and +25°F suction temp. Models with tt can be used with R407C between the ranges of -10°F and +45°F suction tem Multiply the capacity of designated R404A models by .83 to obtain R407C capacity. Models with t can be used with R407C between the ranges of -5°F and +25°F suction temp. Models with tt can be used with R407C between the ranges of -10°F and +45°F suction tem Multiply the capacity of designated R404A models by .83 to obtain R407C capacity. DUAL REFRIGERANT AIR COOLED CONDENSING UNITS Dual Refrigerant - Medium Temp R22 Rating R22 MEDIUM TEMPERATURE - SEMI HERMETIC - CAPACITY (BTUH) R*S075M44 "Y 9,390 0 8,480 7,580 6,740 5,960 5,260 polow 4,650 R*S100M44 12550 , 11,460 10,350 9,340 8,410 7,570 6,710 90°F R*S150M44 17,270 15,510 13,950 -12.420 11,110 9,930 8,870 ,'-'A," i11 R*S200M44 23AW 21,270 19,140 17,270.2 15,400 1300 11960' R S25OM44 26,210 23,820 21,440 19,260 17,240 15,430 13,570 R S30OM44 1 35,880 1 32,610 29,330 1 26,320 23,510 1 21,010 1 18,520 R*S075M44 9,020 8,150 7,280 6,480 5,730 5,050 4,370 R*S100M44 12,060 11,010 9,950 8,980 8,080 7,270 6,450 R'S150M44 16,600 15,100 13,500 11,980 10.690 9,540 8,510 Ambient R*S200M44 22,500 20,450 18,400 16,600- 14,800 13,150 '11,500 R'S250M44 25,200 22,904 20,608 17,810 16,510 14,760 13,010 R'S300M44 34,500 31,350 28,200 25,300 22,600 20,200 17,800 R*S075M44 8,660 7,830 6,990 6,230 5,510 4,850 4,200 R*S100M44 11,580 10,570 9,560 8,630 7,760 6,980 6,200 R*S150M44 15,940 14,400., 12,900 11,510 101250 91130' 8,130 Ambient R'S200M44 21,600 19640 'IT670 15,940 14,210 12;630 11,040 R*S250M44 24,192 22,000 19,790 17,720 15,820 14,140 12,470 R*S300M44 33,120 30,100 27,080 24,290 21,700 19,400 17,090 R*S075M44 8,080 7,300 6,520 5,820 5,140 4.530 3,920 'K R*S100M44 10,790 9,850 8,910 8,050 7,230 6,510 5,790 14,500 13,100, A 1,800 10,510 a 91310 8-260,1 7,320 `:R*S200M44 20,'120.. .18,300 �- 16470 14,860 13,250 11,770: 10290 R*S250M44 22,530 20,496 18,450 16,430 14,660 13,100 11,580 R'S300M44 30,850 28,040 25,220 22,630 20,220 18,080 15,920 R22 MEDIUMTEMPERATURE - DISCUS - CAPACITY (BTUH) 90°F R*D500M44 1 66,700 1 61.060 1 55,400 1 50,200 1 45,350 1 40,770 1 36,200 Ambient R*D600M44 1 80,258:71,429 jt„165,899 1 59,462 53,467 '1 47,701, 1 42,735 951F j R'D500M44 1 64,100 1 58,700 1 53,300 1 48,300 1 43.600 1 39,200 1 34,800 1 Ambient k*b600M44 j,',76,302 1 68,679 1 '62,583' 1 56,434 50,697 45,864 40 4i8 I1001F] fR*D500M44 1 61,600. 1 49.920 1 51,200 1 46,400 41,900 37,640 33,400 ,- AlinbleAC I R*D600M44 1 72,316 '1�'--,58,406' 1 1 :1 41� 7 f 44,039 1 3896.1 �4 `59,256 53,406 .65 110*F" I R*D500M44 1 57.300 1 52,490 47,700 1 43,200 1 39,000 1 35,060 1 31,100 Ambient R;D600M44 I - 1, 61413 1 52561 1 47329 1 42446 t 41020 1 IMP R22 MEDIUM TEMPERATURE - SCROLL - CAPACITY (BTUH) oamow wro-Wirp, -WIWIAJ 11�'115 Y"MS lonai'mirow R*0200M44 N/A 21,660 20,490 18,820 17,410 15,900 14,380 R*0250M44 N/A 26,110 24,110 21,950 20.540 18,700 16,870 R*0315M44 N/A 31360", 29;020 26,620 24.1 W- 22 050:, 19;910 T- 'R*0350M44 N/A"' 29:030, 35,170 32,850 29,160 '26,810,,f 24,450 Ambient R*0400M44 N/A 44,620 41,110 38,590 34.700 31.640 28,590 R-0600M44 N/A 53,970 49,830 45,250 42,250 38,640 35,040 R*0650M44 I N/A 59,570 56,490 53,410 1 49,730 46,050 1 42,370 R*0200M44 N/A 21,020 19,890 18,270 16,900 15,430 13,960 R*0250M44 N/A 25,340 23,400 21,310 19,940 18,155 16,370 n�,, �.. T,0315M44 30,440" �'28 170, 25,840,,x 23 470,, 21;400 19,330, R*035OM44 N/A 28,180 34720 , 31,8§0 26:310- 26,020'-, 23,730 R*0400M44 N/A 43,320 39,910 37,460 33,680 30,715 27,750 !��i R-060OM44 N/A 52,390 48,370 43,930 41.010 37,510 34,010 R*0650M44 N/A 57,830 54,840 51.850 48,280 44,705 41.1-30--. R*0200M44 N/A 20,390 19,300 17,730 16,400 14,970 13,550 R*0250M44 NIA 24,580 22,700 20,680 19.350 17,620 15,880 R*0315M44 ', N/A-, 29;530,, 27,330 25,070 -,22,770:' 20,760- 18,760 R*0350M44 N/A 27,340 33;680 30,940 27,470 25,240� 23,020 R*0400M44 N/A 42,030 38,720 36,340 32,670 29,800 26,920 R*0600M44 N/A 60,820 46,920 42,620 39,780 36,390 32,990 R*0650M44 N/A 56,100 53,200 50,300 46.840 43,370 39.900 R*0200M44 N/A 19,190 18,170 16,690 15,440 14,100 12,760 R*0250M44 N/A 23,140 21,360 19,460 18,210 16,590 14,950 110°R*0315M44 'k-0350M44; -,'-N/A� 27,800,., 25,7301 23,00 �1'43 0 25,860 19,540- 17.660 NW, 2030: "31,690 29,6120 765;860 -23, 0, 21,670 Ambient7, %R*0400M44 N/A 39,560 36,440 34,200 30.740 28,050 25,340 R*0600M44 NIA 47,830 44,160 40,110 37,440 34,250 31,050 ,A, R*0650M44 N/A - 50.900 48,260 45,630 42.490 39,350 36,200 8 Capacity Data - Low Temperature R404A / R22 R404A LOWTEMPERATURE - HERMETIC - CAPACITY (BTUH) R:H075L44 4.580 4,140 3,490 2,920 2,340 1,670 --- - - RH10OL44 5,930 5,200 4,480 3.780 3,070 2,340 - -- - - Ambient R'H165L44 10,600 9,430 8,260, ` '",7,080 _ 5,900 4,880 3,930 3,110 R'H215L44 170080 15;270 ' -13,450 : _ 11,340 9,230 7;660 - ` ---- -- .