7-H-i

APPENDIX 7-H. REDUCED SET OF FURNACE MODELS AND CHARACTERISTICS

TABLE OF CONTENTS

7-H.1 INTRODUCTION .................................................................................................7-H-1

7-H.2 REDUCED SET OF FURNACE MODELS DATABASE...................................7-H-1

7-H.2.1 Purpose...................................................................................................................7-H-1

7-H.2.2 DATABASE DEVELOPMENT............................................................................7-H-1

7-H.2.2.1 Background..........................................................................................7-H-1

7-H.2.2.2 Database Structure ...............................................................................7-H-2

7-H.3 DECODING OF MANUFACTURER MODEL NUMBERS...............................7-H-5

7-H.4 DETERMINATION OF BASIC FURNACE MODELS ....................................7-H-10

7-H.5 TABLES OF MODEL NUMBERS AND SPECIFICATIONS FOR NONWEATHERIZED GAS FURNACES..................................................................7-H-11

7-H.5.2 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces.........................7-H-13

7-H.5.3 Condensing Single-Stage Non-Weatherized Gas Furnaces.................................7-H-27

7-H.5.4 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces............................7-H-41

7-H.5.5 Condensing Two-Stage Non-Weatherized Gas Furnaces....................................7-H-46

LIST OF TABLES

Table 7-H.2.1 Furnace Data Table Field Names and Definitions...............................7-H-2

Table 7-H.2.2 Pressure Table Field Names and Definitions.......................................7-H-4

Table 7-H.2.3 Power Table Field Names and Definitions..........................................7-H-4

Table 7-H.2.4 Series Table Field Names and Definitions...........................................7-H-4

Table 7-H.2.5 Delay Times Table Field Names and Definitions................................7-H-5

Table 7-H.3.1 Example Furnace Model Number Description ....................................7-H-5

Table 7-H.3.2 Amana Model Number Description.....................................................7-H-6

Table 7-H.3.3 Armstrong Model Number Description...............................................7-H-6

Table 7-H.3.4 Carrier Model Number Description.....................................................7-H-6

Table 7-H.3.5 Ducane Model Number Description ....................................................7-H-7

Table 7-H.3.6 ECR International (Olsen) Model Number Description ......................7-H-7

Table 7-H.3.7 Goodman Model Number Description.................................................7-H-7

Table 7-H.3.8 ICP Model Number Description ..........................................................7-H-7

Table 7-H.3.9 Lennox Model Number Description ....................................................7-H-8

Table 7-H.3.10 Nordyne Model Number Description ..................................................7-H-8

Table 7-H.3.11 Rheem Non-Condensing Model Number Description.........................7-H-8

Table 7-H.3.12 Rheem Condensing Model Number Description.................................7-H-8

Table 7-H.3.13 Texas Furnace Model Number Description.........................................7-H-9

Table 7-H.3.14 Thermo-Pride Furnace Model Number Description............................7-H-9

Table 7-H.3.15 Trane/American Standard Model Number Description.......................7-H-9

Table 7-H.3.16 York Furnace Model Number Description ..........................................7-H-9

Table 7-H.5.1 Variable Definitions...........................................................................7-H-12

Table 7-H.5.2 Manufacture Code Definitions...........................................................7-H-12
7-H-ii

Table 7-H.5.3 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

45Btu/h 800 CFM ..............................................................................7-H-13

Table 7-H.5.4 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

45 Btu/h 1200 CFM ...........................................................................7-H-13

Table 7-H.5.5 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

50 Btu/h 800 CFM .............................................................................7-H-14

Table 7-H.5.6 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

50 Btu/h 1200 CFM ...........................................................................7-H-14

Table 7-H.5.7 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

60 Btu/h 800 CFM .............................................................................7-H-15

Table 7-H.5.8 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

60 Btu/h 1200 CFM ...........................................................................7-H-15

Table 7-H.5.9 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

70 Btu/h 1200 CFM ...........................................................................7-H-15

Table 7-H.5.10 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

70 Btu/h 1600 CFM ...........................................................................7-H-16

Table 7-H.5.11 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

75 Btu/h 1200 CFM ...........................................................................7-H-16

Table 7-H.5.12 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

75 Btu/h 1600 CFM ...........................................................................7-H-17

Table 7-H.5.13 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

80 Btu/h 1200 CFM ...........................................................................7-H-17

Table 7-H.5.14 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

80 Btu/h 1600.....................................................................................7-H-18

Table 7-H.5.15 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

80 Btu/h 2000 CFM ...........................................................................7-H-18

Table 7-H.5.16 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

90 Btu/h 1200 CFM ...........................................................................7-H-19

Table 7-H.5.17 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

90 Btu/h 1600 CFM ...........................................................................7-H-19

Table 7-H.5.18 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

90 Btu/h 2000.....................................................................................7-H-20

Table 7-H.5.19 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

100 Btu/h 1200 CFM .........................................................................7-H-20

Table 7-H.5.20 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

100 Btu/h 1600...................................................................................7-H-21

Table 7-H.5.21 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

100 Btu/h 2000 CFM .........................................................................7-H-22

Table 7-H.5.22 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

115 Btu/h 1600 CFM .........................................................................7-H-23

Table 7-H.5.23 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

115 Btu/h 2000 CFM .........................................................................7-H-24

Table 7-H.5.24 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

120 Btu/h 1600 CFM .........................................................................7-H-24
7-H-iii

Table 7-H.5.25 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

120 Btu/h 2000 CFM .........................................................................7-H-25

Table 7-H.5.26 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

125 Btu/h 1600 CFM .........................................................................7-H-25

Table 7-H.5.27 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

125 Btu/h 2000 CFM .........................................................................7-H-26

Table 7-H.5.28 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 

140 Btu/h 2000 CFM .........................................................................7-H-27

Table 7-H.5.29 Condensing Single-Stage Non-Weatherized Gas Furnaces at 45 

Btu/h 800 CFM ..................................................................................7-H-27

Table 7-H.5.30 Condensing Single-Stage Non-Weatherized Gas Furnaces at 45 

Btu/h 1200 CFM ................................................................................7-H-28

Table 7-H.5.31 Condensing Single-Stage Non-Weatherized Gas Furnaces at 50 

Btu/h 800 CFM ..................................................................................7-H-28

Table 7-H.5.32 Condensing Single-Stage Non-Weatherized Gas Furnaces at 50 

Btu/h 1200 CFM ................................................................................7-H-29

Table 7-H.5.33 Condensing Single-Stage Non-Weatherized Gas Furnaces at 60 

Btu/h 800 CFM ..................................................................................7-H-29

Table 7-H.5.34 Condensing Single-Stage Non-Weatherized Gas Furnaces at 60 

Btu/h 1200 CFM ................................................................................7-H-30

Table 7-H.5.35 Condensing Single-Stage Non-Weatherized Gas Furnaces at 70 

Btu/h 1200 CFM ................................................................................7-H-30

Table 7-H.5.36 Condensing Single-Stage No-Weatherized Gas Furnaces at 70 

Btu/h 1600 CFM ................................................................................7-H-31

Table 7-H.5.37 Condensing Single-Stage Non-Weatherized Gas Furnaces at 75 

Btu/h 1200..........................................................................................7-H-31

Table 7-H.5.38 Condensing Single-Stage Non-Weatherized Gas Furnaces at 75 

Btu/h 1600 CFM ................................................................................7-H-32

Table 7-H.5.39 Condensing Single-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 1200 CFM ................................................................................7-H-32

Table 7-H.5.40 Condensing Single-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 1600 CFM ................................................................................7-H-33

Table 7-H.5.41 Condensing Single-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 2000 CFM ................................................................................7-H-33

Table 7-H.5.42 Condensing Single-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 1200 CFM ................................................................................7-H-34

Table 7-H.5.43 Condensing Single-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 1600 CFM ................................................................................7-H-34

Table 7-H.5.44 Condensing Single-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 2000 CFM ................................................................................7-H-35

Table 7-H.5.45 Condensing Single-Stage Non-Weatherized Gas Furnaces at 100 

Btu/h 1200 CFM ................................................................................7-H-35

Table 7-H.5.46 Condensing Single-Stage Non-Weatherized Gas Furnaces at 100 

Btu/h 1600 CFM ................................................................................7-H-36
7-H-iv

Table 7-H.5.47 Condensing Single-Stage Non-Weatherized Gas Furnaces at 100 

Btu/h 2000 CFM ................................................................................7-H-37

Table 7-H.5.48 Condensing Single-Stage Non-Weatherized Gas Furnaces at 115 

Btu/h 1600 CFM ................................................................................7-H-37

Table 7-H.5.49 Condensing Single-Stage Non-Weatherized Gas Furnaces at 115 

Btu/h 2000 CFM ................................................................................7-H-38

Table 7-H.5.50 Condensing Single-Stage Non-Weatherized Gas Furnaces at 120 

Btu/h 1600 CFM ................................................................................7-H-38

Table 7-H.5.51 Condensing Single-Stage Non-Weatherized Gas Furnaces at 120 

Btu/h 2000 CFM ................................................................................7-H-39

Table 7-H.5.52 Condensing Single-Stage Non-Weatherized Gas Furnaces at 125 

Btu/h 2000 CFM ................................................................................7-H-40

Table 7-H.5.53 Condensing Single-Stage Non-Weatherized Gas Furnaces at 140 

Btu/h 2000 CFM ................................................................................7-H-40

Table 7-H.5.54 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 50 

Btu/h 1200 CFM ................................................................................7-H-41

Table 7-H.5.55 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 60 

Btu/h 1200 CFM ................................................................................7-H-41

Table 7-H.5.56 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 

Btu/h 1200 CFM ................................................................................7-H-41

Table 7-H.5.57 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 

Btu/h 1600 CFM ................................................................................7-H-41

Table 7-H.5.58 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 

Btu/h 2000 CFM ................................................................................7-H-42

Table 7-H.5.59 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 75 

Btu/h 1200 CFM ................................................................................7-H-42

Table 7-H.5.60 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 75 

Btu/h 1600 CFM ................................................................................7-H-42

Table 7-H.5.61 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 1200 CFM ................................................................................7-H-42

Table 7-H.5.62 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 1600 CFM ................................................................................7-H-43

Table 7-H.5.63 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 1200 CFM ................................................................................7-H-43

Table 7-H.5.64 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 1600 CFM ................................................................................7-H-43

Table 7-H.5.65 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 2000 CFM ................................................................................7-H-43

Table 7-H.5.66 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 

100 Btu/h 1600 CFM .........................................................................7-H-44

Table 7-H.5.67 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 

100 Btu/h 2000 CFM .........................................................................7-H-44

Table 7-H.5.68 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 

115 Btu/h 2000 CFM .........................................................................7-H-44
7-H-v

Table 7-H.5.69 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 

120 Btu/h 2000 CFM .........................................................................7-H-45

Table 7-H.5.70 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 

125 Btu/h 2000 CFM .........................................................................7-H-45

Table 7-H.5.71 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 

140 Btu/h 2000 CFM .........................................................................7-H-45

Table 7-H.5.72 Condensing Two-Stage Non-Weatherized Gas Furnaces at 45 

Btu/h 1200 CFM Condensing Two-Stage .........................................7-H-46

Table 7-H.5.73 Condensing Two-Stage Non-Weatherized Gas Furnaces at 50 

Btu/h 1200 CFM ................................................................................7-H-46

Table 7-H.5.74 Condensing Two-Stage Non-Weatherized Gas Furnaces at 60 

Btu/h 1200 CFM ................................................................................7-H-46

Table 7-H.5.75 Condensing Two-Stage Non-Weatherized Gas Furnaces at 60 

Btu/h 2000 CFM ................................................................................7-H-46

Table 7-H.5.76 Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 

Btu/h 1200 CFM ................................................................................7-H-47

Table 7-H.5.77 Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 

Btu/h 1600 CFM ................................................................................7-H-47

Table 7-H.5.78 Condensing Two-Stage Non-Weatherized Gas Furnaces at 75 

Btu/h 1200 CFM ................................................................................7-H-47

Table 7-H.5.79 Condensing Two-Stage Non-Weatherized Gas Furnaces at 75 

Btu/h 1600 CFM Condensing Two-Stage .........................................7-H-47

Table 7-H.5.80 Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 1200 CFM ................................................................................7-H-48

Table 7-H.5.81 Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 1600 CFM ................................................................................7-H-48

Table 7-H.5.82 Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 2000 CFM ................................................................................7-H-48

Table 7-H.5.83 Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 1200 CFM ................................................................................7-H-48

Table 7-H.5.84 Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 1600 CFM ................................................................................7-H-49

Table 7-H.5.85 Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 2000 CFM ................................................................................7-H-49

Table 7-H.5.86 Condensing Two-Stage Non-Weatherized Gas Furnaces at 100 

Btu/h 1600 CFM ................................................................................7-H-49

Table 7-H.5.87 Condensing Two-Stage Non-Weatherized Gas Furnaces at 100 

Btu/h 2000 CFM ................................................................................7-H-50

Table 7-H.5.88 Condensing Two-Stage Non-Weatherized Gas Furnaces at 115 

Btu/h 2000 CFM ................................................................................7-H-50

Table 7-H.5.89 Condensing Two-Stage Non-Weatherized Gas Furnaces at 120 

Btu/h 2000 CFM ................................................................................7-H-50

Table 7-H.5.90 Condensing Two-Stage Non-Weatherized Gas Furnaces at 125 

Btu/h 2000 CFM ................................................................................7-H-51
7-H-vi

LIST OF FIGURES

Figure 7-H.4.1 Number of Non-Weatherized Gas Furnace Models by Input 

Capacity .............................................................................................7-H-11
7-H-1

APPENDIX 7-H. REDUCED SET OF FURNACE MODELS AND CHARACTERISTICS

7-H.1 INTRODUCTION

This appendix presents the approach for developing a reduced set of furnace models and 

the resulting furnace characteristics.

7-H.2 REDUCED SET OF FURNACE MODELS DATABASE

7-H.2.1 Purpose 

The Reduced Set of Furnace Models Database was developed to identify actual unique 

furnace models which represent units with different design characteristics and to expand the 

AHRI directory data for each unique furnace model by adding information provided in the 

manufacturers' product literature. One application of the database was to develop virtual models 

for the sizes of residential furnaces which were used in the life-cycle cost (LCC) analysis. 

The March 2010 AHRI Directory1 lists more than 6,000 non-weatherized gas furnace 

models. Many models represent essentially identical units which differ only in brand name. The 

LCC analysis uses virtual furnace models to represent characteristics of typical furnaces. The 

database of furnace models described here (referred to as the reduced set of furnace models or 

simply the reduced set) represents non-repetitive furnace models only. After examining the 

AHRI Directory database, the Department determined that about 1,450 models may be 

considered sufficiently different to be listed as unique models.

Once the reduced set was identified, the Department examined the manufacturer’s 

product literature and added additional data including the airflow at different static pressures, 

power for the blower, blower motor type, blower wheel dimensions, furnace dimensions, low fire 

heating input and output capacity for modulating furnaces, and delay times. 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 

13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 

52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 

91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 

122, 123, 124, 125, 126, 127, 128, 129, 130, 131, 132, 133, 134, 135, 136, 137, 138, 139, 140, 141, 142, 143, 144, 145, 146, 147, 148, 149, 150, 

151, 152, 153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166, 167, 168, 169, 170, 171, 172, 173, 174, 175, 176, 177, 178, 179

For a detailed listing of the fields in the database, see Tables 7-H.2.1 to 7-H.2.4.

7-H.2.2 0DATABASE DEVELOPMENT

7-H.2.2.1 0Background 

In 2002, DOE began to develop a database of product specifications (such as different 

design characteristics) for residential furnaces currently sold in the U.S. A preliminary version 

of the reduced set database was completed at the end of 2002 and released with the ANOPR.180 
7-H-2

In 2005, during the NOPR phase of the rulemaking, an update version of the database was 

published181 and a final version was published in 2007. This current version updates the past 

version of the data.182

7-H.2.2.2 0Database Structure 

The Reduced Set of Furnace Models Database was developed using the Microsoft Access 

relational database application. A relational database provides the user with the means of sorting 

and extracting information from its tables through the use of queries; queries help isolate and 

view particular items of interest and can be used to create displays. In this database, for 

example, gas furnaces models that are condensing, have two-stage modulation, with a certain 

input capacity range, and that use electronically commutated motor (ECM) blower motors can be 

identified. There are four principal data tables in the database as described below. Tables 7-

H.2.1 through 7-H.2.4 provide a list of the variable names and definitions used in the database 

tables. 

The Furnace Data Table contains furnace information such as input capacity, output 

capacity, AFUE, blower motor type, and blower dimensions gathered from the AHRI directory 

database and manufacturers' product literature . The manufacturer name, brand names, and 

series names are included by linking to the Series Table. The field Series_ID is included in the 

Furnace Data Table to serve as a linking variable to the Series Table. The Model Translation 

Table provides a link between data in the Furnace Data Table and the AHRI Directory Table.

The Pressure Table contains information on airflow (cfm) at different static pressures 

(in.w.g.) for different blower motor speeds. The field FurnaceData_ID is also included in this 

table; it is the linking variable between the Furnace Data Table and the Pressure Table. 

The Power Table contains information on power consumption (in watts) for the furnace 

blower motor at different static pressures (in.w.g.) for different blower motor speeds. The 

Pressure_ID is also included in the Power Table; it is the linking variable between the Pressure 

Table and the Power Table. Power consumption for the furnace blower motor was not provided 

in the manufacturers literature for all models.

The Series Table contains information related to a series of furnaces including 

manufacturer, related brands, warranty information, etc. This table also links to the Delay Times 

Table, which includes pre-purge, post-purge, on-delay, off-delay, and ignitor on-time 

information. In addition, the References Table provides a link between the Series Table and the 

Bibliographies Table, which has all the product literature bibliographies.

Table 7-H.2.1 Furnace Data Table Field Names and Definitions 

Field Name Field Definitions

Furnace_ID Unique identification number for each record

ModelNumber Actual Model Number from AHRI database

Series_ID Connects the individual model with the Series Table

InputCapacity Input Capacity as reported by AHRI database
7-H-3

InputCapacity(LowFire) Input Capacity during low fire for Two-Stage or Continuous Modulating furnaces

OutputCapacity Output Capacity as reported by AHRI database

OutputCapacity(LowFire) Output Capacity during low fire for Two-Stage or Continuous Modulating furnaces

AFUE Annual Fuel Utilization Efficiency (AFUE) as reported by AHRI database

PE PE value in watts as reported by AHRI database

EAE Eae value in kilowatt hours/year as reported by AHRI database

EF EF value in BTU/year as reported by AHRI database

AC_Tons(Max) Reported maximum number of nominal Tons of AC handled by Furnace

AC_Tons(Min) Reported minimum number of nominal Tons of AC handled by Furnace

TempMax(HighFire) Temperature range maximum value reported during High Fire Heating

TempMax(LowFire) Temperature range maximum value reported during Low Fire Heating (Two-Stage/Cont. Mod.)

TempMin(HighFire) Temperature range minimum value reported during High Fire Heating

TempMin(LowFire) Temperature range minimum value reported during Low Fire Heating (Two-Stage/Cont. Mod.)

BlowerMotorType Indoor Blower motor type (either PSC, ECM, or Shaded Pole)

BlowerMotorDriveType Indoor Blower motor type (either Direct Drive or Belt Driven)

BlowerMotor_HP Indoor Blower motor horsepower (nominal)

BlowerMotorSpeedTaps Number of speeds of indoor blower (1, 2, 3, 4, 5 or variable)

BlowerWheelSize Blower Wheel Diameter [in] & Width [in]

BlowerMotorNotes Indoor Blower notes

CoolingBlowerTap Indoor Blower Tap default factory setting for Cooling

HighFireBlowerTap Indoor Blower Tap default factory setting for High Fire Heating

LowFireBlowerTap Indoor Blower Tap default factory setting for Low Fire Heating (Two-Stage/Cont. Mod)

AirFilter CFM Tested with filter (YES/NO field)

AirflowNotes Notes regarding AirFlow data

InducerMotorType Draft inducer blower motor type

InducerMotorSpeedTaps Draft inducer blower motor speed taps (1, 2, 3, 4, 5 or variable)

InducerNotes Draft inducer blower notes

SupplyAir_OutletDepth Supply Air Outlet dimensions (depth) [in]

SupplyAir_OutletWidth Supply Air Outlet dimensions (width) [in]

HeatExchanger(Primary) Heat Exchanger Type (Tubular, Clam Shell, Serpentine)

HeatExchanger(Secondary) Secondary Heat Exchanger Type for condensing furnaces

HeatExchangerNotes Notes for Heat Exchanger

Burners Number of Burners

Configuration Configuration of Furnace (Upflow, Downflow, Horizontal)

FurnaceHeight Height of Furnace [in]

FurnaceWidth Width of Furnace [in]

FurnaceDepth Depth of Furnace [in]

FurnaceWeight Weight of Furnace [lbs]

NOx_Model Model meets California Air Quality Management District NOx emissions requirements

FuelType G = Gas, L = Propane. O = Oil (from AHRI database)

FurnaceType Either Weatherized (W) or Non-Weatherized (N) from AHRI database

1_ElectronicIgnition AHRI standard footnote 1: Electronic Ignition

2_Electro_MechVent AHRI standard footnote 2: Electro-Mechanical Vent Damper(s) specified by the Furnace Mfr.

3_PowerVent AHRI standard footnote 3: Power Combustion or Power Vent

4_Condensing AHRI standard footnote 4: Condensing Type
7-H-4

5_DirectVent AHRI standard footnote 5: Direct Vent (Includes Venting and Combustion Air Systems).

6_Packaged AHRI standard footnote 6: Single Package unit (Combination Heating/Cooling).

Modulation Type of modulation: (Single Stage, Two-Stage, Continuous Modulating)

VentingFootnotes AHRI non-standard footnote: May be installed as Direct Vent, Non-direct vent, etc...

ManufacturedHome AHRI non-standard footnote: Manufactured Housing Only or Manufactured (mobile) home 

approved with accessory kit.

BlowerMotorFootnotes AHRI non-standard footnote: Variable Speed Motor

HighAltitudeDerated If model input was derated for high altitude (YES/NO)

SEER SEER value (for packaged units)

DateAdded Date Added to AHRI Directory (Default Date is set to Apr-02)

DateDiscontinued Date marked discontinued or deleted from AHRI Directory (Earliest date is Apr-02)

Notes notes related to individual model

Table 7-H.2.2 Pressure Table Field Names and Definitions

Field Name Field Definitions

Pressure_ID Unique identification number for each record

FurnaceData_ID Connects to the Furnace Data Table

MotorSpeedTap Name of the Speed Tap

CFM_0 to CFM_10 10 Field Names CFM_# which represent Airflow (CFM) @ 0.0 in w.g. through 1.0 in w.g. static 

pressure

Air_Supply_Path Configuration of the return air supply, e.g. single-side, two-sides, bottom, etc

JumperSettings Jumper Settings

Notes Notes

Table 7-H.2.3 Power Table Field Names and Definitions

Field Name Field Definitions

Power_ID Unique identification number for each record

Pressure_ID Connects to the Pressure Table

Watts_0 to Watts_10 10 Field Names Watts_# which represent Watts @ 0.0 in w.g. through 1.0 in w.g. static pressure

Notes Notes

Table 7-H.2.4 Series Table Field Names and Definitions

Field Name Field Definitions

Series_ID Unique identification number for each record

MainTradeName Main Trade Name Associated with Series.

Series Name Name of the Series

Series Number Number of the Series

Series Type Product Category (Baseline, Deluxe, Premium)

Description Description of the series from manufacturer literature

Features Features

Insulation Insulation used - type, amount, or yes/no

WarrantyHX Warranty Information for the Heat Exchanger

WarrantyOther Warranty Information for other furnace parts

Notes Notes
7-H-5

Table 7-H.2.5 Delay Times Table Field Names and Definitions

Field Name Field Definitions

DelayTime_ID Unique identification number for each record

Series_ID Connects to the Series Table

Prepurge draft inducer pre-purge time period (in seconds)

Postpurge tp: draft inducer post-purge time period (in seconds)

OnDelay t+: delay time between burner startup and the blower or pump startup (in seconds)

OffDelay t-: delay time between burner shutoff and the blower or pump shutoff (in seconds)

IgnitorOnTime Ignitor On-Time: Length of time the hot surface ignitor is on before gas is sent to the burner.

IgnitionType Iginition Type

Notes Notes

7-H.3 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 7-H.3.1 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 7-H.3.1 Example Furnace Model Number Description

G U I D 045 C A 30

Product 

Type

Supply 

Type

Furnace 

Type

Model 

Features

Nominal 

Input 

(kBtu/h)

Design 

Series

Additiona

l Features

Nominal 

AC Size

G: Gas 

Furnace

U: Upflow I: 

Induced 

Draft 

(80%)

D: Air 

Comman

d 80 SV 

(Category 

I 

Venting)

045 C: Third 

Series

A: 

Standard 

Unit (not 

NOx 

certified)

30: 3 

Tons
7-H-6

All manufacturers have similar coding schemes for their furnace model numbers. Tables 

7-H.3.2 to 7-H.3.16 show model numbers from the major manufacturers and an explanation of 

their conventions.

