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HomeMy WebLinkAbout47577-Z o�OS�fEUik Oct Town of Southold 4/8/2022 P.O.Box 1179 y 53095 Main Rd Southold,New York 11971 CERTIFICATE OF OCCUPANCY No: 42974 Date: 4/8/2022 THIS CERTIFIES that the building HVAC Location of Property: 245 Bay Ave., East Marion SCTM#: 473889 See/Block/Lot: 31.40-10 Subdivision: Filed Map No. Lot No. conforms substantially to the Application for Building Permit heretofore filed in this office dated 2/18/2022 pursuant to which Building Permit No. 47577 dated 3/22/2022 was issued, and conforms to all of the requirements of the applicable provisions of the law. The occupancy for which this certificate is issued is: "as-built"HVAC as applied for. The certificate is issued to Roustas,Kostas&Stella of the aforesaid building. SUFFOLK COUNTY DEPARTMENT OF HEALTH APPROVAL ELECTRICAL CERTIFICATE NO. 47577 4/4/2022 PLUMBERS CERTIFICATION DATED ut ri d ignature �sv�fotK�oaTOWN OF SOUTHOLD �o ti BUILDING DEPARTMENT y _ TOWN CLERK'S OFFICE • SOUTHOLD NY y o� BUILDING PERMIT (THIS PERMIT MUST BE KEPT ON THE PREMISES WITH ONE SET OF APPROVED PLANS AND SPECIFICATIONS UNTIL FULL COMPLETION OF THE WORK AUTHORIZED) Permit#: 47577 Date: 3/22/2022 Permission is hereby granted to: Roustas, Kostas 49 Oakridge Dr Voorhees, NJ 08043 To: legalize as-built HVAC as applied for. At premises located at: 245 Bay Ave., East Marion SCTM # 473889 Sec/Block/Lot# 31.-10-10 Pursuant to application dated 2/18/2022 and approved by the Building Inspector. To expire on 9/21/2023. Fees: AS BUILT- SINGLE FAMILY ADDITION/ALTERATION $400.00 CERTIFICATE OF OCCUPANCY $50.00 Total: $450.00 B u i 6'in g nspector Town Hall Annex Telephone(631)765-1802 54375 Main Road P.O.Box 1179 c sean.devlinCcD-town.southold.ny.us Southold,NY 11971-0959 'Q • �® lycOUNT`d,�� BUILDING DEPARTMENT TOWN OF SOUTHOLD CERTIFICATE OF ELECTRICAL COMPLIANCE SITE LOCATION Issued To: Kostas Roustas Address: 245 Bay Ave city:East Marion st: NY zip: 11939 Building Permit* 47577 Section: 31 Block: 10 Lot: 10 WAS EXAMINED AND FOUND TO BE IN COMPLIANCE WITH THE NATIONAL ELECTRIC CODE Contractor: DBA: AS BUILT License No: SITE DETAILS Office Use Only Residential X Indoor X Basement X Service Commerical Outdoor X 1st Floor Pool New Renovation 2nd Floor Hot Tub Addition Survey X Attic X Garage INVENTORY Service 1 ph Heat Duplec Recpt Ceiling Fixtures Bath Exhaust Fan Service 3 ph Hot Water GFCI Recpt Wall Fixtures Smoke Detectors Main Panel A/C Condenser 2 Single Recpt Recessed Fixtures CO2 Detectors Sub Panel A/C Blower 2 Range Recpt Ceiling Fan Combo Smoke/CO Transformer UC Lights Dryer Recpt Emergency Fixtures Time Clocks Disconnect 2 Switches 2 4'LED Exit Fixtures Pump Other Equipment: Notes: " AS BUILT NO VISUAL DEFECTS " HVAC Inspector Signature: '6 Date: April 4, 2022 S.Devlin-Cert Electrical Compliance Form ��F SOUIyO -- - --- - - 1� # # TOWN OF SOUTHOLD. BUILDING DEPT. 765-1802 INSPECTION [ ] FOUNDATION 1ST T [ ] ROUGH PLBG. [ ] FOUNDATION 2ND [ - ] SULATION/CAULKING ` [ ] FRAMING/STRAPPING [ FINAL �A'�j [ ] FIREPLACE & CHIMNEY [ ] -FIRE SAFETY INSPECTION FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O REMARKS: DATE 31.1INSPECTOR FIELD INSPECTION REPORT DATE COMMENTS b FOUNDATION(1ST) y -------------------------------------- FOUNDATION -----------------------------------FOUNDATION (2ND) p� o . y ROUGH FRAMING& PLUMBING r INSULATION PER N.Y. y STATE ENERGY CODE 0 V, 6Af FINAL ADDITIONAL COMMENTS O Z ' rn O z H • d b H V Fo( TOWN OF SOU'1'HOLD—BUILDING DEPAH'1'AMN'1' Town Hall Annex 54375 Main Road P. 0.Box 1179 Southold, NY 11971-0959 'Telephone(631) 765-1802 Fax(631) 765-9502 https:liwww:southoldtownny:Rov j Date Received APPLICATION FOR BUILDING PERMIT Office Use Only E flv"^ E PERMIT NO. � p .S 1 Building Ins ectalD v - - FEB ► 8 2022 Applications and forms must be filled out in their entirety.Incomplete applicationswill not be accepted. Where the Applicant Is not the owner,an BUILDING DEPT: Owner's Authorization form(Page 2)shall be completed. TOWN OF SOUTHOLD Date: OWNERS)OF-PROPERTY; I Name: Ift Koo hAs SCTM#1000- j /LI Project Address: 6 5 LAY E"++ MAAW iV Phone#: &Oq r Email: Mailing Address: CONTACT PERSON: Name: obis SAS Mailing Address: i Phone#: Email: 1100 ARD DESIGN PROFESSIONAL INFORMATION: Name: Mailing Address: Phone CONTRACTOR INFORMATION: Name: Mailing Address: Phone#: Email: DESCRIPTION OF PROPOSED CONSTRUCTION El New Structure ClAdcUtion ❑Alteration []Repair ❑Demolition Estimated Cost of Project: Other �e,"-)TA $- Will the lot be re-graded? ❑Yes o Will excess fill be removed from premises? ❑Yes EKO - 1 PROPERTY INFORMATION Existing use of property: r lv-4& )-tube Intended use,of property: Zone or use district in which premises is situated: Are there any covenanttsynd restrictions with respect to �►�S this property? ,[]Yes U No IF YES,PROVIDE A COPY. D Check Box After Reading: Tho owner/contractor/dello professional Is responsible for all dminap and storm water hues as provided by chapter 288 of the Town code.APPUCAT1ON IS HEREBY MADE to the Building Department for the Isawna of ii Bulldins Permit pursuant to the Building zone ordinance of the Town of Southold,Suffolk,County,New York and other applicable laws,Ordinance or Regulatlorr,for the construction of buildings, additions,alterations or for removal or demolition Be herein described.The applicantagran to comply with©ld appliaMe liiwa,ordin&noes,building code, housing code and regulation and to admit authorized I-peetora on premises and In bull4kW(s)for necessary Inspecdons.Pain statements made herein are punishsbla as a class A misdeeiemor pursuant to Sectlon ZICAS of the New Yak State Penal law. _ Application Submitted By(print name): OAuthorized Agent ❑Owner Signature of Applicant: Date: STATE OF NEW YORK) SS: COUNTYOF C13MDEN ) JOTELL9 R OU STiqS being duly sworn,deposes and says that(s)he is the applicant (Name of individual signing contract)above named, (S)he is the (Contractor,Agent,Corporate.Officer,etc.) of said owner or owners,and is duly authorized to perform or have performed the said work and to make and file this application;that all statements contained in this application are true to the best of his/her knowledge and belief;and that the work will be performed in the manner set forth in the application file therewith. Sworn before me this t� / 15TMdayof FURUPR y .20 Notary Publ'c JILLIAN K CROCKETT (PROPERTY OWNER�,�'1THORMAJNotary Public,State s New Jersey ommission Expires Aug 12, 2024(Where the applicant is not the ow I, residing at do hereby authorize to apply on my behalf to the Town of Southold Building Department for approval as described herein. e Owner's Signature Date cJ Aoav Print Owner's Name 2 SOS p22 - 4%1 �fE ,� BUILDING DEPARTMENT-Electrical Inspector A Gp�V . TOWN OF S i. O,H OUTHOLD o CWNv0 Sp Town Hall Annex-54375 Main Road - PO Box 1179 Southold, New York 11971-0959 Telephone (631) 765-1802 - FAX (631) 765-9502 ; rogerrCa7south0ldtownny gov- seand&outholdtownn�.Qou APPLICATION FOR ELECTRICAL INSPECTION. ELECTRICIAN INF RMATION (All Inf rmation Required) Date: Company Name: � Electrician's Name: License No.: Elec. email: Elec. Phone No:. C�I_request_an email copy of Certificate of Compliance Elec. Address.:. - t JOB SITE INFORMATION (All Information Required) Name: �Vi- 4,04y Address: qSjyq, J) IS Cross Street: - Phone No.:_ B1dg.Permit#: email: f; Tax Map District: 1000 Section: 31 Block: I O Lot: j C) f BRIEF DESCRIPTION OF WORK,-INCLUDE SQUARE-FOOTAGE (Please Print Clearly): Square Footage:. " ; Circle All That Apply: 4i Is job ready for inspection?: 0 YES[2N O F�Rough In Final { Do you need a Temp Certificate?: ❑` YES fN0 Issued On Temp Information: (All information required) Service SizeF-11 Ph a3 Ph Size: _ _. A #Meters Old Meter# - ❑New ServiceOFire ReconnectOFlood Reconnect MService Reconnect❑UndergroundD overhead #Underground Laterals 1_.. 2 H Frame Pole Work done on Service? Y FIN Additional-'lnformation: PAYMENT DUE WITH-APPLICATION .y 550.00-01Y(389) 035-06733 Heatingand AConditioning RnE COMPLY WITH ALL CODES OF V � SEQURREDAND CONDITIONS N CODES TIONS OF ® 1 B 2022 �E s , BUILDING DEPOD SO u f�L ;d�IG BOARD . 