## APPENDIX G. DECODING OF MANUFACTURER MODEL NUMBERS LIST OF TABLES Table G.1 Example Furnace Model Number Description
........................ G-1 

## Table G.2 Amana Model Number Description
................................. G-1 

## Table G.3 Armstrong Model Number Description
.............................. G-2 

## Table G.4 Carrier Model Number Description
................................. G-2 Table G.5 Ducane Model Number Description
................................ G-2 

## Table G.6 ECR International (Olsen) Model Number Description
................. G-2 

## Table G.7 Goodman Model Number Description
............................... G-3 Table G.8 ICP Model Number Description
................................... G-3 Table G.9 Lennox Model Number Description
................................ G-3 Table G.10 Nordyne Model Number Description
............................... G-3 

## Table G.11 Rheem Non

-Condensing Model Number Description
................... G-4 

## Table G.12 Rheem Condensing Model Number Description
....................... G-4 

## Table G.13 Texas Furnace Model Number Description
........................... G-4 

## Table G.14 Thermo-Pride Furnace Model Number Description

.................... G-4 

## Table G.15 Trane/American Standard Model Number Description
.................. G-5 

## Table G.16 York Furnace Model Number Description
........................... G-5 

# APPENDIXG. DECODINGOFMANUFACTURERMODELNUMBERS

Table G.I Table G.2 Table G.3 Table G.4 Table G.S Table G.6 Table G.7 Table G.8 Table G.9 Table G.IO Table G.II Table G.12 Table G.13 Table G.14 Table G.IS Table G.16 

# LIST OFTABLES Example Furnace ModelNumberDescription
........................ G-I Amana Model NumberDescription.
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. G-I Armstrong ModelNumberDescription.
. . . . . . . . . . . . . . . . . . . . . . . . . . . .. G-2 CarrierModelNumberDescription
............................... " G-2 Ducane Model NumberDescription
................................ G-2 ECRInternational (Olsen) Model NumberDescription
................. G-2 GoodmanModel NumberDescription
............................... G-3 ICP ModelNumberDescription
................................... G-3 Lennox Model NumberDescription
................................ G-3 NordyneModel NumberDescription
............................... G-3 RheemNon-CondensingModelNumberDescription
................. " G-4 Rheem Condensing ModelNumberDescription
. . . . . . . . . . . . . . . . . . . . . .. G-4 Texas FurnaceModelNumberDescription
........................... G-4 Thermo-PrideFurnace ModelNumberDescription
.................... G-4 Tranel

## American StandardModelNumberDescription.
. . . . . . . . . . . . . . . .. G-S YorkFurnace ModelNumberDescription
........................... G-S

G-i

## APPENDIX G. DECODING OF MANUFACTURER MODEL NUMBERS The Department used manufacturer model numbers, among other furnace characteristics, to determine nominal airflow capacity. Manufacturers often code furnace specifications into their model numbers. This appendix illuminates the coding of different manufacturer model numbers. An Amana model number is shown as an example of how manufacturers code furnace characteristics. Table G.1 shows the Amana model number "GUID045CA30." The first row of the table shows the model number broken into eight cells. The fifth, sixth, and seventh characters of the model number are grouped together. The tenth and eleventh characters are grouped together. The second row gives an explanation for each character or group of characters. Row three deciphers the character or group. Deciphering the model number shows that this Amana furnace model is an upflow gas furnace with induced draft, a nominal output of 45K Btuh, that it is not NOx certified, and has a nominal airflow capability appropriate for a three ton air conditioner. Table G.1 Example Furnace Model Number Descri tion1 G U I D 045 C A 30 Product Supply Type Furnace Model Nominal Design Additional Nominal Type Type Features Input Series Features AC Size (kBtu/h) G: Gas U: Upflow I: Induced D: Air 045 C: Third A: 30:3 Tons Furnace Draft Command Series Standard (80%) 80 SV Unit (not

(Category I NOx Venting) certified) 

## All manufacturers have similar coding schemes for their furnace model numbers. Tables G.2-G.16 show model numbers from the major manufacturers and an explanation of their conventions. Table G.2 Amana Model Number Descri tion2 A M S 8 070 3 A N A Brand Air Flow Description AFUE Nominal Max Cabinet NOx Revision

Direction Input (kBtu/h) CFM Width @0.5" ESP A = Amana M: Upflow/ S: Single- 8: 80% 045 3:1,200 A:14" N:Natural A: Initial B = Distinctions Horizontal Stage/ 9: 90% 070 4:1,600 B:17.5 Gas Revision G = Goodman D: Dedicated multi- 090 5:2,000 C:21" X:Low B: First