Table 7-H.3.2 Amana Model Number Description

A M S 8 070 3 A N A

Brand Air Flow 

Direction

Description AFUE Nominal Input 

(kBtu/h)

Max

CFM 

@0.5"

ESP

Cabinet

Width

NOx Revision

A = Amana

B = Distinctions

G = Goodman

M: Upflow/

Horizontal

D: Dedicated

Downflow

C: Downflow/

Horizontal

H: Hi Air 

Flow

S: SingleStage/

MultiSpeed

V:TwoStage/

VariableSpeed

8: 80%

9: 90%

045

070

090

115

140

3:1,200

4:1,600

5:2,000

A:14"

B:17.5"

C:21"

D:24.5"

N:Natural

Gas

X:Low

NOx

A: Initial

Revision

B: First

Revision

C: Second

Revision

Table 7-H.3.3 Armstrong Model Number Description

G 1N 80 A H 100 D 20 B 1A

Product 

Family

Furnace Type Nominal 

AFUE

Series Configuration Heating 

Input x 

1000

(btu/h)

Motor Type Nominal 

Maximum 

CFM x 100

Cabinet 

Width

Low 

NOx 

Model

Revisio

n

G=Gas 

Furnace

1N = Single-Stage Heat, 

Non-Direct Vent

1D = Single-Stage Heat, 

Direct Vent

2D = Two-Stage Heat, 

Direct Vent

80 AFUE

93 AFUE

95 AFUE

A Series

B Series

H = Horizontal

U = Upflow

T = Upflow/

Horizontal

R = Downflow/

Horixontal

50

75

100

125

150

D = Direct 

Drive

12=1200

14=1400

16=1600

20=2000

A = 13-1/2

B = 17

C = 20-1/2

L = Low 

NOx 

Model

1A

Table 7-H.3.4 Carrier Model Number Description

58DLA 045 100 08

Furnace Series Configuration/Type Input Capacity

(kBtu/h)

Series Number Nominal Cooling Size (Airflow)

(400 CFM per 12,000 btu/h)

58DLA = Deluxe 4-Way Multipoise

58DLX = Low NOx version

58CVA = Variable Speed 4-Way Multipoise

58CVX = Low NOx version

58CTA = Two-Stage 4-Way Multipoise

58CTX = Low NOx version

045 = 44,000

070 = 66,000

090 = 88,000

110 = 110,000

135 = 132,000

155 = 154,000

100 Series 08 = 800 CFM

12 = 1200 CFM

14 = 1400 CFM

16 = 1600 CFM

20 = 2000 CFM

22 = 2200 CFM
7-H-7

Table 7-H.3.5 Ducane Model Number Description

MGPA 075 B 4 B

Furnace Family Input Capacity

(kBtu/h)

Series Nominal Cooling 

Capacity

(tons)

Revision

MGPA = Fits-All 80 AFUE

FPBB = Horizontal 80 AFUE

DPGB = Downflow 80 AFUE

CMPB = Fits-All 92 AFUE (Downflow)

CMPU = Fits-All 92 AFUE (Upflow)

CMPV = Fits-All 92 AFUE variable speed

050

075

100

125

A

B

C

U

3

4

5

B

Table 7-H.3.6 ECR International (Olsen) Model Number Description

GTM 50

Furnace Family Input Capacity

(kBtu/h)

GTM = Med Efficiency Gas Furnace (80% AFUE)

GTH = High Efficiency Gas Furnace (95% AFUE)

50

70

85

100

Table 7-H.3.7 Goodman Model Number Description

GMNT 040 3

Unit Type Input Capacity 

(Btu/h)

Nominal Cooling Capacity

(tons)

GMNT = Multi-position gas furnace 040 = 40,000 Btu/h

060 = 60,000 Btu/h

080 = 80,000 Btu/h

100 = 100,000 Btu/h

120 = 120,000 Btu/h

3 = 3 tons

4 = 4 tons

5 = 5 tons

Table 7-H.3.8 ICP Model Number Description

N 9 MP 2 075 F 12 A #

Brand Identifier Model Identifier Installation Configuration Major Design Feature Heating 

Input 

(btu/h)

Cabinet 

Width 

(inches)

Cooling 

Airflow

Marketing 

Digit

Engineering 

Rev.

N = Non-Brand 

Specific 

(Generic)

T = Tempstar

8 = NonCondensing

9 = Condensing

MP = Multiposition

UP = Upflow

DN = Downflow

UH = Uplfow/ Horizontal

HZ = Horizontal

DH = Downflow/ 

Horizontal

1 = One pipe

2 = Two pipe

D = 1 or 1 pipe

L = Low Nox

N = Single-Stage

P = PVC Vent

T = Two-Stage

V = Variable Speed

050

075

080

100

125

B = 15.5"

J = 22.8"

F = 19.1"

L = 24.5"

08 = 800

12 = 1200

14 = 1400

16 = 1600

20 = 2000

Denotes 

minor 

change

Denotes 

minor 

change
7-H-8

Table 7-H.3.9 Lennox Model Number Description

G 40 UH 24 A 045 X

Unit Type Series Configuration Nominal AddOn Cooling 

Capacity

Cabinet Width Heating Input

(btu/h)

CA emission 

requirements

G = Gas 

Furnace

40 = Merit Series 80%

50 = Elite 80%

60 = Two-Stage 80%

UH = Upflow/Horizontal

DF = Downflow/Horizontal

24 = 2 Tons

36 = 3 Tons

48 = 4 Tons

60 = 5 Tons

A = 14-1/2

B = 17-1/2

C = 21

D = 24-1/2

045 = 44,000

070 = 66,000

090 = 88,000

110 = 110,000

135 = 132,000

155 = 154,000

X = meets 

California NOx 

standards

Table 7-H.3.10 Nordyne Model Number Description

G 6 R A 144 C 20 C

Furnace 

Fuel Type

Design 

Series

Furnace Type Furnace Configuration Heating Input

(btu/h)

Certification 

Type

Nominal CFM Cabinet 

Width

G, FG, KG, 

L = Gas

6 or 1 R = Residential

T = Residential, TwoStage

A = Upflow

C = Upflow, Condensing

K = Downflow

L = Downflow, condensing

045 = 45,000

060 = 60,000

072 = 72,000

096 = 96,000

120 = 120,000

144 = 144,000

C = US/Canada

N = NOx US

08 = 800 CFM

12 = 1200 CFM

V = Variable Speed

A = 14-1/4

B = 19-3/4

C = 22-1/2

Table 7-H.3.11 1Rheem Non-Condensing Model Number Description 

R G P J 07 E A U E R

Brand 

Identifier

Fuel Type NonCondensing 

Furnace Type

Design Series Heating 

Input 

(kbtu/h)

Ignition 

Type 

Variations Blower 

Size

Cooling 

Designation 

(CFM)

Natural Gas 

Fuel Code

R = Rheem

U = Ruud

W = 

Weatherking

G = Natural 

Gas

D = Upflow

L = Downflow

P = Upflow/ 

Horizontal

J = Acclaim

A = Acclaim II

K = Criterion II 

Plus 2

N = Classic 

Series

L = Criterion II 

Plus 2 LXE

04 = 45

05 = 50

06 = 67.5

07 = 75

10 = 100

12 = 125

15 = 150

E = Electric 

Ignition

N = Electric 

Ignition -

NOx Model

A = Standard

B= Wide 

Cabinet

U = 11x6

M = 11x7

R = 11x10

S = 500-1200

E = 1100-1300

G = 1450-1750

J = 1900-2075

R = US

A = Canada

Table 7-H.3.12 Rheem Condensing Model Number Description

R G T J 07 E M A E S

Brand 

Identifier

Fuel Type Condensing 

Furnace Type

Design Series Heating 

Input 

(kbtu/h)

Ignition 

Type 

Blower 

Size

Variations Cooling 

Designation 

(CFM)

Natural Gas 

Fuel Code

R = Rheem

U = Ruud

W = 

Weatherking

G = Natural 

Gas

T = 

Downflow/ 

Horizontal

R = Upflow

M = Upflow 

Modulating 

J = Classic 90

A = Classic 90 

Plus

D = Classic 90 

Plus Modulating

04 = 45

06 = 60

07 = 75

09 = 90

10 = 105

12 = 120

E = Electric 

Ignition

N = Electric 

Ignition - 

(Low NOx)

M = 11x7

R = 11x10

Z = 12x11 

Y = 12x7

A = 

Standard

B= Wide 

Cabinet

C = 

Single/Mult

i Zone

E = 1100-1300

G = 1500-1700

J = 1900-2100

K = 600-1200

M = 1200-2000

S = US

B = Canada
7-H-9

Table 7-H.3.13 Texas Furnace Model Number Description

ABA 040 NH 3 R

Furnace Family Heating Input (kbtu/h) Series Nominal Cooling Capacity

(tons)

Version

ABA = 80 Plus

CSA = 90 Plus (Downflow)

VSA = 90 Plus (Upflow)

040

060

080

100

120

140

NH 2

3

4

5

6

R = Standard

RX = Low Nox

RH = High Altitude

Table 7-H.3.14 Thermo-Pride Furnace Model Number Description

MHA 50 N

Furnace Family Heating Input (kbtu/h) Furnace Fuel Type

MHA1 = Comfort 80+% Mid-Efficiency Gas Fired Furnace

MHA = Comfort 80+% Mid-Efficiency Gas Fired Furnace

CHX1 or CDX1 = Premiere Series Two-Stage Gas Fired Furnace

CHB1 or CDB1 = 90+% High-Efficiency Gas Fired Furnace

50

75

100

125

N = Natural Gas

P = Propane

Table 7-H.3.15 Trane/American Standard Model Number Description

T U Y 080 R 9 V3 V 0

Brand Identifier Furnace 

Configuration

Type Heating 

Input 

(Kbtu/h)

Major Design 

Change

Power 

Supply 

and Fuel

Airflow Capacity 

for Cooling

(400 CFM/Ton)

Minor Design 

Change or

Service 

Digit

T = Trane

A = American 

Standard

U = Upflow/ 

Horizontal

D = Downflow/

Horizontal

C = Condensing

D = Induced Draft

E = Electronic Ignition

X = Direct Vent 

Condensing

Y = Direct Vent 

Condensing Variable 

Speed

040

060

080

100

120

140

C = Single-Stage

R = Two-Stage

All other = 

Standard system

115 

Volt/

Natural 

Gas

3 = 3 Tons

V3 = 11⁄2-3 Tons, 

Variable Speed 

Motor (ICM)

V4 = 2 - 4 Tons, 

Variable Speed 

Motor (ICM)

V5 = 3 - 5 Tons, 

Variable Speed 

Motor (ICM)

H = Upflow/ 

Horizontal

V = Variable 

Speed Motor

0

Table 7-H.3.16 York Furnace Model Number Description

P4 HU A 12 N 032 01

Series Furnace 

Configuration

Cabinet Size Width Design Series Output Capacity

(kbtu/h)

Revision

P4 HU = Upflow 

Horizontal

A = 14-1/2

B = 17-1/2

C = 21

D = 24-1/2

12 = 1200 CFM

16 = 1600 CFM

20 = 2000 CFM

N 

L = Low NOx

032

048

064

080

100

115

130

01 = first 

revision

02 = second 

revision
7-H-10

7-H.4 1DETERMINATION OF BASIC FURNACE MODELS 

Input capacity for furnaces and boilers is an essential component of the virtual models 

used in the LCC analysis. The basic methodology for obtaining the generic input capacities 

involves using the reduced set of models for each product class and then using a histogram of 

input capacities to pick the input capacities which are the most common.

To determine basic furnace models, DOE selected 25 airflow/capacity bins. The 

Department selected the bins by looking at “common” (popular) sizes of input capacity in the 

2010 AHRI certified efficiency ratings directory.1 The Department assumed that the number of 

models at a particular size indicated how common or popular that size was. Product literature 

and furnace manufacturer web sites helped in further determining series of furnaces considered 

to be “basic models.”

To determine the characteristics of basic furnace models of non-condensing, nonweatherized gas furnaces, the Department examined single-stage, natural gas furnaces that are 

not intended for mobile homes. DOE selected upflow and horizontal models since they represent 

the majority of models and often have similar or identical specifications and efficiency values as 

downflow models from the same manufacturer. (Of the approximately 1,450 non-weatherized 

gas furnace models in the reduced set of furnace models database, 77 percent were either 

horizontal or upflow.) Similarly, only non-condensing furnaces at or above 80 percent AFUE 

were picked since they represent the majority of non-weatherized gas furnaces. To further refine 

the basic model selection criteria, DOE used product literature to select models without variable 

speed blower motors. Manufacturer web sites provided information describing their furnaces. 

This information further helped distinguish between the different series of models.

The Department used a similar process to select basic models for condensing nonweatherized gas furnaces. Model characteristics included single-stage furnaces not intended for 

mobile homes. Since many condensing gas furnaces series are multi-position (upflow, 

horizontal, and downflow), DOE included upflow, horizontal, and downflow models. The 

Department gleaned this information from the AHRI database. To further refine the selection 

criteria, DOE used product literature to select models without variable speed blower motors.

The Department selected similar models that had the same capacity and nominal airflow 

(cfm). Most of the furnaces fit into four maximum nominal airflow sizes: 800 cfm (two-ton), 

1200 cfm (three-ton), 1600 cfm (four-ton), and 2000 cfm (five-ton).

In terms of input capacity, most models fit into 12 input capacity bins. Some models did 

not exactly match the bins, but had similar enough values to be considered in the same bin. For 

example, 40 KBtu/h and 45 KBtu/h models are grouped together into a single 45 KBtu/h bin. 

The 4 nominal airflow sizes and 12 input capacities were combined into bins. Only 25 of these 

bins are used in the analysis. Some combinations of nominal airflow size and input capacity are 

not manufactured. Each of the 25 bins selected has at least three non-condensing or condensing 

gas furnace models. 
7-H-11

The 12 different input capacities from 45 KBtu/h to 140 KBtu/h give a good range to 

match different home sizes. 

Figure 7-H.4.1 shows the number of non-weatherized gas furnace models by input 

capacity for non-weatherized gas furnaces.

Figure 7-H.4.1 Number of Non-Weatherized Gas Furnace Models 

by Input Capacity

Tables 7-H.5.3 to 7-H.5.95 contain tables of model numbers and specifications for the 

non-condensing single-stage, condensing single-stage, non-condensing two-stage, and 

condensing two-stage basic model non-weatherized gas furnaces the Department used for the 

LCC analysis.

7-H.5 TABLES OF MODEL NUMBERS AND SPECIFICATIONS FOR NONWEATHERIZED GAS FURNACES

Tables 7-H.5.3 to 7-H.5.95 contain tables of model numbers and specifications for the 

non-condensing single-stage, condensing single-stage, non-condensing two-stage, and 

condensing two-stage basic model non-weatherized gas furnaces the Department used for the 

LCC analysis. See Table 7-H.5.1 and 7-H.5.2 for variable definitions.

0

500

1000

1500

2000

2500

3000

2030405060708090

100110120130140150160

Input Capacity (kBtu/h)

Count
7-H-12

Table 7-H.5.1 Variable Definitions

Variable Definition

Models Manufacturer code and model number 

Input Steady-state nameplate input rate in kBtu/h

Output Heating capacity rate in kBtu/h

CFM 0.5 Manufacturer default heating airflow (CFM) at 0.5 in w.g. static pressure 

(two-stage furnaces have high and low setting)

Blower Size Blower wheel diameter (in) and width (in)

Motor Size Indoor blower motor horsepower (nominal)

Speed Taps Indoor blower tap default factory setting for heating (Variable for two-stage 

furnaces)

Air Supply Outlet 

Area

Supply air outlet area (ft2)

AFUE Annual Fuel Utilization Efficiency (AFUE) as reported in the AHRI

Directory

EAE EAE value in kilowatt hours per year as reported in the AHRI Directory

PE PE value in watts as reported in the AHRI Directory

Pre-purge Power burner pre-purge time period (seconds)

Post-purge tp: power burner post-purge time period (seconds)

On-Delay t

+

: delay time between burner startup and blower startup (seconds)

Off-Delay t

-

: delay time between burner shutoff and the blower shutoff (seconds)

Table 7-H.5.2 Manufacture Code Definitions

Manufacturer 

Code

Manufacturer Name

Am Amana

Ar American Standard

Ai Armstrong Air

Ca Carrier

Du Ducane

Fr Frigidaire (Nordyne)

Le Lennox

Go Goodman

Ol Olsen (ECR)

Rh Rheem

Te Tempstar (ICP)

Th Thermo-Pride

Tr Trane

Yo York
7-H-13

7-H.5.2 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces

Table 7-H.5.3 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 45Btu/h 

800 CFM

Table 7-H.5.4 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 45 

Btu/h 1200 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Te - ABA040NH2R 40 33 10 x 4 1/4 Low 1.70 80.2 410 57 NA 5 30 NA

Am - CUB040A924C* 40 32 - 80 410 57 NA NA NA NA

Tr - TDD040C924F* 40 31 627 10 x 6 1/5 Med-Low 1.77 78 322 48 NA NA 45 NA

Tr - TUD040C924K* 40 32 610 10 x 6 1/5 Med-Low 1.81 80 424 76 NA NA 45 NA

Tr - TUE040A924L* 40 32 610 10 x 6 1/5 Med-Low 1.81 80 440 71 NA NA 45 NA

Ca - 58DLX045-08* 42 34 620 10 x 6 1/5 Med-Low - 80 424 76 15 5 25 NA

Ca - 58STX045-08* 42 34 620 10 x 6 1/5 Med-Low - 80 424 76 15 5 25 NA

Ca - 58DLA045-08 44 35 620 10 x 6 1/5 Med-Low - 80 428 57 15 5 25 NA

Ca - 58STA045-08 44 35 620 10 x 6 1/5 Med-Low - 80 428 57 15 5 25 NA

Le - G40DF-24A-045-* 44 36 875 10 x 8 1/5 Med 1.74 80 410 57 15 5 45 NA

Le - G40UH-24A-045-* 44 35 610 10 x 7 1/5 Low 1.81 80 410 57 15 5 45 NA

Le - G50DF-24A-045-* 44 36 875 10 x 8 1/5 Med 1.74 80 590 115 15 5 45 NA

Le - G50UH-24A-045-* 44 35 795 10 x 7 1/5 Med 1.81 80 471 108 15 5 45 NA

Fr - FG6RA045*-08A 45 36 570 10 x 6 1/5 Low 1.75 80.5 590 115 30 30 30 NA

Fr - L1RA045*08A 45 36 690 10 x 6 1/5 Low 1.75 80 471 108 30 30 30 NA

45 kBtu/h 800 CFM

Non-Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Te - ABA040NH3R 40 33 615 10 x 6 1/3 Low 1.70 80.2 506 57 NA 5 30 NA

Yo - GY8S040A12DN11 40 32 1270 10 x 8 1/2 Med-High 1.84 80 608 72 NA NA NA NA

Yo - GY8S040A12DN11 40 32 1190 10 x 8 1/2 Med-High 1.84 80 608 72 NA NA NA NA

Yo - GY8S040A12UH11 40 32 1190 10 x 8 1/2 Med-High 1.84 80 510 75 NA NA NA NA

Yo - GY8S040A12UH11 40 32 1270 10 x 8 1/2 Med-High 1.84 80 510 75 NA NA NA NA

Yo - P4DNA12N03201 40 32 1035 10 x 8 1/3 Med-High 1.84 80 608 72 NA NA 30 NA

Yo - P4HUA12N03201 40 32 1030 10 x 7 1/3 Med-High 1.84 80 510 75 NA NA 30 NA

Yo - PS8A12N040DN11 40 32 1220 10 x 8 1/3 Med-High 1.84 80 608 72 NA NA NA NA

Yo - PS8A12N040UH11 40 32 1270 10 x 8 1/2 Med-High 1.84 80 510 75 NA NA NA NA

Yo - PS8A12N040UH11 40 32 1190 10 x 8 1/2 Med-High 1.84 80 510 75 NA NA NA NA

Ca - 58DLX045-12* 42 34 1040 10 x 6 1/3 Med-Low - 80 596 57 15 5 25 NA

Ca - 58STX045-12* 42 34 1040 10 x 6 1/3 Med-Low - 80 626 57 15 5 25 NA

Ca - 58DLA045-12 44 36 1040 10 x 6 1/3 Med-Low - 80 570 57 15 5 25 NA

Ca - 58STA045-12 44 36 1040 10 x 6 1/3 Med-Low - 80 600 57 15 5 25 NA

Am - ADS80453AN 45 36 1039 10 x 6 1/3 Med 1.70 80 335 75 NA NA NA NA

Am - AMS80453AN 45 36 853 10 x 6 1/3 Med-Low 1.70 80 335 75 NA NA NA NA

Am - DHS80453AX 45 36 1045 10 x 6 1/2 Low 3.13 80 656 75 NA NA NA NA

Am - DMS80453AN 45 36 853 10 x 6 1/3 Med-Low 1.70 80 335 75 NA NA NA NA

Go - GDT045-3 45 36 1070 10 x 6 1/3 Med 1.70 80 335 75 NA NA 30 NA

Go - GMT045-3 45 36 669 10 x 6 1/3 Low 1.91 80 335 75 NA NA 30 NA

Go - GMTH045-3 45 36 - 80 656 75 NA NA NA NA

Am - GCIC045**30 46 37 560 9 x 8 1/3 Low 1.75 80 356 80 NA 15 30 NA

Am - GUIC045**30 46 37 575 9 x 8 1/3 Low 2.10 80 332 69 NA 15 30 NA

Am - GUID045**30 46 37 575 10 x 7 1/3 Low 2.08 80 466 78 NA 15 30 NA

Am - GUIE045**30 46 37 - 80 419 80 NA NA NA NA

Non-Condensing Single-Stage

45 kBtu/h 1200 CFM
7-H-14

Table 7-H.5.5 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 50 

Btu/h 800 CFM

Table 7-H.5.6 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 50 

Btu/h 1200 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelay

OffDelay

Th - MDA1-50 50 40 730 0 1/5 High 1.88 81 245 100 NA NA 60 NA

Th - MDA-50 50 40 420 0 1/5 Low 2.13 81 226 100 NA NA 60 NA

Th - MHA1-50 50 40 830 0 1/5 High 1.88 80 240 100 NA NA 60 NA

Th - MHA-50 50 40 430 0 1/5 Low 2.13 81 221 87 NA NA 60 NA

Non-Condensing Single-Stage

50 kBtu/h 800 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Du - DPGB050A3* 308 87 750 10 x 6 1/3 Low 1.51 80 308 87 15 NA 30 NA

Du - FPBB050A3* 304 87 805 10 x 6 1/3 Low 1.73 80 304 87 15 15 30 NA

Ar - G1D80BR050D12B*-*** 524 88 719 10 x 8 1/3 Low 2.06 80 524 88 NA NA NA NA

Ar - G1D80BT050D12B*-*** 380 88 713 10 x 6 1/3 Low 2.24 80 380 88 NA NA NA NA

Ar - G1N80BR050D12A*-*** 524 82 716 10 x 6 1/3 Low 1.68 80 524 82 15 15 30 NA

Ar - G1N80BT050D12A*-*** 390 88 10 x 6 1/3 1.83 80 390 88 15 15 30 NA

Ar - G1N80BU050D12A*-*** 380 88 713 10 x 6 1/3 Low 1.83 80 380 88 15 15 30 NA

Yo - G8C05012M(DB,UB)12 451 65 814 10 x 8 1/3 Low 2.22 80 451 65 NA NA 30 NA

Yo - G8C05012M(DB,UB)12 451 65 849 10 x 8 1/3 Low 2.22 80 451 65 NA NA 30 NA

Yo - G8C05012M(DB,UB)12 451 65 818 10 x 8 1/3 Low 2.22 80 451 65 NA NA 30 NA

Ol - GTM 50 337 60 555 10 x 8 1/3 Low 2.29 80 337 60 15 5 30 180

Ol - GTM 50 337 60 555 10 x 8 1/3 Low 2.29 80 337 60 15 5 30 180

Du - MPGA050B3* 308 87 750 10 x 6 1/3 Low 1.63 80 308 87 15 15 30 NA

Te - N8MPL050B12 565 81 1035 11 x 8 1/2 Med-High 1.80 80 565 81 3 30 30 NA

Te - N8MPN050B12 565 81 1035 11 x 8 1/2 Med-High 1.80 80 565 81 3 30 30 NA

Rh - RGLH-05EAUER 469 73 955 11 x 6 1/2 Med-Low 1.80 82 469 73 NA NA NA NA

Rh - RGLJ-05EAUER 469 73 955 11 x 6 1/2 Med-Low 1.78 80 469 73 30 5 20 NA

Rh - RGLN-05(E,N)AUER 657 99 - 80 657 99 NA NA NA NA

Rh - RGPH-05EAUER 503 96 860 11 x 6 1/2 Med-Low 1.78 81 503 96 NA NA NA NA

Rh - RGPJ-05EAUER 456 96 860 11 x 6 1/2 Med-Low 1.88 80 456 96 30 5 20 NA

Rh - RGPN-05(E,N)AUER 621 67 860 11 x 6 1/2 Med-Low 1.78 80 621 67 NA NA NA NA

Rh - RGPP-05(E,N)AUER 650 64 860 11 x 6 1/2 Med-Low 1.78 80 650 64 NA NA NA NA

Te - T8DNL050B12 586 85 1088 11 x 8 1/2 Med-High 1.80 80 586 85 3 30 30 NA

Te - T8MPL050B12 605 83 1035 11 x 8 1/2 Med-High 1.80 80 605 83 3 30 30 NA

Te - T8MPN050B12 605 83 1035 11 x 8 1/2 Med-High 1.80 80 605 83 3 30 30 NA

Fr - L1RA054*12A 421 72 720 10 x 6 1/3 Low 1.75 80 421 72 30 30 30 NA

50 kBtu/h 1200 CFM

Non-Condensing Single-Stage
7-H-15

Table 7-H.5.7 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 60 

Btu/h 800 CFM

Table 7-H.5.8 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 60 

Btu/h 1200 CFM

Table 7-H.5.9 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 70 

Btu/h 1200 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Te - ABA060NH2R 60 49 560 10 x 4 1/4 Med-Low 1.70 80.2 475 57 NA 5 30 NA

