13 SEER Single Package Hea Pump Single Package Hea Pump important: Read his owner informaion o become familiar wih he capabiliies and use of your appliance. Keep his wih lieraure on oher appliances where you have easy access o i in he fuure, if a problem occurs, check he insrucions and follow recommendaions given, if hese suggesions don' eliminae your problem, call your insalling conracor or disribuor in your area. introduction Your hea pump isa unique, all weaher comforconrol sysem appliance. The basic operaion of he heaing/cooling sysem is described and illusraed on page 1of his man ual. The su rprising fac ha hea exiss in air even a below-freezing emperaures is acually he basic law of physics which he hea pump uses o provide energy saving heaing comfor. A oudoor emperaures of 47 Fahrenhei (or 8 Celsius), your hea pump can deliver approximaely 2 o 3 unis of hea energy per each uni of elecrical energy used, as compared o a maximum of only 1 uni of hea energy produced wih convenional heaing sysems. During he cooling season, he hea pump reverses he flow of he heaabsorbing refrigeran o become an energyefficien, cenral air condiioner.
SECTION 1. OWNER INFORMATION SYSTEM SWITCH Your hea pump will hea and cool your home year round, saving your energy dollars. During he summer, a hea pump performs like any normal air condiioner. Tha is, he excess hea energy inside he home is absorbed by he refrigeran and exhaused ouside he home. During he winer monhs, a hea pump performs like an air condiioner run in reverse. Tha is, available hea energy ouside he home is absorbed by he refrigeran and exhaused inside he home. This is an efficien heaing means because you only pay for "moving" he hea from he oudoors o he indoor area. You do no pay o generae he hea, as is he case wih more radiional furnace designs. I is he sole responsibiliy of he homeowner o make cerain ha he hea pump has been correcly se up and adjused o operae properly. The manufacurer warrans he hea pump o be free from defecs in workmanship or maerial for a period of one year. A warrany cerificae wih full deails is included wih he hea pump. However, we will no be responsible for any coss found necessary o correc problems due o improper seup, improper insallaion, adjusmens, improper operaing procedure on he par of he user, ec. Some specific examples of service calls which are no included in he limied warrany are: 1. Correcing wiring problems in he elecrical circui supplying he hea pump. 2. Reseing circui breakers or oher swiches. 3. Adjusing or calibraing of hermosa. To avoid misundersandings a a laer dae, carefully review hese responsibiliies wih your dealer or service company. OPERATING INSTRUCTIONS To Operae Your Hea Pump For Cooling -- 1. Se he hermosa sysem swich o COOL and he hermosa fan swich o AUTO. (See Figure 1) 2. Se he hermosa emperaure selecor o he desired cooling emperaure. The oudoor uni fan, he indoor blower, and he compressor will all cycle on and off o mainain he indoor emperaure a he desired cooling level. FAN SWITCH TEMPERATURE SCALES TEMPERATURE Figure 1. Typical Thermosa SELECTOR NOTE: If he hermosa emperaure level is readjused, or if he hermosa sysem swich is re-posiioned, he oudoor uni fan and he compressor may no sar immediaely. A proecive imer circui holds he compressor and he oudoor fan off for approximaely five minues following a previous operaion or he inerrupion of he main elecric power. To Operae Your Hea Pump For Heaing -- 1. Se he hermosa sysem swich for HEAT and he hermosa fan swich o AUTO. (See Figure 1) 2. Se he hermosa emperaure selecor o he desi red heaing em perau re. The oudoor uni