Downflow Speed 115 D:24.5" NOx Revision C: Downflow/ V:Two- 140 C: Second Horizontal Stage/ Revision H: Hi Air VariableFlow Speed 

### G-1 

# APPENDIX Go DECODINGOFMANUFACTURERMODELNUMBERS
TheDepartmentusedmanufacturermodelnumbers, amongotherfurnace characteristics,to determine nominal airflow capacity. Manufacturers often code furnace specifications into their model numbers. This appendix illuminates the coding ofdifferent manufacturermodel numbers. An 

# Amana model number is shown as an example ofhow manufacturers code furnace characteristics. TableG.1 showstheAmanamodelnumber "GUID045CA30."The firstrowofthe table shows the model numberbroken into eight cells. The fifth, sixth, and seventh characters of the model number are grouped together. The tenth and eleventh characters are grouped together. Thesecondrowgivesanexplanationforeachcharacterorgroup ofcharacters. Rowthreedeciphers the characterorgroup. Decipheringthe modelnumber shows thatthis Amana furnace model is an upflow gas furnace with induced draft, a nominal output of45KBtuh, that it is notNOx 

# certified, and has anominal airflow capability appropriate for a three ton air conditioner. T 

# bi G 1



# a e ° 

## E 

# I F xampe urnaceM d IN b D o e urn er 

# Of escnpllOn G 

## U I 

### D 

## 045 C A 

## 30 Product Supply Type Furnace Model Nominal Design Additional Nominal Type Type Features Input Series Features AC Size (kBtulh) G: Gas U: Upflow I: 

### Induced D:Air 045 C: Third A: 30: 3 Tons Furnace Draft Command Series Standard (80%) 80 SV Unit (not (Category I 

### NOx Venting) certified)


# All manufacturers have similar coding schemes for their furnace model numbers. Tables G.2-G.16 show model numbers from the major manufacturers and an explanation of their conventions. 

# T bi G2 A 

# M dIN b D 

# Of 2



# a e ° 

# mana 0 

# e urn er escnpl 

# lOn A M S 

### 8 070 3 A N A Brand AirFlow Description AFUE Nominal Max Cabinet NOx Revision Direction Input (kBtu/h) CFM Width @0.5" ESP A=Amaua M: Upflowl S: Single- 8: 80% 045 3:1,200 A:14" N:Natural A: Initial B = Distinctions Horizontal Stagel 9: 90% 070 4:1,600 B:17.5" Gas Revision G=Goodman D: Dedicated Multi- 090 5:2,000 C:21" X:Low B: First Downflow Speed 115 D:24.5" NOx Revision C: Downflowl V:Two- 140 C: Second Horizontal Stagel Revision H:HiAir VariableFlow Speed


### G-l

## Table G.3 Armstron Model Number Descri tion3 G IN 80 A H 100 D 20 B IA Product Furnace Type Nominal Series Configuration Heating Motor Nominal Cabinet Low Revisi Family AFUE Input x Type Maximum Width NOx on 1000 CFM x 100 Model (btu/h) G=Gas IN = Single-Stage Heat, 80 AFUE A Series H = Horizontal 50 D = Direct 12=1200 A = 13-1/2 L = IA Furnace Non-Direct Vent 93 AFUE B Series U = Upflow 75 Drive 14=1400 B = 17 Low

ID = Single-Stage Heat, 95 AFUE T = Upflow/ 100 16=1600 C = 20-1/2 NOx Direct Vent Horizontal 125 20=2000 Model 2D = Two-Stage Heat, R = Downflow/ 150 Direct Vent Horixontal


## Table GA Carrier Model Number Descri tion4

58DLA 045 100 08 Furnace Series Configuration/Type Input Capacity Series Number Nominal Cooling Size (Airflow) (kBtu/h) (400 CFM per 12,000 btu/h) 58DLA = Deluxe 4-Way Multipoise 045 = 44,000 100 Series 08 = 800 CFM 58DLX = Low NOx version 070 = 66,000 12 = 1200 CFM 58CVA = Variable Speed 4-Way Multipoise 090 = 88,000 14 = 1400 CFM 58CVX = Low NOx version 110 = 110,000 16 = 1600 CFM 58CTA = Two-Stage 4-Way Multipoise 135 = 132,000 20 = 2000 CFM 58CTX = Low NOx version 155 = 154,000 22 = 2200 CFM