70WN OF SOUTM N USTEES APPROVED AS NOTED DATE:9 S FEE: - d'Ql/BY:P:# .00CUPANCY OR NOTIFY BUILDING DEPARTMENT AT USE IS UNLAWFUL 765-1802 8 AM TO 4 PM FOR THE WITHOUT CERTlFICATr FOLLOWING INSPECTIONS: I. FOUNDATION - TWO REQUIRED -)F OCCUPANCY FOR POURED CONCRETE 2. ROUGH - FRAMING & PLUMBING USER"S 3. INSULATION 4. FINAL - CONSTRUCTION MUST BE COMPLETE FOR C.O. - ALL CONSTRUCTION SHALL MEET THE INFORMATION REQUIREMENTS OF THE CODES OF NEW YORK STATE. NOT RESPONSIBLE FOR DESIGN OR CONSTRUCTION ERRORS. ELECTRICAL INSPECTION REQUIRE MANUAL SPL . IT �SYSTEIIPI' AIR 'CONDITIONING Congratulations . . . On your purchase of one of the most versatile comfort conditioning systems available in the air conditioning industry. This energy efcient system has been precision designed, manufactured of high quality materialsand has passed many vigorous inspections and tests to ensure years of satisfactory service. This booklet is meant"to increase your understanding ofyour system, tell you how to operate it efflciently and how to obtain the greatest measure of comfort at the lowest operating expense.Please read this booklet thoroughly. We appreciate your interest in our products and your decision to purchase our system.Enjoy your comfort. THERMOSTATS - MANUAL CHANGE-OVER This position will provide the lowest op- erating change-over cost,and better humidity control YOUR KEY TO COMFORT the comfort switch must be manually on cooling operation. Though thermostats may vary widely in positioned every time you wish to switch ON appearance,all are designed to perform from the cooling to heating or heating to the same basic function-to control the cooling modes of operation. CONTINUOUS FAN OPERATION: operation of your air conditioning sys- With the thermostat fan switch set to tem. Regardless of size or shape, each "OM', the indoor fan will not shut off. thermostat will feature a temperature in- However, the cooling and heating sys- dicator; a dial, arm or push button for tems will still operate as required by selection of the desired temperature; a room temperatures. This provides con- fan switch to choose the indoor fan op- tinuous air filtering and more even tem- eration;and a comfort switch for you to YORK' perature distribution to all conditioned select the system mode of operation, n, spaces.The sound level within the build- The following illustrations and discus- ing will also remain relatively constant. sion will aid you to determine which type of thermostat you have for your system. FAN ONLY OPERATION:On moderate Follow the applicable instructions in this days, usually during spring and fall, manual to obtain the maximum comfort COMPUTERIZED ELECTRONIC when neither heating nor cooling is re- with a minimum of energy consumption. THERMOSTAT quired,you may want to run only the fan to ventilate,circulate and filter the air in The computerized electronic thermostat your home or building. Set the comfort is actually a sophisticated electronicver- control switch to "OFF" and the fan .� TO °'a sion of a manual change-over type.This switch to "ON". Be sure to return the thermostat includes features which switches to their original positions for r®RK. allow"set-back"temperature variations normal operation. for periods of sleep, or while you are away during the day,and means energy START-UP savings for you. The thermostat also COOLING ONLY features a digital clock. If you have se- The comfort control switch is assumed lected this type of thermostat, a com- to be in the "OFF"position. If the main If your air conditioning system is de- plete operating instruction is provided by power supply to the outdoor and indoor signed to provide only cooling, with no the manufacturer with the thermostat. units is off,turn the appropriate discon- capability for heating operation, a cool- nects to the "ON" position. Place the ing only thermostat,with a manual,two- system into operation as follows: position"Cool"and"Off'comfort switch is all that is required for system opera- ® 1. Set temperature adjustment to the de- tion. - sired temperature on your thermostat. NOTE:If you have an independent heat-. COOLING-The higher the setting,the -ing system(with a separate thermostat), lower the amount of energy consumed. always be sure the heating control is The National Bureau of Standards rec- tumed"Off'beforeturning on the cooling ommends a setting of 78°F. system. FAN OPERATION SELECTION HEATING - The lower the setting, the COOLING AND HEATING A two-position fan switch allows you to lower the amount of energy consumed. choose the type of operation of the in- Federal guidelines recommend a setting If your system has been designed to door fan. of 65°F or lower. allow both cooling and heating opera- tion,you may have either of two types of AUTO NOTE: If your cooling and heating tem- thermostat - a manual change-over perature adjustments are separate, be type, or a computerized electronic With the thermostat fan switch set to sure to set both. thermostat. "AUTO",the fan will run intermittently as required for either heating or cooling. 2 2.After considering"Fan Operation Se- When the indoor temperature drops federally mandated guidelines with lection"on page 2,select and set the fan below the level indicated by the tem- regard to unlawful discharge of re- operation mode you desire. perature adjustment setting,the sys- frigerants into the atmosphere. 3.Move the comfort control switch to the tem will start. The heating system desired mode of operation found on your will operate and the indoor fan will For those who prefer to do-it-yourself, circulate the heated, filtered air. follow the instructions below to care for particular thermostat. When the room temperature rises to your system. WARNING:If your indoor unit consists the setting selected,the system will COIL CARE of furnace%oil combination,be sure to shut off. check the User's Information Manual for Keep the outdoor unit free of foliage, the furnace before setting the comfort Whether heating or cooling,the fan will grass clippings, leaves,paper, and any control switch to'HEAT"to insure a safe continue to operate if the fan switch was other material which could restrict the start up. set in the "ON" position. The 'AUTO" setting on the fan switch will allow the proper air flow in and out of the unit.The fan to shut off when your system does. coil may be vacuumed to remove anydebris from between the fins. ELECTRONIC THERMOSTAT POWER FAILUREIf the coil becomes excessively dirty, The computerized electronic thermo- tum the main disconnect switch to"Off' When accidents, wind storms, etc. dis- stat, when programmed, will function and wash the coil with your garden hose. rupt electrical power supply to your automatically to operate the system as Avoid getting water into the fan motor house,switch thermostat to"OFF"posi- follows: and control box. Flush dirt from base tion. When the indoor temperature rises pan after cleaning the coil. DO NOT switch to "CODLING" or above the higher (COOL) setting, the CARE OF FAN MOTORS "AUTO"until electrical power has been outdoor unit will operate and the indoor re-established for 8 hours if the power fan will circulate the cooled,filtered air. Some fan motors are provided with lu- was off more than 8 hours. When the temperature is lowered to the brication ports. Inspect your indoor and selected level, the system will shut off. outdoor units to determine whether-or The indoor fan will either shut off or run not lubrication ports are provided. continuously, depending upon your SYSTEM OPERATION choice of fan switch setting. The fan motor is shipped with an oil When the indoor temperature drops be- supply which will last for several years MANUAL CHANGE-OVER low the lower(HEAT)setting,the heat- under normal operating conditions.After THERMOSTAT ing system will operate and the indoor this time,each motor bearing should be fan will circulate the heated,filtered air. oiled with 10- 15 drops(approximately COOLING YOUR HOME - With the When the indoor temperature rises to 1/4 teaspoon)of SAE 20 non-detergent comfort control switch in the "COOL" electric motor oil or automobile oil. DO the selected setting,the system will shut position,the system will operate as fol- off. NOT use definite purpose oils such as lows: sewing machine,cleaning,rust preven- When the indoor temperature rises tative,cutting,household,etc. above the level indicated by the tem- SCHEDULE FOR RELUBRICATION perature adjustment setting,the sys- CARE OF SYSTEM Running tem will start. The outdoor unit will Hours Environment operate and the indoor fan will circu- YORK strongly recommends regular Per Da periodic preventative maintenance 0-8 Eve 5 Yrs. Eve 4 Yrs. late the cooled,filtered air.When the p p 9-16 Eve 4 Yrs. Eve 3 Yrs. room temperature is lowered to the on this equipment. The person most 17.24 Eve 3 Yrs. Eve 2 Yrs. setting selected,the system will shut familiar with the equipment in your Do NOT OVER OIL off. H.V.A.C. system.is a YORK dealer. The YORK dealer can ensure your HEATING YOUR HOME-Ifyoursystem maintenance program meets the con- If your system is an Add-on type, (in- includes a heating unit and the comfort ditions of the "YORK Warranty", stalled in conjunction with a standard control switch is in the"HEAT"position, maximize the efficiency of the equip- furnace) inspect your furnace blower the system will operate as follows: meet,and service your unit within the motor and care for it in the same way. 3 SERVICE CALLS PARTS INFORMATION