Tr - TDD060C924F* 60 48 859 10 x 7 1/5 Med-High 1.77 80 575 70 NA NA 45 NA

Tr - TUD060C924K* 60 47 734 10 x 6 1/5 Med-High 1.81 80 611 77 NA NA 45 NA

Ca - 58DLX070-08* 63 51 600 10 x 6 1/5 Med-Low - 80 510 57 15 5 25 NA

Ca - 58STX070-08* 63 51 600 10 x 6 1/5 Med-Low - 80 510 57 15 5 25 NA

Non-Condensing Single-Stage

60 kBtu/h 800 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelay

OffDelay

Yo - GY8S060A12DN11 57 46 1190 10 x 8 1/2 Med-High 1.84 80 784 64 NA NA NA NA

Yo - GY8S060A12DN11 57 46 1280 10 x 8 1/2 Med-High 1.84 80 784 64 NA NA NA NA

Yo - GY8S060A12UH11 57 46 1280 10 x 8 1/2 Med-High 1.84 80 847 73 NA NA NA NA

Yo - GY8S060A12UH11 57 46 1190 10 x 8 1/2 Med-High 1.84 80 847 73 NA NA NA NA

Yo - P4DNA12N04801 57 46 1035 10 x 8 1/3 Med-High 1.84 80 784 64 NA NA 30 NA

Yo - P4HUA12N04801 57 46 1030 10 x 7 1/3 Med-High 1.84 80 847 73 NA NA 30 NA

Yo - PS8A12N060DN11 57 46 1150 10 x 8 1/3 Med-High 1.84 80 784 64 NA NA NA NA

Yo - PS8A12N060UH11 57 46 1280 10 x 8 1/2 Med-High 1.84 80 847 73 NA NA NA NA

Yo - PS8A12N060UH11 57 46 1190 10 x 8 1/2 Med-High 1.84 80 847 73 NA NA NA NA

Te - ABA060NH3R 60 49 600 10 x 6 1/3 Low 1.70 80.2 573 61 NA 5 30 NA

Am - CDB060A936D* 60 48 - 80 912 73 NA NA NA NA

Am - CUB060A936C* 60 47 - 80 769 71 NA NA NA NA

Fr - FG6RA060*-12A 60 48 730 10 x 6 1/3 Low 1.75 81 482 75 30 30 30 NA

Fr - FG6RK060*-12A 60 48 780 10 x 6 1/3 Low 1.75 80 471 50 30 30 30 NA

Tr - TDD060C936F* 60 48 1000 11 x 7 1/2 Med-Low 1.77 80 912 73 NA NA 45 NA

Tr - TDE060A936M* 60 48 1000 11 x 7 1/2 Med-Low 1.77 80 912 73 NA NA 45 NA

Tr - TUD060C936K* 60 47 973 10 x 7 1/3 Med-Low 1.81 80 769 71 NA NA 45 NA

Tr - TUE060A936L* 60 47 973 10 x 7 1/3 Med-Low 1.81 80 769 71 NA NA 45 NA

Ca - 58DLX070-12* 63 51 1050 10 x 6 1/3 Med-Low - 80 723 59 15 5 25 NA

Ca - 58STX070-12* 63 51 1050 10 x 6 1/3 Med-Low - 80 761 59 15 5 25 NA

60 kBtu/h 1200 CFM

Non-Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

ABA060NH4R 60 49 1025 10 x 8 1/2 Low 2.10 80.2 1034 53 NA 5 30 NA

58DLX070-16* 63 51 1280 11 x 8 1/2 Med-Low - 80 874 60 15 5 25 NA

58STX070-16* 63 51 1280 11 x 8 1/2 Med-Low - 80 922 60 15 5 25 NA

Non-Condensing Single-Stage

60 kBtu/h 1600 CFM
7-H-16

Table 7-H.5.10 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 70 

Btu/h 1600 CFM

Table 7-H.5.11 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 75 

Btu/h 1200 CFM

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ca - 58DLA070-16 66 53 1280 11 x 8 1/2 Med-Low - 80 837 60 15 5 25 NA

Ca - 58STA070-16 66 53 1280 11 x 8 1/2 Med-Low - 80 883 60 15 5 25 NA

Le - G40UH-48B-070-** 66 54 1420 10 x 10 1/2 Med-Low 2.21 80 800 111 15 5 45 NA

Le - G50UH-48B-070-** 66 54 1420 10 x 10 1/2 Med-Low 2.21 80 800 111 15 5 45 NA

Am - GCIC070**40 69 55 850 10 x 6 1/2 Low 1.75 80 522 85 NA 15 30 NA

Am - GUIC070**40 69 55 975 10 x 6 1/2 Low 2.10 80 549 72 NA 15 30 NA

Am - GUID070**40 69 55 975 10 x 7 1/2 Low 2.08 80 585 77 NA 15 30 NA

Am - GUIE070**40 69 55 - 80 565 89 NA NA NA NA

Am - AMS80704BN 70 56 1291 10 x 8 1/2 Med-Low 2.18 80 559 75 NA NA NA NA

Am - DHS80704BX 70 56 1519 10 x 8 3/4 Med 2.18 80 716 75 NA NA NA NA

Am - DMS80704BN 70 56 1291 10 x 8 1/2 Med-Low 2.18 80 559 75 NA NA NA NA

Go - GMT070-4 70 56 1320 10 x 8 1/2 Med 2.38 80 559 75 NA NA 30 NA

Go - GMTH070-4 70 56 - 80 716 75 NA NA NA NA

Fr - FG6RA072*-16B 72 59 1140 10 x 10 1/2 Low 2.50 81 500 75 30 30 30 NA

Fr - FG6RK072*-16B 72 57 955 10 x 10 1/2 Low 2.50 80 476 50 30 30 30 NA

Fr - L1RA072*16B 72 58 1305 10 x 10 1/2 Med-Low 2.50 80 637 75 30 30 30 NA

Non-Condensing Single-Stage

70 kBtu/h 1600 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Du - DPGB075A3* 75 60 1010 10 x 6 1/3 Med 1.51 80 578 87 15 NA 30 NA

Du - FPBB075A3* 75 61 1160 10 x 6 1/3 Med 1.73 80 635 87 15 15 30 NA

Ar - G1N80BR075D12A*-*** 75 60 685 10 x 6 1/3 Low 1.68 80 727 86 15 15 30 NA

Ar - G1N80BT075D12A*-*** 75 60 10 x 6 1/3 1.83 80 570 93 15 15 30 NA

Ar - G1N80BU075D12A*-*** 75 60 677 10 x 6 1/3 Low 1.83 80 569 93 15 15 30 NA

Yo - G8C07512M(DB,UB)12 75 60 846 10 x 8 1/3 Low 2.22 80 665 70 NA NA 30 NA

Yo - G8C07512M(DB,UB)12 75 60 827 10 x 8 1/3 Low 2.22 80 665 70 NA NA 30 NA

Yo - G8C07512M(DB,UB)12 75 60 865 10 x 8 1/3 Low 2.22 80 665 70 NA NA 30 NA

Th - MDA1-75 75 60 1220 1/3 High 2.00 80 591 78 NA NA 60 NA

Du - MPGA075B3* 75 61 1010 10 x 6 1/3 Med 1.63 80 578 87 15 15 30 NA

Te - N8MPL075B12 75 60 1118 11 x 8 1/2 Med-High 1.80 80 ### 82 3 30 30 NA

Te - N8MPN075B12 75 60 1118 11 x 8 1/2 Med-High 1.80 80 ### 82 3 30 30 NA

Rh - RGLH-07EAUER 75 60 905 11 x 6 1/2 Med-Low 2.28 80.5 ### 64 NA NA NA NA

Rh - RGLJ-07EAUER 75 60 1050 11 x 6 1/2 Med 2.27 80 ### 64 30 5 20 NA

Rh - RGLN-07(E,N)AMER 75 60 - 80 ### 64 NA NA NA NA

Rh - RGPH-07EAUER* 75 60 880 11 x 6 1/2 Med-Low 2.27 80.6 942 74 NA NA NA NA

Rh - RGPJ-07EAUER 75 60 1010 11 x 6 1/2 Med 2.45 80 942 74 30 5 20 NA

Rh - RGPN-07(E,N)AMER 75 60 977 11 x 7 1/2 Med-Low 2.27 80 935 60 NA NA NA NA

Rh - RGPP-07(E,N)AMER 75 60 1118 11 x 7 1/2 Med 2.27 80 ### 66 NA NA NA NA

Te - T8DNL075B12 75 61 861 11 x 8 1/3 Med-High 1.80 80 977 82 3 30 30 NA

Te - T8MPL075B12 75 60 1118 11 x 8 1/2 Med-High 1.80 80 ### 82 3 30 30 NA

Te - T8MPN075B12 75 60 1118 11 x 8 1/2 Med-High 1.80 80 ### 82 3 30 30 NA

Non-Condensing Single-Stage

75 kBtu/h 1200 CFM
7-H-17

Table 7-H.5.12 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 75 

Btu/h 1600 CFM

Table 7-H.5.13 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 1200 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Du - DPGB075A4* 75 60 1550 12 x 9 1/2 Med 1.97 80 1106 87 15 NA 30 NA

Du - FPBB075A4* 75 61 1500 10 x 6 1/2 Med 1.73 80 940 87 15 15 30 NA

Ar - G1N80BR075D16B*-*** 75 60 1039 10 x 8 1/2 Low 2.06 80 757 90 15 15 30 NA

Ar - G1N80BT075D16B*-*** 75 60 10 x 8 1/2 2.24 80 575 89 15 15 30 NA

Ar - G1N80BU075D16B*-*** 75 60 986 10 x 8 1/2 Low 2.24 80 574 89 15 15 30 NA

Yo - G8C07516M(DC,UC)12 75 60 1149 10 x 10 1/2 Low 2.71 80 828 70 NA NA 30 NA

Yo - G8C07516M(DC,UC)12 75 60 1175 10 x 10 1/2 Low 2.71 80 828 70 NA NA 30 NA

Yo - G8C07516M(DC,UC)12 75 60 1198 10 x 10 1/2 Low 2.71 80 828 70 NA NA 30 NA

Th - MDA-75 75 59 850 1/2 Low 2.13 79.5 434 70 NA NA 60 NA

Th - MHA-75 75 59 470 1/2 Low 2.13 80 279 69 NA NA 60 NA

Du - MPGA075B4* 75 61 1550 12 x 9 1/2 Med 2.12 80 1106 87 15 15 30 NA

Te - N8MPL075F16 75 60 1343 11 x 10 1/2 Med-High 2.26 80 1188 50 3 30 30 NA

Te - N8MPN075F16 75 60 1343 11 x 10 1/2 Med-High 2.26 80 1188 50 3 30 30 NA

Rh - RGLH-07EAMGR 75 60 1495 11 x 7 3/4 Med-Low 1.80 80.8 937 72 NA NA NA NA

Rh - RGLJ-07EAMGR 75 60 1495 11 x 7 1/2 Med 2.27 80 937 72 30 5 20 NA

Rh - RGLN-07(E,N)AMGR 75 60 - 80 1277 63 NA NA NA NA

Rh - RGPH-07EAMGR 75 60 1395 11 x 7 3/4 Med-Low 2.27 80.5 941 73 NA NA NA NA

Rh - RGPJ-07EAMGR 75 60 1395 11 x 7 1/2 Med 2.45 80 941 73 30 5 20 NA

Rh - RGPN-07(E,N)AMGR 75 60 1395 11 x 7 3/4 Med-Low 2.27 80 1190 57 NA NA NA NA

Rh - RGPP-07(E,N)AMGR 75 60 1395 11 x 7 1/2 Med 2.27 80 1323 84 NA NA NA NA

Te - T8DNL075F16 75 61 1309 11 x 10 1/2 Med-High 2.26 80 1263 78 3 30 30 NA

Te - T8MPL075F16 75 60 1343 11 x 10 1/2 Med-High 2.26 80 1208 87 3 30 30 NA

Te - T8MPN075F16 75 60 1343 11 x 10 1/2 Med-High 2.26 80 1208 87 3 30 30 NA

Non-Condensing Single-Stage

75 kBtu/h 1600 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Te - ABA080NH3R 80 65 1035 10 x 6 1/3 Med-High 1.70 80.2 858 56 NA 5 30 NA

Am - CUB080A936C* 80 63 - 80 1007 77 NA NA NA NA

Yo - GY8S080A12DN11 80 64 1200 10 x 8 1/2 Med-High 1.84 80 907 71 NA NA NA NA

Yo - GY8S080A12DN11 80 64 1280 10 x 8 1/2 Med-High 1.84 80 907 71 NA NA NA NA

Yo - GY8S080A12UH11 80 64 1280 10 x 8 1/2 Med-High 1.84 80 854 73 NA NA NA NA

Yo - GY8S080A12UH11 80 64 1200 10 x 8 1/2 Med-High 1.84 80 854 73 NA NA NA NA

Yo - P4DNA12N06401 80 64 1035 10 x 8 1/3 Med-High 1.84 80 907 71 NA NA 30 NA

Yo - P4HUA12N06401 80 64 1030 10 x 7 1/3 Med-High 1.84 80 854 73 NA NA 30 NA

Yo - PS8A12N080DN11 80 64 1150 10 x 8 1/3 Med-High 1.84 80 907 71 NA NA NA NA

Yo - PS8A12N080UH11 80 64 1280 10 x 8 1/2 Med-High 1.84 80 854 73 NA NA NA NA

Yo - PS8A12N080UH11 80 64 1200 10 x 8 1/2 Med-High 1.84 80 854 73 NA NA NA NA

Tr - TDD080C936F* 80 64 1223 10 x 7 1/3 Med-High 2.17 80 837 79 NA NA 45 NA

Tr - TUD080C936K* 80 63 1147 10 x 7 1/3 Med-High 2.21 80 1007 77 NA NA 45 NA

Tr - TUE080A936L* 80 63 1147 10 x 7 1/3 Med-High 2.21 80 1007 77 NA NA 45 NA

80 kBtu/h 1200 CFM

Non-Condensing Single-Stage
7-H-18

Table 7-H.5.14 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 1600

Table 7-H.5.15 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 80 

Btu/h 2000 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Te - ABA080NH4R 80 65 990 10 x 8 1/2 Low 2.10 80.2 1075 55 NA 5 30 NA

Am - CUB080A948C* 80 64 - 80 984 78 NA NA NA NA

Yo - GY8S080B16DN11 80 64 1390 11 x 8 3/4 Med 2.26 80 1075 68 NA NA NA NA

Yo - GY8S080B16DN11 80 64 1400 11 x 8 3/4 Med 2.26 80 1075 68 NA NA NA NA

Yo - GY8S080B16UH11 80 64 1390 11 x 8 3/4 Med 2.26 80 1137 72 NA NA NA NA

Yo - GY8S080B16UH11 80 64 1400 11 x 8 3/4 Med 2.26 80 1137 72 NA NA NA NA

Yo - P4DNB16N06401 80 64 1840 10 x 8 1/2 High 2.26 80 1075 68 NA NA 30 NA

Yo - P4HUB16N06401 80 64 1405 11 x 8 3/4 Med 2.26 80 1137 72 NA NA 30 NA

Yo - PS8B16N080DN11 80 64 1490 10 x 8 1/2 Med 2.26 80 1075 68 NA NA NA NA

Yo - PS8B16N080UH11 80 64 1390 11 x 8 3/4 Med 2.26 80 1137 72 NA NA NA NA

Yo - PS8B16N080UH11 80 64 1400 11 x 8 3/4 Med 2.26 80 1137 72 NA NA NA NA

Tr - TDE080A945M* 80 64 1275 10 x 8 1/3 Med-High 2.17 80 822 79 NA NA 45 NA

Tr - TUD080C948K* 80 64 1308 10 x 8 1/3 Med-High 2.21 80 984 78 NA NA 45 NA

Tr - TUE080A948L* 80 64 1308 10 x 8 1/3 Med-High 2.21 80 984 78 NA NA 45 NA

Ca - 58DLX090-16* 84 68 1375 10 x 10 1/2 Med-Low - 80 925 77 15 5 25 NA

Ca - 58STX090-16* 84 68 1375 10 x 10 1/2 Med-Low - 80 983 77 15 5 25 NA

80 kBtu/h 1600 CFM

Non-Condensing Single-Stage

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Te - ABA080NH5R 80 65 1155 10 x 4 (Dual) 3/4 Low 2.49 80.2 953 55 NA 5 30 NA

Yo - LY8S080C20UH11 80 64 11 x 11 1 2.74 80 1220 74 NA NA NA NA

Yo - P4HUC20N06401 80 64 1855 11 x 10 1 Med 2.74 80 1220 74 NA NA 30 NA

Yo - P4HUC20N06401 80 64 1880 11 x 10 1 Med 2.74 80 1220 74 NA NA 30 NA

Yo - PS8C20L080UH11 80 64 11 x 11 1 3.23 80 1220 74 NA NA NA NA

Tr - TUD080C960K* 80 63 1431 11 x 10 3/4 Low 2.69 80 1191 70 NA NA 45 NA

Ca - 58DLX090-20* 84 68 1730 11 x 11 3/4 Med-Low - 80 1272 71 15 5 25 NA

Ca - 58DLX090-20* 84 68 1770 11 x 11 3/4 Med-Low - 80 1272 71 15 5 25 NA

Ca - 58DLX090-20* 84 68 1730 11 x 11 3/4 Med-Low - 80 1272 71 15 5 25 NA

Ca - 58STX090-20* 84 68 1730 11 x 11 3/4 Med-Low - 80 1258 74 15 5 25 NA

Ca - 58STX090-20* 84 68 1730 11 x 11 3/4 Med-Low - 80 1258 74 15 5 25 NA

Ca - 58STX090-20* 84 68 1770 11 x 11 3/4 Med-Low - 80 1258 74 15 5 25 NA

Ol - GTM 85T 85 68 1367 12 x 10 3/4 Low 2.78 80 1220 60 15 5 30 180

Ol - GTM 85T 85 68 1345 12 x 10 3/4 Low 2.78 80 1220 60 15 5 30 180

80 kBtu/h 2000 CFM

Non-Condensing Single-Stage
7-H-19

Table 7-H.5.16 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 1200 CFM

Table 7-H.5.17 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 1600 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Le - G40DF-36B-090-* 88 71 1055 10 x 8 1/3 Med-Low 2.14 80 685 121 15 5 45 NA

Le - G40UH-36B-090-* 88 71 1135 10 x 8 1/3 Med-High 2.21 80 894 118 15 5 45 NA

Le - G50DF-36B-090-* 88 71 1055 10 x 8 1/3 Med-Low 2.14 80 685 121 15 5 45 NA

Le - G50UH-36B-090-* 88 71 1135 10 x 8 1/3 Med-High 2.21 80 894 118 15 5 45 NA

Am - AMS80903BN 90 72 1493 10 x 8 1/3 High 2.18 80 494 75 NA NA NA NA

Go - GMT090-3 90 72 1038 10 x 8 1/3 Med 2.38 80 494 75 NA NA 30 NA

Fr - L1RA090*12B 90 72 930 9 x 9 1/4 Low 2.50 80 715 75 30 30 30 NA

Am - GCIC090**30 92 74 1265 10 x 8 1/2 High 2.26 80 696 122 NA 15 30 NA

Am - GUIC090**30 92 74 1380 10 x 8 1/2 High 2.66 80 724 80 NA 15 30 NA

Am - GUID090**30 92 74 1380 10 x 9 1/2 High 2.64 80 724 80 NA 15 30 NA

90 kBtu/h 1200 CFM

Non-Condensing Single-Stage

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ca - 58DLA090-16 88 71 1375 10 x 10 1/2 Med-Low - 80 885 77 15 5 25 NA

Ca - 58STA090-16 88 71 1375 10 x 10 1/2 Med-Low - 80 940 77 15 5 25 NA

Le - G40DF-48C-090-* 88 71 1335 10 x 10 1/2 Med-Low 2.61 80 662 116 15 5 45 NA

Le - G40UH-48B-090-* 88 71 1360 10 x 10 1/2 Med-Low 2.21 80 864 115 15 5 45 NA

Le - G50DF-48C-090-* 88 71 1335 10 x 10 1/2 Med-Low 2.61 80 662 116 15 5 45 NA

Le - G50UH-48B-090-* 88 71 1360 10 x 10 1/2 Med-Low 2.21 80 864 115 15 5 45 NA

Am - ADS80904BN 90 72 1501 10 x 8 1/2 Med 2.18 80 595 75 NA NA NA NA

Am - AMS80904BN 90 72 1313 10 x 8 1/2 Med-Low 2.18 80 595 75 NA NA NA NA

Am - DDS80904BX 90 72 1222 10 x 8 1/2 Med-Low 2.18 80 595 75 NA NA NA NA

Am - DMS80904BN 90 72 1313 10 x 8 1/2 Med-Low 2.18 80 595 75 NA NA NA NA

Go - GDT090-4 90 72 1465 10 x 8 1/2 Med 2.18 80 595 75 NA NA 30 NA

Go - GMT090-4 90 72 1113 10 x 8 1/2 Low 2.38 80 595 75 NA NA 30 NA

Fr - L1RA090*16B 90 72 1545 10 x 10 1/2 Med-High 2.50 80 855 76 30 30 30 NA

Am - GUIE090**40 92 74 - 80 691 90 NA NA NA NA

90 kBtu/h 1600 CFM

Non-Condensing Single-Stage
7-H-20

Table 7-H.5.18 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 90 

Btu/h 2000

Table 7-H.5.19 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 100 

Btu/h 1200 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge

OnDelay

OffDelay

Ca - 58DLA090-20 88 71 1730 11 x 11 3/4 Med-Low - 80 1218 71 15 5 25 NA

Ca - 58DLA090-20 88 71 1770 11 x 11 3/4 Med-Low - 80 1218 71 15 5 25 NA

Ca - 58DLA090-20 88 71 1730 11 x 11 3/4 Med-Low - 80 1218 71 15 5 25 NA

Ca - 58STA090-20 88 71 1730 11 x 11 3/4 Med-Low - 80 1204 74 15 5 25 NA

Ca - 58STA090-20 88 71 1770 11 x 11 3/4 Med-Low - 80 1204 74 15 5 25 NA

Ca - 58STA090-20 88 71 1730 11 x 11 3/4 Med-Low - 80 1204 74 15 5 25 NA

Am - AMS80905CN 90 72 1325 10 x 10 1/2 Med-Low 2.66 80 600 75 NA NA NA NA

Am - DHS80905CX 90 72 1581 11 x 10 3/4 Med 2.66 80 736 75 NA NA NA NA

Am - DMS80905CN 90 72 1589 10 x 10 1/2 Med 2.66 80 600 75 NA NA NA NA

Go - GMT090-5 90 72 1338 10 x 10 1/2 Low 2.86 80 600 75 NA NA 30 NA

Go - GMTH090-5 90 72 - 80 736 75 NA NA NA NA

Fr - L1RA090*-20B 90 72 1280 11 x 10 3/4 Low 2.50 80 1105 75 30 30 30 NA

Am - GCIC090**50 92 74 1170 10 x 8 1/2 Med-Low 2.26 80 684 106 NA 15 30 NA

Am - GCID090**50 92 74 1170 10 x 8 1/2 Med-Low 2.26 80 684 106 NA 15 30 NA

Am - GUIC090**50 92 74 1280 10 x 8 1/2 Med-Low 2.66 80 698 74 NA 15 30 NA

Am - GUID090**50 92 74 1280 10 x 9 3/4 Med-Low 2.64 80 701 80 NA 15 30 NA

Am - GUIE090**50 92 74 - 80 677 84 NA NA NA NA

90 kBtu/h 2000 CFM

Non-Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Fr - FG6RA096*-12B 96 78 750 10 x 9 1/3 Low 2.50 80.5 757 75 30 30 30 NA