• R'H315L44 21710 19150- r.=16 660 `.14 1'80 11,780 . 9`890 _ 7,920, 7,010 .- 6100P-. R*H075L44 4,400 3,880 3,350 2,800 2,211 1,600 ---- ---- -- R'H100L44 5700 5,000 4300 3,630 2,950 2,250 -- ---- --- 95 Ambient R'HM6 W, 10,190 9,070. 7,940;• t6,810 5,670 , - 4,690 3,770 2,840 -- R'H215L44 16,420 14,680 12,930 10,900 8,876 7,360, 5940, - ".R'H315L"44 20870 1 18410 -." 15940 13630 11320 ',.9508 7610 • -' 8560 R*H075L44 4,230 3,73.0 3,220 2,690 2,160 1,540 - -- -- 10p R'H100L44 5,480 4,800 4130 3,490 2840 2160 - --- -- F' % Ambient W" 165L`44 9,790 8 710 7 630 6,540 51450 4,510 3,620 1 2,880 -- .� ;R'H21�5L44 15,770 - t4090 "'42420 °„ =�,10,470••: 8,520' 1 . ^ 7,076 .- -. R*H315L44 20 040 17,670 15 310 13,090 10,870 ' _ 9130 7 310 :? .' 6,470 5,630 : 75L44 3,950 3,490 3,010 2,520 2,020 1,440 - --" ---- 110 F,; 00L44 5,120 4,480 3,860 3,280 2,650 2,020 Ambient, 65L44 k,R*H21SL44 9,200 8,190 -' 7,170 6,150 5,130 4,240 3,410 2,710 14,830 13,250 '' 11,670 9;840 8,010 6,650 ---15L44 18.830 16.610 -. 14.390 -12300 - 10.220 -: , 8.590 6370: .6 090' 5290 LowTemperature hermetic compressor models are not suitable for use with R22. R404A LOWTEMPERATURE - SEMI HERMETIC - CAPACITY (BTUH) 1 ,, , v< r�ultixifl ,...kY 1 'A,.':CFNt .',,;: `tk it „ _ �„!Jit1.'ki .: i,,,, eR'S050L44 3,120 2,810 2,500 2,190 1,880 1,620 1,150 940 R*S075L44 5,200 4.680 4,160 3,700 3,230 2,810 ,030 1,670 90'F "= R'S100L44 7,080 6.400 5.720 5,150 4,580 - 4,010 2,970 T 2,500t' R'S150L44 - < 10 920 9 940 ' 8 950 ;010' 7 080 "6`240 4"M 4,060 R'S200L44 14,360 12,950 11,550 10,300 9,050 7,910 5,880 5,000 R'S300L44 21 740 19 560 17 370 15 340 13 320 115008 120 6 560 -'- R'S050L44 3,000 2,700 2,401 2,100 1,800 1,550 1,300 1.060 900 R*S075L44 5,000 4,500 4,000 3,550 3,100 2,700 2.300 1,880 1,600 95 F1°, R'S100L44 6,800 6,150 5,500 'f 4,950 4,400 3,850 3,300 2,760 2,400 Ambient R'S150L44 10,500 `9550 8,600 7,700 6,800' 6,000 5;200 4,420 3.900: R'S200L44 13,800 12,450 11,100 9,900 8,700 7,600 6,500 5,480 4,300 R'S300L44 20,900 18,800 16,700 1 14,750 12 800 11 050 9 300 7 500 6,300 R'S050L44 2,880 2,600 2,310 2,020 1,730 1,490 1,250 1,060 870 ` R*S075L44 4,800 4,320 3,840 3,410 2,980 2.600 2,210 1,880 1,540 °R'S100L44 6,530 5.910 5.280' 4,760' 4,230 3,700", 3170 2,740 2,310 H,. , Ambient, ° R'S150L44 10.080 9,170 8,260 7,400 6,536 S,760 5,000 4,370 3,750 R'S200L44 13,250 11,960 10,660 9,510 8,360 7,300 6,240 5,430 4,610 -�, R'S300L44 .20 070 18.050 16.0 14.160 1,, 290 10 610 8.930 7.490 6.050 "-, R'S050L44 2,690 2,430 2.160 1,890 1,620 1,400 1,170E4,6M 820 ;< R*S075L44 4,480 4,030 3,580 3,190 2,790 2,430 2,070 1,440 1t0 F,` r R-S100L44 6.090 5 510 ` ` 4;920 4,440 3,950 3,460 2,960 " 2,150 , Ambient. R'S150L44 9,390 8;550- 7,700 6i900 6,090 5;370 4,660 3,500 .R'S200L44 12,340 11,150 9,940 8,860 7,790 6,800 5,820 4,300 R'S300L44 18 700 16 820 14 940 13 200 11 450 9 890 8 330 5 640 R22 LOWTEMPERATURE - SEMI HERMETIC - CAPACITY (BTUH) R'SOSOL44 3,440 3,020 2,600 2,220 1,820 1,510 1,200 970 730 90°F f," R'S075L44 5,670 5,030 4,370 3,830 3,280 2,810 2,340 1,960 1,560 " - = Amblegt;• R'S100L44 7,490 6,660 5,830 5 100 4 370 3,780 3.180 2,710 2,240 R'S200L22' 8,840 " 7,780 6,710 `5,880 5,050 4,370 3,700".• 3,120 2,550 ' R'S200L44" 14,360 12,740 11`130 � ' '5,680 .' 8 220.. ..7020. '. __ 5830.. 5 050 4 270:... - 3,300 2,900 2.500 2,130 1,750 1,450 1,150 930 700 5L44 5,450 4,830 4,200 3,680 3,150 2,700 2,250 1,880 1,500 ° dmtiiBtit;`."0L44 L0L44 7 200 6 400 5 600 4,900 4 200 3 630 3 050 2 600 2 150 0L22 - 8:;500 7480 -6,450 5,650 ':: 4,850 :4,200-- " . 3550r-" ;3,000"- 2;4500L44 13 B00 12.250 . 10.700 9 300 7 900 6 750 5 600:, 4.850 4,100 °. R'SO"L44 3,170 2,790 2,400 2,050 1,660 1,400 1,110 900 680 R'S075L44 5,240 4,640 4,040 3,540 3,030 2,600 2,160 1,810 1,440 R'S100L44 6,1 6150 5 380 4,710 4 040 3,490 2.930 2.500 2.070 Ambient > - R•S200L22 8,160 . "7,190 ', 6.200 '; ', 5,430 ,.-. 4,660 '-.4,040. 3,410 2.880 2;360 . i4 t'"' •R'S200L44 13250 11760 1 10280° 8"930 7590 °" 6'480 - 5380< 4660 3940'�_ xfi R'S050L44 2,970 2,610 2,250 1,917 1,575 1,305 1,035 837 630 R*S075L44 4,905 4,347 3,780 3,312 2,835 2,430 2,025 1,692 1,350 .