ingly.Your furniture is far less demand- ing than you are when it comes to com- There are a few instances where the Replacement.parts are available from fort levels. However, don't expect the user can avoid unnecessary service local YORK contractor/dealer or the system to restore comfort conditions im calls. nearest YORK distribution center. mediately upon returning home. It will If unit stops functioning properly,check take a little time.COMFORT PLANS the following items before calling your DON'T locate lamps or other heat-pro- serviceman: Special warranty packages (called ducing appliances (radios, TV's, heat- 1. "YORKCARE'm" Comfort Plans are ers,etc.)near your thermostat.The heat Indoor section for dirty filter. available thru your contractor. These from these items will give your thermo- 2. Outdoor section for leaf or debris packages reduce the potential cost of stat "false information" about the tem- blockage. service calls following the first year of perature in the room. operation on your cooling (or heat- DO select a comfortable thermostat set- Eliminate problem, turn off the tar ing/cooling)system. ting,but keep in mind that moderation in stat for 10 seconds and attempptt start. start.. selection will save energy. Wait 5 minutes.If system does not start, temperature call serviceman. SOME EFFICIENCY DO tum on your kitchen exhaust fan FILTER CARE DO'S .& DON'TS when cooking and your bathroom ex- haust fan when showering.Also, make Inspect the air filter(s) at least once a DON'T heat or cool unused areas. Re- sure your clothes dryer is, properly month. If they are dirty,wash reusable duce supply and return air flow to a vented.If these items are neglected,an filters with a mild detergent per manufac- minimum In areas which are not living excess heat and humidity condition may turer's recommendations. Replace dis- spaces(storage rooms,garages,base- be created, causing your air condition- posable filters with new filters. ments,etc). ing system to run longer. Install the clean filters with "air flow" DON'T be a"thermostatjiggler".Moving DO set your thermostat a few degrees arrow in the same direction as the air your thermostat setting will not make lower than normal several hours before flow in your duct.Filters should be clean your system heat or cool any faster. entertaining a large group of people in a to assure maximum efficiency and ade- Adjust your thermostat to a comfortable relatively small area. People give off a. quate air circulation. setting and leave it there. considerable amount of heat and mois- ture in'a closed area. CLEARANCES DON'T restrict air circulation. Placing furniture, rugs, etc. in such a way that DO keep drapes and venetian blinds The minimum clearances shown below they interfere with air vents will make closed when practical.These items pro- must be maintained should any patio or you system work harder to achieve a vide insulation against heat loss/gain. yard improvements-be done around the comfortable temperature level. This re- outdoor unit. quires more energy, which means DO contact a qualified service man to greater cost to you. make repairs or adjustments to your TOP 48" SIDES 12" system.He has been trained to perform REAR 12" FRONT`24" DON'T heat or cool when you are away. this service. `Service Access Panel If you are going to be away for a day or more,re-adjust your thermostat accord- YORK® OOW Heating and Air Conditioning Proudor "t�"S9 Unitary Products Group 9° 0 Toam P.O.Box 1592,York,Pennsylvania USA 17405.1592 Subject to change without notice. Printed in U.S.A. Copyright©by York International Corporation 1996.All Rights Reserved. Code- SBY 550.00-o1Y EC E E 550.48-TG1Y(397) � FEB 18 2022 W ° BUILDING DEPT, TOWN OF SOUTHOLD YORK SPLIT-SYSTEM. CONDENSING UNITS o � "HRC" Series - 12.00 SEER �r a� Models H*RC018 thru H*RC060 OQ Nominal Capacity: 18 thru 60 MBH DESCRIPTION The HRC Series condensing unit is the outdoor part of a versatile LOWER INSTALLED COST - Installation time and costs are system of air conditioning. It is designed to be custom-matched reduced by easy power and control wiring connections. Dis- with one of our complete line of evaporator sections, each de- charge line heat exchanger knockouts are provided,if required. signed to serve a specific function. Matching Air Handlers are Available in sweat connect models only.The unit contains enough available for upflow,downflow or horizontal application to provide. refrigerant for matching indoor coils and 15 feet of interconnecting a complete system. Electric heaters are available if required. piping.The small base dimension means less space is required Add-On coils are available for use with upflow, downflow or on the ground or roof.Start components included as stand- horizontal furnaces. and where TXV is required. FEATURES TOP DISCHARGE-The warm air from the top mounted fan is blown up away from the structure and any landscaping. This allows compact location on multi-unit applications. QUALITY CONDENSER COILS - The coil is constructed of copper tube and hardened black coated aluminum fins for dura- LOW OPERATING SOUND LEVEL-The upward airflow carries bility and long lasting efficient operation.The decorative 2"x 4" the normal operating noise up away from the living area.The rigid grille backed by the black coated fins,enhances appearance and top panel effectively isolates any motor sound.Isolator mounted protects the unit compressor and the rippled fins of the condenser coil-muffle the normal fan motor and compressor operating sounds. PROTECTED COMPRESSOR The compressor is internally protected against high pressure and temperature.This is accom- LOW MAINTENANCE-Long life permanently lubricated motor- plished by the simultaneous operation of high pressure relief valve bearings need no annual servicing. and a temperature sensor which protect the compressor if unde- sirable operating conditions occur.A liquid line filter-dryer further EASY SERVICE ACCESS-Fully exposed refrigerant connec- protects the compressor. tions and a single panel covering the electrical controls and the molex plug in the control box connecting the condenser fan,make DURABLE FINISH-Cabinet is made of pre-painted steel.The for easy servicing of the unit. pre-treated flat galvanized steel provides a better paint to steel bond, which resists corrosion and rust creep. Special primer SECURED SERVICE VALVES-Secured re-usable service valves formulas and glossy earth tone finish insure less fading when are provided on both the liquid and'vaporsweatconnections forease exposed to sunlight. of evacuating and charging. FOR DISTRIBUTION USE ONLY-NOT TO BE USEDAT POINT OF RETAIL SALE 550.48-TG1Y COOLING CAPACITY - With Air Handler Coils AIR HANDLER z COOLING 1.UNIT 2 ELECTRIC COIL RATED NET MBH SEER/ MODEL* MODEL HEAT KW W MODEL CFM TOTAL SENS. KW SEER �t EER HIM/NAH&NFA G3HCO24 19.0 14.3 1.73 12.0 11.00 H1RC018 N2AHD10 5,8,10,13,15 16 G3HC030 650 19.5 15.0 1.70 - 12.5 11.50 HlRCO24 N2AHD10 58101315 16 G3HC030 850 24.0 18.0 2.24 12.0 10.70 H1 RC030 N4AHD14 5,10,-1520,25 22 G3HC036 1000 29.0 21.8 2.82 12.0 10.30 H1RC036 N4NHD14 5,10,15,20,25 22 G3HC036 1200 33.0 24.8 3.27 - 11.5 10.50 G3HC042 35.0 26.3 3.13 12.0 11.20 H1 RC042 N2AHD14 51015 20 25 22 G3HC042 1400 41.0 1 30.8 3.90 1 - 11.5 10.50 N4AHD16 81015 20 25 30 26 G3HC048 1400 42.0 31.5 3.89 12.0 10.80 H1 RC048 N4AHD16 81015 20 25 30 26 G3HC048 1600 45.5 33.7 4.14 - 12.0 11.00 N4AHD20 81015 20 25,30,:] G3HC060 1600 48.0 36.5 4.18 12.5 11.50 H 1 RC060 N4AHD2 810 15 20 25 30 1 26 G3HC060 1.850 57.5 43.1 5.53 12.0 10.50 HRC/NVS - VARIABLE SPEED 5 8 10 13 15 20 G3HCO24 650 19.4 ' 14.7 1.61 - 13.0 12:00 H1RC018 N1VSD10 5810131520 16 G3HC030 650 19.9 15.4 1.58 13.5 12.60 HIRCO24 NlVSD10 5,8,10,13,15,20 16 G3HCO24 850 22.7 17.1 2.08 - 12.0 10.90 G3HC030 850 24.4 18.4 2.12 12.7 11.50 N1VSD10 16 G3HC030 1000 29.2 23.2 2.73 - 12.3 10.70 H1RC030 N1VSD14 5,8,10,13,15,20 22 G3HC036 1000 29.5 23.2 2.63 13.1 11.20 HIRC036 N1VSD14 5,8,10,13,15,20 22 G3HC036 1200 33.5 25.1 2.98 - 12.0 11.20 G3HC042 1200 35.4 27.0 2.98 12.6 11.90 H1RC042 N1VSD14 5810131520 22 G3HC042 1400 41.2 31.0 3.81 - 12.0 10.80 N1 VSD20 5,8,10,13,1 20 rMHC048 1400 42.6 32.0 3.70 12.7 11.50 518,10,1311 0 G3HC048 1600 46.0 34.2 3.96 - 12.6 11.60 H1 RC048 N1 VSD20 5,810,13 15 20 22 G3HC060 1600 48.6 37.0 4.00 13.2 12.20 H1RC060 N1VSD20 5810131520 22 G3HC060 1850 57.9 43.9 1 5.39 12.3 10.70 HRC/F1RP/F1R H 1 RC018 F1 RCO24 5,7.5.10 18 - 650 19.0 14.0 1.73 - 12.0 11.00 F1 RP024 5 7.5 10 18 650 19.0 14.25 1.71 12.0 11.00 H 1 RCO24 F7 RP030 5 7.5 10 15 18 850 23.0 17.25 2.50 - 12.0 10.40 H 1 RC030 F1 RP036 5 7.5 10 15 21 1000 29.0 21.8 2.82 12.0 10.30 H1 RC036 F1 RP036 5 7.5 10 15 21 1200 34.0 25.5 3.27 11.5 10.40 H1RC036 F1RP042 5 7.5 10 15 21.5 1250 33.0 1 28.3 3.2 11.30 10.30 H1 RC042 F1 FP048 5 7.5 10 15 20 25 24 1400 42.0 31.0 3.84 12.00 10.95 H 1 RC048 F1 FP048 5 7.5 10 15 20 25 24 - 1600 46.5 34.4 4.35 - 12.00 10.70 F1 FP060 5 7.5 10 15 20 25 24 1600 47.5 35.6 4.42 12.00 10.75 H 1 RC060 FP060 10 15 20 25 24 1800 46215 40.7 5. 