fan, he indoor blower, and he compressor will all cycle on and off o mainain he indoor emperaure a he desi red heaing level. NOTE: If he hermosa emperaure level is readjused, or if he hermosa sysem swich is re-posiioned, he oudoor uni fan and he compressor may no sar immediaely. A proecive imer circui holds he compressor and he oudoor fan off for approximaely five minues following a previous operaion or he inerrupion of he main elecrical power. Emergency Hea -- Some hermosas will include a sysem swich posiion ermed EM HT oraux HT, ec. This is a back-up heaing mode o be used only if here is a suspeced problem. Wih he sysem swich se o EM HT, ec., he compressor and oudoor fan will be locked off and supplemenal hea (elecric resisance
heaing)will be used as a sourceof hea. Susaineduse of elecricresisancehea in placeofheheapumpwill resulinanincrease in elecricuiliycoss. Defros -- During cold weaher heaing operaion, heoudooruniwilldevelopa coaing ofsnowandiceonhehearansfercoil. Thisis normalandheuniwillperiodicallydefrosiself. Duringhe defroscycle,he oudoorfan will sop,whilehecompressorconinuesorunand heaheoudoorcoil,causinghesnowandice o mel. Duringdefros,here may be some seamrisefromheoudooruniashewarmcoil causessomemeledfroso evaporae. 6f. 12" SECTION 2. INSTALLER GENERAL INFORMATION Read he following insrucions compleely before performing he insallaion. These insrucions are for he use of qualified personnel specially rained and experienced in he insallaion of his ype of equipmen and relaed sysem componens. Some saes require insallaion and service personnel o be licensed. Unqualified individuals should no aemp o inerpre hese insrucions or insall his equipmen. The single packaged air condiioners are designed for oudoor insallaion only and can be readily conneced ino he high saic duc sysem of a home. The only connecions needed for insallaion are he supply and reurn ducs, he line volage, and hermosa wiring. A complee air condiioning sysem ypically consiss of: Single Package Hea Pump Home Fiings Ki o Uni Fiings Ki Thermosa The single package air condiioner is compleely assembled, facory wired, and facory run esed. The unis are ready for easy and immediae insallaion. Use of componens oher han hose specified may invalidae ARI Cerificaion, Code Agency Lising, and limied warrany on he air condiioner. PRE-INSTALLATION CHECK Before any insallaion is aemped, he cooling load of he area o be condiioned mus be Figure 2. Minimum Uni Clearances calculaed and a sysem of he proper capaciy seleced. I is recommended ha he area o be condiioned be compleely insulaed and vapor sealed. The insaller should comply wih all local codes and regulaions which govern he insallaion of his ype of equipmen. Local codes and regulaions ake precedence over any recommendaions conained in hese insrucions. Consul local building codes and he Naional Elecrical Code (ANSi CI) for special insallaion requiremens. The elecrical supply should be checked o deermine if adequae power is available. If here is any quesion concerning he power supply, conac he local power company. inspecing Equipmen: All unis are securely packed a he ime of shipmen and, upon arrival, should be carefully inspeced for damage. Claims for damage (apparen or concealed) should be filed immediaely wih he carrier. INSTALLATION 1. SELECT THE BEST LOCATION FOR THE HEAT PUMP UNIT IMPORTANT: DO NOT PLACE UNIT UNDER THE HOME. - Selec a solid, level posiion, preferably on a concree slab, slighly above he grade level, and parallel o he home.. The ho condenser air mus be discharged up and away from he home, and if possible, in a direcion wih he prevailing wind.