## Table G.5 Ducane Model Number Description5

MGPA 075 B 4 B Furnace Family Input Capacity Series Nominal Cooling Revision (kBtu/h) Capacity (tons) MGPA = Fits-All 80 AFUE 050 A 3 B6 FPBB = Horizontal 80 AFUE 075 B 4 DPGB = Downflow 80 AFUE 100 C 5 CMPB = Fits-All 92 AFUE (Downflow) 125 U CMPU = Fits-All 92 AFUE (Upflow) CMPV = Fits-All 92 AFUE variable speed


## Table G.6 ECR International Olsen) Model Number Description 6 GTM 50 Furnace Family Input Capacity (kBtu/h) GTM = Med Efficiency Gas Furnace (80% AFUE) 50 GTH = High Efficiency Gas Furnace (95% AFUE) 70 85 100



### G-2 

# T bi G3 A t 

# M dIN b D 

# Of 3



# a e ° 

# rms rong 0 

# e urn er escni>llOn G IN 80 A 

### H 100 D 20 B IA Product Furnace Type Nominal Series Configuration Heating Motor Nominal Cabinet Low Revisi Family AFUE Input x Type Maximum Width NOx on 1000 CFMx 100 Model (btu/h) G=Gas IN = Single-Stage Heat, 80AFUE A Series H = Horizontal 50 D=Direct 12=1200 A = 13-1/2 L= IA Furnace Non-Direct Vent 93 AFUE B Series U= Upflow 75 Drive 14=1400 B = 17 Low lD Single-Stage Heat, 95 AFUE T= Upflow/ 100 16=1600 C = 20-1/2 NOx Direct Vent Horizontal 125 20=2000 Model 2D = Two-Stage Heat, R = Downflow/ 150 Direct Vent Horixontal


# T bi G4 C M dIN b D 

# Of 4



# a e ° 

# arner 0 

# e urn er escnpllOn 58DLA 045 100 08 Furnace Series Configuration/Type Input Capacity Series Number Nominal Cooling Size (Airflow) (kBtu/h) (400 CFM per 12,000 btu/h) 58DLA = Deluxe 4-WayMultipoise 045 = 44,000 100 Series 08 = 800 CFM 58DLX = LowNOx version 070 = 66,000 12 = 1200CFM 58CVA = Variable Speed4-WayMUltipoise 090 = 88,000 14= 1400CFM 58CVX LowNOx version 110 = 110,000 16 = 1600 CFM 58CTA Two-Stage 4-WayMultipoise 135 = 132,000 20 =2000 CFM 58CTX = LowNOx version 155 = 154,000 22 =2200 CFM


# T bi G5 D 

## M 

# dIN b D 

# Of 5



# a e ° 

# ucane 0 

# e urn er escnpllon MGPA 075 B 4 B Furnace Family Input Capacity Series Nominal Cooling Revision (kBtu/h) Capacity (tons) MGPA = Fits-All 80 AFUE 050 A 3 B6 FPBB = Horizontal 80 AFUE 075 B 4 DPGB = Downflow 80 AFUE 100 C 5 CMPB = Fits-All 92 AFUE (Downflow) 125 U CMPU = Fits-All 92 AFUE (Upflow) CMPV = Fits-All 92 AFUE variable speed


# Table G.6 ECRInternational (Olsen) ModelNumberDescription6 GTM 50 Furnace Family InputCapacity (kBtu/h) GTM = Med EfficiencyGas Furnace (80% AFUE) 50 GTH = High Efficiency Gas Furnace (95% AFUE) 70 85 100



### G-2

## Table G.7 Goodman Model Number Description7 GMNT 040 3 Unit Type Input Capacity Nominal Cooling Capacity (Btu/h) (tons) GMNT = Multi-position gas furnace 040 = 40,000 Btu/h 3 = 3 tons 060 = 60,000 Btu/h 4 = 4 tons 080 = 80,000 Btu/h 5 = 5 tons 100 = 100,000 Btu/h 120 = 120,000 Btu/h


## Table G.8 ICP Model Number Descri tion8 N 9 MP 2 075 F 12 A # Brand Model Identifier Installation Major Design Heating Cabinet Cooling Marketing Engineering Identifier Configuration Feature Input Width Airflow Digit Rev. (btu/h) (inches) N = Non-Brand 8 = Non- MP = Multiposition I = One pipe 050 B = 15.5" 08 = 800 Denotes Denotes Specific Condensing UP = Upflow 2 = Two pipe 075 J = 22.8" 12 = 1200 minor minor (Generic) 9 = Condensing DN = Downflow D = 1 or 1 pipe 080 F = 19.1" 14 = 1400 change change T=Tempstar UH=Upflow/ L=LowNox 100 L24.5" 16=1600 Horizontal N = Single-Stage 125 20 = 2000 HZ = Horizontal P = PVC Vent DH = Downflow/ T = Two-Stage Horizontal V = Variable Speed