�: R'S100L44 6.480 5,760 5,040 4,410 3.780 3,267 2,745 2,340 1,935 Ambient, R'S200L22 7,650 6,732 ,_ 5,805 ,:< 5,085 " 4,365 3,780 3.195 2,700 2,205 -_ R'S200L44 12,420 11,025 ': 9.630 " 8310 7,110 6.075 5.040 4.365 3 690 -` R*S200L22 is not a dual refrigerant condensing unit There are no R22 ratings for models R*S150L44 & R*S3001-44 w.e 1 6 % Capacity Data - Low Temperature R404A / R22 R404A LOWTEMPERATURE - SCROLL - CAPACITY (BTUH) FUTREMPTRA WwWw7m, 77 R*02001-44 11,670 10,690 9,690 8,800 7,910 7,080 6,300 4,850 4,530 R*02501-44 14,210 13,340 12,470 11,420 10,370 9,250 7,960 6,970 5,980 A, W0300L44 16,440 15,120', 13,790 12,790 - 11,71 '91 970 8,930 7,830 6,720 u3OIL44 19330 , 17,670 16,0 1 00 14,560 12;9'0 60 11,590 %470, 9,420 8,360 Ambient ; R*04001-44 24,820 22,610 20,400 18,360 16,320 14,610 12,810 10,840 8,860 R*05001-44 29,350 26,860 24,360 21,980 19,830 17,790 15,326 14,010 12,350 R*06001-44 34,410 31,320 28,230 25,550 22,770 20,400 17,930 15,970 14,010 R*02001-44 11,330 10,370 9,400 8,540 7,670 6,870 6,110 4,700 4,390 R*02501-44 13,800 12,950 12,100 11,080 10,060 8,980 7,720 6,760 5,800 95 F 'R,*03ooL44 1,6,960 14,670 13.380 , , 12,410 11,360 9,680 8,670 7,600 6,520 R*030,IL4,4 18,760', 17,150 15,5aO. 14,120 12,5 80 11,250 10,160. 9,140�, 8,110 R*04001-44 24,090 21,950 19,800 17,820 15,940 14,080 12,430 10,520 8,600 R*05001-44 28,490 26,070 23,650 21,340 19,250 17,270 14,880 13,600 11,990 R*06001-44 33,400 30,400 27,400 1 24,800 1 22,100 1 19,800 1 17,600 1 15,500 1 13,600 R*02001-44 10,160 9,310 8,430 7,660 6,880 6,170 5,.490 4,720 3,940 R*02501-44 13250 ,, 12440 11,620 10640 9660 8,630 7,420 6,490 5,570 100 1 -F R*0300L44 15,330 14,090 12,850 11,920 10,910 9,300 8,330 7,300 6,260 An b I t,',,' R*0301L44 18,010 16,470 141910, 13,560 12,080 10,800 9,760 8,780 7,790 e'n'i R*04001-44 23,130 21,080 19,010 17,110 15,210 13,520 11,940 10,100 .8,260 R*05001-44 27,350 25,030 22,710 20,490 18,480 16,580 14,590 13,060 11,510 R*06001-44 32,070 29,190 26,310 23,810 21,220 19,010 16,710 14,880 13,060 R*02001-44 9,530 8,730 7,910 7,180 6,450 5,780 5,140 4,420 3,690 R*02501-44 12,420 11 660 10890 9980 9060 ')90 6,950 6,090 5,220 AIIQOF W03001-44 14,370 13:210 12:050 111,170 10',230 .8,720., 7,810 6,840 5;870 R 4 .630�,L47 -,16,890 15,440,,.., 13,980 12,710. 11 330 1 1 30 9,150 8,230 7,300 R*04001-44 21,690 19,760 17,820 16,040 14,260 1 , 1 0 12,680 11,190 9,470 7,740 R* 50OL44 25,650 23,470 21,290 19,210 1 0 17,330 15 550 15,550 13,680 12,240 10,800 R*06001-44 1 30,060 27,360 1 24,660 1 22,320 1 19,890 1 9 go 1 8 0 17,820 1 15,660 .1 13,950 1 12,240 LowTemperature hermetic compressor models are not suitable for use with R22. R404A LOWTEMPERATURE - DISCUS - CAPACITY (BTUH) NAW 519MV R*ID3001-44 30,890 27,820 24,760 IAWAM,� 41;fi,14 21,900 19,040 -Sp RAM - -WA 16,640 MMSMN 14,250 AN 12,120 9,990 qoi�F:", °A' R*ID4001-44 35,470 31,670 27:880 25,280 1 22:680 20,130 17:580 15,550 � 13,520 R-ID5001-44 41,080 37,240 3 3,390 29,850 26 , 3 20 23,350 20,390 18,000 -- 9 00 29,700 .7 750 1. 23,809 21,050 1 18,300 16,QOO� 13 700 11,240 1010 �0� �44 -Ambient: ' WID4001- 34 , 100 726 30 45,0% 26,8100, 24,300, 21,800 M350 16: 900 14,5�0: 1 119� 0) 0 "R*D5ooL44 39 , 500 35,80&.1 32,100 28,700 25,300 22,450 19,600 16,840 15,000. - 'i Old. R*D3001-44 28,520 25,680 22,850 20:210 17,570 15,360 13,1150 11'190 9,220 Arrtbienkp R 'ID4001-44 32740 29,240 1 25,730 23330 � 930 20:290 � 18,580 1 16230 1 14,360 � 12,480 R-D5001-44 37,920 34,370 30,820 27,560 24 21560 , 18:1120 16610 14,400 R-D3001-44 26,560 930 21,290 18:830 16:370 14 310 12:270 10,430 8,600 ,140'�F WWOL44 30,500 27,240 '231,970 21730 19500 1 17:310 � 15130 13:380 1 11,640 'R*D500L44 35,320 '23 32: 28,71 Q., J. 25,670 22,630 20,080 17 , 530 15 80 4 13,420 R22 LOWTEMPERATURE - DISCUS - CAPACITY (BTUH) TIMM "M '11NOW.W4, F WID3001-44 27,770 24:600 21,430 18,1130 16,230 14 '1:9 60 10:090 8,220 R*ID4001-44 32:040 285,150 � 25,070 21 950 1 18,830 :10, 16180 � 13520 � 11,340 � 9,160 � R*ID5001-44 38 , 800 34,580 30,370 26,680 22,990 19,820 16,640 14,040 11.440 R:D3001-44 26,700 23,650 20,600 18,100 15,600 13,550 11,500 9,700 7,900 Ambient ; -04001-44, 30,800 27,450- 24,100 21,100 18,100 15550 13,600 10'9b0 8,800:'. 11 A*D500L44 37 300 33'250 1 29�200, -25,650 22,100 19,050 16 '000 13,'500 11,0004 - 1 000 F' , R*ID3001-44 25640 2271 '9 0 17,380 7 380 14,980 13,010 11:040 9,320 7,590 R*D4001-44 29570 26,3EG M 1 :7 23 14'0 20:260 17,380 � 14930 12480 � 10,470 � 8,450 1 R-D5001-44 35,810 31,92 24 24630 .21,220 18,290 15,360 12,960 10.560 R*D3 44 � OOL 24,000 '33,570 21,3W '18 '500 1 16,300 14 ObO 12,200 10:400 8,730 7:110 61e�int R*04001-441 27,720: 24,705", 21,690; 18,990 16:290 � 13,995 1 11,700 9,810 792 0� 1 "WID5001-44 29,05 26,280 23,085 19,890 17,145 14,400 12,150 9.900. t DUAL R{ RetsR'j ARACOOLED CONDENSING UNITS r Electrical Data o, COMPRESSOR :19W :CQND' Mau TOTAL MCA ..... COMPRESSOR • t : CONO t t ;d%v TOTAL"MCA wFFw �� ,;. COMPRESSOR ,'C7 ' t COND t .