, Dono placehe uniin a confinedspace., If pracical,placeheheapumpwhereiand heducswill beshadedfromheafernoon sunwhenhe healoadis greaes., Tryoseleca sieforheunihaisas close as possibleo he proposedreurn grille locaion. Keepinmindhahelenghofhesupplyand reurnducsshouldbe kep o a minimum wih no sharpradiusedbends. 2. UNPACK THE UNIT I is recommended ha he uni be unpacked a he insallaion sie o minimize damage due o handling. shipped in he supply duc. They aach o he uni openings wih a flange and bead arrangemen, secured wih wo shee meal screws. Noe: For ease of access, insall fiing before posiioning uni in final locaion. SUPPLY DUCT Posiion he supply duc collar, if supplied, so he edge of he uni opening fis beween he flange and he bead. Overlap he collar ends keeping he small screw holes underneah. Align he holes in he crimped area and insall one screw. Noe: I may be necessary o loosen he four screws ha hold he ransiion duc in order o insall he supply fiing. Re-ighen when insallaion is complee. CAUTION: Do no ip he uni on is side. Oil may ener he compressor cylinders and cause saring rouble, if uni has been se on is side, resore o uprigh posiion and do no run for several hours. Then run uni for a fewseconds. Do his hree or four imes wih five minues beween runs. a. Remove he bands from around he uni. b. Unfold he op and boom cap flanges. c. Carefully remove he op cap and ube. 3. INSTALL THE RETURN AND SUPPLY AiR FiTTiNGS ON THE UNIT The supply and reurn fiings are included wih selec models. If supplied, he duc fiings are Tap collar as necessary o ensure engagemen wih uni opening and insall second screw. Tighen firs screw. Roae collar clockwise so join is near hree o'clock posiion. RETURN DUCT The 12" reurn duc is insalled in he same manner as he supply duc. If he duc has a 14" reurn, follow hese insrucions. Align he slos wih he holes in he collar and insall wo screws. Posiion he collar over he opening and align he four noches in he collar wih he four dimples in he panel. Using selfdrilling screws (10-16x.5) aach he collar o he rear panel. On some models a 14" duc collar is provided for he reurn duc. 4. LOCATING AND INSTALLING THE RETURN AiR ASSEMBLY To avoid complicaions, locae and insall he reurn air assembly firs. The reurn air box wih grille and filer (Figure 4) should no be locaed in heavy raffic areas like hallways or cener of rooms. A good spo is in a corner or under a able, if a minimum wo inch clearance is available. If desired, he reurn opening can be SupplyAir Figure 3. 4 Reurn Air Reurn and Supply Air Fiings 13 SEER Reurn Dia. (in) 2 Ton 12 2 1/2 Ton 14 3 Ton 14 3 1/2 Ton 14 4 Ton 14
:ILTER RETURN CUT ISTS AIR FLOOR Figure 4. Reurn Air Box locaed inside a close wih Iouvered doors ha have an open area equal o or greaer han he 12"x 20" grille furnished. The reurn air grille can be placed inhe wall of a close and he air duced ino he filer box hrough a boxed-in area a he close floor level. Make sure he filer is readily accessible. When locaing he supply damper(s), carefully check floor joiss and frame members ha could inerfere wih he insallaion of he damper or flexible duc. Ideally, he damper should be locaed in he boom of he main duc, forward of cener of he home, a leas hree fee from he neares regiser. The round supply opening in he slaned side of he damper should face he side of he home where he hea pump is locaed. To locae he cener of he hea duc, firs cu a small hole in he fiberboard below he duc a he desired locaion. Afer locaing he duc cener, cu a hole approximaely 3/4" larger han he damper opening in he fiberboard. Cu a 9-1/8" x 13-1/8" hole inhe duc and bend over all abs fla on he inside of he hea duc. Afer insering he damper ino he duc, bend over all abs fla on he inside of he hea duc. Seal he opening beween he fiberboard and damper or flexible duc. DUCTING SYSTEM Afer deermining he locaion of he reurn air opening, sar he insallaion from under he home by cuing asmall hole inhe fiber underboard o deermine how he floor jois locaion will affec cuing he opening needed for he box. Floor joiss gene rally are locaed on 16" ceners, leaving 14-3/8" beween joiss. Afer measuring he reurn air box (approximaely 12-1/4" x 20-1/4"), cu he hole hrough he floor so ha he box will fi beween he floor joiss. Care should be aken when cuing hrough carpeing o avoid snags. In mos insallaions i will be necessary o cu a similar hole in he fiberboard direcly under he hole in he floor. However, if he floor is more han en inches deep, i will only be necessary o cu a hole for he collar on he reurn air box or for he insulaed duc. Se he box ino he opening and fasen wih screws or nails. Pu he filer and reurn air grille in place. 