## Table G.9 Lennox Model Number Description' G 40 UH 24 A 045 X Unit Type Series Configuration Nominal Add- Cabinet Heating Input CA emission On Cooling Width (btu/h) requirements Capacity G = Gas 40 = Merit Series 80% UH = Upflow/Horizontal 24 = 2 Tons A = 14-1/2 045 = 44,000 X = meets Furnace 50 = Elite 80% DF = Downflow/Horizontal 36 = 3 Tons B = 17-1/2 070 = 66,000 California NOx

60 = Two-Stage 80% 48 = 4 Tons C = 21 090 = 88,000 standards 60 = 5 Tons D = 24-1/2 110 = 110,000 135 = 132,000 155 = 154,000 

## Table G.1O Nordyne Model Number Descri tionlo G 6 R A 144 C 20 C Furnace Design Furnace Type Furnace Configuration Heating Input Certification Nominal CFM Cabinet Fuel Type Series (btu/h) Type Width G, FG, 6 or 1 R = Residential A = Upflow 045 = 45,000 C = US/Canada 08 = 800 CFM A = 14-1/4 KG, L = T = Residential, Two- C = Upflow, Condensing 060 = 60,000 N = NOx US 12 = 1200 CFM B = 19-3/4 Gas Stage K = Downflow 072 = 72,000 V = Variable Speed C = 22-1/2 L = Downflow, condensing 096 = 96,000 120 = 120,000 144 = 144,000


### G-3 

# T bi G7 G d 

## M dIN b 

## D 

# Of 7



## a e ° 

### 00 

## man 0 

## e urn 

## er escnp IOn GMNT 040 3 Unit Type Input Capacity Nominal Cooling Capacity (Btu/h) (tons) GMNT = Multi-position gas fiJrnace 040 = 40,000 Btu/h 3 3 tons 060 = 60,000 Btu/h 4=4 tons 080 = 80,000 Btu/h 5 = 5 tons 100 = 100,000 Btu/h 120 = 120,000 Btulh


# T bi G8 

# ICPM d IN 

# b D 

# Of 8



## a e ° 

### 0 

## e urn 

## er escnpllOn N 9 MP 2 075 

### F 12 A 

### # Brand Model Identifier Installation MajorDesign Heating Cabinet Cooling Marketing Engineering Identifier Configuration Feature Input Width Airflow Digit Rev. (btulh) (inches) N = Non-Brand 8 = Non- MP = Multiposition 1 = One pipe 050 B = 15.5" 08 = 800 Denotes Denotes Specific Condensing UP= Upflow 2 = Two pipe 075 J = 22.8" 12 = 1200 minor minor (Generic) 9 = Condensing DN = Downflow D = 1or 1pipe 080 F= 19.1" 14 = 1400 change change T=Tempstar UH=Uplfow/ L=LowNox 100 L=24.S" 16 = 1600 Horizontal N = Single-Stage 125 20 = 2000 HZ = Horizontal P=PVCVent DH = Downflow/ T = Two-Stage Horizontal V = Variable Speed


# T bi G9 L 

# M dIN 

# b D 

# Of 9



## a e 

# . ennox 0 

## e urn 

## er escnpllOn G 40 

### UH 24 A 045 X UnitType Series Configuration Nominal Add- Cabinet Heating Input CAemission On Cooling Width (btulh) requirements

Capacity G=Gas 40 = Merit Series 80% UH = Upflow/Horizontal 24 = 2Tons A= 14-1/2 045 = 44,000 X = meets Furnace 50 = Elite 80% DF Downflow/Horizontal 36 = 3 Tons B=17-1I2 070 = 66,000 CaliforniaNOx 60 = Two-Stage 80% 48 =4Tons C=21 090 = 88,000 standards 60 = 5 Tons D = 24-1/2 110 = II0,000 135 = 132,000 155 = 154,000


## T bi 

## G 10 N d 

## M dIN b D 

# Of 10



## a e ° 

## orlyne 0 

## e urn 

## er escnpllOn

G 6 

### R A 144 C 20 C Furnace Design FurnaceType Furnace Configuration Heating Input Certification Nominal CFM Cabinet Fuel Type Series (btulh) Type Width G,FG, 6 or I R = Residential A=Upflow 045 = 45,000 C = US/Canada 08 800 CFM A= 14-1/4 KG,L= T = Residential, Two- C = Upflow, Condensing 060 = 60,000 N=NOx US 12 = 1200 CFM B = 19-3/4 Gas Stage K Downflow 072 = 72,000 V = Variable Speed C = 22-1/2 L = Downflow, condensing 096 = 96,000 120 = 120,000 144 = 144,000