� TOTAL MCA RLA ,` : LRA RLA ° ,IRA _ s " FLA ' UNIT RLA' LRA FIA:" %.UNIT ' ._FLA - UNIT R'H055M44 RST45C1E 4.6 26.5 0.5 6.1 15.0 -- - -- - -- R'H080M44 RST55C1E 6.1 33.7 0.5 7.6 15.0 -- --- --- --- --- --- - -- R'H090M44 RST64C1E_ °,' 8.6 43:0 0.5 ` 9.5' 15.0, _- -' -- -- -- • ' --- --- �- - -- --- R'H100M44" RST70C1E° 6.9 46.0 0.6 8.4 15.0 4.9 36.0 0.5. 6.4 15.0 - -- R'H125M44 RST97C1E 9.0 51.0 1.0 11.0 15.0 5.4 36.0 1.0 7.4 15.0 - -- -- -- R'H151M44 CS10K6E 9.8 56.0 1.0 11.8 15.01 6.7 51.0 1 1.0 8.7 15.0 3.2 25.0 0.8 4.5 15.0 WH200M44 . CS12K6E ' 9.8 56.0 1.0 11:8 15.0 6.7 51.0 1.0 8:7 15:0 --- - R`H251M44- ..' CS14K6E` 11.2 61.0 1.0' : 13:2 16:0 8.4, 55.0 1:0 10.4 1550 4.2 28,0 0:8 5.5 15:0 R•H301M44 CS18K6E 14.4 82.0 1.0 16.4 19.9 9.4 65.5 1.0 11.4 15.0 4.2 33.0 0.8 5.5 15.0 R'H325M44 CS20K6E 16.7 96.0 1.0 18.7 22.9 10.2 75.0 1.0 12.2 15.0 4.6 40.0 0.8 5.9 15.0 R".H400M44;^ r CS27K6E 21.5 121`.0 3.1. 25.61' 31.0 12:1 .105.0 3.1�` 16.2` 19.2 7.5 52.0 .25 10.5, 15:0' R-H500M44 : ' CS33K6E 27.6 125:0 3.1 31.7 ' 38.6. 16.8 102.0 3.1; 20.9 251 8.9 48.0 15 " 11.9 15.0 R'H0751-44 RST70CIE 6.9 46.0 0.5 8.4 15.0 4.9 36.0 0.5 6.4 15.0 -- -- -- -- -- R'H100L44 RST97C1E 9.0 51.0 1.0 11.0 15.0 5.4 36.0 1.0 7.4 15.0 --- --- --- --- --- R'H.165L44;'; C17061<6E 10i2 59:2 1.0 12.2. ,15:0 ,'6.3 52.0 1.0 U1 .15.0, 3.3 25.4 : 0.8 4.6 -R'H215L44 6F09K6E 15:0 87.0 1.0 17.0, ` 20:T `6.2 72.2 1.0 =" 11.2 15.0,! ; 4.9 35.8 � • 0:8 B.2 16.0 R'H315L44 CF12K6E 18:4 105`.0 1.0 :20.4 25.0 11.0 85.0 1.0 13.0, 15.8 5.9 42.0 0.8 1.2 15.0- R*S075M44 KAN-007E 5.4 36.0 0.5 6.9 15.0 3.1 19.9 0.5 4.6 15.0 ---- ----- --- ---- ----- R'S100M44 KAR-010E 6.6 40.0 0.5 8.1 15.0 3.9 27.0 0.5 5.4 15.0 ----- ----- --- ----- ----- R'S150M44" °KAG-010E`' > `'-- --` -. -- `' -=-' 3.8 27:0 1.0 5.8 15.0' R'S200M44 `' •, KAK-02'E.' 9.5 55.0 1.0 11.5 15.0' 6.1 50.0 1.0 + 8.1 15.0- - - R'S250M44 ERC-02'E -- -- - --- -- 7.9 46.0 1.0 9.9 15.0 3.1 23.0 0.8 4.4 15.0 R'S300M44 ERF-031E 15.3 86.0 3.1 19.4 23.2 11.1 82.0 3.1 15.2 18.0 5.2 41 2.5 8.2 15.0 R'S050L44 3 KAN-005E a 3.2 ` 24.0 0.5 '' . 4.7 ' 15:Q 2.0 13.2 0.5`, e ` 3:5 15.0 -- - - R' S075L44 KAM-007E„ �.. 5:0 36.0 0.5 .-'6.5 : 15.0• `- 2.9 19.9 0.5,: 4:4 j 15:0 - R'S1001-44 KAJ-01'E 6.2 40.0 0.5 7.7 15.0 4.1 27.0 0.5 5.6 15.0 1.9 15 0.4 2.8 15.0 R•S150L44 KAL-01'E 8.9 55.0 1.0 10.9 15:0 5.9 50.0 1.0 7.9 15.0 3.1 25 0.8 4.4 15.0 "WS2001-22 R'S200L44 ' ^ KAK-020E$ EAV-621 E'° ; 13.2 102:0 1.0 15.2 - - 18.5 6.1 6 50i0 50.0 1.0 1.0 - 8.1 8:6 15.0 15.0 3.5 26.6 0:8' 4.8 15.0 R'S3001-44 LAH-032E >.'15.0= 105t0 1.0 ! 17:0 20.7„ ; 11.5 112.0 1.0 13.5 16.4. 5.4 56.0 0.8 6.7 15.0 R'0200M44 ! ZS15K4E ZS19K4E 12.2 14.7 61.0 73.0 1.0 1.0 14.2 16.7 17.3 20.4 8.3 8.6 55.0 63.0 1.0 1.0 10.3 10.6 15.0 15.0 3.9 4.5 27.0 31.0 0.4 0.4 4.8 5.4 15.0 15.0 R'0250M44 R'0315M44 ZS21 K4E 14.7 88.0 3.1 18.8 22.5 10.0 ' 77.0 3.1 14.1 16 6'' 5.1 39.0 Z5 8.1 15.0 R*0350M44 ZS26K4E 18.6 109.0 3.1 22.7 27.3 12.2 88.0 3.1 16.3 19.4 6.4 44.0 2:5 9.4 15.0 R`0400M44 ZS30K4E 24.1 129.0 3.1 28.2 34.2 13.5 99.0 3.1 17.6 20.9 7.4 49.5 2.5 10.4 15.0 R'0600M44 ZS38K4E 28.5 169.0 3.1 32.6 39.8 19.2 123.0 3.1 23.3 28.1 8.6 62.0 2.5 11.6 15.0 R*0650M44 ZS45K4E 21.4 156.0 1 3.1 25.5 1 30.91 8.3 75.0 1 2.5 11.3 1 15.0 R'02001-44`' ZF061<4E,, 12.2 610 1,.0 14.2 '17.3 ",8.3 55.0 1.0'. 10.3 15.0 3.9 27.0 03 5.2 75`.0 B?*62501-.44,, , ZF08K4E 14.7 73:0 1.0 16.7' ''; 201k : 8:6 63.0 1.0 10:6 15.0 :4.5 31.0 0.8 5.8 15.0 R'03000R% V ZF09K4E 14.7 88.0 1.0 16.7 20.4 8.9 77.0 1.0 10.9 15.0 5.1 39.0 0.8 6.4 15.0 R 0301L44 ZF11K4E 18.6 109.0 1.0 20.6 25.2 11.4 88.0 1.0 13.4 16.3 6.4 44.0 0.8 7.7 15.0 R'04001-44 ZF13K4E 24.1 129.0 3.1 28.2 34.2, 13.5 99.0 3.1 17.6 20.9 ! 7.4. 49.5 25 10.4 15.0 R•05001-44 ` °ZF'151<4E' 28.5 169.0 3.1 32.6 .' 39.8` ° 19.2 123.0 3A 23.3 28.1 8.6 62.0 2.5 1.1.6 R'06001-44 9 ZF18K4E -- -- --' -- . 21.4 156.0 1 3.1- 25.5 1 36.9 8.3 175.0 2.5- 11.3 1 15.0' R'D500M44 2DD-R63KE --- - - -- - 20.0 120.0 3.1 24.1 29.1 9.4 60.0 2.5 12.4 15.0 R'D600M44 2DL-R78KE 28.4 169.0 3.1 32.5 39.5 12.5 85.0 2.5 15.5 18.6 R'D3001-44 2DF-F16KE ` :,= - -- -- -- 15.2 102.0 3.1 19.3: 23.1 7.3 52.0 2.6 s 10.3 15.0 R'D400L442,. 