0 11 60 10.10 Rated in accordance with DOE test procedures(Federal Register 12-27-79+3-18-88)and ARI Standards 210. Cooling MBH based on 80°F entering air temperature,50%RH,and rated air flow. KW includes compressor,outdoor fan and indoor blower motor watts.Add-on coils include 365 watts/1000 CFM for blower motor. EER(Energy Efficiency Ratio)is the total cooling output in BTU's at a 95°F outdoor ambient divided by the total electric power in waft-hours at those conditions. SEER(Seasonal Energy Efficiency Ratio)is the total cooling output in BTU's during a normal annual usage period for cooling divided by the total electric power input in waft-hours during the same period. 'Thermal Expansion Valve Idt required on indoor coil to obtain system performance.(Start assist components included,except 060 model which does not require due to scroll compressor.) 2 To meet R=4.2 insulation requirements,substitute N1 FA-for N2AH,N3FA for NOAH,G1 FC for G3HC,F1 FP for F1 RP and F1 FC for F1 RC models. All ratings remain the same. 3 P1CK and MUR furnaces and FRP/FRC Air Handlers have B.O.D.standard. P1 SP furnace requires B.O.D.accessory(#2FD06700224). All models are single phase,unless noted otherwise. •`Field transition may be required. - = Not Applicable. 2 Unitary Products Group 550.48-TG1Y COOLING CAPACITY - With 80% Upflow Furnace and Coils FURNACE COOLING UNIT OUTPUT COIL RATED NET MBH SEER/ MODEL" MODEL MBH W MODEL CFM TOTAL SENS. KW SEER TXV� EER G3UA024 19.0 14.3 1.70 12.0 11.3 PICKDO83 48 16 G1UA024S17 19.0 14.3 1.68 12.0 11.3 H1RC018 GIFD03OS17 650 19.4 14.4 1.68 - 12.2 11.6 !P1CTKD08 CKD083 32 12 M3UF024 19.0 _ 14.3 1.75 12.0 10.9 GlUA024S14 17.3 2.50 _ 11.8 10.6 32 12 M3UF024 850 23.0 16.9 2.19 11.4 10.4 48 G1UA024S17 23.0 17.5 2.17 11.8 10.6 48 GlNA030S17K 24.0 16.8 2.22 12.0 10.8 GIFD03OS17 24.0 18.2 2.22 _ 12.1 10.8 H1RCO24 p1CKD123 64 16 M3UF032 850 23.0 17.3 2.21 12.0 10.4 G3UA036 24.0 18.0 2.18 12.2 11.0 G1UA036S17 24.0 18.2 2.22 12.1 10.8 G3UA037 18.7 2.18 12.2 11.0 PiCKD143 80 22 G1UA036S21 850 24.0 18.2 2.22 - 12.1 10.8 . M3UF 44 18.2 2.22 1 .0 10.8 PICKD123 48 G1FD030S17 29.6 21.8 2.79 12.0 10.6 GlNA030S17K 29.4 20.5 2.80 12.0 10.5 M3UF032 28.0 20.2 2.80 _ 11.4 10.1 PlCKD123 64 16 G3UA036 28.0 20.2 2.80 11.4 10.1 H1RC030 G1UA036S17 1000 29.6 21.8 2.79 12.0 10.6 G1FD036S17 30.0 22.1 2.79 12.1 10.8 GIUA036S21 29.6 21.8 2.79 12.0 10.6 PlCKD143 80 22 G3UA037 29.5 21.5 2.80 - 12.0 10.5 M3UF044 29.0 21.5 .2.81 12.0 10.3 G1UA048S21 30.2 22.4 2.77 12.2 10.9 PICKD123 48 G3UA036 33.0 24.8 3.17 11.5 10.4 P1CKD123 64 16 G1UA036S17 33.0 24.7 3.13 - 11.5 10.6 G1FD036S17 33.6 24.6 3.15 12.0 10.7 P1CKD163 64 G1UA036S21 33.0 24.7 3.13 11.5 10.6 P1CKD143 80 G3UA037 33.0 24.8 3.17 11.5 10.4 H1RC036 G1FD042S21 1200 34.4 25.2 3.16 12.0 10.9 22 G3UA048 35.5 26.6 3.17 - 12.2 11.2 PICKD163 96 G1UA048S21 35.0 25.4 3.27 12.0 11.0 G1 NA048S21 D 35.0 24.4 3.21 12.0 10.9 M3UF044 32.2 24.5 3.28 11.3 10.1 P1CKD14 80 G1FD042S21 41.0 30.1 3.78 12.0 10.9 P1CKD163 96 G3UA048 42.0 31.5 3.82 12.0 11.0 22 G1UA048S21 42.0 31.1 3.82 _ 12.0 11.0 PlCKD203 96 G1NA048S21D 41.5 28.7 3.84 12.0 10.8 H1RC042 M3UF044 1400 39.0 28.0 3.86 11.2 10.1 G3UA060 43.5 32.6 3.85 12.4 11.3 G1UA048S24 42.0 31.1 3.82 _ 12.0 11.0 P1CKD203 112 26 G3UA061 43.5 32.6 3.85 12.4 11.3 M3UF052 41.0 30.0 3.83 12.0 10.7 PICKDW 64 G3UA048 45.5 33.7 4.14 12.0 11.0 P1CKD16 96 G1UA048S21 45.5 33.7 4.14 12.0 11.0 22 G1 NA048S21 D 46.0 30.3 4.11 - 12.0 11.2 H1RC048 PlCKD203 96 G3UA060 1600 48.0 36.5 4.17 12.5 11.5 G1FD06OS24 47.0 34.8 4.10 12.5 11.5 G 1 UA060S24 47.0 34.8 4.10 _ 12.5 11.5 PlCKD203 112 26 G3UA061 48.0 36.5 4.17 12.5 11.5 M UF052 44.0 32.0 4.31 11.7 10.2 P1CKD20 80 G3UA060 57.5 43.1 5.53 12.0 10.4 H1RC060 P1CKD203 96 22 G1UA060S24 1850 57.5 42.5 5.53 - 12.0 10.4 GlFD060S24 57.5 42.5 5.53 12.0 10.4 P1CKD203 112 26 G3UA061 57.5 43.1 5.53 12.0 10.4 See Notes on Page 2 Unitary Products Group 3 550.48-TG1Y COOLING CAPACITY -With 90% U flow Furnace and Coils FURNACE COOLING UNIT OUTPUT COIL RATED NET MBH SEER/ MODEL* MODEL MBH W MODEL CFM TOTAL SENS. KW SEERt EER P3URD083 37 14 M3UF024 19.0 14.3 1.75 12.0 10.9 G3UA024 19.0 14.3 1.70 12.0 11.3 HlRC018 P3URD103 55 17 G1UA024S17 650 19.0 14.2 1.68 - 12.0 11.3 G1 FD030S17 19.4 14.4 1.68 12.2 11.6 P3URD12 74 M3UF032 19.0 14.3 1.70 12.0 10.9 P3URD08 37 14 M3UF024 800 23.0 16.9 2.19 12.0 10.4. G1UA024S17 23.0 17.5 2.17 11.8 10.6 P3URD103 55 17 GlFD030S17 850 24.0 18.2 2.22 _ 12.1 10.8 GlNA030S17K 24.0 16.8 2.22 12.0 10.8 H1RCO24 M3UF032 23.0 16.9 2.21 12.0 10.4 P3URD123 74 17 G3UA036 18.0 2.18 12.0 11.0 G1 UA036S17 1 18.2 2.22 12.1 10.8 P3UR0163 76 G1 UA036S21 850 24.0 18.2 2.22 - 12.1 10.8 P3URD143 98 21 G3UA037 18.7 2.18 12.0 11.0 M3UF044 18.2 2.22 12.0 10.8 P3URD10 55 G1FD030S17 29.6 21.8 2.79 12.0 10.6 GINA03OS17K 29.4 20.5 2.80 12.0 10.5 M3UF032 28.0 20.2 2.77 _ 11.4 10.1 P3URD123 74 17 G3UA036 29.5 23.0 2.80 12.0 10.5 G1UA036S17 29.6 21.8 2.79 12.0 10.6 H1RC030 G1FD036S17 1000 30.0 22.1 2.79 12.1 10.8 P3URD163 76 G1UA036S21 29.6 21.8 2.79 12.0 10.6 G3AU037 29.5 23.0 2.80 12.0 10.5 P3URD143 98 21 M3UF044 29.0 21.5 2.81 - 12.0 10.3 G1UA048S21 30.2 22.4 2.77 12.2 10.9 G3UA036 33.0 24.8 3.17 11.5 10.4 P3URD123 74 17 G1 UA036S17 33.0 24.7 3.13 11.5 10.6 G1FD036S17 33.6 24.6 1 3.15 12.0 10.7 P3URD16 76 G1UA036S21 33.0 24.7 3.13 11.5 10.6 H1RC036 G3UA037 1200 33.0 24.8 3.17 - 11.5 10.4 G1FD042S21 34.4 25.2 3.16 12.0 10.9 21 M3UF044 33.2 24.5 3.28 11.2 10,1 P3URD143 _ 98 G3UA048 35.5 26.6 3.17 12.2 11.2 G 1 NA04BS21 D 35.0 24.4 3.21 12.0 10.9 G1UA048S21 35.0 25.4 3.27 12.0 10.7 P3URD16 76 G1FD042S21 41.0 30.1 3.78 12.0 10.9 P3URD143 98 G3UA048 42.0 31.5 3.82 12.0 11.0 21 G1UA048S21 42.0 31.1 3.82 12.0 11.0 H1 RC042 P3URD203 94 G1 NA048S21 D 1400 41.5 28.7 3.84 - 12.0 10.8 G3UA060 43.5 32.6 3.85 12.4 11.3 112 GlUA060S24 43.4 32.1 3.88 12.3 11.2 P3URD203 130 24 G3UA061 43.5 32.6 3.85 12.4 11.3 M3UF052 41.0 30.0 3.83 12.0 10.7 P3URD1e 76 G3UA048 45.5 33.7 4.14 12.0 11.0 P3URD1e 98 G1UA048S21 45.5 33.6 4.14 12.0 11.0 21 G1 NA048S21 D 46.0 30.3 4.11 12.0 11.2 H1RC048 P3URD203 94 G3UA060 1600 48.0 36.5 4.17 12.5 11.5 GlFD060S24 47.0 34.8 4.10 12.5 11.5 112 G1UA06OS24 47.0 34.7 4.10 12.5 11.0 P3URD203 130 24 G3UA061 44.0 32.0 4.31 11.7 10.2 M3UF052 44.0 32.0 4.31 11.7 10.2 94 21 G3UA060 56.5 37.3 5.95 12.0 9.5 HIRC060 P3URD203 112 GIUA060324 1850 57.5 42.5 5.53 - 12.0 10.4 130 24 GlFD060S24 57.5 42.5 5.53. 12.0 10.4 G3UA061 56.5 37.3 5.95 12.0 9.5 See Notes on Page 2 4 Unitary Products Group 550.48-TG1Y COOLING CAPACITY - With 78% Upflow Furnace and Coils UNIT FURNACE COIL COOLING MODEL' MODEL OUTPUT W MODEL RATED NET MBH KW SEER SEER/ EER MBH CFM TOTAL SENS. TXV G3UA024 19.0 14.4 1.70 12.0 11.3 H1RC018 P1SPD10 40 17 G1UA024S17 650 19.0 14.2 1.70 - 12.0 11.3 G1 FD030S17 19.4 14.4 1.68 12.2 11.6 P1SPD10 40- 17 G1UA024S17 23.0 17.5 2.20 11.8 10.6 M3UF032 23.0 17.3 2.21 12.0 10.4 40 17 GIFD03OS17 24.0 18.2 2.22 12.0 10.8 G1NA03OS17K 24.0 16.8 2.22 12.0 10.8 P1SPD12 M3UF032 23.0 17.3 2.21 - 12.0 10.4 H1RCO24 60 17 G3UA036 850 24.0 18.0 2.18 12.2 11.0 GlUA036317 24.0 18.2 1 2.22 12.1 1 10.8 60 1 20 G1UA036S21 24.0 18.2 2.22 12.1 10.8 PlSPD16 80 20 G3UA037 24.0 18.7 2.18 - 12.2 11.0 M31-IF044 24.0 18.2 2.22 12.0 10.8 40 17 GlFD030S17 29.6 21.8 2.79 12.0 10.6 G1NA03OS17K 29.4 20.5 2.80 12.0 10.5 P1SPD12' 60 17 G3UA036 29.5 21.5 2.80 12.0 10.5 G1UA036S17 29.6 21.8 2.80 12.0 10.6 G1FD036S17 30.0 22.1 2.79 - 12.1 10.8 H1RC030 60 20 M3UF032 1000 280 20.2 2.77 11.4 10.1 G1UA036S21 29.6 21.8 2.80 12.0 10.6 PlSPD16 80 20 G3UA037 29.5 21.5 2.80 12.0 10.5 M3UF044 29.0 21.5 2.81 12.0 10.3 G1UA048S21 30.2 22.4 2.80 12.2 10.9 40 17 G3UA036 33.0 24.8 3.20 11.5 10.4 PlSPD12 60 17 G1UA036S17 33.0 24.7 3.10 11.5 10.5 G1FD036S17 33.6 24.6 3.15 12.0 10.7 60 20 G1UA036S21 33.0 24.7 3.10 11.5 10.5 H1RC036 G3UA037 1200 33.0 24.8 3.20 - 11.5 10.4 PlSPD16 G1FD042S21 34.4 25.2 3.16 12.0 10.9 80 20 M31-IF044 33.2 24.5 3.28 11.3 10.1 G1 NA048S21 D 35.0 24.4 3.21 12.0 10.9 G1UA048S21 35.0 25.4 3.30 12.0 10.7 'P1SPD16 60 0 80 20 G1FD042S21 41.0 30.1 3.78 12.0 10.9 G1UA048S21 42.0 31.1 3.80 12.0 11.0 HlRC042 80 23 G3UA048 1400 42.0' 31.5 3.80 - 12.0 11.0 P1SPD20 100• 23 G1NA048S21D 41.5 28.7 3.84 12.0 10.8 120 23 G 1 UA060S24 43.4 32.1 3.90 12.3 11.2 60 20 G3UA048 45.5 33.7 4.10 12.0 11.0 PlSPD16 80 20 G1UA048S21 1600 45.5 33.6 4.10 - 12.0 11.0 G1 NA048S21 D 46.0 30.3 4.11 12.0 11.2 H1RC048 80 23 G3UA060 48.0 36.5 4.20 12.5 11.5 P1SPD20 100 23 GlUA060S24 1600 47.0 34.7 4.10 - 12.5 11.5 120 23 GlFDO60324 47.0 34.8 4.10 - 12.5 11.5 80 23 1 G3UA060 57.543.1 5.50 _ 12.0 10.4 HlRC060 P1SPD20 100 23 G1UA06OS24 1800 57.5 42.5 5.50 _ 12.0 10.4 120 