Fr - FG6RK096*-12B 96 76 1145 10 x 8 1/3 Med 2.50 80 715 50 30 30 30 NA

Te - ABA100NH3R 100 81 1060 10 x 6 1/3 Med-High 2.10 80.2 862 79 NA 5 30 NA

Am - CUB100A936C* 100 79 - 80 972 79 NA NA NA NA

Yo - GY8S100B12DN11 100 80 1230 11 x 8 3/4 Med-High 2.26 80 840 80 NA NA NA NA

Yo - GY8S100B12DN11 100 80 1280 11 x 8 3/4 Med-High 2.26 80 840 80 NA NA NA NA

Yo - GY8S100B12UH11 100 80 1280 11 x 8 3/4 Med-High 2.26 80 1136 72 NA NA NA NA

Yo - GY8S100B12UH11 100 80 1230 11 x 8 3/4 Med-High 2.26 80 1136 72 NA NA NA NA

Yo - P4DNB12N08001 100 80 1510 11 x 10 3/4 High 2.26 80 840 80 NA NA 30 NA

Yo - P4HUB12N08001 100 80 1465 10 x 8 1/2 High 2.26 80 1136 72 NA NA 30 NA

Yo - PS8B12N100DN11 100 80 1270 11 x 10 3/4 Med-High 2.26 80 840 80 NA NA NA NA

Yo - PS8B12N100UH11 100 80 1230 10 x 8 1/2 Med-High 1.84 80 1136 72 NA NA NA NA

Yo - PS8B12N100UH11 100 80 1280 10 x 8 1/2 Med-High 1.84 80 1136 72 NA NA NA NA

Rh - RGLH-10EAMER 100 80 980 11 x 7 1/2 Med-Low 2.28 80.2 1034 75 NA NA NA NA

Rh - RGLJ-10EAMER 100 80 1135 11 x 7 1/2 Med 2.27 80 1034 75 30 5 20 NA

Rh - RGLN-10(E,N)AMER 100 80 - 80 1220 70 NA NA NA NA

Rh - RGPH-10EAMER 100 80 960 11 x 7 1/2 Med-Low 2.27 80 941 68 NA NA NA NA

Rh - RGPJ-10EAMER 100 80 1105 11 x 7 1/2 Med 2.45 80 941 68 30 5 20 NA

Rh - RGPN-10(E,N)AMER 100 80 960 11 x 7 1/2 Med-Low 2.76 80 986 59 NA NA NA NA

Rh - RGPP-10(E,N)AMER 100 80 1105 11 x 7 1/2 Med 2.27 80 1010 70 NA NA NA NA

Tr - TUD100C936K* 100 79 1203 10 x 7 1/3 Med-High 2.21 80 972 79 NA NA 45 NA

Tr - TUE100A936L* 100 79 1203 10 x 7 1/3 Med-High 2.21 80 972 79 NA NA 45 NA

Ca - 58DLX110-12* 105 85 1180 10 x 8 1/3 Med-Low - 80 831 91 15 5 25 NA

Ca - 58STX110-12* 105 85 1180 10 x 8 1/3 Med-Low - 80 878 91 15 5 25 NA

Non-Condensing Single-Stage

100 kBtu/h 1200 CFM
7-H-21

Table 7-H.5.20 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 100 

Btu/h 1600

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge

OnDelayOffDelay

Fr - FG6RA096*-16B 96 78 1140 10 x 10 1/2 Low 2.50 80.5 757 75 30 30 30 NA

Fr - FG6RK096*-16B 96 76 1275 10 x 8 1/2 Med-Low 2.50 80 715 50 30 30 30 NA

Te - ABA100NH4R 100 81 1205 10 x 8 1/2 Med-Low 2.10 80.2 1288 77 NA 5 30 NA

Am - CUB100A948C* 100 79 - 80 1186 81 NA NA NA NA

Du - DPGB100A4* 100 80 1550 12 x 9 1/2 Med 1.97 80 1052 87 15 NA 30 NA

Du - FPBB100A4* 100 81 1410 12 x 9 1/2 Med 2.25 80 760 87 15 15 30 NA

Le - G24M3/4-100S-** 100 80 1210 12 x 8 1/2 Med - 80 801 60 15 5 45 NA

Yo - G8C10016M(DC,UC)12 100 80 1181 10 x 10 1/2 Low 2.71 80 830 70 NA NA 30 NA

Yo - G8C10016M(DC,UC)12 100 80 1171 10 x 10 1/2 Low 2.71 80 830 70 NA NA 30 NA

Yo - G8C10016M(DC,UC)12 100 80 1132 10 x 10 1/2 Low 2.71 80 830 70 NA NA 30 NA

Yo - GY8S100B16UH11 100 80 1350 11 x 8 3/4 Med 2.26 80 1139 73 NA NA NA NA

Yo - GY8S100B16UH11 100 80 1360 11 x 8 3/4 Med 2.26 80 1139 73 NA NA NA NA

Th - MDA-100 100 80 810 1/2 Low 2.38 80.5 809 69 NA NA 60 NA

Th - MHA-100 100 79 770 1/2 Low 2.38 80 697 69 NA NA 60 NA

Th - MHA1-100 100 79 1560 1/2 High 2.38 80 818 80 NA NA 60 NA

Du - MPGA100B4* 100 81 1550 12 x 9 1/2 Med 2.12 80 1052 87 15 15 30 NA

Yo - P4HUB16N08001 100 80 1550 10 x 10 1/2 Med 2.26 80 1139 73 NA NA 30 NA

Yo - PS8B16N100UH11 100 80 1730 11 x 8 3/4 High 2.26 80 1139 73 NA NA NA NA

Yo - PS8B16N100UH11 100 80 1650 11 x 8 3/4 High 2.26 80 1139 73 NA NA NA NA

Rh - RGLJ-10EBRGR 100 80 1585 11 x 10 1/2 Med 2.76 80 1139 77 30 5 20 NA

Rh - RGPJ-10EBRGR 100 81 1510 11 x 10 1/2 Med 3.02 80 1322 59 30 5 20 NA

Rh - RGPP-10(E,N)BRGR 100 80 1510 11 x 10 1/2 Med 2.76 80 1304 71 NA NA NA NA

Tr - TDD100C948F* 100 80 1535 10 x 8 1/2 Med-High 2.65 80 1149 80 NA NA 45 NA

Tr - TDE100A945M* 100 80 1254 10 x 8 1/3 Med-High 2.17 80 1168 79 NA NA 45 NA

Tr - TUD100C948K* 100 79 1493 10 x 8 1/2 Med-High 2.69 80 1186 81 NA NA 45 NA

Tr - TUE100A948L* 100 79 1493 10 x 8 1/2 Med-High 2.69 80 1186 81 NA NA 45 NA

Ca - 58DLX110-16* 105 85 1310 10 x 10 1/2 Med-Low - 80 861 93 15 5 25 NA

Ca - 58STX110-16* 105 85 1310 10 x 10 1/2 Med-Low - 80 803 93 15 5 25 NA

100 kBtu/h 1600 CFM

Non-Condensing Single-Stage
7-H-22

Table 7-H.5.21 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 100 

Btu/h 2000 CFM

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge

OnDelayOffDelay

Fr - FG6RA096*-20C 96 78 1300 11 x 10 3/4 Low 2.88 81 845 75 30 30 30 NA

Te - ABA100NH5R 100 81 1390 10 x 4 (Dual) 3/4 Med-Low 2.49 80.2 1111 83 NA 5 30 NA

Am - CDB100A960D* 100 81 NA - 80 1010 78 NA NA NA NA

Am - CUB100A960C* 100 79 NA - 80 1096 50 NA NA NA NA

Du - DPGB100A5* 100 80 1840 12 x 12 1/2 Med 2.43 80 1116 87 15 NA 30 NA

Du - FPBB100A5* 100 81 1760 12 x 9 3/4 Med 2.25 80 1143 87 15 15 30 NA

Ar - G1D80BR100D20C*-*** 100 80 1231 12 x 10 3/4 Med-Low 2.50 80 745 92 NA NA NA NA

Ar - G1D80BT100D20C*-*** 100 80 1208 12 x 10 3/4 Med-Low 2.72 80 745 92 NA NA NA NA

Ar - G1N80BR100D20C*-*** 100 80 1231 12 x 10 3/4 Med-Low 2.50 80 894 93 15 15 30 NA

Ar - G1N80BT100D20C*-*** 100 80 NA 12 x 10 3/4 2.72 80 897 92 15 15 30 NA

Ar - G1N80BT125D20C*-*** 100 80 NA 12 x 10 3/4 2.72 80 986 92 15 15 30 NA

Ar - G1N80BU100D20C*-*** 100 80 1208 12 x 10 3/4 Med-Low 2.72 80 897 92 15 15 30 NA

Le - G24M4/5-100S-** 100 80 1610 12 x 9 3/4 Med-Low - 80 664 60 15 5 45 NA

Yo - G8C10020M(DD,UD)12 100 80 1293 10 x 6 (Dual) 3/4 Low 3.19 80 937 70 NA NA 30 NA

Yo - G8C10020M(DD,UD)12 100 80 1307 10 x 6 (Dual) 3/4 Low 3.19 80 937 70 NA NA 30 NA

Ol - GTM 100T 100 80 1345 12 x 10 3/4 Low 2.78 80 1345 60 15 5 30 180

Ol - GTM 100T 100 80 1367 12 x 10 3/4 Low 2.78 80 1345 60 15 5 30 180

Yo - GY8S100C20DN11 100 80 1900 11 x 11 1 Med-High 2.74 80 1363 79 NA NA NA NA

Yo - GY8S100C20DN11 100 80 1950 11 x 11 1 Med-High 2.74 80 1363 79 NA NA NA NA

Yo - GY8S100C20UH11 100 80 1950 11 x 11 1 Med-High 2.74 80 1488 75 NA NA NA NA

Yo - GY8S100C20UH11 100 80 1900 11 x 11 1 Med-High 2.74 80 1488 75 NA NA NA NA

Du - MPGA100B5* 100 81 1840 12 x 12 1/2 Med 2.62 80 1116 87 15 15 30 NA

Te - N8MPL100F20 100 80 1577 11 x 10 3/4 Med-High 2.26 80 1442 46 3 30 30 NA

Te - N8MPN100F20 100 80 1577 11 x 10 1/2 Med-High 2.26 80 1442 46 3 30 30 NA

Yo - P4DNC20N08001 100 80 1925 11 x 10 3/4 Med 2.74 80 1363 79 NA NA 30 NA

Yo - P4HUC20N08001 100 80 1855 11 x 10 1 Med 2.74 80 1488 75 NA NA 30 NA

Yo - P4HUC20N08001 100 80 1880 11 x 10 1 Med 2.74 80 1488 75 NA NA 30 NA

Yo - PS8C20N100DN11 100 80 1840 11 x 10 3/4 Med-High 2.74 80 1363 79 NA NA NA NA

Yo - PS8C20N100UH11 100 80 1900 11 x 11 1 Med-High 3.23 80 1488 75 NA NA NA NA

Yo - PS8C20N100UH11 100 80 1950 11 x 11 1 Med-High 3.23 80 1488 75 NA NA NA NA

Rh - RGLH-10EBRJR 100 80 1585 11 x 10 3/4 Med-Low 2.76 80.1 1139 77 NA NA NA NA

Rh - RGLJ-10EBRJR 100 80 1970 11 x 10 3/4 Med 2.76 80 1139 77 30 5 20 NA

Rh - RGLN-10(E,N)BRJR 100 80 NA - 80 1220 63 NA NA NA NA

Rh - RGPH-10EBRJR 100 81 1510 11 x 10 3/4 Med-Low 2.76 80 1322 59 NA NA NA NA

Rh - RGPJ-10EBRJR 100 81 1845 11 x 10 3/4 Med 3.02 80 1322 59 30 5 20 NA

Rh - RGPN-10(E,N)BRJR 100 80 1510 11 x 10 3/4 Med-Low 2.76 80 1261 69 NA NA NA NA

Rh - RGPP-10(E,N)BRJR 100 80 1510 11 x 10 3/4 Low 2.76 80 1102 63 NA NA NA NA

Te - T8DNL100L20 100 81 1922 11 x 10 3/4 Med-High 2.95 80 1458 81 3 30 30 NA

Te - T8MPL100F20 100 81 1577 11 x 10 1/2 Med-High 2.26 80 1285 81 3 30 30 NA

Te - T8MPL100J20 100 81 1459 11 x 10 1/2 Med-High 2.73 80 1289 88 3 30 30 NA

Te - T8MPN100F20 100 81 1577 11 x 10 1/2 Med-High 2.26 80 1285 81 3 30 30 NA

Te - T8MPN100J20 100 81 1459 11 x 10 1/2 Med-High 2.73 80 1289 88 3 30 30 NA

Tr - TDE100A960M* 100 81 1653 11 x 10 1/2 Med-Low 2.65 80 1010 78 NA NA 45 NA

Tr - TUD100C960K* 100 79 1567 11 x 10 1/2 Med-Low 2.69 80 1096 50 NA NA 45 NA

Tr - TUE100A960L* 100 79 1567 11 x 10 1/2 Med-Low 2.69 80 1096 50 NA NA 45 NA

100 kBtu/h 2000 CFM

Non-Condensing Single-Stage
7-H-23

Table 7-H.5.22 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 115 

Btu/h 1600 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelay

OffDelay

Fr - L1RA108*16B 108 86 1545 11 x 10 1/2 Med-High 2.50 80 1018 75 30 30 30 NA

Ca - 58DLA110-16 110 89 1310 10 x 10 1/2 Med-Low - 80 823 93 15 5 25 NA

Ca - 58STA110-16 110 89 1310 10 x 10 1/2 Med-Low - 80 768 93 15 5 25 NA

Le - G40DF-48C-110-* 110 89 1280 10 x 10 1/2 Med-Low 2.61 80 807 110 15 5 45 NA

Le - G40UH-48C-110-** 110 89 1475 10 x 10 1/2 Med-High 2.68 80 939 118 15 5 45 NA

Le - G50DF-48C-110-* 110 89 1280 10 x 10 1/2 Med-Low 2.61 80 807 110 15 5 45 NA

Le - G50UH-48C-110-** 110 89 1475 10 x 10 1/2 Med-High 2.63 80 939 118 15 5 45 NA

Am - GCIC115**40 115 94 1660 10 x 7 1/2 High 2.78 80 967 80 NA 15 30 NA

Am - GCID115**40 115 94 1840 10 x 7 1/2 High 2.78 80 967 80 NA 15 30 NA

Am - GUIC115**40 115 92 1590 10 x 7 1/2 High 3.21 80 1161 87 NA 15 30 NA

Yo - GY8S115C16DN11 115 92 1560 11 x 11 1 Med 2.74 80 1161 78 NA NA NA NA

Yo - GY8S115C16DN11 115 92 1490 11 x 11 1 Med 2.74 80 1161 78 NA NA NA NA

Yo - GY8S115C16UH11 115 92 1490 11 x 11 1 Med 2.74 80 1217 80 NA NA NA NA

Yo - GY8S115C16UH11 115 92 1560 11 x 11 1 Med 2.74 80 1217 80 NA NA NA NA

Yo - P4DNC16N09201 115 92 1940 11 x 10 1 High 2.74 80 1161 78 NA NA 30 NA

Yo - P4HUC16N09201 115 92 1780 10 x 10 1/2 High 2.74 80 1217 80 NA NA 30 NA

Yo - PS8C16N115DN11 115 92 1940 11 x 10 1 High 2.74 80 1161 78 NA NA NA NA

Yo - PS8C16N115UH11 115 92 1490 10 x 10 3/4 Med 2.74 80 1217 80 NA NA NA NA

Yo - PS8C16N115UH11 115 92 1560 10 x 10 3/4 Med 2.74 80 1217 80 NA NA NA NA

Non-Condensing Single-Stage

115 kBtu/h 1600 CFM
7-H-24

Table 7-H.5.23 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 115 

Btu/h 2000 CFM

Table 7-H.5.24 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 120 

Btu/h 1600 CFM

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Fr - L1RA108*-20B 108 86 1400 11 x 10 3/4 Low 2.50 80 1168 75 30 30 30 NA

Fr - L1RA108*20C 108 86 1790 11 x 10 3/4 Med-High 2.88 80 1069 76 30 30 30 NA

Le - G40DF-60C-110-** 110 90 1835 11.5 x 10 3/4 Med-Low 2.61 80 1029 122 15 5 45 NA

Le - G40UH-60C-110-** 110 89 1895 11.5 x 10 3/4 Med-Low 2.68 80 1206 119 15 5 45 NA

Le - G40UH-60C-110-** 110 89 1750 11.5 x 10 3/4 Med-Low 2.68 80 1206 119 15 5 45 NA

Le - G50DF-60C-110-** 110 90 1835 11.5 x 10 1 Med-Low 2.61 80 1029 122 15 5 45 NA

Le - G50UH-60C-110-** 110 89 1750 11.5 x 10 3/4 Med-Low 2.63 80 1206 119 15 5 45 NA

Le - G50UH-60C-110-** 110 89 1895 11.5 x 10 3/4 Med-Low 2.63 80 1206 119 15 5 45 NA

Am - ADS81155CN 115 92 1613 10 x 10 1/2 Med 2.66 80 701 75 NA NA NA NA

Am - AMS81155CN 115 92 1639 10 x 10 1/2 Med 2.66 80 701 75 NA NA NA NA

Am - DDS81155CX 115 92 1613 10 x 10 1/2 Med 2.66 80 701 75 NA NA NA NA

Am - DMS81155CN 115 92 1639 10 x 10 1/2 Med 2.66 80 701 75 NA NA NA NA

Am - GCIC115**50 115 92 1710 10 x 9 3/4 Med-High 2.78 80 815 93 NA 15 30 NA

Go - GDT115-5 115 92 1660 10 x 10 1/2 Med 2.66 80 701 75 NA NA 30 NA

Go - GMT115-5 115 92 1650 10 x 10 1/2 Med 2.86 80 701 75 NA NA 30 NA

Go - GMTH115-5 115 92 - 80 930 75 NA NA NA NA

Am - GUIC115**50 115 92 1850 10 x 9 3/4 Med-High 3.21 80 1051 75 NA 15 30 NA

Am - GUID115**50 115 92 1850 10 x 10 3/4 Med-High 3.19 80 1015 75 NA 15 30 NA

Am - GUIE0115**50 115 92 - 80 1095 87 NA NA NA NA

Yo - GY8S115C20DN11 115 92 1940 11 x 11 1 Med-High 2.74 80 1513 84 NA NA NA NA

Yo - GY8S115C20DN11 115 92 1840 11 x 11 1 Med-High 2.74 80 1513 84 NA NA NA NA

Yo - GY8S115C20UH11 115 92 1940 11 x 11 1 Med-High 2.74 80 1579 79 NA NA NA NA

Yo - GY8S115C20UH11 115 92 1840 11 x 11 1 Med-High 2.74 80 1579 79 NA NA NA NA

Yo - P4DNC20N09201 115 92 2190 11 x 10 1 High 2.74 80 1513 84 NA NA 30 NA

Yo - P4HUC20N09201 115 92 2115 11 x 10 1 High 2.74 80 1579 79 NA NA 30 NA

Yo - P4HUC20N09201 115 92 2130 11 x 10 1 High 2.74 80 1579 79 NA NA 30 NA

Yo - PS8C20N115DN11 115 92 1790 11 x 10 1 Med-High 2.74 80 1513 84 NA NA NA NA

Yo - PS8C20N115UH11 115 92 1940 11 x 11 1 Med-High 3.23 80 1579 79 NA NA NA NA

Yo - PS8C20N115UH11 115 92 1840 11 x 11 1 Med-High 3.23 80 1579 79 NA NA NA NA

115 kBtu/h 2000 CFM

Non-Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Te - ABA120NH4R 1335 82 1440 10 x 8 1/2 Med-High 2.49 80.2 1335 82 NA 5 30 NA

Fr - FG6RA120*-16B 882 75 1120 10 x 10 1/2 Low 2.50 81 882 75 30 30 30 NA

Le - G24M3/4-120*-** 810 60 1420 12 x 8 1/2 Med-High - 80 810 60 15 5 45 NA

Non-Condensing Single-Stage

120 kBtu/h 1600 CFM
7-H-25

Table 7-H.5.25 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 120 

Btu/h 2000 CFM

Table 7-H.5.26 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 125 

Btu/h 1600 CFM

Models Input Output CFM 

0.5 Blower Size Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Te - ABA120NH5R 120 98 1540 10 x 4 (Dual) 3/4 Med-High 2.49 80.2 1226 88 NA 5 30 NA

Am - CDB120A960D* 120 96 - 80 1461 85 NA NA NA NA

Am - CUB120A960C* 120 96 - 80 1429 75 NA NA NA NA

Fr - FG6RA120*-20C 120 97 1260 11 x 10 3/4 Low 2.88 80.5 790 75 30 30 30 NA

Fr - FG6RK120*-20B 120 97 1875 11 x 10 3/4 Med-High 2.50 80 960 50 30 30 30 NA

Le - G24M4/5-120S-** 120 96 1610 12 x 9 3/4 Med-Low - 80 1234 60 15 5 45 NA

Tr - TDD120C960F* 120 96 1866 11 x 10 1/2 Med-High 3.12 80 1461 85 NA NA 45 NA

Tr - TDE120A960M* 120 96 1786 11 x 10 1/2 Med-High 3.12 80 1461 85 NA NA 45 NA

Tr - TUD120C960K* 120 96 1777 11 x 10 1/2 Med-High 3.17 80 1429 75 NA NA 45 NA

Tr - TUE120A960L* 120 96 1777 11 x 10 1/2 Med-High 3.17 80 1429 75 NA NA 45 NA

120 kBtu/h 2000 CFM

Non-Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Th - MDA1-125 968 81 1790 3/4 High 2.75 81 968 81 NA NA 60 NA

Th - MDA-125 945 72 1240 1/2 Low 2.75 81 945 72 NA NA 60 NA

Th - MHA-125 959 72 1250 1/2 Low 2.75 80.5 959 72 NA NA 60 NA

Rh - RGLJ-12EARGR 1252 68 1580 11 x 10 1/2 Med 3.24 80 1252 68 30 5 20 NA

Rh - RGPJ-12EARGR 1520 79 1560 11 x 10 1/2 Med 3.60 80 1520 79 30 5 20 NA

Ca - 58DLX135-16* 994 95 1380 10 x 10 1/2 Med-Low - 80 994 95 15 5 25 NA

Ca - 58STX135-16* 1030 95 1720 10 x 10 1/2 Med-Low - 80 1030 95 15 5 25 NA

Ca - 58STX135-16* 1030 95 1380 10 x 10 1/2 Med-Low - 80 1030 95 15 5 25 NA

Ca - 58DLA135-16 950 95 1380 10 x 10 1/2 Med-Low - 80 950 95 15 5 25 NA

Ca - 58STA135-16 984 95 1380 10 x 10 1/2 Med-Low - 80 984 95 15 5 25 NA

Le - G40UH-48C-135-* 979 121 1495 10 x 10 1/2 Med-High 2.68 80 979 121 15 5 45 NA

Le - G50UH-48C-135-* 979 121 1495 10 x 10 1/2 Med-High 2.63 80 979 121 15 5 45 NA

Non-Condensing Single-Stage

125 kBtu/h 1600 CFM
7-H-26

Table 7-H.5.27 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 125 

Btu/h 2000 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Du - DPGB125A5* 125 101 2050 12 x 12 1/2 Med 2.43 90 1082 87 15 NA 30 NA

Du - FPBB125A5* 125 101 1910 12 x 12 3/4 Med 2.76 90 1082 87 15 15 30 NA

Ar - G1D80BR125D20C*-*** 125 100 1840 12 x 10 3/4 Med-Low 2.50 80 1054 92 NA NA NA NA

Ar - G1D80BT125D20C*-*** 125 100 1800 12 x 10 3/4 Med-Low 2.72 80 986 92 NA NA NA NA

Ar - G1N80BR125D20C*-*** 125 100 1256 12 x 10 3/4 Med-Low 2.50 80 1054 91 15 15 30 NA

Ar - G1N80BU125D20C*-*** 125 100 1225 12 x 10 3/4 Med-Low 2.72 80 986 92 15 15 30 NA

Yo - G8C12520M(DD,UD)12 125 100 12560 x 6 (Du 3/4 Low 3.19 80 1015 75 NA NA 30 NA

Yo - G8C12520M(DD,UD)12 125 100 12250 x 6 (Du 3/4 Low 3.19 80 1015 75 NA NA 30 NA

Th - MHA1-125 125 99 1343 3/4 High 2.75 80 910 78 NA NA 60 NA

Du - MPGA125B5* 125 101 1323 12 x 12 1/2 Med 2.62 80 1082 87 15 15 30 NA

Te - N8MPL125J20 125 100 1970 11 x 10 3/4 Med-High 2.73 80 1879 73 3 30 30 NA

Te - N8MPN125J20 125 100 1840 11 x 10 1/2 Med-High 2.73 80 1879 73 3 30 30 NA

Rh - RGLH-12EARJR 125 100 1561 11 x 10 3/4 Med-Low 3.24 80 1252 68 NA NA NA NA

Rh - RGLJ-12EARJR 125 100 1561 11 x 10 3/4 Med 3.24 80 1252 68 30 5 20 NA

Rh - RGLN-12(E,N)ARJR 125 100 1580 - 80.1 1469 71 NA NA NA NA

Rh - RGPH-12EARJR 125 101 1930 11 x 10 3/4 Med-Low 3.24 80 1611 79 NA NA NA NA

Rh - RGPJ-12EARJR 125 101 11 x 10 3/4 Med 3.60 80 1520 79 30 5 20 NA

Rh - RGPN-12(E,N)ARJR 125 100 1560 11 x 10 3/4 Med-Low 3.24 80 1430 60 NA NA NA NA

Rh - RGPP-12(E,N)ARJR 125 100 1885 11 x 10 3/4 Low 3.24 80 1315 62 NA NA NA NA

Te - T8DNL125L20 125 101 1560 11 x 10 3/4 Med-High 2.95 80 1063 80 3 30 30 NA

Te - T8MPL125J20 125 101 1560 11 x 10 1/2 Med-High 2.73 80 1815 90 3 30 30 NA

Te - T8MPN125J20 125 101 2061 11 x 10 1/2 Med-High 2.73 80 1815 90 3 30 30 NA

Fr - L1RA126*20C 126 101 1561 11 x 10 3/4 Med-High 2.88 80 1390 78 30 30 30 NA

Yo - GY8S130D20DN11 130 104 1561 11 x 11 1 Med-High 2.74 80 1609 76 NA NA NA NA

Yo - GY8S130D20DN11 130 104 1790 11 x 11 1 Med-High 2.74 80 1609 76 NA NA NA NA

Yo - GY8S130D20UH11 130 105 1930 11 x 11 1 Med-High 2.74 80 1811 78 NA NA NA NA

Yo - GY8S130D20UH11 130 105 1890 11 x 11 1 Med-High 2.74 80 1811 78 NA NA NA NA

Yo - P4DND20N10401 130 104 1930 11 x 10 1 High 3.23 80 1609 76 NA NA 30 NA

Yo - P4HUD20N10401 130 105 1890 11 x 10 1 High 3.23 80 1811 78 NA NA 30 NA

Yo - P4HUD20N10401 130 105 2095 11 x 10 1 High 3.23 80 1811 78 NA NA 30 NA

Yo - PS8D20N130DN11 130 104 2120 11 x 10 1 High 3.23 80 1609 76 NA NA NA NA

Yo - PS8D20N130UH11 130 105 2120 11 x 11 1 High 3.23 80 1811 78 NA NA NA NA

Yo - PS8D20N130UH11 130 105 2110 11 x 11 1 High 3.23 80 1811 78 NA NA NA NA

Le - G40DF-60D-135-* 132 108 2230 11.5 x 10 3/4 Med-Low 3.07 80 1099 125 15 5 45 NA

Le - G40UH-60D-135-* 132 107 2300 11.5 x 10 3/4 Low 3.16 80 1179 119 15 5 45 NA

Le - G40UH-60D-135-* 132 107 1870 11.5 x 10 3/4 Low 3.16 80 1179 119 15 5 45 NA

Le - G50DF-60D-135-* 132 108 1605 11.5 x 10 1 Med-Low 3.07 80 1099 125 15 5 45 NA