2DL-F20KE" -- --` 23.8 1610 3.1:- - 2T7 33.6 7.8 60.0 2.5 10.8 15,0 ` R*D500L44', 2DA-F23KE. -� - 25:8 :.1610 3.1 ^'29.936.4 8.7 "`'�>60.0 2:5 ° 11:7 ; 15.0'. x variable character based upon voltage ordered. tTotal UnitAmps includes approximate allowance for control circuit as follows: 1A - 2081230V, 0.5A - 460V. *MCA Minimum Circuit Ampacity does not include evaporator(s) electrical requirements. (Evaporator fan motor amps, defrost heater amps) ice' :a ... S � ¢� �. ,r• �_ b •e=__ Specifications x variable character based upon voltage ordered. t Estimated dbA values at 10 feet from the unit. Correction factors: Deduct 6 dbA. for 20 to 40 feet, 12 dbA @ 40 to 60 feet. Ratings at the outlet of the discharge air.The actual measurements may vary depending upon installation variables. Environmental factors may have a significant influence on this data. FIG. A 2 4 264 AIR Suction 174 Liquid Electrical 0 o O O Connections 24-1 /4 c/c 27 c/c 274 FIG. B & C 1 284 AIR Suction Note Liquid o I IO I— 24-1/4 c/c —I Electrical Access Electrical Connections * Figure B-17-1/4" height (Uses 2 grill pieces as shown). Figure C - 20-1/4" height (Single grill piece, not shown). n FIG. D - 33 --421 A! R 321 Electrical 4 `Access / Right Side Suction Liquid Electrical 0 o Connections 29 c/c43 c/c 434 o.a. Due to continuing product development, specifications are subject to change without notice. Russell 201 Thomas French Drive, Scottsboro, AL 35769 PHONE (256) 259-7400 FAX (256) 259-7478 russell.htpgusa.com /J Russell r d 'k Air Defrost - 3,900 to 39,000 BTUH Electric Defrost - 3,600 to 28,000 BTUH Hot Gas Defrost - 3,600 to 28,000 BTUH Small to Medium Walk - Ins Coolers & Freezer Applications Publication No. RU-AAX-0712A 2I Y Features The Russell All-TempzB is the original low profile unit cooler that has established an industry standard as being the all purpose design for walk-in coolers, freezers and other applications. They feature an air draw -through design offering air, electric and hot gas defrost models. Sizes There are 35 sizes available with 3,700 to 39,000 BTUH at a 10OTD ranging from 740 to 4,980 cfm. One through six fan models are available. Housing Rust -free, heavy gauge, textured Aluminum casing is light weight yet durable. Each fan section is baffled to prevent short cycling of the air.The unit is designed to mount flush to the ceiling and meets all NSF requirements. Slotted hangers are provided for easy installation. Drain fittings are installed in the horizontal position to gain more usable headroom in low ceiling applications. The end panels now are hinged to open up out for easy access to both the piping and electrical ends. Optional expansion valves can be conveniently installed inside the cabinet. Coil Seamless Copper tubes are staggered and mechanically expanded into corrugated Aluminum fins and heavy gauge tube sheets to achieve maximum heat transfer and strength. Die formed fin collars provide even fin spacing. Fin spacings available are 4, 6, and 8 fins per inch. Sweat connections are standard on all models and optional field installed flare connection kits are available at no extra charge. Motors Shaded Pole motors are 1/20 HP, permanently lubricated, ball bearing, with thermal overload protection. Available in 115V, 208/230V and 460V, single phase. High efficiency PSC and EC motors are available in 115V and 230V. Fans Heavy duty 12" Aluminum fans are balanced to provide vibration -free operation. Our new low throw black plastic fan guards have an improved air pattern. The optional epoxy resin high throw fan guard moves air up to 50 feet. Air Defrost All models with the prefix "AA" are designed for use in coolers of 35°F and warmer. Complete air defrost systems for off -cycle or timed air defrost are available from Russell. Optional Features • ECM, PSC or Shaded Pole fan motors • Coated Aluminum fins or Copper Fins • Baked white enamel housing Electrical Available in 115V, 208/230V, and 460V (see pages 4 & 5). All components are factory wired to convenient screw -type terminal strips. A large compartment is supplied internal to the unit for all electrical components and is easily accessible by removing the end panel. All models are UL & cUL listed. Electric Defrost Available on all models with the prefix "AE Designed for use where electric heat is used to defrost. Placement of the heaters internal to the coil allows for an extremely rapid and efficient defrost.This arrangement enables the heat to be conducted through the fins from the center out for an even defrost pattern. All heaters are wired to a terminal strip to allow a quick field change -over from single phase to three phase, 230V to 460V and vice versa. A lower heater is installed close to the drain pan for fast, reliable drainage. A defrost termination thermostat (DT) terminates the defrost cycle when the temperature is satisfied. A heater safety thermostat is installed to prevent heaters from overheating above 75' in case of DT failure. All heaters are flexible and can be easily replaced within 12 inches of the end of the units. A fan delay thermostat is supplied to allow the warm coil to cool after a defrost cycle prior to the fans turning on. Complete electric defrost refrigeration systems are available from Russell. Hot Gas Defrost Two types available - Re-Evap models with the prefix "AH" and reverse cycle with the prefix 'AG". All