23 GIFDO60824 57.5 42.5 5.53 12.0 10.4 See Notes on Page 2 Unitary Products Group 5 r 550.48-TG1Y COOLING CAPACITY -With 80% / 90% Furnace and Coils FURNACE COOLING UNIT OUTPUT COIL RATED NET MBH SEER/ MODEL* MODEL MBH W MODEL CFM TOTAL SENS. KW SEER TXV� EER P2HED12 40 ** 60 `* G3HCO24 19.0 14.3 1.73 12.0 11.0 P1HDD12 47 ** M3HD024 19.0 14.3 1.70 12.0 11.2 H1RC018 69 ** 650 - G1 FD030S17 19.4 14.4 1.68 12.2 11.6 P1CKD08 32 16 G31-ICO24 19.0 14.3 1.73 12.0 11.0 M3HD024 19.0 14.3 1.73 12.0 11.0 P1CKD12 48 16 G3HCO24 19.0 15.0 1.73 12.0 11.0 P2HED12 40 ** 60 ** G31-IC030 24.0 18.0 2.24 _ 12.0 11.5 P1HDD12 47 ** M3HD036 850 24.0 18.5 2.24 12.0 10.7 H1RCO24 69 ** GlFD030S17 24.0 18.2 2.22 12.1 10.8 P1CKD12 48 16 G3HC030 800 24.0- 18.0 2.24 - 12.0 10.7 M3HD036 24.0 18.5 2.24 1 12.0 10.7 40 P2HED12 ** 60 '" G31-IC036 1000 29.0 21.2 2.80 _ 12.0 10.3 HIRC030 P1HDD12 47 ** M3HD036 29.0 21.2 2.80 11.8 10.3 69 •* PICKD14 80 22 G3HC036 1000 29.0 21.2 2.80 - 12.0 10.3 M3HD036 29.0 21.2 2.80 11.8 10.3 P2HED12 40 `* 60 ** P2HED16 80 ** G31-IC036 33.0 24.8 3.27 11.5 10.5 „* M3HD048 35.0 26.3 3.18 - 12.0 11.0 P1HDD12 47 G3HC042 35.0 26.3 3.13 12.0 11.2 H1RC036 69 «* 1200 P1 HDD16 92 ** P1CKD14 8022 G3HC036 33.0 24.8 3.14 11.5 10.5 M3HD048 35.0 26.3 3.18 12.0 11.0 P1CKD16 64,96 22 G1FD042S21 34.4 25.2 3.16 - 12.0 10.9 G3HC042 35.0 26.3 3.13 12.0 11.2 P2HED16 80 ** P2HED20 100 ** G3HC042 41.0 30.8 3.90 11.5 10.5 P1HDD1fi 92 «« G3HC048 42.0 31.5 3.89 - 12.0 10.8 M31-113048 41.5 31.1 3.88 11.8 10.7 H1RC042 P1CKD16 64196 22 1400 G1FD042S21 41.0 30.1 3.78 12.0 10.9 P1CKD14 80 22 G3HC042 41.0 30.8 3.90 - 11.5 10.5 PlCKD20 80,96 22 M3HD048 41.5 31.1 3.88 11.8 10.7 P1CKD20 112 26 G3HC048 42.0 31.5 3.89 12.0 10.8 P2HED16 80 G3HC048 45.5 33.7 4.14 12.00 11.0 P2HED20 100 ** G31-IC060 48.0 36.5 4.18 12.50 11.5 PlHDD16 92 ** M3HD048 45.0 33.3 4.13 - 12.00 10.9 P1HDD20 115 ** M3HD060 48.0 36.5 4.25 12.50 11.3 P1CKD16 64,96 22 G3HC048 45.5 33.7 4.14 _ 12.0 11.0 H1RC048 M3HD048 1600 45.0 33.3 4.13 12.0 10.9 PICKD20 80,96 22 G3HC060 48.0 36.5 4.18 - 12.5 11.5 G1 FD06OS24 47.0 34.8 4.10 12.5 11.5 G3HC048 45.5 33.7 4.14 12.0 11.0 P1CKD20 112 26 G3HC060 48.0 36.5 4.18 12.5 11.5 M3HD060 48.0 36.5 4.25 - 12.5 11.3 P2HED20 100 ** G3HC060 57.5 43.1 5.53 12 0 10.4 PlHDD20 115 ** M3HD060 57.5 43.1 5.48 10.5 H1RC060 P1CKD20 80,96 22 G3HC060 1850 57.5 43.1 5.53 12.0 10.4 P1CKD20 112 26 GIFD06OS24 57.5 42.5 5.53 - 12.0 10.4 M3HD060 57.5 43.1 5.48 12.0 10.5 See Notes on Page 2. 6 Unitary Products Group 550.48-TG1Y COOLING CAPACITY - With 80% / 90% Furnace and Coils (continued) FURNACE COOLING UNIT OUTPUT COIL RATED NET MBH SEER/ MODEL* MODEL MBH W MODEL CFM TOTAL SENS. KW SEER TXV� EER HRC! DOWNFLOW FURNACE&COILS P1CXD10 48 G1FD030S17 19.0 14.3 1.75 _ 12.0 10.9 H1RC018 P2CDD10 57 16 M3CF032 650 19.0 14.3 1.75 12.0 10.9 P1CXD10 48 02CDD10 57 GlFD030SI7 24.0 18.2 2.22 . _ 12.1 10.8 H1RCO24 P1CXD12 64 16 M3CF032' 850 22.5 17.0 2.18 11.4 10.3 P2CDD12 76 PiCXD10 48 P1CXD12 64 GlFD030S17 29.6 21.8 2.79 12.0 10.6 HIRC030 P2CDD10 57 16 G1FD036S17 1000 30.0 22.1 2.79 - 12.1 10.8 P2CDD12 76 M3CF032 27.5 19.8 2.80 11.0 9.8 P1CXD12 80 PlCXD16 80 GlFD036S17 33.6 24.6 3.15 12.0 10.7 H1RC036 P1CXD16 92 22 G1FD042S21 1200 34.4 25.2 3.16 12.0. 10.9 P2CDD16 97 P1CXD16 80 _ G1FD042S21 41.0 30.1 3.78 _ 12.0 10.9 H1RC042 P1CXD16 92 22 M3CF044 1400 P CDD16 97 39.0 28.0 3.86 11.2 10.1 H1RC048P1CXD20 104 26 GIFD06OS24 1600 47.0 34.8 4.10 _ 12.5 11.5 CD 20 114 M3CF052 44.0 32.0• 4.31 11.7 10.2 H1RC060 P1CXD20 104 26 G1FD06OS24 1800 57.5 42.5 5.53 - 12.0 10.4 P2CD 20 114 See Notes on Page 2 SOUND RATINGS UNIT MODEL SOUND UNIT MODEL SOUND HRC RATINGS HRC RATINGS BELS BELS 3 a 018 8.0 042 8.2 L * 024 8.0 048 8.4 Ue ^ U@) L 030 8.0 060 8.4 y 036 8.2 CERTIFICATION APPLIES ONLY WHEN USED WITH PROPER COMPONENTS AS LISTED WITH ARI Unitary Products Group 7 550.48-TG 1 Y COOLING PERFORMANCE SUCT.T/P AIR TEMP ON CONDENSER SUCT.T/P AIR TEMP ON CONDENSER MODEL @ COMPR. 75°F ' 95°F 115°F MODEL @ COMPR. 75°F 95°F 115°F TEMP. PSIG MBH KW MBH KW MBH KW TEMP. PSIG MBH KW MBH KW MBH KW 35 61.5 16.84 1.43 13.61 1.58 11.39 1.69 35 61.5 35.94 3.12 31.92 3.76 27.86 4.54 HIRC018 40 68.5 18.39 1.44 15.48 1.62 13.25 1.76 H1RC042 40 68.5 39.29 3.15 35.11 3.77 30.80 4.55 45 76.0 20.06 1.46 17.34 1.65 14.73 1.82 45 76.0 42.48 3.21 38.17 3.84 33.70 4.63 50 84.0 21.54 1.47 19.20 1.69 16.47 1.88 50 84.0 45.62 '3.23 41.40 3.92 36.56 4.39 35 61.5 20.81 1.86 16.82 2.06 14.07 2.20 35 61.5 39.75 3.32 35.31 3.99 30.82 4.81 H1RCO24 40 68.5 22.73 1.88 19.13 2.11 16.37 2.29 H1RC048 40 68.5 43.46 3.34 38.84 4.00 34.08 4.83 45 76.0 24.80 1.90 21.43 2.15 18.20 2.37 45 76.0 46.99 3.40 42.23 4.07 37.28 4.91 50 84.0 26.63 1.91 23.73 2.20 20.36 2.44 50 84.0 50.47 3.43 45.80 4.16 40.44 4.66 35 61.5 26.13 2.39 21.13 2.65 17.67 2.83 35 61.5 50.26 4.42 44.64 5.32 38.97 6.42 40 68.5 28.55 2.41 24.02 2.71 20.56 2.98 40 68.5 -54.95 4.46F49.10 5.33 43.08 6.44 H1RC030 45 76.0 31.14 2.44 26.71 2.77 22.86 3.02 H1RC060 45 76.0 59.41 4.54 53.38 5.43 47.131 6.55 50 84.0 33.44 2.45 29.80 2.83 25.57 3.14 50 84.0 63.81 4.58 57.90 5.55 151.131 6.22 35 61.5 29.20 2.70 23.61 2.99 19.75 3.19 HlRC036 40 88.5 31.90 2.72 26.84 3.06 22.98 3.32 45 76.0 34.80 2.75 30.07 3.12 25.54 3.43 50 84.0 37.3 2.77 33.30 3.19 28.57 3.54 NOTES: 1.For condensing unit only.Does not include effect of evaporator motor power or heat. 2.Performance based on 15°superheat and 150 sub-cooling at condensing unit. a.Increase capacity 1%for each 2°increase in sub-cooling. b.Decrease capacity 1%for each T decrease in sub-cooling. 3.Sub-cooling in excess of 20°may result in excessively high condensing temperature with air on condenser above 1151. Maximum recommended condensing temperature is 141PF. 8 Unitary Products Group 7 550.48-TG1Y ACCESSORIES Refer to Price Manual for specific model numbers. Outdoor Thermostat-2TDO6700124-Consists of an adjust- able outdoor thermostat and relay in a vented enclosure. It Compressor Blanket-Designed to further reduce the normal provides additional second stage control of the supplemental operating sound and is required to meet Canadian sound levels resistance heat.(balance point control) for units of three tons and below. Room Thermostats- One of the following thermostat may be Stub Adapters-Available to adapt sweat connect units to quick used with these systems. connect coils or sweat connect coils to quick connect units. Precharged Line Sets -Available in 15, 25, 35 and 50 foot 2ET07700324 - Programmable electronic 1 H/1.0 Manualchange over. lengths for connection of quick connect models. Outdoor liquid ends have F-6 connectors,vapor ends have F-11 connectors. 2TH07700124 - One Stage Heat/ One Stage Cool, manual Indoor liquid ends have M-6 connectors,vapor ends have M-11 changeover,non-programmable connectors.All indoor vapor ends are provided with a 90'bend. A 30 foot line set with straight ends is available for splicing to TXV Kit- Must be used to obtain system performance. Not other lines for longer runs.All vapor lines are insulated with 112 required with GHT or GUT coils which have TXV factory in- sponge rubber. stalled.See Tabular Data Insert for proper selection. Blower Time Delay -Available to increase efficiency when installed. Installs on indoor section and maintains blower for appproximately one minute after cooling thermostat has been satisfied. ' Hard Start Kit(Single Phase Units)-provides required starting torque for units with thermal expansion valve. Unitary Products Group 9 1 T 550.48-TG1Y TYPICAL INSTALLATION - HRC018 THRID 060 18"SERVICE ACCESS CLEARANCE THERMOSTAT TO FURNACE OR AIR HANDLER 60"OVERHEAD TERMINAL BLOCK CLEARANCE WEATHERPROOF / DISCONNECT SWITCH NEC CLASS 1 WIRING NEC CLASS 2 WIRING 10"CLEARANCE - TO INDOOR COIL COIL AREA �= s NOTE:ALL OUTDOOR WIRING MUST 1BEWEATHERPROOF SEAL OPENING(S)WITH PERMAGUM OR EQUIVALENT CONTROL ACCESS PANEL 10 Unitary Products Group T j 550.48-TG1Y TYPICAL FIELD WIRING ALL FIELD WIRING TO BE IN ACCORDANCE WITH NATIONAL ELECTRICAL CODE(NEC)AND/OR LOCAL CODES POWER WIRING 24 VOLT.CONTROL WIRING POWER 208/230-1-60 Minimum 18 GA.Wire ———— CONTROL 230-1-50 (NEC Class 2) FACTORY !, FURNACE OR AIR HANDLER TERMINAL BLOCK CONTACTOR ® TERMINALS I "Terminal W is only' GROUND COIL _J1(:Y) required on systems W..SCREW R G G)l with heat. HRC CONDENSING UNIT ROOM THERMOSTAT ALL OUTDOOR WIRING MUST BE WEATHERPROOF. USE COPPER CONDUCTORS ONLY. Unitary Products Group 11 s � ' MATCHING INDOOR COMPONENTS Add-0n Coils-For Furnace Application G1NA UPPLOW G1 UA or' M3HD G3UA HORIZONTAL UPFLOW G1 FD' MULTI-POSITION (Upflow,Horizontal, and Downflow) t M3UF UPFLOW Air Handlers-For Non-Furnace Application F1 RC or F1 RP _FAN COIL UNITS N1VS,N2AH N4AH ,I or N1F BLO E BLOWERR 0 G3HC 0 !7 or G1 FC COIL 0 0 0 oo UPFLOW HORIZONTAL UPFLOW DOWNFLOW HORIZONTAL mYORIC Cw U s A Heating and Air