Le - G50UH-60D-135-* 132 107 1535 11.5 x 10 3/4 Med-Low 3.16 80 1179 119 15 5 45 NA

Le - G50UH-60D-135-* 132 107 1870 11.5 x 10 3/4 Med-Low 3.16 80 1179 119 15 5 45 NA

125 kBtu/h 2000 CFM

Non-Condensing Single-Stage
7-H-27

Table 7-H.5.28 Non-Condensing Single-Stage Non-Weatherized Gas Furnaces at 140 

Btu/h 2000 CFM

7-H.5.3 Condensing Single-Stage Non-Weatherized Gas Furnaces

Table 7-H.5.29 Condensing Single-Stage Non-Weatherized Gas Furnaces at 45 Btu/h 800 

CFM

Models Input Output CFM 

0.5 Blower Size Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelay

OffDelay

Go - GMT135-3 135 108 1700 11 x 10 3/4 Med 3.34 80 850 75 NA NA 30 NA

Am - GCIC140**50 138 112 1845 10 x 9 3/4 High 2.78 80 1314 89 NA 15 30 NA

Am - GUIC140**50 138 111 2050 10 x 9 3/4 High 3.21 80 1126 82 NA 15 30 NA

Te - ABA140NH5R 140 114 1715 10 x 6 (Dual) 3/4 Med-High 2.89 80.2 1294 88 NA 5 30 NA

Am - AMS81405CX 140 112 1672 11 x 10 3/4 Med 3.13 80 850 75 NA NA NA NA

Am - AMS81405DN 140 112 1672 11 x 10 3/4 Med 3.13 80 850 75 NA NA NA NA

Am - CUB140A960C* 140 111 - 80 1614 85 NA NA NA NA

Am - DMS81405DN 140 112 1435 10 x 10 3/4 Med-Low 2.66 80 850 75 NA NA NA NA

Le - G24M4/5-140S-** 140 112 2000 12 x 9 3/4 Med-High - 80 678 60 15 5 45 NA

Go - GMT140-5 140 112 - 80 850 75 NA NA 30 NA

Tr - TDD140C960F* 140 113 1938 11 x 10 3/4 Med-High 3.12 80 1444 77 NA NA 45 NA

Tr - TUD140C960K* 140 111 2011 11 x 10 3/4 Med-High 3.17 80 1614 85 NA NA 45 NA

Tr - TUE140A960L* 140 111 2011 11 x 10 3/4 Med-High 3.17 80 1614 85 NA NA 45 NA

Fr - FG6RA144*-20C 144 116 1250 11 x 10 3/4 Low 2.88 80 1389 75 30 30 30 NA

Ca - 58DLX155-20* 147 119 1695 11 x 11 3/4 Med-Low - 80 1562 96 15 5 25 NA

Ca - 58STX155-20* 147 119 1695 11 x 11 3/4 Med-Low - 80 1534 96 15 5 25 NA

Ca - 58STX155-20* 147 119 1695 11 x 11 3/4 Med-Low - 80 1534 96 15 5 25 NA

140 kBtu/h 2000 CFM

Non-Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ca - 58MCA040-08 40 37 685 10 x 6 1/5 Med-Low 2.09 92.1 325 70 15 15 66 NA

Ca - 58MCA040-08* 40 37 685 10 x 6 1/5 Med-Low 2.09 91 329 70 15 15 66 NA

Ca - 58MSA040-08 40 37 685 10 x 6 1/5 Med-Low 2.09 90 332 70 15 15 66 NA

Ca - 58MXA040-08 40 38 685 10 x 6 1/5 Med-Low 2.09 94.3 317 70 15 15 66 NA

Ca - 58MXA040-08* 40 38 685 10 x 6 1/5 Med-Low 2.09 92.9 322 70 15 15 66 NA

Ca - 58MXA040-08** 40 38 685 10 x 6 1/5 Med-Low 2.09 93.7 319 70 15 15 66 NA

Am - CDC040A924A* 40 38 - 90 329 79 NA NA NA NA

Am - CUC040A924A* 40 37 - 90 333 78 NA NA NA NA

Fr - FG6RC040*-08A 40 37 470 10 x 6 1/5 Low 1.75 92.1 339 90 30 30 30 NA

Tr - TDC040C924B* 40 38 596 10 x 7 1/5 Med-Low 2.11 91 326 79 NA NA 45 NA

Tr - TDX040C924D* 40 38 596 10 x 7 1/5 Med-Low 2.17 91 335 74 NA NA 45 NA

Tr - TUC040C924B* 40 37 649 9 x 7 1/5 Med-Low 2.21 92.1 326 78 NA NA 45 NA

Tr - TUX040C924D* 40 38 649 9 x 7 1/5 Med-Low 2.21 92.1 346 75 NA NA 45 NA

Le - G41UF-24B-045-** 44 40 740 10 x 7 1/5 Low 2.21 90 373 140 15 5 45 NA

Le - G43UF-24B-045-** 44 41 700 10 x 7 1/5 Med-Low 2.21 92.1 427 139 15 5 45 NA

45 kBtu/h 800 CFM

Condensing Single-Stage
7-H-28

Table 7-H.5.30 Condensing Single-Stage Non-Weatherized Gas Furnaces at 45 Btu/h 

1200 CFM

Table 7-H.5.31 Condensing Single-Stage Non-Weatherized Gas Furnaces at 50 Btu/h 800 

CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ca - 58MCA040-12 40 37 990 10 x 7 1/3 Med-Low 2.09 92.1 474 71 15 15 66 NA

Ca - 58MCA040-12* 40 37 990 10 x 7 1/3 Med-Low 2.09 91 480 71 15 15 66 NA

Ca - 58MSA040-12 40 37 990 10 x 7 1/3 Med-Low 2.09 90 484 71 15 15 66 NA

Ca - 58MXA040-12 40 38 990 10 x 7 1/3 Med-Low 2.09 95.5 458 71 15 15 66 NA

Ca - 58MXA040-12* 40 38 990 10 x 7 1/3 Med-Low 2.09 94 465 71 15 15 66 NA

Ca - 58MXA040-12** 40 38 990 10 x 7 1/3 Med-Low 2.09 94.9 460 71 15 15 66 NA

Fr - FG6RC040*-12A 40 37 720 10 x 6 1/3 Low 1.75 92.1 442 90 30 30 30 NA

Fr - FG6RL040*-12A 40 36 780 10 x 6 1/3 Low 1.75 90 894 70 30 30 30 NA

Go - GMNT040-3 40 36 1040 10 x 6 1/3 Med 1.70 92.6 331 90 15 NA 30 NA

Yo - GY9S040A12UP11* 40 38 955 11 x 8 1/2 Med-Low 1.84 94 506 130 NA NA NA NA

Yo - PS9A12N040UP11 40 38 955 11 x 8 1/2 Med-Low 1.84 94 506 130 NA NA NA NA

Le - G41UF-36B-045-** 44 41 1080 10 x 8 1/3 Med-Low 2.21 90 501 143 15 5 45 NA

Le - G51MP-36B-045-** 44 41 1080 10 x 8 1/3 Med-Low 2.21 92.1 468 143 15 5 45 NA

Ar - CG90CB045D12B*-*** 45 40 - 90 450 123 15 15 30 NA

Ar - G1D93BC045D12B*-*** 45 41 798 10 x 8 1/3 Med 2.06 92.5 660 123 NA NA NA NA

Ar - G1D93BU045D12B*-*** 45 41 816 10 x 8 1/3 Med 2.24 92.5 660 123 NA NA NA NA

Rh - RGRA-04(E,N)MAES 45 42 775 11 x 7 1/2 Med-Low 2.27 93.5 412 109 NA NA NA NA

Rh - RGRJ-04(E,N)MAES 45 42 775 11 x 7 1/2 Med-Low 2.27 93.5 412 109 30 5 20 NA

Rh - RGRK-04(E,N)MAES 45 41 775 11 x 7 1/2 Med-Low 2.27 92 737 101 NA NA NA NA

Rh - RGTA-04(E,N)MAES 45 41 785 11 x 7 1/2 Med-Low 2.27 92 436 89 NA NA NA NA

Rh - RGTJ-04(E,N)MAES 45 41 785 11 x 7 1/2 Med-Low 2.27 92 436 89 30 5 20 NA

Am - ACS90453BX 46 43 1012 10 x 7 1/3 Med 1.88 93 512 132 NA NA NA NA

Am - AMS90453BX 46 43 1012 10 x 7 1/3 Med 2.18 93 592 132 NA NA NA NA

Am - DMS90453BX 46 43 1012 10 x 7 1/3 Med 2.18 93 592 132 NA NA NA NA

Am - GCCA045*X30 46 43 816 11 x 6 1/3 Med-Low 1.75 92.1 512 133 NA 15 30 NA

Am - GUCA045*X30 46 43 807 11 x 6 1/3 Med-Low 2.10 92.1 592 132 NA 15 30 NA

Am - GULA045*X30 46 42 807 11 x 6 1/3 Med-Low 2.10 92.1 592 132 NA NA NA NA

45 kBtu/h 1200 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Th - CDB-50 50 47 420 1/5 Low 2.13 93 311 120 15 5 45 NA

Th - CDBI-50 50 47 930 1/5 High 1.88 91.5 329 119 15 5 45 NA

Th - CHB-50 50 47 420 1/5 Low 2.13 94.5 322 115 15 5 45 NA

Th - CHBI-50 50 47 860 1/5 High 1.88 94.5 309 119 15 5 45 NA

Condensing Single-Stage

50 kBtu/h 800 CFM
7-H-29

Table 7-H.5.32 Condensing Single-Stage Non-Weatherized Gas Furnaces at 50 Btu/h 

1200 CFM

Table 7-H.5.33 Condensing Single-Stage Non-Weatherized Gas Furnaces at 60 Btu/h 800 

CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ar - CG90TB050D12B* 50 45 - 90 680 123 15 15 30 NA

Ar - CG90UB050D12B*-*** 50 45 - 90 680 123 15 15 30 NA

Du - CMPB050C3* 50 46 1110 10 x 6 1/3 Med 1.51 92 615 87 15 15 30 NA

Du - CMPE050U3* 50 46 928 10 x 6 1/3 Med 1.51 92 583 84 15 15 30 NA

Ar - G1D90AH050D12A*-*** 50 45 750 12 x 6 1/3 Low 1.92 90 828 82 NA NA NA NA

Ar - G1D91BT050D12B* 50 45 816 10 x 8 1/3 Med 2.24 91 680 123 15 15 30 NA

Ar - G1D91BU050D12B*-*** 50 45 816 10 x 8 1/3 Med 2.24 91 680 123 NA NA NA NA

Ol - GTH 050 50 47 755 12 x 7 1/2 Med-Low 2.29 94 808 75 15 5 30 180

Te - N9MP1050B12** 50 44 1093 11 x 8 1/2 Med-High 1.80 90 710 112 3 30 30 NA

Te - N9MP2050B12** 50 44 1093 11 x 8 1/2 Med-High 1.80 90 707 112 3 30 30 NA

Te - T9MPD050F12** 50 46 1093 11 x 8 1/2 Med-High 2.26 92 720 119 3 30 30 NA

Te - CSA054NH3R 54 48 1040 10 x 6 1/3 Med-High 2.10 90 625 74 NA 5 30 NA

Te - VSA054NH3R 54 49 1040 10 x 6 1/3 Med-High 2.10 91 695 77 NA 5 30 NA

50 kBtu/h 1200 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ca - 58MCA060-08 60 56 705 10 x 6 1/5 Med-Low 2.09 92.1 419 80 15 15 66 NA

Ca - 58MCA060-08* 60 56 705 10 x 6 1/5 Med-Low 2.09 91 423 80 15 15 66 NA

Ca - 58MSA060-08 60 55 705 10 x 6 1/5 Med-Low 2.09 90 428 80 15 15 66 NA

Ca - 58MXA060-08 60 56 705 10 x 6 1/5 Med-Low 2.09 93.1 414 80 15 15 66 NA

Ca - 58MXA060-08* 60 56 705 10 x 6 1/5 Med-Low 2.09 91.7 420 80 15 15 66 NA

Ca - 58MXA060-08** 60 56 705 10 x 6 1/5 Med-Low 2.09 92.5 416 80 15 15 66 NA

Condensing Single-Stage

60 kBtu/h 800 CFM
7-H-30

Table 7-H.5.34 Condensing Single-Stage Non-Weatherized Gas Furnaces at 60 Btu/h 

1200 CFM

Table 7-H.5.35 Condensing Single-Stage Non-Weatherized Gas Furnaces at 70 Btu/h 

1200 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ca - 58MCA060-12 60 56 975 10 x 7 1/3 Med-Low 2.09 92.1 483 76 15 15 66 NA

Ca - 58MCA060-12* 60 56 975 10 x 7 1/3 Med-Low 2.09 91 489 76 15 15 66 NA

Ca - 58MSA060-12 60 55 975 10 x 7 1/3 Med-Low 2.09 90 493 76 15 15 66 NA

Ca - 58MXA060-12 60 56 975 10 x 7 1/3 Med-Low 2.09 93.1 477 76 15 15 66 NA

Ca - 58MXA060-12* 60 56 975 10 x 7 1/3 Med-Low 2.09 91.7 484 76 15 15 66 NA

Ca - 58MXA060-12** 60 56 975 10 x 7 1/3 Med-Low 2.09 92.5 480 76 15 15 66 NA

Am - CDC060A936A* 60 56 - 90 504 80 NA NA NA NA

Am - CUC060A936A* 60 56 - 90 497 84 NA NA NA NA

Fr - FG6RC060*-12A 60 55 710 10 x 6 1/3 Low 1.75 92.1 835 90 30 30 30 NA

Fr - FG6RL060*-12A 60 54 760 10 x 6 1/3 Low 1.75 90 891 70 30 30 30 NA

Go - GMNT060-3 60 55 1035 10 x 6 1/3 Med 1.70 92.6 467 90 15 NA 30 NA

Yo - GY9S060B12DH11* 60 56 902 11 x 8 1/2 Med-Low 1.84 91 940 150 NA NA NA NA

Yo - GY9S060B12UP11* 60 56 940 11 x 8 1/2 Med-Low 2.26 92 939 150 NA NA NA NA

Fr - L1RC060*-12A 60 56 985 10 x 6 1/3 Med 1.76 92.1 650 135 30 30 30 NA

Yo - PS9B12N060DH11 60 57 902 11 x 8 1/2 Med-Low 1.84 92 710 155 NA NA NA NA

Yo - PS9B12N060UP11* 60 56 940 11 x 8 1/2 Med-Low 2.26 92 939 150 NA NA NA NA

Rh - RGRA-06(E,N)MAES 60 56 760 11 x 7 1/2 Med-Low 2.27 92.5 490 92 NA NA NA NA

Rh - RGRJ-06(E,N)MAES 60 56 760 11 x 7 1/2 Low 2.27 92.5 490 92 30 5 20 NA

Rh - RGRK-06(E,N)MAES 60 55 760 11 x 7 1/2 Med-Low 2.27 92 578 104 NA NA NA NA

Rh - RGTA-06(E,N)MAES 60 56 770 11 x 7 1/2 Med-Low 2.27 92.4 484 110 NA NA NA NA

Rh - RGTJ-06(E,N)MAES 60 56 770 11 x 7 1/2 Low 2.27 92.4 484 110 30 5 20 NA

Tr - TDC060C936B* 60 56 901 10 x 8 1/3 Med-Low 2.11 91 499 80 NA NA 45 NA

Tr - TDX060C936D* 60 56 1009 10 x 8 1/3 Med-Low 2.17 91 512 90 NA NA 45 NA

Tr - TUC060C936B* 60 56 1106 10 x 7 1/3 Med-High 2.21 92.1 487 84 NA NA 45 NA

Tr - TUX060C936D* 60 56 1106 10 x 7 1/3 Med-High 2.21 92.1 544 74 NA NA 45 NA

60 kBtu/h 1200 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Le - G41UF-36B-070-** 66 61 1080 10 x 8 1/3 Med-Low 2.21 90 706 140 15 5 45 NA

Le - G43UF-36B-070-** 66 62 1080 10 x 8 1/3 Med-Low 2.21 92.1 700 147 15 5 45 NA

Le - G51MP-36B-070-** 66 62 1080 10 x 8 1/3 Med-Low 2.21 92.1 700 147 15 5 45 NA

Ar - CG90CB067D12B*-*** 67.5 60 - 90 650 123 15 15 30 NA

Ar - G1D93BC067D12B*-*** 67.5 62 943 10 x 8 1/3 Med 2.06 92.5 850 123 NA NA NA NA

Ar - G1D93BU067D12B*-*** 67.5 62 912 10 x 8 1/3 Med 2.24 92.5 850 123 NA NA NA NA

Am - ACS90703BX 69 64 1046 10 x 8 1/3 Med 1.88 93 690 123 NA NA NA NA

Am - AMS90703BX 69 64 1046 10 x 8 1/3 Med 2.18 93 743 123 NA NA NA NA

Am - DCS90703BX 69 64 1046 10 x 8 1/3 Med 2.66 93 690 123 NA NA NA NA

Am - DMS90703BX 69 64 1046 10 x 8 1/3 Med 2.18 93 743 123 NA NA NA NA

Am - GCCA070*X30 69 65 1016 11 x 7 1/2 Med-Low 1.75 92.1 690 117 NA 15 30 NA

Am - GCLA070**30 69 65 1016 11 x 7 1/2 Med-Low 1.75 92.1 690 117 NA NA NA NA

Am - GUCA070*X30 69 64 1243 11 x 7 1/2 Med 2.10 92.1 743 123 NA 15 30 NA

Am - GULA070*X30 69 64 1243 11 x 7 1/2 Med 2.10 92.1 743 123 NA NA NA NA

Ol - GTH 070 70 66 1060 12 x 7 1/2 Med-High 2.29 94 895 75 15 5 30 180

Te - CSA072NH3R 72 65 1091 10 x 8 1/2 Med-Low 2.10 90.4 920 77 NA 5 30 NA

Te - VSA072NH3R 72 66 1091 10 x 8 1/2 Med-Low 2.10 90.9 930 79 NA 5 30 NA

70 kBtu/h 1200 CFM

Condensing Single-Stage
7-H-31

Table 7-H.5.36 Condensing Single-Stage No-Weatherized Gas Furnaces at 70 Btu/h 1600 

CFM

Table 7-H.5.37 Condensing Single-Stage Non-Weatherized Gas Furnaces at 75 Btu/h 

1200

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ar - CG90CB067D16C*-*** 67.5 60 - 90 650 143 15 15 30 NA

Ar - G1D93BC067D16C*-*** 67.5 62 1256 12 x 10 3/4 Med-Low 2.53 92.5 850 143 NA NA NA NA

Ar - G1D93BU067D16C*-*** 67.5 62 1213 12 x 10 3/4 Med-Low 2.72 92.5 850 143 NA NA NA NA

Am - ACS90704CX 69 64 1488 10 x 10 1/2 Med 2.33 93 370 115 NA NA NA NA

Am - AMS90704CX 69 64 1488 10 x 10 1/2 Med 2.66 93 627 123 NA NA NA NA

Am - DMS90704CX 69 64 1488 10 x 10 1/2 Med 2.66 93 627 123 NA NA NA NA

Am - GCCA070*X40 69 63 1234 11 x 9 1/2 Med-Low 2.26 92.1 370 115 NA 15 30 NA

Am - GUCA070*X40 69 63 1224 11 x 9 1/2 Med-Low 2.66 92.1 627 123 NA 15 30 NA

Am - GULA070*X40 69 63 1224 11 x 9 1/2 Med-Low 2.66 92.1 627 123 NA NA NA NA

Te - CSA072NH4R 72 65 1248 10 x 4 (Dual) 3/4 Med-Low 2.49 90.4 812 77 NA 5 30 NA

Te - VSA072NH4R 72 66 1248 10 x 4 (Dual) 3/4 Med-Low 2.49 90.9 780 80 NA 5 30 NA

70 kBtu/h 1600 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ar - CG90TB075D12B* 75 68 - 90 780 131 15 15 30 NA

Ar - CG90UB075D12B*-*** 75 68 - 90 780 131 15 15 30 NA

Du - CMPB075C3* 75 70 1110 10 x 6 1/3 Med 1.51 92 701 87 15 15 30 NA

Du - CMPE075U3* 75 69 1205 10 x 6 1/3 Med 1.51 92.1 614 84 15 15 30 NA

Ar - G1D91BT075D12B* 75 68 912 10 x 8 1/3 Med 2.24 91 750 131 15 15 30 NA

Ar - G1D91BU075D12B*-*** 75 68 912 10 x 8 1/3 Med 2.24 91 750 131 NA NA NA NA

Te - N9MP1075B12** 75 69 987 11 x 8 1/2 Med-High 1.80 90 954 127 3 30 30 NA

Te - N9MP2075B12** 75 68 987 11 x 8 1/2 Med-High 1.80 90 959 127 3 30 30 NA

Rh - RGRA-07(E,N)MAES 75 70 925 11 x 7 1/2 Med-High 2.27 92.8 512 100 NA NA NA NA

Rh - RGRJ-07(E,N)MAES 75 70 925 11 x 7 1/2 Med 2.27 92.8 512 100 30 5 20 NA

Rh - RGRJ-07(E,N)YBES 75 70 1270 12 x 7 1/2 Med 2.27 92 788 93 30 5 20 NA

Rh - RGRK-07(E,N)MAES 75 69 925 11 x 7 1/2 Med-High 2.27 92 607 98 NA NA NA NA

Rh - RGTA-07(E,N)MAES 75 69 940 11 x 7 1/2 Med-High 2.27 92 588 110 NA NA NA NA

Rh - RGTJ-07(E,N)MAES 75 69 940 11 x 7 1/2 Med 2.27 92 588 110 30 5 20 NA

Rh - RGTJ-07(E,N)YBES 75 70 1195 12 x 7 1/2 Med 2.76 92.3 750 81 30 5 20 NA

Te - T9MPD075F12** 75 70 987 11 x 10 1/2 Med-High 2.26 92.1 849 121 3 30 30 NA

75 kBtu/h 1200 CFM

Condensing Single-Stage
7-H-32

Table 7-H.5.38 Condensing Single-Stage Non-Weatherized Gas Furnaces at 75 Btu/h 

1600 CFM

Table 7-H.5.39 Condensing Single-Stage Non-Weatherized Gas Furnaces at 80 Btu/h 

1200 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ar - CG90TB075D16C* 75 68 - 90 780 127 15 15 30 NA

Ar - CG90UB075D16C*-*** 75 68 - 90 780 127 15 15 30 NA

Ar - G1D91BT075D16C* 75 68 1213 12 x 10 3/4 Med-Low 2.72 91 750 127 15 15 30 NA

Ar - G1D91BU075D16C*-*** 75 68 1213 12 x 10 3/4 Med-Low 2.72 91 750 127 NA NA NA NA

Rh - RGRA-07(E,N)YBGS 75 70 1270 12 x 7 3/4 Med-Low 2.76 92 788 93 NA NA NA NA

Rh - RGRJ-07(E,N)YBGS 75 70 1270 12 x 7 3/4 Low 2.76 92 788 93 30 5 20 NA

Rh - RGRK-07(E,N)YBGS 75 69 1270 12 x 7 3/4 Med-Low 2.76 92 974 95 NA NA NA NA

Rh - RGTA-07(E,N)YBGS 75 70 1195 12 x 7 3/4 Med-Low 2.76 92.3 750 81 NA NA NA NA

Rh - RGTJ-07(E,N)YBGS 75 70 1195 12 x 7 3/4 Low 2.76 92.3 750 81 30 5 20 NA

75 kBtu/h 1600 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Br - 351DAS036080 80 75 1030 10 x 7 1/3 Med-Low 2.09 91.7 527 78 15 15 60 NA

Ca - 58MCA080-12 80 74 1030 10 x 7 1/3 Med-Low 2.09 92.1 525 78 15 15 66 NA

Ca - 58MCA080-12* 80 74 1030 10 x 7 1/3 Med-Low 2.09 91 531 78 15 15 66 NA

Ca - 58MSA080-12 80 74 1030 10 x 7 1/3 Med-Low 2.09 90 536 78 15 15 66 NA

Ca - 58MXA080-12 80 75 1030 10 x 7 1/3 Med-Low 2.09 93.1 519 78 15 15 66 NA

Ca - 58MXA080-12* 80 75 1030 10 x 7 1/3 Med-Low 2.09 91.7 526 78 15 15 66 NA

Ca - 58MXA080-12** 80 74 1030 10 x 7 1/3 Med-Low 2.09 92.5 522 78 15 15 66 NA

Fr - FG6RC080*-12B 80 74 630 10 x 8 1/3 Low 2.50 92.1 656 90 30 30 30 NA

Yo - GY9S080B12DH11* 80 74 1534 11 x 8 1/2 High 2.26 91 1198 160 NA NA NA NA

Yo - GY9S080B12UP11* 80 74 1465 11 x 8 1/2 High 2.26 92 1186 150 NA NA NA NA

Fr - L1RC080*-12B 80 76 1050 10 x 8 1/3 Med 2.51 92.1 775 125 30 30 30 NA

Yo - PS9B12N080DH11 80 74 934 11 x 8 1/2 Med-Low 2.26 92 864 135 NA NA NA NA

Yo - PS9B12N080UP11* 80 74 1465 11 x 8 1/2 High 2.26 92 1186 150 NA NA NA NA

80 kBtu/h 1200 CFM

Condensing Single-Stage
7-H-33

Table 7-H.5.40 Condensing Single-Stage Non-Weatherized Gas Furnaces at 80 Btu/h 

1600 CFM

Table 7-H.5.41 Condensing Single-Stage Non-Weatherized Gas Furnaces at 80 Btu/h 

2000 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Br - 351DAS048080 80 75 1125 11 x 8 1/2 Med-Low 2.09 91.7 873 80 15 15 60 NA