models include a fixed DTFD factory wired and a hot gas drain pan circuit to defrost the drain pan. On all Hot Gas models, the drain fitting is located on the left-hand rear of the unit when facing the fan guards. Re-evap models include a Heat Exchanger - Re -Evaporator shipped together with the unit for field installation. Complete Re-Evap Refrigeration Systems are available from Russell. Contact factory for piping information. • Epoxy resin high throw guards for up to 50 ft. • Reheat kits (not UL listed) • Factory mounted expansion valves LOW PROFILE IM'ROnr; '; UNIT NIT COOLER Russell's EC motors bring the benefits inherent to unit bearing motor design to the refrigeration Unit Cooler market. • Large oil resevoir *Totally enclosed construction • Journal bearing machined into the cast iron endbell • Spiral. grooved shaft pump guarantees positive oil circulation *Threaded shaft uses hubless fan blade. Energy Savings per Motor by Changing to More Efficient Unit Cooler Motors (based on Energy Cost of $0.10 per kWh) .PSC to EC 1 •'85 47, 38 22 305 ' > :. 31 ` 1041 20 51 '2.0� SP to EC 120 47 1 73 1 22 1 586 1 59 2000 1 38 1 97 1 1.3 Subtract 6% from total savings for medium temperature air defrost units that run 24 hours per day. SP =1/20 HP Shaded pole motor PSC = 1/20 HP PSC motor EC = 50 Watt Electronically Commutated motor All-Temp2B Type of Defrost A = Air Defrost E = Electric Defrost H = Hot Gas Re-evap G = Hot Gas Rev. Cycle Number of fans Fins per inch Yearly Savings per motor SP to PSC =PSC to EC SP to EC Months of year MODEL NUMBER NOMENCLATURE A A 1 8- 41 B- A E Motor Type P = PSC E = ECM S = Shaded Pole Voltage Code A = 115V B = 208/1/60 C = 230/1/60 D = 208-230/1/60 Revision Code E = 208-230/3/60 F = 460/1/60 BTUH in hundreds LOW PROFILE UNIT COOLER Specifications - Air Defrost Models (1) All fan motors are wired for single phase. Ordering Information Required It is vital that the information listed below is given with each evaporator order. Orders without this information may be delayed. Evaporators with options such as solenoid and expansion valves will not be processed until all the required information is given.- (1) Model Number (2) Type of Motor (3) Voltage, frequency and phase of motors and heaters (when applicable) (4) Refrigerant type (5) Evaporator temperature (6) EvaporatorT.D. t ) 1 5 Specifications - Electric Defrost Models (1) All fan motorsAre wired for single phase. (2) Foy' 208/230 volt models, heaters are wired as standard for single phase on 1 through 4 fan models. 5 and 6 fan models are wired 3 phase. 460 Volt models are only available in single phase and are compatible with all 3 phase systems. Specifications - Electric Defrost Models (1) All fan motors are wired for single phase operation A W N + 7 N TI O0 ' n d W O1 3Soo�m,* O ry 7 7 (D O CL. ca O 7 CD D� S 7 N N .3e -• CD N m O O [u fl "D 'o m < �5.� - 0 A fD ' 3 l d yy inn. a •(-'•D0, (D N CO 0)0 a0m �•> W _ d ^ 0 f] m = D] d fn N C 7 n y0 S S 33(D�y 00e.CC) 'm (anZ(D (D m (o E N O C) II y 3 CD m y = W A O O 7 O_ ,o Do i0 (n 7 G) O. i(O C d N D� N n W mmmmmmmmmmmmmmmmmm'mmmmmmmmmmmmmmmmm xxxxxxxxxxxxxx xxx X'xxxxxxxxxxxxxxx x x x x x- 1� -i x --4 x x- -1 -X , �' ' 3i ii-ii i:: O `' Op` O V V V V Cn Cn CA Cn 03 OD OD co,&S 5iW i i W OD OD aD co co m co OD co 0 ao- w o� C aD aD , 0 ao woo ao m oo m 0 cncn ;. V ti 4-4 v~; I I I I I I I I I I I I I I -� 0o co Oo OD.: 63 W W W co co Oo 0 a\o OD -m woo Oo 0', CD Cn Cn Cn Cn (n m CP cn (A Cn Cn Cn Cn (n Cn Cn Cn Cn-Cn Cn I I I I I OD m N\ m OD OD OD OD.:OD.. W:W >W W ib ca w l O O" o o ch cn AW W NNNN A.P. W W'W NNNNN N'.N N-. AAW W W NNNNNNNNNN W Cn W Cn W co i C) W O ,,W y W cn� cn co W. W Cn Cn W W W W W i W A Cn U) V V CD D) 0) A 0)' O) Cn UY,V n aA ,W W (D CO (DI. C) 0) m (n Cn V W V W W CO (D (D www (D coao Cn -+CO CU CnAA N.:zi(0. co co m 'm A A-PN=NNa i-�OA A?. AA N N N (03 W (n(n� COiiW Wtn -+--i VV V. iitD ,..�...i W Wm V V V �H\ W NN VCnAA W WC.O-NN Ufl Vm(n CnA A A. W W W NNW V Cn m Cn Cn AW W W A co Cn CD m (D Pi 0)Cn CDY) Cn (n 00 IfJ CA A J A -+, V Cn cn mA (0 W oncD i co (D A W CD (D CDW OVcn:. cn OANNA i t -t 1 Electric Defrost Kits ! I LOW PROFILE UNIT COOLER - ED-10 ED-12 I ED-20* I ED-22 I ED-30 ED-32 - twt-Lsi t'ylp� cv- 1 V '-ED-10 ': Gv- 1 c ED 20' ., " CIJ-CG ED 22 CU-3V - ED-30 - Lu-,Je, ED=32 - Ae- 6-1;2©B d ED-10 ED-12 ED-20* ED-22 ED-33 ED-32 ' ".AI361408 ;¢ , ED-10 ED-12 ED-20* ED-22 ED-33 ED-32 AE46-�68� QED-10 ED 12, ED-23* ED 2�.: " �.� ED-35ED-32 AE461$5$�� " ED-,10 ED-35- , " . ED=32 ' "RAES 2108 ED-11 ED-12 ED-23* ED-22 ED-35 ED-34 6 AE66.2458 ED-11 ED-12 ED-23* ED-22 ED-35 ED-34 ED-11 ED-12 ED-23* ED-22 ED-35 ED-34 AE1"4-378 ED 10 ;- EDD-30 12, - ED-20 , " ED-22 E Ah24 72 _ED 10 .