5. LOCATING AND INSTALLING THE SUPPLY DAMPER(S) REGISTER / / Figure 5. Supply Damper PUMPISOFF CLOSED DUCT REQUIREMENTS The supply duc sysem, including he number and ype of regisers, will have much more effec on he performance he sysem han any oher facor. The duc mus be sufficienly large o conduc an adequae amoun of air o each regiser. THE HEAT PUMP SYSTEM WiLL NOT COOL OR HEAT THE HOME IF THE AiR IS LOST TO THE OUTSIDE THROUGH LEAKS IN THE DUCT SYSTEM. ALSO, DUCTS WHICH ARE COLLAPSED OR RESTRICTED BY FOREIGN OBJECTS WILL PREVENT ADEQUATE AIR FLOW. Noe: For highly resisive duc sysems i may be necessary o add an addiional reurn air duc o achieve maximum performance. CONNECTING THE RETURN AND SUPPLY AiR FLEXIBLE DUCTS The reurn duc may be 12" or 14" diameer depending on uni size. (See Table on page 4) a. The supply duc for all unis is welve inches in diameer. b. The flexible ducs can be conneced o he corresponding fiings wih he clamps provided wih he ducs. Noe: All connecions should be leak igh or a loss in cooling capady will resul. 5
c. Theflexibleducsmaybecuoherequired lengh,see insrucionspackedwih duc. Keep all ducs as shor and sraighas possible.avoidsharpbends. d. Ducs may be spliced wih shee meal sleevesandclamps.(seeducinginsallaion Accessoriesbelow.) e. Oncehe innerduc is connecedo he properfiing,heinsulaionandplasicsleeve shouldbe pulledoverhe connecionand clamped. f. Forhomeswihmuliplesupplyducsor for specialapplicaions, a Yfiingis availableo dividehe supplyairso i canbe ducedo differenareasofhehomeformoreefficien cooling. Noe: The Y fiing should be insulaedfor maximumperformance. BlowerSpeedThe blowerspeedis presea he facoryforoperaionahe samespeedfor heaing and cooling. For opimumsysem W Figure 6. Drain Trap performance and comfor, i may be necessary o change he facory se speed. To change he blower speed: 1. Disconnec all elecrical power o he uni and remove he service panel. 2. See figure 8 for wire color vs. moor speed guide. \ TYPICAL APPLICATIONS SINGLE DUCT APPLICATION MULTIPLE DUCT APPLICATION Ref. No. Descripion 12" x 20" Reurn Air (_) 16" x 20" Air Filer (_ 12" x 20" Grille Supply Damper 12" or 14" Diameer Flex Reurn Duc (_) 12" Diameer Flex Supply Duc (_) 12" x 12" x 12" "Y" Fiing 6 Figure 7. Typical Applicaions
3. Place he desired blower speed lead CONDENSATE DRAIN on he "NO" erminal of he blower relay. Use anoher wire ie (field supplied) o bundle he remaining moor lead up and ou of he way. CAUTION'. To avoid personal injury or propery damage, make cerain ha he moor leads canno come ino conac wih any uninsulaed meal componens of he uni. Check all facory wiring per he uni wiring diagram and inspec he facory wiring connecions o be sure none loosened during shipping or insallaion. Model Wire Color / Moor Air Flow Q3RD Speed Tap Speed /O.3 In. WC) Red / T1 Low 750 Orange / T2 Med/Low 1,000 2 Ton T3 Medium 1,140 2.5 Ton T4 Med/High 1,300 T5 High 1,350 Red Low 760 Black High 1000 T1 Low 750 T2 Med/Low 1,O00 3 Ton Red / T3 Medium 1,140 T4 Med/High 1,300 Orange / T5 High 1,350 Red / T1 Low 1,340 Orange / T2 Med/Low 1,450 3.5 Ton T3 Medium 1,650 T4 Med/High 1,750 T5 High 1,965 T1 Low 1,340 Red / T2 Med/Low 1,450 4 Ton T3 Medium 1,650 Orange / T4 Med/High 1,750 T5 High 1,965 Figure 8. Moor Lead Connecion A 3/4" condensae fiing exends ou of he side of he uni. The drain rap, shipped in he elecrical comparmen, mus be insalled o preven waer from collecing inside he uni. Thread he elbow provided wih he uni ino he drain connecion unil hand igh. Insall he rap ino he fiing making sure i is level. Roue he condensae from he rap o a suiable drain. Any ubing or hose conneced mus have he oule below