Coriftning PT�d r U.S.Oly Team Unitary Products Group P.O.Box 1592,York,Pennsylvania USA 17405-1592 Subject to change without notice. Printed in U.S.A. 550.4&TG1Y Copyright©by York International Corporation 1997.All Rights Reserved. Code:EBY,EGY Supersedes:550.48-TG1Y(GIY OUTDOOR MYORIC , R SPLIT-SYSTEM COOLING INSTALLATION INSTRUCTION Supersedes:550.46-N1Y(197&198) T 550.46-N1Y 598 10 H*RA, H*RC and H*RE 035-13606 (10, 12 and 14 SEER) MODELS NOMENCLATURE Q LP Product Category �y �o H=Air Conditioning,Outdoor Unit Product Generation 1,2=Design Level �r Product Identifier Q� RA=10 SEER Split-System Air Conditioning O� RC=12 SEER Split-System Air Conditioning OQ RE=14 SEER Split-System Air Conditioning Nominal Cooling Capacity 018=18,000 BTUH 042=42,000 BTUH 024=24,000 BTUH 048=48,000 BTUH 030=30,000 BTUH 060=60,000 BTUH 036=36,000 BTUH GENERAL Refrigerant Line Connections S=Sweat-Connect These outdoor units are designed to be connected to a match- Voltage Code ing UPG indoor coil with sweat connection lines.These units 06=208/230-1-60 are factory charged with refrigerant for a matching indoor coil plus 15 feet of field supplied line.The outside unit is designed to be placed alongside or at the back of the home,remote from the indoor coil. The outdoor unit has been factory run-tested LIMITATIONS and all components of the system are ready for easy,immedi- ate installation. Caution: The manufacturer is'not responsible for the per- formance of a mismatched system. The outdoor unit must be installed with a compatible indoor unit INSPECTION as designated in the specification data or in the Directory of Certified UnitaryAir Conditioners pub- lished by the Air Conditioning and Refrigeration Check the unit thoroughly for shipping damage. Unusually Institute. Using unmatched components may not rough handling during shipment may loosen blowers,fan mo- only affect the performance of the system,but may tors,compressors,or other components.Be sure that the unit also void the warranty of the equipment. is ready to operate before installing it.If there is damage,file a Do not install any coil in a furnace which is to be claim with the shipper.See Form 50.15-NM for more informa- operated during the heating season without attach- tion. ing the refrigerant lines to the coil.Allowing the coil charge to enter the refrigerant lines prevents ex- cessive refrigerant pressure build-up and possible REFERENCE coil damage. Use this instruction in conjunction with the instructions for the The unit should be installed in accordance with all national and local codes and regulations which govern the installation of this appropriate indoor unit,air moving system and accessories. type of equipment.In lieu of local codes,the equipment should . be installed in accordance with the National Electric Code,and Installer should pay particular attention to the words NOTE, in accordance with the recommendations made by the National CAUTION and WARNING. Board of Fire Underwriters. Limitations for the indoor unit,coil and appropriate accessories NOTES are intended to clarify or make the installation easier. must also be observed. CAUTIONS identify procedures which,if not followed carefully, The outdoor unit must not be installed with any duct work in the could result in personal injury, property damage or product air stream. The outdoor fan is the propeller type and is not damage. designed to operate against any additional external static pres- sure. WARNINGS are given to alert the installer that severe personal The maximum and minimum conditions for operation must be injury, death or equipment damage may result if installation observed to assure a system that provides maximum perform- procedures are not followed properly. ance with minimum service. 550.46-N1Y TABLE 1 -APPLICATION LIMITATIONS The length of the refrigerant tubing, between the outdoor unit AMBIENT AIR TEMPERATURE AIR TEMPERATURE and indoor coil,should be as short as possible to avoid capacity ON OUTDOOR COIL ON INDOOR COIL and efficiency loss.Excessive spacing of the outside unit from Min.'D13 Max.'DB Min.-WB Max.°WB the home can lead to the refrigerant lines being restricted by trampling or by being punctured by lawn mowers. Locate the 50 120 57 72 outside unit away from bedroom windows or other rooms where sound might be objectionable. Adverse effects of prevailing winds, blowing snow or.sleet on CHECK ELECTRICAL POWER SUPPLY the outdoor coil can be eliminated by placing the outside unit where the wind does not blow across the unit.Trees, shrubs, The electrical power should be checked to determine if ade- comers of buildings and fences standing off from the coil can quate power is available, and near constant voltage can be reduce capacity loss due to wind chill effect. maintained. If there is any question concerning the power supply, contact the local power company for corrections;oth- Provide ample clearance from shrubs to allow adequate air to erwise, unsatisfactory performance may result. pass across the outdoor coil without leaves or-branches being SELECTING EQUIPMENT LOCATIONS pulled into the coil. Several important factors must be considered before selecting Consideration should be given to the distance and routing of the best site for the air conditioning outside unit: electrical service that would have to be run to connect the outside unit. • Distance to indoor coil • Proximity to the structure . The unit must be located outdoors and must not be connected • Proximity to vents and exhaust systems to duct work. It is recommended the outside unit be mounted •Ability to service on a concrete pad. Top of pad should be two inches above •Sound transmission grade. •Air circulation •Wind direction OUTDOOR UNIT • Relationship between structure,sun,and unit • Distance from power source After the site has been selected a concrete base pad should •Water drainage be provided.The concrete pad should not come in contact with • Local codes the foundation or side of the structure because sound may be Locate the outside unit near enough to the indoor coil vicinity transmitted to the residence.The concrete pad need not be any to eliminate lengthy refrigerant line runs. Do not locate the larger than the outside dimensions of the outdoor unit. The outside unit so it discharges air under eaves or gutters.Rain or concrete pad should be located far enough away from.the snow melt-off should not be able to run off a roof and down structure so the outside unit is not closer than its minimum upon the unit. Be sure vents are not located upwind from the distances.See Figure 1.Set the outside unit upon the pad with outside unit. care to avoid damage. A minimum clearance of 18 inches is required on one side of Caution: Do not remove the protective.caps or plugs from the control panel forservice.A 10 inch clearance is required for the unit refrigerant connections until the refrigerant the air inlet to the outdoor coil around the perimeter of the unit. lines are run and ready for final connection. If this procedure is not observed, dirt and other particles The air discharge of the unit requires a 60 inch clearance will get into the system and plug various orifices between the top of the unit and any obstruction.See Figure 1. and small tubes. 18"SERVICE TO FURNACE OR AIR HANDLER THERMOSTAT ACCESS CLEARANCE 60"OVERHEAD TERMINAL BLOCK CLEARANCE WEATHERPROOF DISCONNECT SWITCH NEC CLASS 1 WIRING NEC CLASS 2 WIRING 10"CLEARANCE ` TO INDOOR COIL COIL AREA �''"� L\lUt� NOTE:ALL OUTDOOR WIRING MUST BE WEATHERPROOF SEAL OPENING(S)WITH PERMAGUM OR,EQUIVALENT CONTROL ACCESS PANEL FIGURE 1 -OUTDOOR UNIT LOCATION 2 Unitary Products Group 550.46-N1Y INDOOR UNITS When the outdoor unit is above the indoor coil the horizontal runs should be sloped toward the outdoor unit as described Install the indoor coil in the furnace or air handier according to above. the installation instructions packed with each component. REFRIGERANT LINES RE-ASSEMBLING, BRAZING AND CLEANING OF JOINT CONNECTIONS The following steps are very important when setting up a CAUTION. When using hard solder, an inert gas such as dry refrigeration system and need to be followed completely to nitrogen must be introduced and permitted to flow ensure that a strong,flexible and leak tight system is obtained. through tubing during brazing to displace air and prevent oxidation. The installation of the copper refrigerant tubing must be done with care to obtain reliable,trouble-free operation. Remove the Schrader valve cores from the service valves. Remove the plugs from the service valve field tubing connec- t. Selection of proper refrigerant tubing grade and size tions.Clean the joints to be brazed. 