### G-3

## Table G.11 Rheem Non-Condensing Model Number Descri tion" R G P J 07 E A U E R Brand Fuel Type Non- Design Series Heating Ignition Variations Blower Cooling Natural Gas Identifier Condensing Input Type Size Designation Fuel Code Furnace Type (kbtu/h) (CFM) R = Rheem G = Natural D =Upflow J = Acclaim 04 = 45 E = Electric A = U = 11x6 S=500-1200 R = US U = Ruud Gas L = Downflow A = Acclaim 11 05 = 50 Ignition Standard M = 11x7 E=1100-1300 A = Canada W= P = Upflow/ K = Criterion 11 06 = 67.5 N = Electric B= Wide R = 1 l x10 G=1450-1750 Weatherking Horizontal Plus 2 07 = 75 Ignition - Cabinet J = 1900-2075 N = Classic 10 = 100 NOx Model Series 12 = 125 L = Criterion II 15 = 150 Plus 2 LXE


## Table G.12 Rheem Condensing Model Number Description12
R G T J 07 E M A E S Brand Fuel Type Condensing Design Series Heating Ignition Blower Variations Cooling Natural Gas Identifier Furnace Type Input Type Size Designation Fuel Code (kbtu/h) (CFM) R = Rheem G = Natural T = J = Classic 90 04 = 45 E = Electric M = 11x7 A = E = 1100-1300 S = US U = Ruud Gas Downflow/ A = Classic 90 06 = 60 Ignition R = 11x10 Standard G = 1500-1700 B = Canada W = Horizontal Plus 07 = 75 N = Electric Z = 12x1I B= Wide J = 1900-2100 Weatherking R = Upflow D = Classic 90 09 = 90 Ignition - Y = 12x7 Cabinet K 600-1200 M = Upflow Plus Modulating 10 = 105 (Low NOx) C = M = 1200-2000 Modulating 12 = 120 Single/Mul ti Zone


## Table G.13 Texas Furnace Model Number Descri ption"

ABA 040 NH 3 R Furnace Family Heating Input (kbtu/ h) Series Nominal Cooling Capacity Version (tons) ABA = 80 Plus 040 NH 2 R = Standard CSA = 90 Plus (Downflow) 060 3 RX = Low Nox VSA = 90 Plus (Upflow) 080 4 RH = High Altitude 100 5 120 6 140


## Table G.14 Thermo-Pride Furnace Model Number Description14 MHA 50 N Furnace Family Heating Input (kbtu/h) Furnace Fuel Type MHAI = Comfort 80+% Mid-Efficiency Gas Fired Furnace 50 N = Natural Gas MHA = Comfort 80+% Mid-Efficiency Gas Fired Furnace 75 P = Propane CHX1 or CDXI = Premiere Series Two-Stage Gas Fired Furnace 100 CHB1 or CDBI = 90+% High-Efficiency Gas Fired Furnace 125



### G-4 

## T bi G 11 Rh 

## N 

## C d 

## M dIN b D 

# Of II



## a e ° 

## eern on- on**ensm~** 

### 0 

## e urn er escnp' .on R 

### G P J 

### 07 E A U E R Brand Fuel Type Non- Design Series Heating Ignition Variations Blower Cooling Natural Gas Identifier Condensing Input Type Size Designation Fuel Code FurnaceType (kbtu/h) (CFM) R= Rheem G = Natural D= Upflow J=Acclaim 04=45 E = Electric A= U= 11x6 S = 500-1200 R=US U=Ruud Gas L= Downflow A = Acclaim 

### 11 05 = 50 Ignition Standard M=11x7 E= 1100-1300 A = Canada W= P = Upflow/ K = Criterion II 06 = 67.5 N = Electric B=Wide R= 11xl0 G 1450-1750 Weatherking Horizontal Plus 2 07 = 75 Ignition

- Cabinet J = 1900-2075 N = Classic 10 100 NOxModel Series 12 = 125 L Criterion II IS = 150 Plus 2 LXE


## T bi 

## G 12 Rh 

## C d M 

## dIN b D 12



## a e ° 

## eern on ensmg 0 

## e urn er escrlptlOn R G 

### T J 

### 07 E M A E S Brand Fuel Type Condensing Design Series Heating Ignition Blower Variations Cooling Natural Gas Identifier Furnace Type Input Type Size Designation Fuel Code (kbtu/h) (CFM) R=Rheem G=Natural T= J = Classic 90 04=45 E = Electric M=11x7 A E = 1100-1300 S=US U=Ruud Gas Downflow/ A = Classic 90 06 = 60 Ignition R= 11x10 Standard G = 1500-1700 B = Canada W Horizontal Plus 07 75 N = Electric Z= 12x11 B=Wide J = 1900-2100 Weatherking R= Upflow D = Classic 90 09 90 Ignition