rap level for proper drainage. WARNING'. Turn off elecrical power before servicing conrols. Severe elecrical shock may resul unless power is urned off. Uni mus be insalled in compliance wih he Naional Elecrical Code (NEC) and local codes. ELECTRICAL 1. ELECTRICAL SERVICE High Volage CONNECTIONS a. Insall a branch circuidisconnecof adequae size per NEC. Locae he disconnec wihin sigh of he uni. b. Exend leads hrough power wiring hole provided. Connec L1 and L2 direcly o he conacor. (See Figure 9.) c. Ground he hea pump uni using he green grounding screw provided inhe conrol panel. \ High Volag Low Volag Figure 9. Power Enry 7
/_ FROMSLOWE RELAY Green m C Q W2 - o?_-.) Y1 @ R Q G @ 0 Q E i --I------7 i _/ o_ o_ 3- Orange T indoor THERMOSTAT SUB-BASE DEFROST BOARD. Srown E Accessory Hea Plug Typical Wiring (Field Supplied) for 1=Sage Cool, 1 Sage Elecric Hea FROM SLOWER RELAY Opional Oudoor Thermosa (Field Supplied) m C @ W2 I- i I I i- _1- I I I i i i I _(_.) i I I i 1 I-±... i I o_ Y1 @ R Q G Q 0 Q E Q -Jr -- -$ -_- -... indoor THERMOSTAT SUB-BASE -1-... -- I- DEFROST BOARD Brown _- Orange Accessory Hea Plug Typical Wiring (Field Supplied) for 1=Sage Cool, 2=Sage Elecric Hea wih an Opional Oudoor Thermosa Figure 10. Typical Hea Pump Thermosa Connecions
40 45 lo 0 @ wih an ON-AUTO fan swich which allows he home owner o operae he indoor air circulaion is desired. blower when Connec he low volage wires o he respecive erminals on he hermosa base. See hermosa insrucion shee for more deailed informaion. (See Figure 10). Low Figure 11. Oudoor Thermosa Volage a. Roue 24v conrol wires hrough he sealing gromme near he power enrance. (See Figure 9.) b. Connec he conrol wires o he defros board and blower relay wire. (See Figure 10.) 2. OVERCURRENT PROTECTION In general, he bes fuse or breaker for any hea pump is he smalles size ha will permi he equipmen o run under normal use and service wihou nuisance rips. Such a device, sized properly, gives maximum equipmen proecion. The principal reason for specifying a ime delay ype is o preven nuisance rips when he uni sars. In he even ha a fuse does blow or a breaker rips, always deermine he reason. Do no arbirarily pu in a larger fuse or breaker and do no, in any case, exceed he maximum size lised on he daa label of he uni. 3. LOCATING THE THERMOSTAT Locae he hermosa away from drafs and slamming doors and place i where here is a free flow of air. Moun on an inside wall approximaely five fee from he floor. Do no locae near a lamp, kichen range, direc sunligh, or in line wih air flow from supply regisers. Connec he Hea=Cool Thermosa: The heacool hermosa is equipped wih a sysem HEAT- COOL swich, which provides a posiive means of prevening simulaneous operaion of he heaing and cooling unis. The hermosa is also eq uipped if wo sage heaing is desired, an opional oudoor hermosa may be insalled: Connec he hermosa o he orange low volage wire and he W erminal on he indoor hermosa base (See Figure 10). See he hermosa insrucions for deails on seing he oudoor hermosa. 4. DEFROST CYCLE CONTROL The defros cycle is iniiaed via a signal from he defros sensor on he oudoor coil o he defros conrol board inside he conrol panel indicaing he coil emperaure is low enough o sar accumulaing fros. The board has inerval seings of 30 minues, 60 minues, and 90 minues. These ime inervals represen he ime elapsed before defrosing cycle sars and hey are dependen on he climae condiions of he insallaion. A 30 minue seing would be recommended in a mois climae such as Seale, Washingon. A 90 minue seing would be adequae in a dry climae such as souhern Arizona. The facory ime inerval seing is 30 minues. 5. OUTDOOR THERMOSTAT The oudoor hermosa prevens he elecrical auxiliary hea (if used) from operaing above a desired se poin. Selecion of he se poin is deermined from he building design hea load. The hermosa is adjusable from 45 F o 0 F. The facory emperaure seing is a 40 F. 6. ELECTRIC HEAT PACKAGE (OPTIONAL) The hea pumps are shipped wihou an auxiliary elecric hea ki insalled. If elecric hea is desired, an accessory Heaer Ki mus be field insalled. See Specificaions Shee for available kis and heir applicaion.