2. Refrigerant line routing,cutting and fitting NOTE: Do not overheat the connection to be brazed as this 3. Proper preparation of joint connections can cause improper flow of solder,resulting in a weak 4. Reassembling,cleaning and brazing the joint connections and leaking joint. Never apply heat directly to face of fitting. 5. Insulating the vapor line 6. Connecting the refrigerant lines to the indoor coil and When brazing copper tubing it is very important to preheat the outdoor unit entirejoint before applying the solder.This is done by sweeping the flame steadily and evenly around the fitting, to bring both 7. Pressure leak test all joints fitting and tubing up to equal temperature before applying the 8. Evacuate refrigerant lines and indoor coil solder. 9. Charging refrigeration system (if the line length is Reassemble groups of tubing and fittings,brazing several joints other than 15 feet). See Table 2. instead of one joint at a time.This reduces the chance for error in the alignment of the assembly. Replace Schrader valve TABLE 2-REFRIGERANT LINE CHARGES cores. DO NOT OPEN SERVICE VALVES AT THIS TIME. LIQUID OD VAPOR OD R-22 CHARGE OZ/FT 3/8" 5/8" 0.66 E. Do not heat solder by direct contact with flame of the 3/8" 3/4" 0.68 torch. 3/8" 7/8" 0.70 3/8" 1-1/81, 0.76 INSULATION OF VAPOR LINE Insulate vapor line with 3/8"closed cell insulation. Use only ACR grade copper tubing and keep.ends sealed until Slide tubing insulation onto the vapor line so that it is covered joints are made. completely from the indoor coil to the outdoor unit.Be sure that The correct diameters of the refrigerant lines are listed on the the tubing is capped before sliding on insulation. unit nameplate. It is not necessary to insulate the liquid line,unless it is subject For best performance, select routing of refrigerant lines for to excess heat in an uninsulated area. minimum distance and fewest number of bends. NOTE: In areas of extreme temperatures and humidity,addi- Determine the path that the refrigerant lines will follow. tional insulation may be required to prevent excessive condensation and loss of capacity. Starting at either the indoor coil or the outdoor unit refrigerant line connections,carefully measure,cut,de-burr and fit copper Do not insulate liquid line and vapor line together. Liquid line refrigerant lines along the path previously determined. should not be in contact with the vapor line. NOTE: If it is necessary for bends to be formed in the vapor line, the radius should not be less than 92 inches. REFRIGERANT LINE SUPPORT Cut ends of the copper tubing square. Refrigerant lines should be supported in a way that no dips or Remove all burrs from tubing with a reamer,file or de-burring sags occur. We recommend four feet between supports. If tool. refrigerant lines are to be attached to the home structure,care should be taken to eliminate the transmission of vibrations. Slope tubing towards the outdoor unit. Braze refrigerant lines to indoor coil and outdoor unit. Attach the refrigerant lines to the indoor coil first.Remove plugs from When the indoor coil is above the outdoor unit the vapor line the indoor coil,then clean joints to be brazed.Braze refrigerant should be sloped toward the outdoor unit with a fall of at least lines to the indoor coil.Attach refrigerant lines to the outdoor 1/4 inch per Ft. unit. Unitary Products Group 3 550.46-N 1 Y elevation differences, and/or long total line lengths.An addi- tional orifice(s)is shipped with most outdoor units for the most L I QUI D NL commonly required replacement combinations. Other sizes OOLIN must be ordered from the Source 1 Parts Department if re- quired. INCORRECT See the appropriate Data Sheet for the correct orifice size. If the orifice size matches, nothing further is required and the refrigerant lines may be connected per the outdoor unit instruc-Otion. However, if another orifice should be used, see the coil instruction for details to change to change the orifice in the coil. R CORRECT INSULATED VAPOR LINE OPENING EASE VALVES All models in this series have brass service valves.These FIGURE 2-Vapor Line Insulating valves are not back seating.Opening or closing valve does not close service port. Service ports have Schrader valves for CHARGING AND LEAK TESTING gauge connections. Use back-up wrench on valve body when removing cap to open or close the valve. To open, insert hex On systems with or without service valves the refrigerant wrench into stem and back out counterclockwise until stem just should be recovered or recycled in accordance with EPA regu- touches retaining ring. lations.In some cases this may require putting piercing valves on both the high and low sides of the system. CAUTION: If the valve stem is backed outbeyond the retaining ring, system pressure could force the stem out of the valve body and possibly cause personal injury. WARNING:DO NOT vent refrigerant to the outdoors. In the event that the retaining ring is missing do not attempt to open the valve. When recovering refrigerant from a system, with a burnout, follow a safe procedure due to possible contamination. All caps must be replaced to prevent leaks. CAUTION. Avoid getting the refrigerant in the eyes or on the Replace valve cap finger tight,then tighten an additional 1/6 of skin. a turn with a wrench,using a back-up wrench on the valve body. Contaminated refrigerant must be recovered and OIL TRAPPING returned to the local refrigeration supply house for ' proper disposition. When the outdoor unit is above the indoor coil oil trapping is . TOTAL LINE LENGTH necessary.Please refer to APPLICATION DATA,690.01-AD1V (1291) and worksheet 690.01-AD1.1V (791) "General Piping Units should be installed only with approved system combina- Recommendations and Refrigerant Line Length". tion(indoor/outdoor)as specified in the Technical Guide. Check the system for correct charge after all components of For systems with total line length exceeding 50 feet, see the system have been installed,connected and wired correctly. APPLICATION DATA, 690.01-AD1V(1291) and worksheet 690.01-AD1.lV(791)"General Piping Recommendations and Connect service gauges to the suction and discharge service Refrigerant Line Length"for vapor and liquid line sizing, cali- ports. bration of,liquid line pressure loss or gain, determination of vapor line velocity, elevation limitations, orifice connections, Allow unit to operate until system pressures and temperatures system charging,traps,etc. have stabilized, making sure that the pressure and tempera- tures align with unit service data. If not, check system charge Systems with liquid line pressure loss or gain greater than 11 and adjust if necessary. psi must be provided with corrected orifice size as noted in Form 690.01 -ADI V(1291). ELECTRICAL WIRING ORIFICE SELECTION (ORIFICE TYPE COILS ONLY) WARNING:To prevent electrical shock, open remote discon- nect so electrical supply to outdoor unit is shut off orifice must be installed in the evaporator contactor does not open both sides of the 230 volt NOTE: The proper p electrical circuit. coil liquid line connection prior to the connection of the refrigerant lines. POWER SUPPLY WARNING.Coil is under 35 psig(inert gas)pressure, All wiring must comply with N.E.C.and local codes.See rating plate and product data sheet for volts,frequency,phase,maxi- Each coil has an orifice installed in the fitting between the liquid mum fuse size and minimum branch circuit ampacity.Refer to line connection and distributor. The orifice is identified on a the wiring diagram inside the unit control box cover before label next to the liquid line connection. connecting to power supply. The orifice shipped with the indoor coil is based on'the"most 1. The line voltage service wiring for the outdoor unit must sold" combination. The indoor coil orifice may be changed, include a disconnect switch located with and in sight of the depending on the capacity and efficiency of the outdoor unit, outdoor unit. 4 Unitary Products Group 550.46-N1Y START RELAY (Not on all Models) CONTACTOR o n rl 0 0 DUAL RUN/FAN CAPACITOR 1 FAN MOTOR L2 PLUG START CAPACITOR (Not on all Models) o O LOW VOLTAGE BOX GROUND LUG - REVERSIBLE-HIGHVOLTAGE CONDUIT PLATE "FINGERED" BUSHING FIGURE 3-TYPICAL CONDENSING UNIT CONTROL BOX (Start Components Shown) START RELAY o e (Not on all Models) DUAL ❑ RUN/FAN CAPACITOR CONTACTOR START L1 CAPACITOR (Not on all Models) L2 FAN - MOTOR LOW PLUG VOLTAGE o BOX e C "FINGERED" 0 BUSHING GROUND LUG REVERSIBLE HIGH VOLTAGE CONDUIT PLATE FIGURE 4-TYPICAL CONDENSING UNIT CONTROL BOX (Start Components Shown) 2. Use the correct size fuse or circuit breaker as listed on the installed for 1/2"conduit connections.For 3/4"conduit, unit rating plate and data sheet. See data sheet for mini- remove the screw holding the plate in place and reverse mum recommended wire size. If using nonmetallic- the location of the holes. For 1" conduit, remove the sheathed cable(NM or NM-B)ampacities shall be that of conduit plate and discard.Re-install screw to maintain 60"C conductors per NEC 336-26. the integrity of the unit structure, regardless of the conduit being used.See Figures 3 and 4. 