= Da ED-12 ED-20*-" ED 22 ED-30 ED-32 AE24-$B,Az, •'., . °ED-10 ED-12 •ED-20" ":" ED-22 .. ED.-30 ED-32 AE34IU58,� ED-10 ED-12 ED-20* ED-22 ED-33 ED-32 AE44'i408 ED-10 ED-12 ED-23* ED-22 ED-35 ED-32 AE54.1130 ED-11- - ED=12 ED-23' ED-22 ED-3,5 ED-34" , AE642158 . ,,, ,. ED-11- ED-.12 ` ED=23' ." ED-22 ED-35 ED=34 Electric defrost kits consist of components that are necessaryto control the defrost cycle.The optional kits are available as a factory installed option when ordered with a condensing unit, Not all Ed -Kits are available for all condensing unit models.The contents of each kit is described below, along with the function of each component. * - 112 through 3 HP models require ED-210 or ED-213. Timer: Initiates the defrost cycle. Also used as a override protection for defrost termination. Auxiliary Switch: Is mounted on the compressor contactor and prevents the defrost contactor from operating whenever the compressor is energized. Block -Out Relay: Serves the same function as auxiliary switch. Used when defrost contactor is not required (lower wattage single phase only). Defrost Contactor: Carries amperage load for heaters. Fan Contactor: Used with 460V motors or when 230V motors are wired 3 phase. Sequencing Relays: Provides interconnection of multiple unit coolers on a single system so that each unit cooler is allowed to individually terminate defrost on temperature. I For use with 2 evaporators, 1/2 through 3 HP R-series systems ONLY] SEQUENCING agey�, DEFROST CONTACTOR RELAY .N FAN 91— CONTACTOR �vrma� s BLOCK -OUT AUXILIARY RELAY TIMER- SWITCH _� (1 4 1/2Through 80 HP Complete Refrigeration Packages g.: • Air Defrost • RUSSaver • Electric Defrost • Sierra • Hot Gas Defrost • High Sierra All-Temp2B Low Profile Unit coolers Inter -Temp Medium Profile Unit Coolers -.Ultra-Temp High Capacity Warehouse Unit Coolers MiniCon - Condensing units 1/2 - 6-1/2 HP D-Series Condensing Units 3 - 22 HP V-Series Condensing Units 15 - 80 HP Russell 201 Thomas French Drive, Scottsboro, AL 35769 PHONE (256) 259-7400 FAX (256) 259-7478 russell.htpgusa.com Name: Location: rmation npany: Tropic Supply Contact: (dress: City/State/Zip: 'hone: Fax: -mail: npany: BTU Reps Contact: Laura Smith (dress: City/State/Zip: Lutz, FL 'hone: 813-361-7154 Fax: 888-751-1457 -mail: laura@btureps.com Lion ension Length: 16.1 Ft Width: 9.5 Ft Height: 7.1 Ft ated Room Temp.: 35 OF mb. Temp.: 95 OF lass Doors: 0 THICKNESS INSULATION K FACTOR TEMPERATURE 4 In Polyurethane 0.14 95 F 4 In Polyurethane 0.14 -10 F 4 In Polyurethane 0.14 95 F 4 In Polyurethane 0.14 95 F 4 In Polyurethane 0.14 110 F 6 In Concrete 1.25 75 F \DS: APUTER ESTIMATED OPTION mated usage fact Average Duty General 1,800 24 50 Backed into to demonstrate 'average' use 0.8 0.4 28 100 0 0 np.: 35 .OAD: :mp.: 95 °F Dry Bulb and 75 °F Wet Bulb at 1.5 times ASHRAE standard )US LOADS: 1 Lighting: 1 Watts/Sq. Ft 0 Misc. Loads 0 BTUH RESULTS: 54,322 BTU/24 Hrs Percent of Total: 32% 23,760 BTU/24 Hrs Percent of Total: 14% ds: 53,249 BTU/24 Hrs Percent of Total: 32% _oads: 36,693 BTU/24 Hrs Percent of Total: 22% A: 168,024 BTU/24 Hrs LATED REQUIREMENT 10,501 Btuh @ 16 HOURS PER DAY RUN TIME amber: RLO200M44-(1)-AA46-192B oltage: 230V/3PH/60HZ , i Time: 9.2 ystem: 18350 n T.D.: 9.6 allest scroll is oversized) System Model Number: RLH125M44-(1)-AA26-115B System Voltage: 230V/3PH/60HZ Calculated Run Time: 14.0 Hrs Capacity per System: 11,966 BTUH System T.D.: 10.4 )b Name: 1-nation: rmation .ompany: Tropic Supply Contact: Address: City/State/Zip: Phone: Fax: E-mail: ,ompany: BTU Reps Contact: Laura Smith Address: City/State/Zip: Lutz, FL Phone: 813-361-7164 Fax: 888-751-1457 E-mail: laura@btureps.com tion imensior Length: 14.6 Ft Width: 9.5 Ft Height: 7.1' Ft erated Room Temp.: -10 OF nb. Temp.: 95 OF lass Doors: 0 THICKNESS INSULATION K FACTOR TEMPERATURE 4 In Polyurethane 0.14 95 F 4 In Polyurethane 0.14 35 F 4 In Polyurethane 0.14 95 F 4 In Polyurethane 0.14 95 F 4 In Polyurethane 0.14 110 F 6 In Concrete 1.25 75 F ADS: OMPUTER ESTIMATED OPTION stimated usage fact Average Duty General None 5,000 24 0 Backed into to demonstrate 'average' use 0.8 0.4 28 100 0 0 np.: -10 -10 .OAD: )mp.: 35 OF Dry Bulb,and 32 OF Wet Bulb at 1.5 times ASHRAE standard )US LOADS: 1 Lighting: 1 Watts/Sq. Ft 0 Misc. Loads 0 BTUH RESULTS: 109,684 BTU/24 Hrs Percent of Total: 53% 22,000 BTU/24 Hrs Percent of Total: 11 % ds: 24,611 BTU/24 Hrs Percent of Total: 12% .oads: 49,465 BTU/24 Hrs Percent of Total: 24% A: 205,760 BTU/24 Hrs LATED REQUIREMENT 11,431 Btuh @ 18 HOURS PER DAY RUN TIME Number: RLO300L44-(1)-AE34-105B System Model Number: RLH315L44-(1)-AE34-105B i Voltage: 230V/3PH/60HZ System