Selechecorrecsizeheapackageforhe insallaion. Followinsallaioninsrucionsprovidedwih eachheaerki. Insallaionis mos easily accomplished beforemakingducorelecricalconnecions. Blowerspeedmusbe seo highspeedfor elecricheaoperaion. SYSTEM OPERATION 1. PRE-START CHECK LIST The following check lis should be observed prior o saring he uni. [] Isheunilevel? Ishouldbelevelorslighly slaned oward he drain for proper [] [] [] [] [] condensae drainage. Ishe uni insalledwih he proper clearances (See Figure 2)? Is he wiring correc according o he wiring diagram and elecrical codes? Are all he wiring connecions igh? Check he condenser fan o make sure i urns freely. Is he overcu rren proecion properlysized? Is he hermosa wired correcly? Is i insalled in a proper locaion? 2. START=UPPROCEDURE The conrol circui consiss of an ani-shor cycle imer ha will no le compressor re-sar before five (5) minues have elapsed. Se he hermosa sysem swich o OFF, and he hermosa fan swich oauto. Apply power a he disconnec swich and check he sysem operaions: a. Air Circulaion -- Leave he hermosa sysem swich a OFF, and se he hermosa fan swich o ON. Blower should run coninuously. Check he air delivery a he supply regisers and adjus regiser openings for balanced air disribuion. Examine ducwork for leaks or obsrucion ifinsufficien air is deeced. Se he hermosa fan swich o AUTO; he blower should sop running. b. Sysem Heaing -- Se he hermosa sysem swich o H EAT and se he he rmosa fan swich o AUTO. Posiion he hermosa emperaure selecor above he exising room emperaure and check for he discharge of warm air a he supply regisers. c. Sysem Cooling -- Se he hermosa sysem swich o COOL and se he he rmosa fan swich o AUTO. Posiion he hermosa emperaure selecor below he exising room emperaure. Allow he cooling sysem o operae for several minues and check for he discharge of cool air a he supply regisers. d. Shor cycle proecion-- The conrol circui is equipped wih a ime-delay feaure for proecion agains shor cycling. Wih he sysem operaing in he cooling mode, gradually raise he hermosa emperaure seing unil he whole sysem de-energizes. Immediaely lower he hermosa emperaure o he original seing and verify ha he indoor blower is energized. Afer approximaely 5 minues he compressor and he oudoor fan will energize. e= Emergency Hea -- (Available only when Elecric hea is supplied) Se he hermosa sysem swich o EM HT and se he hermosa fan swich o eiher AUTO (inermien air) or o ON (coninuous air). Posiion he hermosa emperaure selecor above he exising room emperaure and check he following: 1. The hermosa auxiliary hea ligh (RED) should be on. 2. The hea pump compressor and he fan should no run; low volage circui remains energized. 3. The blower will run according o he hermosa fan swich seing. 10