3. Wiring connections. 4. Power connection to the unit is facilitated by screw termi- nals,marked LI and L2 on the outdoor unit contactor.See Two are provided in the control box: Figures 3 and 4. a. One for low voltage wiring. 5. Ground the outdoor unit using the ground lug provided. b. One entrance for high voltage LI and L2 Unless the outdoor unit is grounded through proper wiring to the service entrance ground,a suitable separate ground The reversible High Voltage Conduit Plate is factory should be provided at the outdoor unit. Unitary Products Group 5 550A6-N1Y ALL FIELD WIRING TO BE IN ACCORDANCE WITH NATIONAL ELECTRICAL CODE(NEC)AND/OR LOCAL CODES POWER WIRING 24 VOLT CONTROL WIRING ®_ POWER 208/230-1-60 Minimum 18 GA.Wire ——e o CONTROL 230-1-50 (NEC Class 2) _ FACTORY FURNACE OR AIR HANDLER TERMINAL BLOCK ' ' C Y R G W 00 CONTACTOR ® TERMINALS I I J I 'Terminal W is only GROUND COIL __J required on systems SCREW Y R G W + with heat. ROOM THERMOSTAT ALL OUTDOOR WIRING MUST BE WEATHERPROOF. USE COPPER CONDUCTORS ONLY, FIGURE 5-TYPICAL FIELD WIRING CAUTION: Casing or cabinet must be permanently grounded Total system charge is determined as follows: in accordance with National Electric Code or other applicable local codes. 1. Determine outdoor unit charge from tabular data.sheet. LOW VOLTAGE 2. Determine indoor coil adjustment from tabular data sheet. Control wiring may vary, depending upon the type of thermo- 3. Calculate the line charge using Table 2 factors.Calculate stat,furnace or air handler being connected. over 15 feet of sweat lines for sweat connect units. Low voltage wiring diagrams can be found with the furnace or NOTE: For sweat connect lines, the line charge over 15 feet air conditioning blower package installation instructions. should be included on the data plate and must be added to the system. Pig-tail connector wires(two blue or one blue,one brown)are provided from the low voltage pull-in coil on the contactor to a 4. Total system charge=item 1 +item 2+item 3. section of the control box.A"fingered"bushing is provided in 5. Permanently stamp the unit data plate with the total the low voltage knockout hole.If/2'conduit is used for the low amount of refrigerant in the system. voltage wiring,the bushing is to be removed. 1. Route the low voltage cable through the fingered bushing Use one of the following charging methods whenever additional in the low voltage junction box.See Figure 3 and 4. refrigerant is required for the system charge. ° 2. Using wire nuts, connect low voltage wiring as shown in CAUTION: Refrigerant charging should only be carried out by Figure 5. a qualified air conditioning contractor. 3. A minimum 19 AWG wire gauge for total lengths not Measurement Method exceding 130 feet must be used in connecting the low If a calibrated charging cylinder or accurate weighing device is voltage control wiring between the outdoor unit, furnace available,add refrigerant accordingly. and thermostat. For longer low voltage control wiring lengths,consult the N.E.C. CAUTION: Compressordamagewilloccurifsystemi's improp- Connect thermostat and control package wiring as shown erly charged. On new system installations charge in Figure 5 and per the instructions packed with those system per R-22 charge information label and fol- low guidelines in this instruction. pieces. SYSTEM CHARGE Check flare caps on service ports to be sure they are leak tight. DO NOT OVER TIGHTEN (between 40 and 60 inch - lbs. The factory charge in the outdoor unit includes enough charge maximum). for the unit and a most sold matched evaporator.Some indoor Superheat Charging Method coil matches may require some additional charge.See Tabular Data sheet provided in unit literature packet. NOTE: Use this method only during system maintenace and Sweat connect units also include sufficient charge for 15 feet repair. of lines. Pre-charged line lengths are factory charged with the til temperatures and pressures stabi- erate system u Operate n correct amount of refrigerant required.Table 2 lists the refrig- 1. (minimum of n minutes). erant line charges. 2. Measure and record indoor wet bulb (WB) temperature The "TOTAL SYSTEM CHARGE" must be permanently using a sling psychrometer and the outdoor dry bulb(DB) stamped on the unit data plate. temperature using a thermometer. 6 Unitary Products Group 550.46-N 1 Y TABLE 3 -Superheat Value INDOOR OUTDOOR DB°F WB*F* 55 �65 70 75 80 85 90 95 100 105 110 115 50 9 7 52 12 10 6 54 14 12 10 7 56 17 15 14 10 6 58 20 18 16 13 9 5 60 23 21 19 16 12 8 6 62 26 24 22 1 19 16 12 8 5 64 29 27 24 1 21 18 15 11 9 6 66 32 31 30 24 23 18 15 11 9 6 68 35 33 30 27 24 21 19 16 14 12 9 6 70 35 33 30 28 25 22 20 18 15 13 11 8 72 35 33 30 28 26 24 20 20 17 15 14 74 3431 30 27 25 23 22 20 18 76 351 33 1 31 29 27 26125 23 *Evaporator Entering Air°F TABLE 4-Temperature and Pressure SUCTION SUCTION SERVICE VALVE SUPERHEAT PRESSURE PSI(Service Port) 0** 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 61.5 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63 65 67 69 64.2 37 39 41 43 45 47 49 51 53 55 57 59 61 63 65 67 69 71 67.1 39 41 43 45 47 49 51 53 55 57 59 61 63 65 67 69 71 73 70.0 41 43 45 47 49 51 53 55 57 59 61 63 65 67 69 71 73 75 73.0 43 45 47 49 51 53 55 57 59 61 63 63 67 69 71 73 75 77 76.0 45 47 49 51 53 55 57 59 61 63 65 67 69 71 73 75 1 77 79 79.2 47 49 51 53 55 57 59 61 63 65 67 69 71 73 75 77 79 81 82.4 49 51 53 55 57 59 1 61 63 65 67 69 1 71 73175 77 79 81 83 **Saturation Temperature TABLE 5-R-22 Saturation Properties TEMP. PRESSURE TEMP. PRESSURE TEMP. PRESSURE TEMP. PRESSURE TEMP, PRESSURE 45 76.02 60 101.62 75 132.22 90 168.40 105 210.75 46 77.58 61 103.49 76 134.45 91 171.02 106. 213.81 47 79.17 62 105.39 77 136.71 92 173.67 107 216.90 48 80.77 63 107.32 78 138.99 93 176.35 108 220.02 49 82.39 64 109.26 79 141.30 94 179.06 109 223.17 50 84.03 65 111.23 80 143.63 95 181.80 110 226.35 51 85.69 66 113.22 81 145.99 96 184.56 111 229.56 52 7 38 67 115.24 82 148.37 9 187.36 12 232.8 53 9 08 68 117.28 8 150,78 8 190. 11 236.08 54 90 81 69 119,34 84 153.22 99 193. 3 114 239.38 55 92.56 70 121.43 85 155.68 100 195.91 115 242.72 56 94.32 71 123.54 86 158.17 101 198.82 116 1252.94 6. 0 57 96 1 72 12 .6 87 160. 9 102 2 1.76 1179. 0 8 97.93 73 127.83 88 163. 103 204.72 11899.76 74 30.01 8 65 80 1 4 207. 2 1 6.4 Unitary Products Group 7 3. Measure and record the suction pressure at the suction SYSTEM OPERATION CHECK-OUT service valve port. STEP 1 - With thermostat set to the OFF position, close 4. Using Table 4,note the superheat value corresponding to disconnect switch or switches to complete circuits to condens- the intersection of the indoor wet bulb and the outdoor dry ing unit,furnace or air handler.Set thermostat to call for cooling. bulb. 5. With the, superheat value obtained in step 4 and the STEP 2 - After the system starts, check the voltage and suction pressure value from step 3,find the intersection of amperage at the condensing unit contactor. the values in Table 5. This is the required suction tube STEP 3 - If voltage is not within 10% of rated voltage, or temperature at the suction service valve. amperage greatly exceeds nameplate amperage, shut down 6. To bring the tube temperature in line with the required the system and contact the local power company for correc- value from Table 5, add refrigerant to the service port to tions;otherwise unsatisfactory performance may result. cause the tube temperature to fall and reclaim refrigerant to cause the temperature to rise. STEP 4-With the system in operation,check the condensing unit for unusual noises and undue vibration. CHECKOUT PROCEDURE STEP 5 - Allow the system to operate until it is balancd or stabilized (approximately 30 minutes), before making further Use the following list to see that nothing was over looked. checks. ❑ Have all braze joints on refrigerant lines been leaked STEP 6 - Remove manifold gage hoses and install cap on checked? Schrader valves. ❑ Have base valves been.opened? INSTALLER ❑ Have all refrigerant lines been secured and isolated properly? After installation is complete, place unit data sheet and instal- lation instructions in customer envelope and give to home ❑ Is the indoor coil drain hooked up and draining freely?Pour owner. water in drain pan. ❑ Is air filter installed and clean? ❑ Is blower motor speed set correctly? WYORIC U S A Heating and Air Conditioning Proud or��" ' U.S.Olymplc7eam Untiary Products Group 9tl�0 P.O.Box 1592,York,Pennsylvania USA 17405-1592 Subject to change without notice. Printed in U.SA Copyright©by York Intemational Corporation 1998.All Rights Reserved.' Code:SBY 550.46-N1 Y