- y= 12x7 Cabinet K= 600-1200 M=Upfiow Plus Modulating 10= lOS (Low NOx) C= M = 1200-2000 Modulating 12 = 120 Single/Mul tiZone


# T bi 

# G 13 T 

# F M dIN b 

## D 

# Of 13



# a e ° 

## exas urnace 0 

## e urn er escnp1lOn ABA 

### 040 

### NH 3 R FurnaceFamily Heating Input (kbtu/h) Series Nominal Cooling Capacity Version (tons) ABA = 80 Plus 040 NH 2 R = Standard CSA = 90 Plus (Downflow) 060 3 RX=LowNox VSA = 90 Plus (Upflow) 080 4 RH = High Altitude 100 5 120 6 140


# T bi G 14 Th P °d F 

## M dIN b D 

# Of 14



## a e ° 

## errno- n e urnace 0 

## e urn er escnpllOn MHA 

### 50 N Furnace Family Heating Input (kbtu/h) Furnace Fuel Type MHAI = Comfort 80+% Mid-EfficiencyGas Fired Furnace 50 N = Natural Gas MHA = Comfort 80+% Mid-EfficiencyGas Fired Furnace 75 P = Propane CHX1 or CDX1 = Premiere Series Two-Stage Gas Fired Furnace 100 CHB1orCDB1 = 90+% High-EfficiencyGas Fired Furnace 125



### G-4

## Table G.15 Trane/American Standard Model Number Description'
T U Y 080 R 9 V3 V 0 Brand Furnace Type Heating Major Design Power Airflow Capacity Minor Design Service Identifier Configuration Input Change Supply for Cooling Change or Digit (Kbtu/h) and Fuel (400 CFM/Ton)
T = Trane U = Upflow/ C = Condensing 040 C = Single

-Stage 115 3 = 3 Tons H = Upflow/ 0 A = American Horizontal D = Induced Draft 060 R = Two-Stage Volt/ V3 = 1 /^-3 Tons, Horizontal Standard D = Downflow/ E = Electronic Ignition 080 All other = Natural Variable Speed V = Variable

Horizontal X = Direct Vent 100 Standard system Gas Motor (ICM) Speed Motor

Condensing 120 V4 = 2 - 4 Tons, Y = Direct Vent 140 Variable Speed Condensing Variable Motor (ICM) Speed V5=3 -5 Tons, Variable Speed Motor (ICM)


## Table G.16 York Furnace Model Number Descri tion16 P4 HU A 12 N 032 01 Series Furnace Cabinet Size Width Design Series Output Capacity Revision

Configuration (kbtu/h) P4 HU = Upflow A = 14-1/2 12 = 1200 CFM N 032 01 = first

Horizontal B = 17-1/2 16 = 1600 CFM L = Low NOx 048 revision

C = 21 20 = 2000 CFM 064 02 = second D = 24-1 /2 080 revision 100 115 130 

## The Department used this information along with product literature and installation manuals to develop a detailed database of furnace characteristics for models that are currently being sold. The database is available on the DOE website at: http://www.eere.energy.gov/buildings/appliance standards/residential/furnaces_boilers.html. From that page, follow the links to the final rule and then to the Analytical Tools. 

# T bi G 15 

# T /A 

# St d dM dIN b D 'f 15



# a e , 

# rane mencan an ar 0 

# e urn er escnpllOn T 

## u y 080 R 9 V3 V 0 Brand Furnace Type Heating Major Design Power Airflow Capacity Minor Design Service Identifier Configuration Input Change Supply for Cooling Change or Digit (Kbtufh) and Fuel (400 CFM/Ton)
T = Trane U=Upflowl C = Condensing 040 C Single-Stage 115 3 = 3 Tons H=Upflowl 0 A = American Horizontal D = Induced Draft 060 R = Two-Stage 

### Voltl V3 = I

### Yz-3 Tons, Horizontal Standard D = Downflowl E = Electronic Ignition 080 All other= Natural Variable Speed V=Variable Horizontal X Direct Vent 100 Standard system Gas Motor (ICM) Speed Motor Condensing 120 V4=2-4Tons, Y = Direct Vent 140 Variable Speed Condensing Variable Motor (ICM) Speed V5 = 3 - 5 Tons, Variable Speed Motor (ICM)