13 SEER - Refrigeran Charging Tables for Cooling Mode of Operaion 2 OUTDOOR TEMPERATURE ( F) TON 70 75 80 85 90 95 100 105 Suc. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Press. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. 72 150 121 74 152 127 166 128 76 154 132 168 133 182 134 78 157 136 170 138 184 138 197 140 80 161 139 173 141 186 143 199 144 213 145 82 177 144 189 147 202 149 215 150 _22_ 1_5! 84 192 150 205 153 217 154 231 156 _, _:57 86 208 156 221 158 233 160 88 212 160 224 162 236 164 249 165 62. _;67 90 228 166 240 168 252 169 92 243 172 256 174 268 175 94 259 178 271 180 96 275 184 98 2-1/2 TON 70 75 80 85 90 95 100 105 Suc. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Press. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. 75 147 122 77 149 127 163 128 79 152 132 165 133 179 135 81 154 137 168 138 181 139 195 141 83 158 139 170 142 183 144 197 145 211 147 85 174 145 186 148 199 150 213 151 227 _3 87 190 152 202 154 215 156 229 157 24, :1_5_ 89 206 158 218 160 231 162 91 209 161 222 164 235 166 247 167!2_. _i69 93 225 168 238 170 251 172 26. _J3 95 241 174 254 176 267 178 97 257 180 270 182 99 273 186 101 Refrigeran Charging Char Legend for Cooling Mode of Operaion * Noe: All pressures are lised in psig. and all emperaures in F. - Shaded Boxes indicae flooded condiions - Raed Design Values. Sucion Pressure will be lower han design value if indoor air flow, enering dry bulb, or enering we bulb emperaures are lower han design. - Discharge emperaures greaer han chared values indicae an undercharged sysem. 11
13 SEER = Refrigeran Charging Tables for Cooling Mode of Operaion Coninued 3 ]'ON 70 75 80 85 90 95 100 105 Suc. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Press. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. 72 156 121 74 158 126 172 128 76 160 131 174 133 188 134 78 163 136 176 138 190 139 204 141 80 167 138 179 142 192 144 206 146 220 148 82 83 14s gs 148 208 is0 222 52 84 199 151 211 154 224 157 238 159 252::, _6 86 215 158 227 160 240 163 88 218 161 231 164 243 167 256 169 _70. _ 90 234 168 247 171 259 173 71.75 92 250 175 263 177 275 180 94 266 182 279 184 96 282 188 98 3-1/2 TON 70 75 80 85 90 95 100 105 Suc. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Press. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. 69 156 127 71 158 133 171 135 73 160 138 173 140 187 142 75 163 141 176 145 189 147 202 150 77 167 144 179 148 191 152 204 154 218 157 79 182 151 194 156 207 159 220 162 ;2 : _ 81 198 159 210 163 222 166 236 169 83 213 166 225 170 238 173 25:1. 76 _65, 7_ 85 217 170 229 174 241 177 253 180 ;2B. 8_ 87 232 178 244 181 257 184 _9. _ 89 248 185 260 189 272 192 91 263 193 276 196 93 279 200 95 Refriqeran Charqing Char Leqend for Coolinq Mode of Operaion * Noe: All pressures are lised in psig. and all emperaures in F. - Shaded Boxes indicae flooded condiions - Raed Design Values. Sucion Pressure will be lower han design value if indoor air flow, enering dry bulb, or enering we bulb emperaures are lower han design. - Discharge emperaures greaer han chared values indicae an undercharged sysem. 12