Ca - 58MCA080-16 80 74 1125 11 x 8 1/2 Med-Low 2.09 92.1 869 80 15 15 66 NA

Ca - 58MCA080-16* 80 74 1125 11 x 8 1/2 Med-Low 2.09 91 879 80 15 15 66 NA

Ca - 58MSA080-16 80 74 1125 11 x 8 1/2 Med-Low 2.09 90 888 80 15 15 66 NA

Ca - 58MXA080-16 80 75 1125 11 x 8 1/2 Med-Low 2.09 93.1 860 80 15 15 66 NA

Ca - 58MXA080-16* 80 75 1125 11 x 8 1/2 Med-Low 2.09 91.7 872 80 15 15 66 NA

Ca - 58MXA080-16** 80 75 1125 11 x 8 1/2 Med-Low 2.09 92.5 865 80 15 15 66 NA

Fr - FG6RC080*-16B 80 74 1190 10 x 10 1/2 Med-Low 2.50 92.1 774 75 30 30 30 NA

Fr - FG6RL080*-16B 80 72 1090 10 x 10 1/2 Med-Low 2.50 90 837 70 30 30 30 NA

Go - GMNT080-4 80 74 1485 10 x 8 1/2 Med 2.18 92.6 623 90 15 NA 30 NA

Yo - GY9S080C16DH11* 80 74 1275 11 x 8 1/2 Med-Low 2.26 91 1176 162 NA NA NA NA

Yo - GY9S080C16UP11* 80 75 1310 11 x 10 3/4 Med-Low 2.74 92 1172 162 NA NA NA NA

Fr - L1RC080*-16B 80 76 1285 10 x 10 1/2 Med-Low 2.51 92.1 744 130 30 30 30 NA

Te - N9MP1080F16** 80 73 1317 11 x 10 1/2 Med-High 2.26 90 927 125 3 30 30 NA

Te - N9MP2080F16** 80 72 1317 11 x 10 1/2 Med-High 2.26 90 974 118 3 30 30 NA

Yo - PS9C16N080DH11 80 75 1864 11 x 8 1/2 High 2.26 92 1003 174 NA NA NA NA

Yo - PS9C16N080UP11* 80 75 1310 11 x 10 3/4 Med-Low 2.74 92 1172 162 NA NA NA NA

Te - T9MPD080J16** 80 75 1317 11 x 10 1/2 Med-High 2.73 92.1 973 122 3 30 30 NA

Ol - GTH 085 85 81 1455 12 x 10 3/4 Med-Low 2.78 95 1089 75 15 5 30 180

80 kBtu/h 1600 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5 Blower Size Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge

OnDelayOffDelay

Br - 351DAS060080 80 75 1620 11 x 10 3/4 Med-Low 2.56 91.7 998 81 15 15 60 NA

Ca - 58MCA080-20 80 74 1620 11 x 10 3/4 Med-Low 2.56 92.1 994 81 15 15 66 NA

Ca - 58MCA080-20* 80 74 1620 11 x 10 3/4 Med-Low 2.56 91 1006 81 15 15 66 NA

Ca - 58MSA080-20 80 74 1620 11 x 10 3/4 Med-Low 2.56 90 1016 81 15 15 66 NA

Ca - 58MXA080-20 80 75 1620 11 x 10 3/4 Med-Low 2.56 93.1 983 81 15 15 66 NA

Ca - 58MXA080-20* 80 75 1620 11 x 10 3/4 Med-Low 2.56 91.7 998 81 15 15 66 NA

Ca - 58MXA080-20** 80 75 1620 11 x 10 3/4 Med-Low 2.56 92.5 990 81 15 15 66 NA

Yo - GY9S080C20UP11* 80 75 1390 11 x 11 1 Med-Low 2.74 92 1172 162 NA NA NA NA

Yo - GY9S080C20UP11* 80 75 1485 11 x 11 1 Med-Low 2.74 92 1172 162 NA NA NA NA

Yo - PS9C20N080UP11* 80 75 1390 11 x 10 3/4 Med-Low 2.74 92 1172 162 NA NA NA NA

Yo - PS9C20N080UP11* 80 75 1485 11 x 10 3/4 Med-Low 2.74 92 1172 162 NA NA NA NA

Tr - TUX080C960D* 80 76 1611 11 x 10 3/4 Med-Low 2.69 92.1 860 75 NA NA 45 NA

80 kBtu/h 2000 CFM

Condensing Single-Stage
7-H-34

Table 7-H.5.42 Condensing Single-Stage Non-Weatherized Gas Furnaces at 90 Btu/h 

1200 CFM

Table 7-H.5.43 Condensing Single-Stage Non-Weatherized Gas Furnaces at 90 Btu/h 

1600 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Le - G41UF-36C-090-** 88 80 1125 10 x 8 1/3 Med-Low 2.68 90 805 141 15 5 45 NA

Le - G43UF-36C-090-** 88 82 1300 10 x 8 1/3 Med-High 2.68 92.1 895 144 15 5 45 NA

Le - G43UF-36C-090H-** 88 81 1140 10 x 8 1/3 Med-Low 2.68 90 775 145 15 5 45 NA

Le - G51MP-36C-090-** 88 82 1300 10 x 8 1/3 Med-High 2.68 92.1 895 144 15 5 45 NA

Te - CSA090NH3R 90 81 1316 10 x 8 1/2 Med-High 2.10 90.4 985 89 NA 5 30 NA

Te - VSA090NH3R 90 82 1316 10 x 8 1/2 Med-High 2.10 90.9 910 91 NA 5 30 NA

90 kBtu/h 1200 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Le - G41UF-48C-090-** 88 81 1430 10 x 10 1/2 Med-Low 2.68 90 844 141 15 5 45 NA

Le - G43UF-48C-090-** 88 83 1430 10 x 10 1/2 Med-Low 2.68 92.1 820 177 15 5 45 NA

Le - G51MP-48C-090-** 88 82 1660 10 x 10 1/2 Med-High 2.68 92.1 820 171 15 5 45 NA

Ar - CG90CB090D16C*-*** 90 81 - 90 950 133 15 15 30 NA

Te - CSA090NH4R 90 81 1416 10 x 4 (Dual) 3/4 Med-High 2.49 90.4 916 87 NA 5 30 NA

Ar - G1D93BC090D16C*-*** 90 83 1221 12 x 10 3/4 Med-Low 2.53 92.5 900 133 NA NA NA NA

Ar - G1D93BU090D16C*-*** 90 83 1184 12 x 10 3/4 Med-Low 2.72 92.5 900 133 NA NA NA NA

Rh - RGRJ-09(E,N)ZAGS 90 84 1375 12 x 11 1/2 Med 2.76 93.5 848 99 30 5 20 NA

Rh - RGTJ-09(E,N)ZAGS 90 84 1350 12 x 11 1/2 Med 2.76 92.4 832 98 30 5 20 NA

Te - VSA090NH4R 90 82 1416 10 x 4 (Dual) 3/4 Med-High 2.49 90.9 839 94 NA 5 30 NA

Am - ACS90904CX 92 86 1418 10 x 10 1/2 Med 2.33 93 883 123 NA NA NA NA

Am - AMS90904CX 92 85 1418 10 x 10 1/2 Med 2.66 93 833 123 NA NA NA NA

Am - DCS90904CX 92 86 1418 10 x 10 1/2 Med 2.66 93 883 123 NA NA NA NA

Am - DMS90904CX 92 85 1418 10 x 10 1/2 Med 2.66 93 833 123 NA NA NA NA

Am - GCCA090*X40 92 87 1581 11 x 9 1/2 High 2.26 92.1 883 128 NA 15 30 NA

Am - GCLA090**40 92 87 1581 11 x 9 1/2 High 2.26 92.1 883 128 NA NA NA NA

Am - GUCA090*X40 92 86 1544 11 x 9 1/2 High 2.66 92.1 837 129 NA 15 30 NA

Am - GULA090*X40 92 86 1544 11 x 9 1/2 High 2.66 92.1 837 129 NA NA NA NA

90 kBtu/h 1600 CFM

Condensing Single-Stage
7-H-35

Table 7-H.5.44 Condensing Single-Stage Non-Weatherized Gas Furnaces at 90 Btu/h 

2000 CFM

Table 7-H.5.45 Condensing Single-Stage Non-Weatherized Gas Furnaces at 100 Btu/h 

1200 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Le - G41UF-60C-090-** 88 81 1915 11.5 x 10 3/4 Med-Low 2.68 90 1081 140 15 5 45 NA

Le - G51MP-60C-090-** 88 82 1970 11.5 x 10 1 Med-Low 2.68 92.1 1075 177 15 5 45 NA

Le - G51MP-60C-090-** 88 82 1850 11.5 x 10 1 Med-Low 2.68 92.1 1075 177 15 5 45 NA

Ar - CG90CB090D20C*-*** 90 81 - 90 950 146 15 15 30 NA

Ar - G1D93BC090D20C*-*** 90 83 1509 12 x 10 9/10 Med-Low 2.53 92.5 900 146 NA NA NA NA

Ar - G1D93BU090D20C*-*** 90 83 1726 12 x 10 9/10 Med-Low 2.72 92.5 900 146 NA NA NA NA

Rh - RGRA-09(E,N)ZAJS 90 84 1375 12 x 11 3/4 Med-Low 2.76 93.5 848 99 NA NA NA NA

Rh - RGRJ-09(E,N)ZAJS 90 84 1375 12 x 11 3/4 Low 2.76 93.5 848 99 30 5 20 NA

Rh - RGRK-09(E,N)ZAJS 90 83 1580 12 x 11 3/4 Med-High 2.76 92 969 93 NA NA NA NA

Rh - RGTA-09(E,N)ZAJS 90 84 1350 12 x 11 3/4 Med-Low 2.76 92.4 832 98 NA NA NA NA

Rh - RGTJ-09(E,N)ZAJS 90 84 1350 12 x 11 3/4 Low 2.76 92.4 832 98 30 5 20 NA

Am - ACS90905DX 92 85 1557 11 x 10 3/4 Med 2.78 93 909 123 NA NA NA NA

Am - AMS90905DX 92 85 1557 11 x 10 3/4 Med 3.13 93 761 123 NA NA NA NA

Am - DMS90905DX 92 85 1557 11 x 10 3/4 Med 3.13 93 761 123 NA NA NA NA

Am - GCCA090*X50 92 85 1595 11 x 9 1/3 Med 2.78 92.1 909 125 NA 15 30 NA

Am - GUCA090*X50 92 85 1345 11 x 9 3/4 Med-Low 3.22 92.1 761 124 NA 15 30 NA

Am - GULA090*X50 92 85 1345 11 x 9 3/4 Med-Low 3.22 92.1 761 124 NA NA NA NA

90 kBtu/h 2000 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Du - CMPE100U3* 100 92 1157 10 x 9 1/3 Med 1.97 92.1 611 84 15 15 30 NA

Condensing Single-Stage

100 kBtu/h 1200 CFM
7-H-36

Table 7-H.5.46 Condensing Single-Stage Non-Weatherized Gas Furnaces at 100 Btu/h 

1600 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge

OnDelay

OffDelay

Ca - 58MCA100-16 100 93 1235 11 x 8 1/2 Med-Low 2.56 92.1 794 82 15 15 66 NA

Ca - 58MCA100-16* 100 93 1235 11 x 8 1/2 Med-Low 2.56 91 803 82 15 15 66 NA

Ca - 58MSA100-16 100 92 1235 11 x 8 1/2 Med-Low 2.56 90 811 82 15 15 66 NA

Ca - 58MXA100-16 100 94 1235 11 x 8 1/2 Med-Low 2.56 93.1 942 82 15 15 66 NA

Ca - 58MXA100-16* 100 94 1235 11 x 8 1/2 Med-Low 2.56 91.7 956 82 15 15 66 NA

Ca - 58MXA100-16** 100 93 1235 11 x 8 1/2 Med-Low 2.56 92.5 790 82 15 15 66 NA

Th - CDB-100 100 94 1230 1/2 Low 2.38 92.5 763 127 15 5 45 NA

Th - CDBI-100 100 94 1590 1/2 High 2.38 92.5 763 127 15 5 45 NA

Am - CDC100A948A* 100 93 - 90 828 78 NA NA NA NA

Ar - CG90TB100D16C* 100 91 - 90 903 133 15 15 30 NA

Ar - CG90UB100D14C*-*** 100 91 - 90 903 133 15 15 30 NA

Th - CHB-100 100 94 1220 1/2 Low 2.38 94 772 126 15 5 45 NA

Th - CHBI-100 100 94 1700 1/2 High 2.38 94 772 126 15 5 45 NA

Du - CMPB100C4* 100 93 1550 12 x 9 1/2 Med 1.97 92 920 87 15 15 30 NA

Du - CMPE100U4* 100 92 1393 12 x 9 1/2 Med 1.97 92.1 1106 84 15 15 30 NA

Am - CUC100A948A* 100 94 - 90 982 48 NA NA NA NA

Fr - FG6RC100*-16B 100 93 1420 10 x 10 1/2 Med-High 2.50 92.1 987 90 30 30 30 NA

Fr - FG6RL100*-16B 100 90 1290 10 x 10 1/2 Med-High 2.50 90 982 70 30 30 30 NA

Ar - G1D91BT100D16C* 100 91 1184 12 x 10 3/4 Med-Low 2.72 91 903 133 15 15 30 NA

Ar - G1D91BU100D16C*-*** 100 91 1184 12 x 10 3/4 Med-Low 2.72 91 903 133 NA NA NA NA

Go - GMNT100-4 100 92 1550 10 x 10 1/2 Med 2.66 92.6 686 90 15 NA 30 NA

Ol - GTH 100 100 95 1496 12 x 10 3/4 Med-High 2.78 95 1294 75 15 5 30 180

Yo - GY9S100C16DH11* 100 94 1488 11 x 10 3/4 Med-High 2.74 91 1589 185 NA NA NA NA

Yo - GY9S100C16UP11* 100 93 1545 11 x 10 3/4 Med-High 2.74 92 1295 156 NA NA NA NA

Fr - L1RC100*-16B 100 93 1480 10 x 10 1/2 Med-High 2.51 92.1 900 127 30 30 30 NA

Yo - PS9C16N100DH11 100 93 1488 11 x 10 3/4 Med-High 2.74 92 725 155 NA NA NA NA

Yo - PS9C16N100UP11* 100 93 1545 11 x 11 1 Med-High 2.74 92 1295 156 NA NA NA NA

Tr - TDC100C948B* 100 93 1538 11 x 10 1/2 Med-High 2.57 91 820 78 NA NA 45 NA

Tr - TDX100C948D* 100 94 1538 11 x 10 1/2 Med-High 2.65 91 955 70 NA NA 45 NA

Tr - TUC100C948B* 100 94 1673 10 x 10 1/2 Med-High 2.69 92.1 960 48 NA NA 45 NA

Tr - TUX100C948D* 100 94 1673 10 x 10 1/2 Med-High 2.69 92.1 929 70 NA NA 45 NA

Rh - RGRJ-10(E,N)ZAGS 105 97 1350 12 x 11 1/2 Med 2.76 92 862 97 30 5 20 NA

Rh - RGTJ-10(E,N)ZAGS 105 97 1360 12 x 11 1/2 Med 2.76 92 885 101 30 5 20 NA

100 kBtu/h 1600 CFM

Condensing Single-Stage
7-H-37

Table 7-H.5.47 Condensing Single-Stage Non-Weatherized Gas Furnaces at 100 Btu/h 

2000 CFM

Table 7-H.5.48 Condensing Single-Stage Non-Weatherized Gas Furnaces at 115 Btu/h 

1600 CFM

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ca - 58MCA100-20 100 93 1575 11 x 10 3/4 Med-Low 2.56 92.1 1045 80 15 15 66 NA

Ca - 58MCA100-20* 100 93 1575 11 x 10 3/4 Med-Low 2.56 91 1057 80 15 15 66 NA

Ca - 58MSA100-20 100 92 1575 11 x 10 3/4 Med-Low 2.56 90 1067 80 15 15 66 NA

Ca - 58MXA100-20 100 94 1575 11 x 10 3/4 Med-Low 2.56 93.1 1240 80 15 15 66 NA

Ca - 58MXA100-20* 100 94 1575 11 x 10 3/4 Med-Low 2.56 91.7 1258 80 15 15 66 NA

Ca - 58MXA100-20** 100 93 1575 11 x 10 3/4 Med-Low 2.56 92.5 1040 80 15 15 66 NA

Ar - CG90TB100D20C* 100 91 - 90 903 143 15 15 30 NA

Ar - CG90UB100D20C*-*** 100 91 - 90 903 143 15 15 30 NA

Am - CUC100A960A* 100 93 - 90 935 53 NA NA NA NA

Ar - G1D90AH100D20B*-*** 100 90 1550 12 x 9 3/4 Med 2.37 90 1006 79 NA NA NA NA

Ar - G1D91BT100D20C* 100 91 1726 12 x 10 9/10 Med 2.72 91 920 143 15 15 30 NA

Ar - G1D91BU100D20C*-*** 100 91 1726 12 x 10 9/10 Med 2.72 91 920 143 NA NA NA NA

Yo - GY9S100C20DH11* 100 94 1750 11 x 11 1 Med-High 2.74 91 1795 190 NA NA NA NA

Yo - GY9S100C20UP11* 100 93 1680 11 x 11 1 Med-High 2.74 92 1295 156 NA NA NA NA

Yo - GY9S100C20UP11* 100 93 1800 11 x 11 1 Med-High 2.74 92 1295 156 NA NA NA NA

Te - N9MP1100J20** 100 91 1825 11 x 10 3/4 Med-High 2.73 90 1036 130 3 30 30 NA

Te - N9MP2100J20** 100 92 1825 11 x 10 3/4 Med-High 2.73 90 1036 130 3 30 30 NA

Yo - PS9C20N100DH11 100 94 1750 11 x 10 3/4 Med-High 2.74 92 870 155 NA NA NA NA

Yo - PS9C20N100UP11* 100 93 1680 11 x 11 1 Med-High 2.74 92 1295 156 NA NA NA NA

Yo - PS9C20N100UP11* 100 93 1800 11 x 11 1 Med-High 2.74 92 1295 156 NA NA NA NA

Te - T9MPD100J20** 100 93 1825 11 x 10 3/4 Med-High 2.73 92.1 1041 131 3 30 30 NA

Tr - TUC100C960B* 100 93 1700 11 x 10 3/4 Med-Low 3.17 92.1 914 53 NA NA 45 NA

Tr - TUX100C960D* 100 93 1700 11 x 10 3/4 Med-Low 3.17 92.1 919 55 NA NA 45 NA

Rh - RGRA-10(E,N)ZAJS 105 97 1350 12 x 11 3/4 Med-Low 2.76 92 862 97 NA NA NA NA

Rh - RGRJ-10(E,N)ZAJS 105 97 1350 12 x 11 3/4 Low 2.76 92 862 97 30 5 20 NA

Rh - RGRK-10(E,N)ZAJS 105 97 1540 12 x 11 3/4 Med-High 2.76 92 1088 109 NA NA NA NA

Rh - RGTA-10(E,N)ZAJS 105 97 1360 12 x 11 3/4 Med-Low 2.76 92 885 101 NA NA NA NA

Rh - RGTJ-10(E,N)ZAJS 105 97 1360 12 x 11 3/4 Low 3.24 92 885 101 30 5 20 NA

100 kBtu/h 2000 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Le - G41UF-48C-110-** 110 100 1420 10 x 10 1/2 Med-Low 2.68 90 803 139 15 5 45 NA

Le - G43UF-48C-110-** 110 103 1420 10 x 10 1/2 Med-Low 2.68 92.1 888 175 15 5 45 NA

Le - G43UF-48C-110H-** 110 101 1420 10 x 10 1/2 Med-Low 2.68 90 830 168 15 5 45 NA

Le - G51MP-48C-110-** 110 103 1630 10 x 10 1/2 Med-High 2.68 92.1 888 175 15 5 45 NA

Condensing Single-Stage

115 kBtu/h 1600 CFM
7-H-38

Table 7-H.5.49 Condensing Single-Stage Non-Weatherized Gas Furnaces at 115 Btu/h 

2000 CFM

Table 7-H.5.50 Condensing Single-Stage Non-Weatherized Gas Furnaces at 120 Btu/h 

1600 CFM

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Te - CSA108NH5R 108 97 1621 10 x 6 (Dual) 3/4 Med-Low 2.89 90.4 909 103 NA 5 30 NA

Te - VSA108NH5R 108 99 1621 10 x 6 (Dual) 3/4 Med-Low 2.89 90.9 1089 103 NA 5 30 NA

Le - G41UF-60C-110-** 110 102 1870 11.5 x 10 3/4 Med-Low 2.68 90 1035 142 15 5 45 NA

Le - G43UF-60C-110-** 110 103 1895 11.5 x 10 1 Med-Low 2.68 92.1 993 178 15 5 45 NA

Le - G43UF-60C-110-** 110 103 1975 11.5 x 10 1 Med-Low 2.68 92.1 993 178 15 5 45 NA

Le - G51MP-60C-110-** 110 103 1975 11.5 x 10 1 Med-Low 2.68 92.1 993 178 15 5 45 NA

Le - G51MP-60C-110-** 110 103 1895 11.5 x 10 1 Med-Low 2.68 92.1 993 178 15 5 45 NA

Ar - CG90CB112D20D*-*** 112 100 - 90 1100 147 15 15 30 NA

Ar - G1D93BC112D20D*-*** 113 104 1707 12 x 10 9/10 Med 2.95 92.5 1150 147 NA NA NA NA

Ar - G1D93BU112D20D*-*** 113 104 1738 12 x 10 9/10 Med 3.19 92.5 1150 147 NA NA NA NA

Am - ACS91155DX 115 108 1527 11 x 10 3/4 Med 2.78 93 418 133 NA NA NA NA

Am - AMS91155DX 115 106 1527 11 x 10 3/4 Med 3.13 93 897 144 NA NA NA NA

Am - DCS91155DX 115 108 1527 11 x 10 3/4 Med 3.13 93 418 133 NA NA NA NA

Am - DMS91155DX 115 106 1527 11 x 10 3/4 Med 3.13 93 897 144 NA NA NA NA

Am - GCCA115*X50 115 108 1849 11 x 10 1/3 High 2.78 92.1 418 133 NA 15 30 NA

Am - GCLA115**50 115 108 1849 11 x 10 1/3 High 2.78 92.1 418 133 NA NA NA NA

Am - GUCA115*X50 115 106 1562 11 x 10 1/2 Med 3.22 92.1 897 144 NA 15 30 NA

Am - GULA115*X50 115 106 1562 11 x 10 1/2 Med 3.22 92.1 897 144 NA NA NA NA

115 kBtu/h 2000 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Fr - FG6RC120*-16C 120 110 1410 10 x 10 1/2 Med-High 2.88 92.1 967 69 30 30 30 NA

Fr - L1RC120*-16C 120 112 1490 10 x 10 1/2 Med-High 2.89 92.1 1029 133 30 30 30 NA

Rh - RGRJ-12(E,N)RAGS 120 113 1475 11 x 10 1/2 Med 3.24 93.5 961 99 30 5 20 NA

Rh - RGTJ-12(E,N)RAGS 120 112 1475 11 x 10 1/2 Med 3.24 92.1 961 118 30 5 20 NA

Condensing Single-Stage

120 kBtu/h 1600 CFM
7-H-39

Table 7-H.5.51 Condensing Single-Stage Non-Weatherized Gas Furnaces at 120 Btu/h 

2000 CFM

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Ca - 58MCA120-20 120 112 1575 11 x 10 3/4 Med-Low 3.02 92.1 1241 88 15 15 66 NA

Ca - 58MCA120-20* 120 112 1575 11 x 10 3/4 Med-Low 3.02 91 1256 88 15 15 66 NA

Ca - 58MSA120-20 120 111 1575 11 x 10 3/4 Med-Low 3.02 90 1269 88 15 15 66 NA

Ca - 58MXA120-20 120 113 1575 11 x 10 3/4 Med-Low 3.02 93.1 1228 88 15 15 66 NA

Ca - 58MXA120-20* 120 113 1575 11 x 10 3/4 Med-Low 3.02 91.7 1246 88 15 15 66 NA

Ca - 58MXA120-20** 120 112 1575 11 x 10 3/4 Med-Low 3.02 92.5 1236 88 15 15 66 NA

Am - CDC120A960A* 120 112 - 90 1174 80 NA NA NA NA

Am - CUC120A960A* 120 113 - 90 1291 70 NA NA NA NA

Fr - FG6RC120*-20C 120 110 1430 11 x 10 3/4 Med-Low 2.88 92.1 967 69 30 30 30 NA

Fr - FG6RL120*-20C 120 110 1728 11 x 10 3/4 Med-High 2.88 90 1244 115 30 30 30 NA

Go - GMNT120-5 120 111 1600 11 x 10 3/4 Med 3.13 92.6 1130 90 15 NA 30 NA

Yo - GY9S120D20DH11* 120 112 1863 11 x 10 3/4 Med-High 2.74 91 1953 199 NA NA NA NA

Yo - GY9S120D20UP11* 120 112 1885 11 x 11 1 Med-High 3.23 92 1905 169 NA NA NA NA

Yo - GY9S120D20UP11* 120 112 1932 11 x 11 1 Med-High 3.23 92 1905 169 NA NA NA NA

Fr - L1RC120*-20C 120 112 1505 11 x 10 3/4 Med-Low 2.89 92.1 1134 130 30 30 30 NA

Yo - PS9D20N120DH11 120 112 1863 11 x 11 1 Med-High 3.23 92 1326 132 NA NA NA NA

Yo - PS9D20N120UP11* 120 112 1885 11 x 11 1 Med-High 3.23 92 1905 169 NA NA NA NA

Yo - PS9D20N120UP11* 120 112 1932 11 x 11 1 Med-High 3.23 92 1905 169 NA NA NA NA