# T bi G 16 Y kF 

# M dIN b D 'f 16



# a e 

# . or urnace 0 

# e urn er escnpllOn P4 HU A 12 N 032 01 Series Furnace Cabinet SizeWidth Design Series OutputCapacity Revision Configuration (kbtufh) P4 HU=Upflow A= 14-1/2 12 1200CFM N 032 01 = first Horizontal B=17-1I2 16 = 1600 CFM L LowNOx 048 revision C=21 20=2000 CFM 064 02 = second D = 

### 24-112 080 revision 100 115 130 

## TheDepartmentusedthis information along withproduct literature and installation manuals to develop a detailed database offurnace characteristics for models that are currently being sold. The database is available onthe DOE website at: http://wwW.eere.energy.gov /buildings/appliance
_standardslresidential/furnaces
_boilers.html. Fromthatpage, follow the links to the final rule and thento the Analytical Tools.

G-5

## REFERENCES

1. Amana Heating and Air Conditioning, GUTA/B/C/D Gas Fired Warm Air Furnace Specification Sheet, 1997. Amana. 2. Amana Heating and Air Conditioning, AMS8/ADS8, Gas Furnace, Specification Sheet, 2004. <www.amana-hac.com> 3. Armstrong Air Conditioning Inc., GIN80BT, Gas Furnace, 2003. Armstrong Air Conditioning Inc. Form # AG1N80BT-100 (12/03). 4. Carrier Co., 58DLA/58DLX, Deluxe Induced-Combustion, 4-Way Multipoise Furnace, 2005. Carrier Co. Catalog No: 535-80148, Form No. 58DL-5SI. 5. Ducane Heating and Air Conditioning, Fits-All 80, Gas Furnace, Upflow/Downflow Horizontal, 2004. Ducane. 20590402. 6. ECR International Ltd., Model GTMNatural Gas and LP Gas Mid-Efficiency Warm Air Furnace (User's Information Manual), 2003. ECR International Ltd. 29785 R2 1/24/2003. 7. Goodman Air Conditioning and Heating , 92.6% AFUE Multi-Position Condensing Gas Furnace, GMNTSeries, 2001
. Goodman Air Conditioning and Heating
. SS-312D. <www. goodmanmfg. com> 8. International Comfort Products, Performance 90, Single Stage, N9MP2 (Tempstar Heating and Cooling Products), 2004. ICP. 440 21 1013 03 (7/2004). 9. Lennox Industries Inc., G40UH, Merit Series, Up-Flow /Horizontal, AFUE - 80%, 2004. Lennox Industries Inc. Input - 44,000 to 154,000 Btuh, Nominal Add-on Cooling - 1.5 to 5 tons, Bulletin No. 210278. 10. Nordyne, Technical Specifications, FG6RA Series with Variable Speed Blower, High Efficiency Upflow/

Horizontal Gas Furnacelnduced Draft - 80+ AFUE , Input 72, 000 - 144,000 Btuh, 2003. Nordyne (Frigidaire). 063B

-0803 (Replaces 063B-1100). 11. Rheem Manufacturing Company, Installation Instructionsfor Upflow, Upflow/Horizontal and Downflow Induced Gas Draft Furnaces (-)GPH, (-)GPJ, (-)GLH, (-)GLJ Series, 2003. Rheem Manufacturing Company. 12. Rheem Manufacturing Company, Classic 90 Plus High Efficiency Downflow/ Horizontal Gas Furnaces, 2004. Rheem Manufacturing Company. Form NO. G11-452 REV. 6.

G-6 

# REFERENCES 1. Amana Heating and Air Conditioning, GUIAIBICID Gas Fired WarmAirFurnace Specification Sheet, 

# 1997. Amana. 2. Amana Heating and Air Conditioning,AMS8IADS8, Gas Furnace, Specification Sheet, 

# 2004. <www.amana-hac.com> 3. Armstrong Air ConditioningInc., G1N80BT, Gas Furnace, 

# 2003. Armstrong Air Conditioning Inc. Form# AGIN80BT-100 (12/03). 

# 4. Carrier Co., 58DLAI58DLX DeluxeInduced-Combustion, 4-WayMultipoise Furnace, 

# 2005. Carrier Co. CatalogNo: 535-80148, FormNo. 58DL-5SI. 5. Ducane Heating and Air Conditioning, Fits-All 80, Gas Furnace, UpjlowlDownjlow Horizontal, 

# 2004. Ducane. 20590402. 6. ECRInternationalLtd., Model GTMNatural Gas andLP Gas Mid-Efficiency Warm Air Furnace (User's Information Manual), 