13 SEER = Refrigeran Charging Tables for Cooling Mode of Operaion Coninued 4 TON 70 75 80 85 90 95 100 105 Suc. Dis. Dis. Dis. Dis. Dis. Dis, Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Dis. Press. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. Press. Temp. 67 157 131 69 159 136 174 139 71 161 142 176 144 191 147 73 162 150 178 149 193 151 209 154 75 166 152 180 155 196 156 211 159 226 161 77 183 158 197 161 213 163 228 166 iiiiiiiiii_i!iiii,iiiiiil_69iiii_ii 79 201 165 215 168 230 170 245 173 iiiili_oixixii.iiiilii_ii:751iiiii 81 219 171 233 174 247 177 ihiiii262;:iii_!i.ihiiiii_ix791ili!ii!i iiii!i!i_7i!!iiii, iiiii!i!_((_!iiill 83 222 175 236 178 251 181 264 183 iiiiili_'_91iii:!ii.iiiiilii_8_ii!ii!i!i}i 85 240 182 254 185 268 188 iiiiii_ii[iiiiiii, iiiili;i_i_ii,!,ili 87 257 189 272 192 286 195 89 275 196 289 199 91 293 204 93 Refriqeran Charging Char Legend for Coolinq Mode of Operaion * Noe: All pressures are lised in psig. and all emperaures in F. - Shaded Boxes indicae flooded condiions _,_,_ - Raed Design Values. Sucion Pressure will be lower han design value if indoor air flow, enering dry bulb, or enering we bulb emperaures are lower han design. - Discharge emperaures greaer han chared values indicae an undercharged sysem. 13
Z
Small Packaged Hea Pump - Single Phase NOTES: 1. Disconnec all power before servicing, 2. For supply connecions use copper conducors only. 1, Couper le couran avan de faire lereien. 2. Employez uniquemen des conduceurs en cuivre 3, No suiable on sysems ha exceed 150V o ground, 3, Ne convien pas aux insallaions de plus de 150V a la erre. 4, For replacemen wires use conducors suiable for 105 C, 5, On models w/no pressure swich 15-YE(28) connecs "Y" & "TI" on Defros Board, OUTDOOR MOTOR FAN BLOWER MOTOR GREEN-YELLOW BLACK 8LOWER WHITE WHITE GREEN BLACK RELAY YELLOW BLUE GREY_=_ m RED RED TO... ON _STAT TRANSFORMER COMPRESSOR CONTACTOR --ORANGE --BROW " WHITI!E _ E R W2 0 Y C DEFROST CONTROL BOARD (SELECT MODELS ONLY SEE NOTE 5) E DFT R W2 0 BLACK- BLACK- PRESSURE LOW SWITCH Legend LowVolage FacoryWiring: High Volage J OUTDOORTHERMOSAT -GRE_ BLACK_ DUAL CAPACITOR RED_BLACK-_ DEFROST SENSOR REVERSING VALVE COIL COMPRESSOR C YELLOW-,RED F BLACK 7105550
4_ m O m Small Packaged Hea Pump - Single Phase NOTES: 1. Disconnec all power before servicing. 2. For supply connecions use copper conducors only. 3. No suiable on sysems ha exceed150 V o ground. 4. Forreplacemenwiresuseoonduoorssuisbleforl05 C. 5. Onmodelsw/nopressureswiohl5-YE(28)connecs"Y"&"Tl"o_DefrosBoard. OUTDOOR FAN MOTOR 1, Couper le couran avan de faire lereien. 2. Employez uniquemen des conduceurs en cuivre 3. Ne convien pas aux insallaions de plus de 150V a la erre. m o5" 0_ -o cb o Q- Q-. _, r- _m m - r- _m z_ =_ zm 5" - r- _ m -- GREEN BLA TRANSFORMER WHITE I i_ BLAC K 1240V COM RED TO"G"O. -- _', RED T2 T BLACK (SELECT MODELS ONLY SEE NOTE 5) LOW PRESSURE SWITCH WHITE WHITE, BLUE RED GREY - RED --ORANGE WHIT!E _ -- BROW Facory Low Volage Legend Wiring: o Z l GREY RED _ BLACK@ DUAL DEFROST REVERSING CAPACITOR SENSOR VALVE COIL High Volage (.Q o_ Cb COMPRESSOR C YELLOW= ----:0 _D r BLACK _YELLOW _ 7105740