Rh - RGRA-12(E,N)RAJS 120 113 1475 11 x 10 3/4 Med-Low 3.24 93.5 961 99 NA NA NA NA

Rh - RGRJ-12(E,N)RAJS 120 113 1475 11 x 10 1/2 Low 3.24 93.5 961 99 30 5 20 NA

Rh - RGRK-12(E,N)RAJS 120 110 1660 11 x 10 3/4 Med-High 3.24 92 1131 98 NA NA NA NA

Rh - RGTA-12(E,N)RAJS 120 112 1475 11 x 10 3/4 Med-Low 3.24 92.1 961 118 NA NA NA NA

Rh - RGTJ-12(E,N)RAJS 120 112 1475 11 x 10 3/4 Low 3.24 92.1 961 118 30 5 20 NA

Tr - TDC120C960B* 120 112 1822 11 x 10 1/2 Med-High 3.03 91 1161 80 NA NA 45 NA

Tr - TDX120C960D* 120 112 1822 11 x 10 3/4 Med-High 3.12 91 1164 73 NA NA 45 NA

Tr - TUC120C960B* 120 113 2012 11 x 10 3/4 Med-High 3.17 92.1 1262 70 NA NA 45 NA

Tr - TUX120C960D* 120 113 2012 11 x 10 3/4 Med-High 3.17 92.1 1320 84 NA NA 45 NA

120 kBtu/h 2000 CFM

Condensing Single-Stage
7-H-40

Table 7-H.5.52 Condensing Single-Stage Non-Weatherized Gas Furnaces at 125 Btu/h 

2000 CFM

Table 7-H.5.53 Condensing Single-Stage Non-Weatherized Gas Furnaces at 140 Btu/h 

2000 CFM

Models Input Output CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Th - CDB-125 125 116 1530 3/4 Low 2.75 92 1081 128 15 5 45 NA

Th - CDBI-125 125 116 2010 3/4 High 2.75 92 1081 128 15 5 45 NA

Ar - CG90TB125D20C* 125 113 - 90 1150 147 15 15 30 NA

Ar - CG90UB125D20D*-*** 125 113 - 90 1150 147 15 15 30 NA

Th - CHB-125 125 116 1550 3/4 Low 2.75 93 1028 131 15 5 45 NA

Th - CHBI-125 125 116 2060 3/4 High 2.75 93 1028 131 15 5 45 NA

Du - CMPB125U5* 125 116 2115 12 x 12 3/4 High 2.43 92 1130 87 15 15 30 NA

Du - CMPE125U5* 125 116 2028 12 x 12 3/4 High 2.43 92.1 1396 84 15 15 30 NA

Ar - G1D90AH125D20C*-*** 125 112 1620 12 x 9 3/4 Med 2.97 90 1247 86 NA NA NA NA

Ar - G1D91BT125D20C* 125 113 1738 12 x 10 9/10 Med 2.72 91 1100 142 15 15 30 NA

Ar - G1D91BU125D20D*-*** 125 113 1738 12 x 10 9/10 Med 3.19 91 1100 142 NA NA NA NA

Te - N9MP1125J20** 125 116 1891 11 x 10 3/4 Med-High 2.73 90 1280 90 3 30 30 NA

Te - N9MP2125J20** 125 116 1891 11 x 10 3/4 Med-High 2.73 90 1272 87 3 30 30 NA

Te - T9MPD125L20** 125 117 1891 11 x 10 3/4 Med-High 2.95 92.1 1216 89 3 30 30 NA

Te - CSA126NH5R 126 114 18270 x 6 (Du 3/4 Med-High 2.89 90.4 962 102 NA 5 30 NA

Te - VSA126NH5R 126 115 18270 x 6 (Du 3/4 Med-High 2.89 90.9 1262 102 NA 5 30 NA

Le - G41UF-60D-135-** 132 112 1865 11.5 x 10 3/4 Med-Low 3.16 90 1015 144 15 5 45 NA

Le - G43UF-60D-135-** 132 123 1890 11.5 x 10 1 Med-Low 3.16 92.1 1112 164 15 5 45 NA

Le - G43UF-60D-135-** 132 123 1960 11.5 x 10 1 Med-Low 3.16 92.1 1112 164 15 5 45 NA

Le - G51MP-60D-135-** 132 123 2120 11.5 x 10 1 Med-High 3.16 92.1 1112 164 15 5 45 NA

Le - G51MP-60D-135-** 132 123 2195 11.5 x 10 1 Med-High 3.16 92.1 1112 164 15 5 45 NA

125 kBtu/h 2000 CFM

Condensing Single-Stage

Models Input Output CFM 

0.5 Blower Size Motor Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelayOffDelay

Yo - GY9S135D20UP11* 135 127 2220 11 x 11 1 High 3.23 92 1425 165 NA NA NA NA

Yo - GY9S135D20UP11* 135 127 2285 11 x 11 1 High 3.23 92 1425 165 NA NA NA NA

Yo - PS9D20N135UP11 135 127 2285 11 x 11 1 High 3.23 92 1425 165 NA NA NA NA

Yo - PS9D20N135UP11 135 127 2220 11 x 11 1 High 3.23 92 1425 165 NA NA NA NA

Ca - 58MCA140-20 138 127 1805 11 x 10 3/4 Med-High 3.02 92.1 1039 100 15 15 66 NA

Ca - 58MCA140-20 138 127 1725 11 x 10 3/4 Med-High 3.02 92.1 1039 100 15 15 66 NA

Ca - 58MCA140-20 138 127 1835 11 x 10 3/4 Med-High 3.02 92.1 1039 100 15 15 66 NA

Ca - 58MCA140-20* 138 128 1725 11 x 10 3/4 Med-High 3.02 91 1202 100 15 15 66 NA

Ca - 58MCA140-20* 138 128 1835 11 x 10 3/4 Med-High - 91 1202 100 15 15 66 NA

Ca - 58MCA140-20* 138 128 1805 11 x 10 3/4 Med-High 3.02 91 1202 100 15 15 66 NA

Ca - 58MCA140-20** 138 127 1725 11 x 10 3/4 Med-High 3.02 92 1040 100 15 15 66 NA

Ca - 58MCA140-20** 138 127 1835 11 x 10 3/4 Med-High 3.02 92 1040 100 15 15 66 NA

Ca - 58MCA140-20** 138 127 1805 11 x 10 3/4 Med-High 3.02 92 1040 100 15 15 66 NA

Ca - 58MXA140-20 138 129 1725 11 x 10 3/4 Med-High 3.02 92.6 1182 100 15 15 66 NA

Ca - 58MXA140-20 138 129 1835 11 x 10 3/4 Med-High 3.02 92.6 1182 100 15 15 66 NA

Ca - 58MXA140-20 138 129 1805 11 x 10 3/4 Med-High 3.02 92.6 1182 100 15 15 66 NA

Ca - 58MXA140-20* 138 129 1725 11 x 10 3/4 Med-High 3.02 91.2 1199 100 15 15 66 NA

Ca - 58MXA140-20* 138 129 1805 11 x 10 3/4 Med-High 3.02 91.2 1199 100 15 15 66 NA

Ca - 58MXA140-20* 138 129 1835 11 x 10 3/4 Med-High 3.02 91.2 1199 100 15 15 66 NA

Ca - 58MXA140-20** 138 128 1835 11 x 10 3/4 Med-High 3.02 92 1189 100 15 15 66 NA

Ca - 58MXA140-20** 138 128 1725 11 x 10 3/4 Med-High 3.02 92 1189 100 15 15 66 NA

Ca - 58MXA140-20** 138 128 1805 11 x 10 3/4 Med-High 3.02 92 1189 100 15 15 66 NA

140 kBtu/h 2000 CFM

Condensing Single-Stage
7-H-41

7-H.5.4 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces

Table 7-H.5.54 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 50 Btu/h 

1200 CFM

Table 7-H.5.55 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 60 Btu/h 

1200 CFM

Table 7-H.5.56 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 Btu/h 

1200 CFM

Table 7-H.5.57 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 Btu/h 

1600 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

T9MPV050F12** 35 46 33 268 595 325 11 x 8 1/2 Variable 2.26 92.1 268 140 3 5 30 140

Condensing Two-Stage

50 kBtu/h 1200 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

TDD060R9V3F* 39 48 31.2 228 881 658 10 x 7 1/2 Variable 2.21 80 228 97 45 100.00

TUD060R9V3K* 48 48 31 228 942 684 10 x 7 1/2 Variable 2.21 80 228 97 45 100.00

58CVX070-12* 44 51 35 162 1180 725 10 x 6 1/2 Variable - 80 162 25 15 5 25 120.00

58CVA070-12 44 54 35 162 1180 725 10 x 6 1/2 Variable - 80 162 25 15 5 25 120.00

G60DFV-36A-070-** 45 54 36 296 995 900 10 x 8 1/2 Variable 1.74 80 296 57 15 5 45 90.00

G60UHV-36A-070-** 45 54 36 271 940 865 10 x 8 1/2 Variable 1.81 80 271 62 15 5 45 90.00

Non-Condensing Two-Stage

60 kBtu/h 1200 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

AMV80703BX 56 251 Variable - 80 251 104

Non-Condensing Two-Stage

70 kBtu/h 1200 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

AMV80704BX 52.5 56 42 251 1330 1000 10 x 8 3/4 Variable 2.18 80 251 104

Non-Condensing Two-Stage

70 kBtu/h 1600 CFM
7-H-42

Table 7-H.5.58 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 Btu/h 

2000 CFM

Table 7-H.5.59 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 75 Btu/h 

1200 CFM

Table 7-H.5.60 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 75 Btu/h 

1600 CFM

Table 7-H.5.61 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 Btu/h 

1200 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

FG6TA072*-VB 48 58 38 384 1090 660 11 x 10 3/4 Variable 2.50 80 384 76 30 30 30 120.00

Non-Condensing Two-Stage

70 kBtu/h 2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

RGLL-07(E,N)BRKR 52 61 41 373 980 700 11 x 10 1/2 Variable 2.76 80.3 373 97

RGPL-07(E,N)BRKR 52 60 41 423 1060 700 11 x 10 1/2 Variable 2.76 80.3 423 77

Non-Condensing Two-Stage

75 kBtu/h 1200 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

RGLL-07(E,N)BRQR 52 61 41 373 980 700 11 x 10 3/4 Variable 2.76 80.3 373 110

RGPL-07(E,N)BRQR 52 60 41 423 1060 700 11 x 10 3/4 Variable 2.76 80.3 423 77

Non-Condensing Two-Stage

75 kBtu/h 1600 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

P1DUA12V06401 59 63 48 469 1315 880 10 x 8 1/2 Variable 1.84 80 469 35 15 30 60.00

PV8A12N080UH11 59 63 48 469 1490 990 10 x 8 1/2 Variable 1.84 80 469 35

TDD080R9V3F* 52 63 41.6 332 1170 820 10 x 7 1/2 Variable 2.21 80 332 67 45 100.00

TUD080R9V3K* 64 64 41 299 1240 875 10 x 7 1/2 Variable 2.21 80 299 68 45 100.00

Non-Condensing Two-Stage

80 kBtu/h 1200 CFM
7-H-43

Table 7-H.5.62 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 Btu/h 

1600 CFM

Table 7-H.5.63 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 Btu/h 

1200 CFM

Table 7-H.5.64 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 Btu/h 

1600 CFM

Table 7-H.5.65 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 Btu/h 

2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

TUD080R9V4K* 64 64 41 265 1243 861 10 x 10 1/2 Variable 2.69 80 265 64 45 100.00

58CVX090-16* 58 68 47 226 1210 985 10 x 8 1/2 Variable - 80 226 29 15 5 25 120.00

Non-Condensing Two-Stage

80 kBtu/h 1600 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

G60DFV-36B-090-** 60 72 48 414 1055 955 10 x 8 1/2 Variable 2.14 80 414 58 15 5 45 90.00

G60UHV-36B-090-** 60 72 48 412 930 840 10 x 8 1/2 Variable 2.21 80 412 60 15 5 45 90.00

Non-Condensing Two-Stage

90 kBtu/h 1200 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size Speed Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

58CVA090-16 58 71 47 226 1210 985 10 x 8 1/2 Variable - 80 226 29 15 5 25 120.00

Non-Condensing Two-Stage

90 kBtu/h 1600 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

G60DFV-60C-090-** 60 72 48 424 1660 1515 11.5 x 10 1 Variable 2.61 80 424 60 15 5 45 90.00

G60UHV-60C-090-** 60 72 48 460 1560 1440 11.5 x 10 1 Variable 2.68 80 460 58 15 5 45 90.00

G60UHV-60C-090-** 60 72 48 460 1515 1395 11.5 x 10 1 Variable 2.68 80 460 58 15 5 45 90.00

AMV80905CX 67.5 72 54 237 1530 1150 10 x 10 3/4 Variable 2.66 80 237 137

GUIV090**50 64 74 51 237 1368 950 10 x 8 3/4 Variable 2.64 80 237 137 15 30 90.00

Non-Condensing Two-Stage

90 kBtu/h 2000 CFM
7-H-44

Table 7-H.5.66 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 100 Btu/h 

1600 CFM

Table 7-H.5.67 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 100 Btu/h 

2000 CFM

Table 7-H.5.68 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 115 Btu/h 

2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

P1DUB16V08001 65 80 53 493 1490 990 10 x 10 3/4 Variable 2.26 80 493 41 15 30 60.00

PV8B16N100UH11 65 80 53 493 1480 975 10 x 10 3/4 Variable 2.26 80 493 41

Non-Condensing Two-Stage

100 kBtu/h 1600 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

FG6TA100*-VB 60 79 48 461 1240 750 11 x 10 3/4 Variable 2.50 80.5 461 76 30 30 30 120.00

G2D80BT100V20C*-*** 80 80 64 212 1150 860 12 x 10 3/4 Variable 2.72 80 212 128 90 180.00

P1DUC20V08001 65 80 53 482 1480 975 11 x 10 1 Variable 2.69 80 482 41 15 30 60.00

PV8C20N100UH11 65 80 53 482 1480 975 11 x 10 1 Variable 2.74 80 482 41

RGLL-10(E,N)BRMR 70 81 56 494 1250 942 11 x 10 1 Variable 2.76 80.3 494 110

RGPL-10(E,N)BRMR 70 81 56 551 1320 942 11 x 10 1 Variable 2.76 80 551 82

T8MPV100J20 70 81 61 243 11 x 10 1 Variable 2.73 80 243 47 3 30 30 140.00

TDD100R9V5F* 65 81 52 347 1560 1080 11 x 10 1 Variable 2.69 80 347 70 45 100.00

TUD100R9V5K* 80 79 52 298 1610 1060 10 x 10 1 Variable 2.69 80 298 65 45 100.00

Non-Condensing Two-Stage

100 kBtu/h 2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFU

E Eae PE Prepurge

Postpurge On-Delay Off-Delay

FG6TA120*-VB 72 95 58 465 1680 1220 11 x 10 3/4 Variable 2.50 80 465 76 30 30 30 120.00

P1DUC20V09601 78 96 64 485 1950 1330 11 x 10 1 Variable 2.69 80 485 51 15 30 60.00

PV8C20N120UH11 78 96 64 485 1950 1330 11 x 10 1 Variable 2.74 80 485 51

TDD120R9V5F* 78 95 62.4 393 1640 1115 11 x 10 1 Variable 2.69 80 393 91 45 100.00

TUD120R9V5K* 96 97 62 454 1666 1211 10 x 10 1 Variable 3.17 80 454 75 45 100.00

Non-Condensing Two-Stage

120 kBtu/h 2000 CFM
7-H-45

Table 7-H.5.69 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 120 Btu/h 

2000 CFM

Table 7-H.5.70 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 125 Btu/h 

2000 CFM

Table 7-H.5.71 Non-Condensing Two-Stage Non-Weatherized Gas Furnaces at 140 Btu/h 

2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFU

E Eae PE Prepurge

Postpurge On-Delay Off-Delay

FG6TA120*-VB 72 95 58 465 1680 1220 11 x 10 3/4 Variable 2.50 80 465 76 30 30 30 120.00

P1DUC20V09601 78 96 64 485 1950 1330 11 x 10 1 Variable 2.69 80 485 51 15 30 60.00

PV8C20N120UH11 78 96 64 485 1950 1330 11 x 10 1 Variable 2.74 80 485 51

TDD120R9V5F* 78 95 62.4 393 1640 1115 11 x 10 1 Variable 2.69 80 393 91 45 100.00

TUD120R9V5K* 96 97 62 454 1666 1211 10 x 10 1 Variable 3.17 80 454 75 45 100.00

Non-Condensing Two-Stage

120 kBtu/h 2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

G2D80BT125V20C*-*** 100 100 80 316 1612 1210 12 x 10 3/4 Variable 2.72 80 316 160 90 180.00

RGLL-12(E,N)ARMR 87 101 70 840 1670 1296 11 x 10 1 Variable 3.24 80 840 101

RGPL-12(E,N)ARMR 87 101 70 1106 1890 1296 11 x 10 1 Variable 3.24 80 1106 102

T8MPV125J20 87.5 101 71 685 11 x 10 1 Variable 2.73 80 685 49 3 30 30 140.00

G60DFV-60D-135-** 90 109 73 797 1610 1465 11.5 x 10 1 Variable 3.07 80 797 62 15 5 45 90.00

G60UHV-60D-135-** 90 108 72 547 1475 1345 11.5 x 10 1 Variable 3.16 80 547 65 15 5 45 90.00

G60UHV-60D-135-** 90 108 72 547 1570 1435 11.5 x 10 1 Variable 3.16 80 547 65 15 5 45 90.00

Non-Condensing Two-Stage

125 kBtu/h 2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

GUIV140**50 96 111 76 360 1584 1100 10 x 9 3/4 Variable 3.19 80 360 112 15 30 90.00

TUD140R9V5K* 112 111 72 477 1810 1280 10 x 10 1 Variable 3.17 80 477 95 45 100.00

G2D80BT150V20D*-*** 120 120 96 293 1700 1275 12 x 10 3/4 Variable 3.19 80 293 187 90 180.00

Non-Condensing Two-Stage

140 kBtu/h 2000 CFM
7-H-46

7-H.5.5 Condensing Two-Stage Non-Weatherized Gas Furnaces

Table 7-H.5.72 Condensing Two-Stage Non-Weatherized Gas Furnaces at 45 Btu/h 1200 

CFM Condensing Two-Stage

Table 7-H.5.73 Condensing Two-Stage Non-Weatherized Gas Furnaces at 50 Btu/h 1200 

CFM

Table 7-H.5.74 Condensing Two-Stage Non-Weatherized Gas Furnaces at 60 Btu/h 1200 

CFM

Table 7-H.5.75 Condensing Two-Stage Non-Weatherized Gas Furnaces at 60 Btu/h 2000 

CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

PostpurgeOnDelay Off-Delay

G2D95BC040V12B-1 28 38 180 836 544 10 x 8 1/2 Variable 2.06 94.5 180 123

45 kBtu/h 1200 CFM

Condensing Two-Stage

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

T9MPV050F12** 35 46 33 268 595 325 11 x 8 1/2 Variable 2.26 92.1 268 140 3 5 30 140

Condensing Two-Stage

50 kBtu/h 1200 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

PV9B12N060UP11 39 56 36 127 1110 710 11 x 8 1/2 Variable 2.26 93.2 127 68

RGFD-06(E,N)MCKS** 24 56 22 254 795 320 11 x 7 1/2 Variable 2.27 93.5 254 105

RGGD-06(E,N)MCKS 24 57 21.888 354 795 320 11 x 7 1/2 Variable 2.29 91.4 354 124

TDY060R9V3W* 39 56 37 200 1150 750 10 x 8 1/2 Variable 2.21 92.1 200 62 0 5 45 100.00

TUY060R9V3W* 39 56 37 199 1125 775 10 x 8 1/2 Variable 2.21 93 199 52 0 5 45 100.00

60 kBtu/h 1200 CFM

Condensing Two-Stage

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

FG6TC060*-VB 40 55 37 520 1240 750 11 x 10 3/4 Variable 2.50 92.1 520 123 30 30 30 120.00

FG6TL060*-VB 40 55 37 404 1240 750 11 x 10 3/4 Variable 2.50 90 404 127 30 30 30 120.00

Condensing Two-Stage

60 kBtu/h 2000 CFM
7-H-47

Table 7-H.5.76 Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 Btu/h 1200 

CFM

Table 7-H.5.77 Condensing Two-Stage Non-Weatherized Gas Furnaces at 70 Btu/h 1600 

CFM

Table 7-H.5.78 Condensing Two-Stage Non-Weatherized Gas Furnaces at 75 Btu/h 1200 

CFM

Table 7-H.5.79 Condensing Two-Stage Non-Weatherized Gas Furnaces at 75 Btu/h 1600 

CFM Condensing Two-Stage

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

G61MPV-36B-070-* 45 61 43 301 960 865 10 x 8 1/2 Variable 2.28 94.1 301 59

AMV90703BX 48 65 46.4 275 Variable 1.73 93 275 86

Condensing Two-Stage

70 kBtu/h 1200 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

ACV90704CX 48 65 45 225 1318 915 10 x 10 3/4 Variable 2.33 93.3 225 100

AMV90704CX 48 67 46.4 275 1325 920 10 x 10 3/4 Variable 2.30 95.5 275 86

GCVA070**40 48 65 45 225 1318 915 11 x 9 3/4 Variable 1.89 93.3 225 100 10 15 30 90.00

GUVA070*X40 48 67 46.4 275 1325 920 11 x 9 3/4 Variable 2.66 95.5 275 86 10 15 30 90.00

Condensing Two-Stage

70 kBtu/h 1600 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

RGFD-07(E,N)MCKS** 30 70 28 404 995 430 11 x 7 1/2 Variable 2.27 92.9 404 118

RGGD-07(E,N)MCKS 30 72 27.6 441 995 430 11 x 7 1/2 Variable 2.29 92.4 441 125

T9MPV075F12** 52.5 70 49.8 314 990 595 11 x 10 1 Variable 2.26 92.1 314 114 3 5 30 140.00

Condensing Two-Stage

75 kBtu/h 1200 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

RGFD-07(E,N)MCKS** 30 70 28 404 995 430 11 x 7 1/2 Variable 2.27 92.9 404 118

RGGD-07(E,N)MCKS 30 72 27.6 441 995 430 11 x 7 1/2 Variable 2.29 92.4 441 125

T9MPV075F12** 52.5 70 49.8 314 990 595 11 x 10 1 Variable 2.26 92.1 314 114 3 5 30 140.00

Condensing Two-Stage

75 kBtu/h 1600 CFM
7-H-48

Table 7-H.5.80 Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 Btu/h 1200 

CFM

Table 7-H.5.81 Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 Btu/h 1600 

CFM

Table 7-H.5.82 Condensing Two-Stage Non-Weatherized Gas Furnaces at 80 Btu/h 2000 

CFM

Table 7-H.5.83 Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 Btu/h 1200 

CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

PV9B12N080UP11 52 75 49 184 1330 880 11 x 8 1/2 Variable 2.26 92.5 184 69

TDY080R9V3W* 52 74 49 332 1220 1000 10 x 8 1/2 Variable 2.21 92.5 332 67 0 5 45 100.00

TUY080R9V3W* 52 73 49 265 1400 1000 10 x 8 1/2 Variable 2.21 92.5 265 61 0 5 45 100.00

80 kBtu/h 1200 CFM

Condensing Two-Stage

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

G2D95BC080V16C-1 56 76 250 1248 907 12 x 10 3/4 Variable 2.50 94.5 250 127

G2D95BT080V16C-1 64 76 250 1248 907 12 x 10 3/4 Variable 2.72 94.5 250 127 15 15 30 120.00

PV9C16N080UP11 52 75 49 136 1490 990 11 x 10 3/4 Variable 2.74 92.8 136 81

80 kBtu/h 1600 CFM

Condensing Two-Stage

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

58MVP080-20 52 75 49 103 1500 675 11 x 10 1 Variable 2.56 94.1 103 31 25 15 35 120.00

58MVP080-20* 52 75 49 110 1500 675 11 x 10 1 Variable 2.56 92.7 110 31 25 15 35 120.00

58MVP080-20** 52 75 49 105 1500 675 11 x 10 1 Variable 2.56 93.7 105 31 25 15 35 120.00

FG6TC080*-VB 48 74 44 321 1240 750 11 x 10 3/4 Variable 2.50 92.1 321 136 30 30 30 120.00

FG6TL080*-VB 48 74 44 477 1240 750 11 x 10 3/4 Variable 2.50 90 477 136 30 30 30 120.00

G2D95BC080V20C-1 56 76 280 1332 932 12 x 10 1 Variable 2.50 94.5 280 133

G2D95BT080V20C-1 64 76 280 1332 932 12 x 10 1 Variable 2.72 94.5 280 133 15 15 30 120.00

G2D95BT080V20D-1 64 76 280 12 x 10 1 Variable 2.72 94.5 280 133 15 15 30 120.00

G2D95BU080V16C-1 64 76 250 1248 907 12 x 10 3/4 Variable 2.50 94.5 250 127

G2D95BU080V20D-1 64 76 280 1332 932 12 x 10 1 Variable 2.50 94.5 280 133

Condensing Two-Stage

80 kBtu/h 2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

G61MPV-36C-090-* 60 79 57 367 925 860 10 x 10 1/2 Variable 2.76 94.3 367 65

90 kBtu/h 1200 CFM

Condensing Two-Stage
7-H-49

Table 7-H.5.84 Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 Btu/h 1600 

CFM

Table 7-H.5.85 Condensing Two-Stage Non-Weatherized Gas Furnaces at 90 Btu/h 2000 

CFM

Table 7-H.5.86 Condensing Two-Stage Non-Weatherized Gas Furnaces at 100 Btu/h 

1600 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size Speed Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