Voltage: 230V/3PH/60HZ I un Time: 18.5 Calculated Run Time: 18.5 Hrs System: 11,136 Capacity per System: 11,136 tem T.D.: 10.6 System T.D.: 10.6 N 4) X RUSSELL REFRIGERATED ROOM LOAD ANALYSIS 8101 E. Kaiser Blvd., Anahiem, CA 92808 Phone: 714-529-1935 Fax: 714-529-7203 Quote Number: T1 01232013 Freezer Date: 1/23/14 Job Name: Location: Customer Information Company: Tropic Supply Contact: Address: City/State/Zip: Phone: Fax: E-mail: Quoted By Company: BTU Reps Contact: Laura Smith Address: City/State/Zip: Lutz, FL Phone: 813-361-7164 Fax: 888-761-1467 E-mail: laura@btureps.com Room Description Dimension Length: 14.6 Ft Width: 9.6 Ft Height: 7.1 Ft Refrigerated Room Temp.: -16 OF mb. Temp.: 96 OF ass Doors: 0 THICKNESS INSULATION K FACTOR TEMPERATURE Wall #1 (N): 4 In Polyurethane 0.14 96 F Wall #2 (E): 4 In Polyurethane 0.14 36 F Wall #3 (S): 4 In Polyurethane 0.14 96 F Wall #4 (W): 4 In Polyurethane 0.14 96 F Ceiling: 4 In Polyurethane 0.14 110 F Floor: 6 In Concrete 1.25 76 F PRODUCTLOADS: COMPUTER ESTIMATED OPTION Estimated usage fact Average Duty Description #1: General None Product Load: �6,000 Puildown Time: .24 Entering Temp.: 0 Backed into to demonstrate 'average' use Sp. Ht. Above: 0.8 Sp. Ht. Below: 0.4 Freezing Point: 28 Latent Heat: 100 Total Inventory: 0 Heat of Respir.: 0 'Final Prod. Temp.: -10 -10 AIR CHANGE LOAD: Infiltrating Air Temp.: 36 OF Dry Bulb and 32 OF Wet Bulb at 1.5 times ASHRAE standard MISCELLANEOUS LOADS: _ Personnel: 1 Lighting: 1 Watts/Sq. Ft Motor HP: 0 Misc. Loads 0 BTUH CALCULATED RESULTS: Surface Loads: 109,684 BTU/24 Hrs PercentofTotal: 53% Product Loads: 22,000 BTU/24 Hrs Percent of Total: 11% Air Change Loads: 24,611 BTU/24 Hrs Percent of Total: 12% Miscellaneous Loads: 49,466 BTU/24 Hrs Percent of Total: 24% Daily Total Load: 206,760 BTUl24 Hrs TOTAL CALCULATED REQUIREMENT 11,431 Btuh @ 18 HOURS PER DAY RUN TIME Equipment System Model Number: RL0300L44-(1)-AE34-1061B System Model Number: RLH316L44-(1)-AE34-106B System Voltage: 230V/3PH/60HZ System Voltage: 230V/3PH/60HZ Calculated Run Time: 18.6 Calculated Run Time: 18.6 Hrs Capacity per System: 11,136 Capacity per System: 11,136 System T.D.: 10.6 System T.D.: 10.6 Comments: In no event shall Russell be liable for special or consequential damages in connection with the use or output of the Russell Refrigerated Room Load Analysis software. Check Inventory here: hftp://russell.htp.gusa.com RUSSELL REFRIGERATED ROOM LOAD ANALYSIS 8101 E. Kaiser Blvd., Anahiem, CA 92808 Phone: 714-529-1935 Fax: 714-529-7203 Quote Number: T1 01232014 Cooler Date: 1/23/14 Job Name: Location: Customer Information Company: Tropic Supply Contact: Address: City/StatefZip: Phone: Fax: E-mail: Quoted By Company: BTU Reps Contact: Laura Smith Address: City/State/Zip: Lutz, FL Phone: 813-361-7164 Fax: 888-761-1467 E-mail: laura@btureps.com Room Description Dimension Length: 16.1 Ft Width: 9.6 Ft Height: 7.1 Ft Refrigerated Room Temp.: 36 OF mb. Temp.: 95 OF ass Doors: 0 THICKNESS INSULATION K FACTOR TEMPERATURE Wall #1 (N): 4 In Polyurethane 0.14 96 F Wall #2 (E): 4 In Polyurethane 0.14 -10 F Wall #3 (S): 4 In Polyurethane 0.14 96 F Wail 94 (W): 4 In Polyurethane 0.14 96 F Ceiling: 4 In Polyurethane 0.14 110 F Floor: 6 In Concrete 1.26 75 F PRODUCTLOADS: COMPUTER ESTIMATED OPTION Estimated usage fact Average Duty Description #1: General Product Load: 1,800 Pulldown Time: 24 Entering Temp.: 60 Backed into to demonstrate 'average' use Sp. Ht. Above: 0.8 Sp. Ht. Below: 0.4 Freezing Point: 28 Latent Heat: 100 Total Inventory: 0 Heat of Respir.: 0 'Final Prod. Temp.: 36 AIR CHANGE LOAD: Infiltrating Air Temp.: 96 OF Dry Bulb and 76 OF Wet Bulb at 1.5 times ASHRAE standard MISCELLANEOUS LOADS: Personnel: 1 Lighting: 1 Watts/Sq. Ft Motor HP: 0 Misc. Loads 0 BTUH CALCULATED RESULTS: Surface Loads: 54,322 BTU/24 Hrs Percent of Total: 32% Product Loads: 23,760 BTU/24 Hrs Percent of Total: 14% Air Change Loads: 63,249 BTU/24 Hrs Percent of Total: 32% Miscellaneous Loads: 36,693 BTU/24 Hrs Percent of Total: 22% Daily Total Load: 168,024 BTU/24 Hrs TOTAL CALCULATED REQUIREMENT 10,601 Btuh @ 16 HOURS PER DAY RUN TIME Equipment iystem Model Number: RL0200M44-(1)-AA46-192I3 System Model Number: RLH125M44-(1)-AA26-116B System Voltage: 230V13PH/60HZ System Voltage: 230V/3PH/60HZ Calculated Run Time: 9.2 Calculated Run Time: 14.0 Hrs Capacity per System: 18350 Capacity per System: 11,966 BTUH System T.D.: 9.6 System T.D.: 10.4 (smallest scroll is oversized) Comments: In no event shall Russell be liable for special or consequential damages In connection with the use or output of the Russell Refrigerated Room Load Analysis software. Check Inventory here: htto://russell.htgcusa.com