# 2003. ECRInternational Ltd. 29785 R2 1/2412003. 

# 7. GoodmanAir Conditioning and Heating, 92.6%AFUEMulti-Position Condensing Gas Furnace, GMNTSeries, 

# 2001. GoodmanAir Conditioning andHeating. SS-312D. <www.goodmanmfg.com> 8. International ComfortProducts, Performance 90, Single Stage, N9MP2 (Tempstar HeatingandCoolingProducts), 

# 2004. ICP. 44021 1013 03 (7/2004). 

# 9. Lennox Industries Inc., G40UH, MeritSeries, Up-FlowIHorizontal, AFUE

- 80%, 2004. 

# Lennox Industries Inc. Input

- 44,000 to 154,000 Btuh, Nominal Add-on Cooling

- 1.5 to 5tons, BulletinNo. 210278. 10. Nordyne, TechnicalSpecifications, FG6RA Series with Variable SpeedBlower, High Efficiency UpjlowlHorizontal Gas FurnaceInducedDraft

- 80+AFUE, Input 72,000- 144,000Btuh, 

# 2003. Nordyne (Frigidaire). 063B-0803 (Replaces 063B-1100). 11. RheemManufacturing Company,Installation Instructions for Upjlow, UpjlowlHorizontal andDownjlowInduced GasDraftFurnaces (-)GPH, (-)GPJ, (-)GLH, (-)GLJSeries, 

# 2003. Rheem Manufacturing Company. 12. RheemManufacturing Company, Classic 

# 90PlusHigh EfficiencyDownjlowlHorizontal Gas Furnaces, 

# 2004. RheemManufacturing Company. FormNO. G11-452 REV. 6.

0-6

## 13. Texas Furnace, ABA 80-Plus By Texas Furnace, LLC Spec Sheet, Texas Furnace. ABASS 080503. <www.texasfurnace.com> 14. Thermo Pride, Induced Draft Highboy and Counterflow/Horizontal Gas FurnaceInstallation and Service Manual; Models: For Use with Natural Gas: MHA-50N, MHA75N, MHA-100N, MHA-125N, NIDA-50N, AMA-75N, NIDA-100N, NIDA-125N, For Usewith LP (Propane): MHA-50P, MHA-75P, MHA-100P, MHA-125P, MDA-50P, NIDA75P, NIDA-100P, MDA-125P, Thermo Pride. MG-993 ECN 4456-MA. 15. Trane Co., Upflow/ Horizontal Downflow Horizontal Two-Stage Condensing Gas-Fired Furnace; XV90; TUY060, 080, 100, 120R9V, Variable Speed Blower, Variable Speed Inducer, TGDY060, 080, 100, 120R9V, Variable Speed Blower, Variable Speed Inducer, 2004. Trane Co. Pub
. No. 22-1755

-01-0604 (EN). 16. York Heating and Air Conditioning, Technical Guide Models: P *HU, 80 AFUE Uplow/Horizontal Gas-Fired Furnaces, 32-104 MBH Output, High Efficiency Induced Combustion, 2004. Unitary Products Group. 036-21047-002 Rev. A (0204). 

# 13. Texas Furnace,ABA 80-PlusBy Texas Furnace, LLCSpec Sheet, 

# Texas Furnace. ABASS 080503. <www.texasfurnace.com> 14. Thermo Pride, InducedDraftHighboy andCounterjlow/Horizontal Gas Furnace Installation andService Manual; Models: For Use with Natural Gas: MHA-50N, MHA75N, MHA-JOON, MHA-125N, MDA-50N, MDA-75N, MDA-100N, MDA-125N, For Use withLP(Propane): MHA-50P, MHA-75P, MHA-100P, MHA-125P, MDA-50P, MDA75P, MDA-100P, MDA-125P, 

# Thermo Pride. MG-993 ECN 4456-MA. 15. Trane Co., Upjlow/HorizontalDownjlowHorizontal Two-Stage Condensing Gas-Fired Furnace;XV90; TUY060, 080, 100, 120R9V, Variable SpeedBlower, Variable Speed Inducer, TGDY060, 080, 100, 120R9V, Variable SpeedBlower, Variable SpeedInducer, 

# 2004. Trane Co. Pub. No. 22-1755-01-0604 (EN). 16. YorkHeating andAir Conditioning, Technical GuideModels: P*HU, 80AFUE UplJow/Horizontal Gas-FiredFurnaces, 32-104MBHOutput, High EfficiencyInduced Combustion, 

# 2004. Unitary Products Group. 036-21047-002 Rev. A (0204).

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