AMV90904CX 64 87 61.7 333 Variable 2.30 93 333 97

90 kBtu/h 1600 CFM

Condensing Two-Stage

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

G61MPV-60C-090-* 60 82 55 726 1490 1360 11.5 x 10 1 Variable 2.76 94.6 726 67

G61MPV-60C-090-* 60 82 55 726 1490 1375 11.5 x 10 1 Variable 2.76 94.6 726 67

G61MPV-60C-090-* 60 82 55 726 1525 1395 11.5 x 10 1 Variable 2.76 94.6 726 67

RGFD-09(E,N)ZCMS** 36 85 33 386 1195 515 12 x 7 1 Variable 2.76 94.1 386 123

RGGD-09(E,N)ZCMS 36 85 33.264 492 1195 515 12 x 11 1 Variable 2.78 92.2 492 119

ACV90905DX 64 87 60.1 374 1706 1185 11 x 10 1 Variable 2.78 92.7 374 97

AMV90905DX 64 90 61.7 333 1721 1195 11 x 10 1 Variable 2.86 95.7 333 92

FG6TC092*-VB 55 84 50 514 1240 750 11 x 10 3/4 Variable 2.50 92.1 514 70 30 30 30 120.00

FG6TL092*-VB 55 84 50 525 1240 750 11 x 10 3/4 Variable 2.50 90 525 70 30 30 30 120.00

GCVA090**50 64 87 60.1 374 1706 1185 11 x 10 1 Variable 2.41 92.7 374 97 10 15 30 90.00

GUVA090*X50 64 90 61.7 333 1721 1195 11 x 10 1 Variable 3.22 95.7 333 92 10 15 30 90.00

90 kBtu/h 2000 CFM

Condensing Two-Stage

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

CDX1-100N 75 94 69.75 320 1340 1094 3/4 Variable 2.38 93 320 97 30 5 45 120.00

CHX1-100N 70 95 66.15 340 1243 1015 3/4 Variable 2.38 94.5 340 95 30 5 45 120.00

TDY100R9V4W* 65 94 62 484 1650 1172 10 x 10 3/4 Variable 2.69 93 484 66 0 5 45 100.00

TUY100R9V4W* 65 93 62 452 1690 1165 10 x 10 3/4 Variable 2.69 93 452 69 0 5 45 100.00

Condensing Two-Stage

100 kBtu/h 1600 CFM
7-H-50

Table 7-H.5.87 Condensing Two-Stage Non-Weatherized Gas Furnaces at 100 Btu/h 

2000 CFM

Table 7-H.5.88 Condensing Two-Stage Non-Weatherized Gas Furnaces at 115 Btu/h 

2000 CFM

Table 7-H.5.89 Condensing Two-Stage Non-Weatherized Gas Furnaces at 120 Btu/h 

2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

58MVP100-20 65 94 61 225 1520 920 11 x 10 1 Variable 2.56 94.1 225 32 25 15 35 120.00

58MVP100-20* 65 94 61 245 1520 920 11 x 10 1 Variable 2.56 92.7 245 33 25 15 35 120.00

58MVP100-20** 65 93 61 167 1520 920 11 x 10 1 Variable 2.56 93.7 167 31 25 15 35 120.00

G2D95BC100V20D-1 70 95 280 1565 1045 12 x 10 1 Variable 2.95 94.5 280 143

G2D95BC125V20D-1 87.5 118 370 2019 1321 12 x 10 1 Variable 2.95 94 370 142

G2D95BT100V20C-1 80 95 280 1565 1045 12 x 10 1 Variable 2.72 94.5 280 143 15 15 30 120.00

G2D95BT100V20D-1 80 95 280 12 x 10 1 Variable 2.72 94.5 280 143 15 15 30 120.00

G2D95BU100V20D-1 80 95 280 1565 1045 12 x 10 1 Variable 2.95 94.5 280 143

PV9C20N100UP11 65 93 60 194 1880 1230 11 x 11 1 Variable 2.74 92.8 194 82

T9MPV100J20** 70 93 65.8 401 1400 830 11 x 10 1 Variable 2.73 92.1 401 136 3 5 30 140.00

RGFD-10(E,N)ZCMS** 42 97 39 714 1395 600 12 x 7 1 Variable 2.76 92 714 109

RGGD-10(E,N)ZCMS 42 99 38.346 692 1395 600 12 x 11 1 Variable 2.78 91.2 692 102

Condensing Two-Stage

100 kBtu/h 2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

FG6TC110*-VC 74 100 68 517 1680 1220 11 x 10 3/4 Variable 2.88 92.1 517 70 30 30 30 120.00

FG6TL110*-VC 74 100 68 874 1680 1220 11 x 10 3/4 Variable 2.88 90 874 130 30 30 30 120.00

G61MPV-60C-110-* 75 99 72 542 1545 1435 11.5 x 10 1 Variable 2.76 94.3 542 66

G61MPV-60C-110-* 75 99 72 542 1510 1380 11.5 x 10 1 Variable 2.76 94.3 542 66

G61MPV-60C-110-* 75 99 72 542 1510 1400 11.5 x 10 1 Variable 2.76 94.3 542 66

AMV91155DX 80 109 77.4 397 1822 1265 11 x 10 1 Variable 2.86 95.8 397 90

GUVA115*X50 80 109 77.4 397 1822 1265 11 x 10 1 Variable 3.22 95.8 397 90 10 15 30 90.00

Condensing Two-Stage

115 kBtu/h 2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFU

E Eae PE Prepurge

Postpurge On-Delay Off-Delay

58MVP120-20 78 113 73 258 1885 1180 11 x 10 3/4 Variable 3.02 94 258 34 25 15 35 120.00

58MVP120-20* 78 113 73 272 1885 1180 11 x 10 3/4 Variable 3.02 93 272 33 25 15 35 120.00

58MVP120-20** 78 112 73 266 1885 1180 11 x 10 3/4 Variable 3.02 94 266 32 25 15 35 120.00

PV9D20N120UP11 78 112 73 422 2150 1420 11 x 11 1 Variable 3.23 93 422 85

RGFD-12(E,N)RCMS** 48 112 45 836 1595 685 11 x 10 1 Variable 3.25 93 836 130

RGGD-12(E,N)RCMS 48 113 44.352 671 1595 685 11 x 10 1 Variable 3.26 92 671 126

TDY120R9V5W* 78 112 74 555 1850 1350 10 x 10 1 Variable 3.17 93 555 90 0 5 45 100.00

TUY120R9V5W* 78 112 74 550 1850 1370 10 x 10 1 Variable 3.17 93 550 74 0 5 45 100.00

120 kBtu/h 2000 CFM

Condensing Two-Stage
7-H-51

Table 7-H.5.90 Condensing Two-Stage Non-Weatherized Gas Furnaces at 125 Btu/h 

2000 CFM

Models High 

Input

Low 

Input

High 

Output

Low 

Output

High 

CFM 

0.5

Low 

CFM 

0.5

Blower 

Size

Motor 

Size

Speed 

Taps

Air 

Supply 

Outlet 

Area

AFUE Eae PE Prepurge

Postpurge On-Delay Off-Delay

CHX1-125N 93.8 117 82.25 359 1556 1270 1 Variable 2.75 94 359 97 30 5 45 120.00

G2D95BT125V20C-1 100 118 370 2019 1321 12 x 10 1 Variable 2.72 94 370 142 15 15 30 120.00

G2D95BT125V20D-1 100 118 370 12 x 10 1 Variable 3.19 94 370 142 15 15 30 120.00

G2D95BU125V20D-1 100 118 370 2019 1321 12 x 10 1 Variable 2.95 94 370 142

T9MPV125L20** 87.5 118 82.25 328 1750 1200 11 x 10 1 Variable 2.95 92.1 328 87 3 5 30 140.00

G61MPV-60D-135-* 90 122 87 569 1455 1355 11.5 x 10 1 Variable 3.24 94.6 569 68

G61MPV-60D-135-* 90 122 87 569 1440 1325 11.5 x 10 1 Variable 3.24 94.6 569 68

G61MPV-60D-135-* 90 122 87 569 1535 1380 11.5 x 10 1 Variable 3.24 94.6 569 68

Condensing Two-Stage

125 kBtu/h 2000 CFM
7-H-52

REFERENCES

1. AHRI, AHRI Directory March 2010, 2010. 

2. Carrier Co., 58STA/58STX, Induced-Combustion, 4-Way Multipoise Furnace, 2005. 

Carrier Co. Catalog No: 535-80127, Form 58ST-12SI. 

3. Carrier Co., 58STA/STX, 4-Way Multipoise Induced-Combustion Gas Furnace; Input 

Capacities: 45,000 thru 155,000 Btuh, 2004. Carrier Co. Catalog No. 525-80045, Form 

58ST-4PD. 

4. Carrier Corporation, 58CTA/CTX (Two-Stage PSC), 2002. Carrier Corporation. 

Indianapolis, IN. 

5. Carrier Co., 58CTA/CTX, Performance 80, Two-Stage 4-Way Multipoise, InducedCombustion Furnace, Input Capacities: 45,000 thru 155,000 Btuh, 2004. Carrier Co. 

Form 58CT-3PD, Catalog No. 525-80042. 

6. Carrier Co., 58CTA/58CTX, 2 Stage Deluxe Induced-Combustion, 4-Way Multipoise 

Furnace, 2005. Carrier Co. Catalog No: 535-80124, Form No. 58CT-5SI. 

7. Carrier Co., 58MCA, 4-Way Multipoise Fixed-Capacity, Direct-Vent Condensing Gas 

Furnace, 2004. Carrier Co. Catalog No. 535-80139, Form 58MCA-10SM. 

8. Carrier Co., 58MCA, 4-Way Multipoise Fixed-Capacity Direct-Vent Condensing Gas 

Furnace, 2005. Carrier Co. Catalog No. 535-80158, Form 58MCA-16SI. 

9. Carrier Co., 58MCA, 4-Way Multipoise, Fixed-Capacity Direct-Vent, Condensing Gas 

Furnace, Input Capacities: 40,000 thru 138,000 Btuh, 2003. Carrier Co. Catalog No. 525-

80031, Form 58MCA-12PD. 

10. Carrier Co., 58MSA, 4-Way Multipoise, Fixed-Capacity Condensing Gas Furnace; Input 

Capacities: 40,000 thru 120,000 Btuh, 2003. Carrier Co. Catalog No. 525-80032, Form 

58MSA-5PD. 

11. Carrier Co., 58MSA, 4-Way Multipoise Fixed-Capacity, Condensing Gas Furnace, 2004. 

Carrier Co. Catalog No. 535-80132, Form 58MSA-7SM. 

12. Carrier Co., 58MSA, 4-Way Multipoise Fixed-Capacity Condensing Gas Furnace, 2005. 

Carrier Co. Catalog No. 535-80154, Form 58MSA-11SI. 

13. Carrier Co., 58MTA, Deluxe 4–Way Multipoise 2-Stage Direct Vent Condensing Gas 

Furnace, 2005. Carrier Co. Catalog No. 535–80155, Form 58MTA-8SI. 

14. Carrier Co., 58MXA, Deluxe 4–Way Multipoise Fixed-Capacity, Direct Vent 

Condensing Gas Furnace, 2005. Carrier Co. Catalog No. 535–80157, Form 58MXA18SI. 

15. Carrier Co., 58MTA, Deluxe 4-Way Multipoise 2-Stage Direct-Vent Condensing Gas 

Furnace, 2004. Carrier Co. Catalog No. 535-80140, Form 58MTA-5SM. 

16. Carrier Co., 58MXA, 4-Way Multipoise Fixed-Capacity Direct-Vent Condensing Gas 

Furnace, 2004. Carrier Co. Catalog No. 535-80142, Form 58MXA-10SM. 

17. Carrier Co., Performance 93 Model 58MTA, Highly-Efficient 4-Way Multipoise TwoStage Direct-Vent Deluxe Condensing Gas Furnace; Input Capacities: 60,000 thru 

120,000 Btuh, 2003. Carrier Co. Catalog No. 525-80033, Form 58MTA-3PD. 

18. Carrier Co., Comfort 92, Model 58MXA, Highly-Efficient 4-Way Multipoise FixedCapacity Direct-Vent Deluxe Condensing Gas Furnace; Input Capacities: 40,000 thru 

138,000 Btuh, 2003. Carrier Co. Catalog No. 525-80034, Form 58MXA-11PD. 
7-H-53

19. Carrier Corporation, 58CVA/58CVX: Installation, Start-up, Operating, and Service and 

Maintenance Instructions, December, 2002. Carrier Coporation. Report No. Catalog No: 

535-80103. 

20. Carrier Co., 58CVA/CVX, Infinity 80, Variable Speed, 4-Way Multipoise Furnace, 2004. 

Carrier Co. Form 58CV-3PD. Catalog No. 525-80043. 

21. Carrier Co., Infinity 96, Model 58MVP, Deluxe 4-Way Multipoise Direct-Vent VariableSpeed Deluxe Condensing Gas Furnace, Series 170; Input Capacities: 40,000 thru 

120,000 Btuh, 2004. Carrier Co. Catalog No. 525-80038, Form 58MVP-11PD. 

22. Carrier Co., 58DLA/DLX, Comfort 80, Deluxe 4-Way Multipoise Induced-Combustion 

Gas Furnace: Input Capacities: 45,000 thru 155,000 Btuh, 2004. Carrier Co. Catalog No. 

525-80044, Form 58DL-4PD. 

23. Carrier Co., 58DLA/58DLX, Deluxe Induced-Combustion, 4-Way Multipoise Furnace, 

2005. Carrier Co. Catalog No: 535-80148, Form No. 58DL-5SI. 

24. Armstrong Air Conditioning Inc., G2D80BT, with Variable Speed Blower Technology, 

2004. Armstrong Air Conditioning Inc. Form # AG2D80BT-V-100 (8/04). 

25. Armstrong Air Conditioning Inc., G2D80BT 80% Enhanced Gas Furnace, 2004. 

Armstrong Air Conditioning Inc. Form # AG2D80BT-100 (9/04). 

26. Armstrong Air Conditioning Inc., G1D93BU, Gas Furnace, 2004. Armstrong Air 

Conditioning Inc. Form # AG1D93BU-100 (1/04). 

27. Armstrong Air Conditioning Inc, MGE - Gas\Electric, Thru-the-Wall, 2004. Armstrong 

Air Conditioning Inc. Form # MGE-100 (2/04). 

28. Armstrong Air Conditioning Inc, HWC - Gas\Electric, Thru-the-Wall, 2001. Armstrong 

Air Conditioning Inc. Form#HWC-100 (1/01). 

29. Armstrong Air Conditioning Inc., G1D91BU, Ultra V, Tech 91, Gas Furnace, 2003. 

Armstrong Air Conditioning Inc. Form # AG1D91BU-100 (12/03). 

30. Armstrong Air Conditioning Inc., G1N80BT, Gas Furnace, 2003. Armstrong Air 

Conditioning Inc. Form # AG1N80BT-100 (12/03). 

31. Armstrong Air Conditioning Inc, G1D80BT, Ultra V, Advantage 80, 2004. Armstrong 

Air. Form # AG1D80BT-100 (1/04). 

32. Armstrong Air Conditioning Inc, G2D93BT, Horizontal High Efficiency Gas Furnace, 

Upflow/Horizontal, 2004. Armstrong Air Conditioning Inc. Form #AG2D93BT-100 

(9/04). 

33. Armstrong Air Conditioning Inc, G2D95BT, High Efficiency Gas Furnace, 

Upflow/Horizontal, 2004. Armstrong Air Conditioning Inc. Form #AG2D95BT-100 

(9/04). 

34. Armstrong Air Conditioning Inc, Installation Instructions, G1D80BT, G1D80BR, 

G2D80BT, & G2D80BR, 80% Gas Furnace, Armstrong Air Conditioning Inc. # 

45465J004. 

35. Armstrong Air Conditioning Inc, Installation Instructions, G1N80BU, GIN80BR, 

GIN80BT, CG80UB, CG80RB, & CG80TB, 80% Gas-Fired Furnace, Armstrong Air 

Conditioning Inc. # 45464K003. 

36. Armstrong Air Conditioning Inc, Installation Instructions, G2D80BT 80% Gas Furnace 

with Variable Speed Motor, Armstrong Air Conditioning Inc. # 46130J004. 
7-H-54

37. Armstrong Air Conditioning Inc, Insallation Instructions, G2D93BT & G2D95BT, High 

Efficiency Multi-Position Gas Furnace, Armstrong Air Conditioning Inc. # 47904A005. 

38. Armstrong Air Conditioning Inc, Installation Instructions, G2D95BU & G2D95BC, High 

Efficiency 95% Condensing Gas Furnace, Armstrong Air Conditioning Inc. # 45467J004. 

39. Armstrong Air Conditioning Inc, INSTALLATION INSTRUCTIONS, HW/HWC Series 

“Magic-Pak” Thru-the-Wall Unit, Armstrong Air Conditioning Inc. # 45042J099. 

40. Armstrong Air Conditioning Inc, INSTALLATION INSTRUCTIONS, MGE Series 

.Magic-Pak. Gas Heating with Electric Cooling Unit, Armstrong Air Conditioning Inc. # 

46977G003. 

41. Armstrong Air Conditioning Inc., Installation Instructions, G1D91BT, CG90TB, & 

G1D93BT, High Efficiency 90+ Condensing Gas Furnace, Armstrong Air Conditioning 

Inc. # 47860A005. 

42. Amana Heating and Air Conditioning, DMS8/DDS8/DHS8, Distinctions, 

DMS8/DDS8/DHS8 Multi-Position, Single-Stage, Multi-Speed Gas Furnace, 2005. 

Amana. Form: PDB-DF80. <www.amana-hac.com> 

43. Amana Heating and Air Conditioning, AMS8/ADS8, Gas Furnace, Specification Sheet, 

2004. <www.amana-hac.com> 

44. Amana Heating and Air Conditioning, AMS9, ACS9, Specifications, Gas Furnace, 2005. 

Amana. <www.Amana-hac.com> 

45. Amana Heating and Air Conditioning, AMV8, AMV8 Multi-Position, Two-Stage, 

Variable-Speed Gas Furnace, 2004. Amana. Form: PDB-AMV8. <www.amanahac.com> 

46. Amana Heating and Air Conditioning, AMV9/ACV9, Gas Furnace, 2004. Amana. Form: 

PDB-AMV9. <www.amana-hac.com> 

47. Amana Heating and Air Conditioning, DMS9/DCS9 Distinctions Gas Furnace, 

Specification Sheet, 2005. Form: PDB-DMS9. <www.amana-hac.com> 

48. Amana Heating and Air Conditioning, GUIC/GCIC, Induced Draft High Efficiency, Gas 

Furnace, 2003. Amana. Form PDGUIC0300. <www.amana-hac.com> 

49. Amana Heating and Air Conditioning, GUIV (Upflow/Horizontal), Variable Speed, TwoStage Gas Furnace, Amana. <www.amana-hac.com> 

50. Amana Heating and Air Conditioning, GUIV, Gas-Fired Warm Air Furnace, Installation 

Instructions, 2004. Amana. Part No. 10759837. <www.amana-hac.com> 

51. Amana Heating and Air Conditioning, Installation & Operating Instructions for AMV8 

Gas Fired Warm Air Furnace 2-Stage, 2004. Amana. 

52. Amana Heating and Air Conditioning, Instructions, GUIS/GCIS, Gas-Fired Warm Air 

Furnace, Installation Instructions, 2004. Amana. Part No. 10759836. <www.amanahac.com> 

53. Amana Heating and Air Conditioning, Specification Sheet, AMV8, Gas Furnace, Amana. 

<www.Amana-hac.com> 

54. Ducane Heating and Air Conditioning, DPGB Downflow, Fas Furnace, Dedicated 

Downflow, 2002. Ducane. 20593101 (10/02). 

55. Ducane Heating and Air Conditioning, Fits-All 80, Gas Furnace, Upflow/Downflow 

Horizontal, 2004. Ducane. 20590402. 
7-H-55

56. Ducane Heating and Air Conditioning, Horizontal 80, Gas Furnace, Horizontal Left and 

Right, 2002. Ducane. 20590802. <www.ducanehvac.com> 

57. Nordyne, Installation Manual, Residential Gas Furnace, *RA Full Size Series 80+ High 

Efficiency Upflow/Horizontal, *RK Full Size Series 80+ High Efficiency Downflow, 

2003. Nordyne. 7082910 (Replaces 708183A). 

58. Nordyne, Technical Specifications, FG6RK Series, Induced Draft - 80+ AFUE Input 

60,000 - 135,000 Btuh, 2003. Nordyne (Frigidaire). 967A-0903 (Replaces 967A-0902). 

59. Nordyne, Technical Specifications, M1 Series Furnaces, M1G* Standing Pilot, M1M* 

Hot Surface Ignition, M1S* Oil Gun, M1B* Gas Gun, 2000. Nordyne. 713A-0800 

(Replaces 713A-0800). 

60. Nordyne, Manual/Installation Instructions, CMF80-PG Convertible (65, 75, and 90 

KBTU/H Inputs), CMF 100-PG (90 KBTU/H Input), CMF80-PO Convertible (65, 75, 

and 90 KBTU/H Inputs), CMF 100-PO (90 KBTU/H Input), 2003. Nordyne. 708062B 

(Replaces 708062A). 

61. Nordyne, Installation Manual, Residental Gas Furnaces, *RA Full Size Series 80+ High 

Efficiency Upflow/Horizontal, *RK Full Size Series 80+ High Efficiency Downflow, 

2003. Nordyne. 708291A (Replaces 7082910). 

62. Nordyne, Technical Specifications, M2RC Series, High Efficiency / Direct Vent, 

Condensing Upflow Gas Furnace, Induced Draft - 90+ AFUE Input, 80,000 & 100,000 

Btuh, 2000. Nordyne. 711A-0300 (Replaces 711A-0200). 

63. Nordyne, Technical Specifications,, M2RL Series High Efficiency / Direct Vent, 

ondensing Downflow Gas Furnace, Induced Draft - 90+ AFUE Input, 60,000 80,000 & 

100,000 Bthu, 2001. Nordyne. 712A-0501 (Replaces 712A-0300). 

64. Nordyne, Technical Specifications, FG6RL Series High Efficiency / Direct Vent or Non 

Direct Vent Condensing Downflow Gas Furnace, Induced Draft - 90+ AFUE Input 

40,000 - 120,000 Btuh, 2004. Nordyne (Frigidaire). 965A-0504 (Replaces 965A-0902). 

65. Nordyne, Installations Instructions, *TA Full Size Series High Efficiency 

(Upflow/Horizontal) Two-Stage Furnace with Fixed Speed Blower, *TK Full Size Series 

High Efficiency (Downflow) Two-Stage Furnace with Fixed Speed Blower, 2004. 

Nordyne. 7083900 (Replaces 7083740). 

66. Nordyne, Technical Specifications, FG6T(A,K) Series, High Efficiency, 2-Stage Gas 

Furnace, 80+ Upflow/Horizontal 80+ Downflow, 2004. Nordyne (Frigidaire). 690B-1204 

(Replaces 690B-1104). 

67. Nordyne, Installation Manual, Residental Gas Furnaces, *RC 92+ Full Size Upflow 

Condensing Furnace *RL 90+ Full Size Downflow Condensing Furnace, 2004. Nordyne. 

7083700 (Replaces 7083020). 

68. Nordyne, Installation Manual, Residental Gas Furnace, 80+ High Efficiency 

Upflow/Horizontal and Downflow with Variable Speed Blower, 2003. Nordyne. 

708275A (Replaces 7082750). 

69. Nordyne, Technical Specifications, FG6RA Series with Variable Speed Blower, High 

Efficiency Upflow/Horizontal Gas FurnaceInduced Draft - 80+ AFUE, Input 72,000 -

144,000 Btuh, 2003. Nordyne (Frigidaire). 063B-0803 (Replaces 063B-1100). 
7-H-56

70. Nordyne, Technical Specifications, FG6RA Series - High Efficiency Upflow/Horizontal 

Gas Furnace -Induced Draft - 80+ AFUE, Input 45,000 - 144,000 Btuh, 2002. Nordyne 

(Frigidaire). 973A-0902 (Replaces 973A-1000). 

71. Nordyne, Technical Specifications, L1RC Series High Efficiency / Direct Vent or Non 

Direct Vent, Condensing Upflow/Horizontal Gas Furnace, Induced Draft - 92+ AFUE, 

Input 38,000 - 120,000 Btuh, 2003. Nordyne (Frigidaire). 530B-1103 (Replaces 530B0803). 

72. Nordyne, Technical Specifications, M3RL Series High Efficiency / Direct Vent, 

Condensing Downflow Gas Furnace, Induced Draft - 90+ AFUE, Input 60,000 & 80,000 

Btuh, 2003. Nordyne. 307B-0203 (Replaces 307B-1202). 

73. Nordyne, Technical Specifications, High Efficiency / Non Direct Vent, 2-Stage Gas 

Furnace with Variable Speed Blower, 80+ Upflow/Horizontal, 2004. Nordyne 

(Frigidaire). 448B-1004 (Replaces 448B-0903). 

74. Nordyne, Installation Instructions, Residental Gas Furnaces, *RA 80+ Series High 

Efficiency Compact Upflow/Horizontal, 2004. Nordyne. 708337A(Replaces 7083370). 

75. Nordyne, Technical Specifications, L1RA Series, Upflow/Horizontal Gas Furnace, 

Induced Draft - 80+ AFUE, Input 45,000 - 126,000 Btuh, 2004. Nordyne (Frigidaire). 

021B-0304 (Replaces 021B-0803). 

76. Goodman Air Conditioning and Heating, 92.6% AFUE Multi-Position Condensing Gas 

Furnace, GMNT Series, 2001. Goodman Air Conditioning and Heating. SS-312D. 

<www.goodmanmfg.com> 

77. Lennox Industries Inc., Installation Instructions, G61MP Series Units, 2004. Lennox 

Industries Inc. 504,891M. 

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