DOE F 220.89 Central Air Conditioners and Heat Pumps Other than Multi

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Overview

Certification
Input
Product Group Codes

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Sheet 1: Certification

OMB Control Number: 1910-1400 (Expiration Date: XXXXXX XX, XXXX) OMB Control Number: 3084-0069 (Expiration Date: April 30, 2027)

Version 5.4

DOE F 220.89

Central Air Conditioners and Heat Pumps Other than Multi-Split Systems, Appendix M1

Product Type:

Central Air Conditioners and Heat Pumps Other than Multi-Split Systems, Appendix M1

Status of This Certification Sheet

No Data

5.4

Overall Status of Template

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Each Importer and U.S. Manufacturer is legally required to certify the compliance of the products it imports, produces, assembles or manufactures. This party is the "Certifier" on this form. This certification may be submitted by the Importer or U.S. manufacturer or by a Third Party Representative. This party is the "Submitter" on this form.

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Certifier Contact Information

Third Party Representative Contact Information, if Applicable

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Compliance Statement

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Date (MM/DD/YYYY)

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OMB Control Number: 1910-1400 (Expiration Date: XXXXXX XX, XXXX)

Paperwork Reduction Act Statement

OMB Burden Disclosure Statement

This data is being collected for manufacturers to certify compliance to DOE's energy conservation, water conservation, or design standards. The data you supply will be used by the Department to monitor compliance with the energy conservation, water conservation, and design standards and testing requirements for the consumer products and commercial and industrial equipment mandated by the Energy Policy and Conservation Act, as amended. Public reporting burden for this collection of information is estimated to average 35 hours per response, including the time for reviewing instructions, searching existing data sources, gathering and maintaining the data needed, and completing and reviewing the collection of information. Send comments regarding this burden estimate or any other aspect of this collection of information, including suggestions for reducing this burden, to Office of the Chief Information Officer, Records Management Division, IM-23, Paperwork Reduction Project (1910-1400), U.S. Department of Energy, 1000 Independence Ave SW, Washington, DC, 20585-1290; and to the Office of Management and Budget (OMB), OIRA, Paperwork Reduction Project (1910-1400), Washington, DC 20503. Notwithstanding any other provision of the law, no person is required to respond to, nor shall any person be subject to a penalty for failure to comply with a collection of information subject to the requirements of the Paperwork Reduction Act unless that collection of information displays a currently valid OMB control number. Submission of this data is mandatory.

OMB Control Number: 3084-0069 (Expiration Date: April 30, 2027)

Paperwork Reduction Act Statement

OMB Burden Disclosure Statement

This data is being collected for manufacturers to report required information to the Federal Trade Commission. This information is shared with the public for the purpose of encouraging consumers to comparison shop for energy-efficiency household products. Public reporting burden for this collection of information is estimated to average from 2 minutes per year per basic product model to 15 hours per year per manufacturer, including the time for reviewing instructions, searching existing data sources, gathering and maintaining the data needed, and completing and reviewing the collection of information. Send comments regarding this burden estimate or any other aspect of this collection of information, including suggestions for reducing this burden, to Division of Enforcement, Bureau of Consumer Protection, Federal Trade Commission, 600 Pennsylvania Avenue NW, Washington, DC 20580; and to the Office of Management and Budget (OMB), OIRA, New Executive Office Building, Docket Library Room 10102, 725 17th Street NW, Washington, DC 20503, Attn: Desk Officer for the Federal Trade Commission. Notwithstanding any other provision of the law, no person is required to respond to, nor shall any person be subject to a penalty for failure to comply with a collection of information subject to the requirements of the Paperwork Reduction Act unless that collection of information displays a currently valid OMB control number. Submission of this data is required by the Federal Trade Commission; submission through CCMS is optional.

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Sheet 2: Input

Central Air Conditioners and Heat Pumps Other than Multi-Split Systems, Appendix M1

Central Air Conditioners and Heat Pumps Other than Multi-Split Systems, Appendix M1

Version 5.4

Indicates status of CEE qualification reporting columns (columns DG through DL). Reporting this information has no impact on DOE reporting requirements.

· Please enter your data in the columns shaded in gray below, using a separate line for each model. · Click on the column heading for instructions on how to complete cells in that column. · Cells highlighted in yellow indicate an "Error." "Error" means that information is missing or there is an issue with the entry. · If the "Status" for a row is "Error," you can see an explanation in the columns to the far right.

5.4

Indicates status of columns and information related to DOE reporting requirements.

Status of This Input Sheet

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Overall Status of Template

No Data

Status of CEE Data Section

OK

Complete if seeking Consortium for Energy Efficiency (CEE) qualification for any listed basic models under the applicable CEE product specification. (Optional, but all applicable columns must be completed if any are completed.)

Certification Report

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The cells below provide an explanation for "Errors".

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The cells below provide an explanation for "Errors" in the CEE Data Section.

Complete the Cells Below Only for Ducted Systems with Multiple Indoor Fans Within a Single Indoor Unit

Complete the Cells Below Only for Blower Coil Systems

Complete the Cells Below Only for Variable Speed Equipment

Complete the Cells Below Only for Variable Speed Heat Pumps

Complete the Cells Below Only for Variable Speed Equipment

Complete the Cells Below Only for Variable Speed Heat Pumps

Complete the Cells Below Only for Variable Speed Equipment

Complete the Cells Below Only for Variable Speed Heat Pumps

For Outdoor Units With No Match Only, Provide the Characteristics of the Indoor Coil Used for Testing

By annual report date

Line No.

Status

Manufacturer (Outdoor Unit or Package Unit)

Manufacturer (Indoor Unit), If Applicable

Manufacturer (Air Mover or Indoor Unit if Fan is Part of Indoor Unit), If Applicable

Brand Name(s)

Does this Basic Model Include an Indoor Unit Manufactured by an Independent Coil Manufacturer (ICM)?

Basic Model Number (Number Unique to the Basic Model)

Individual Model Number Covered by Basic Model (Outdoor Unit or Package Unit)

Individual Model Number (Indoor Unit), If Applicable

Individual Model Number (Air Mover or Indoor Unit if Fan is part of Indoor Unit), If Applicable

Action

Product Group Code

Is the Certification for this Basic Model Based on a Waiver of DOE's Test Procedure Requirements?

Date of Test Procedure Waiver, if Applicable

Is the Certification based upon any Exception Relief from an Applicable Standard by DOE's Office of Hearing and Appeals?

Date of Exception Relief, if Applicable

All Refrigerant Types Acceptable for Use with this Rated Unit or Combination

Cooling Capacity (Btu/h)

For Heat Pumps Only, Heating Capacity (Btu/h), Optional

Is SEER2 Based on the Use of an Alternative Efficiency Determination Method (AEDM)?

Name of AEDM for SEER2, If Applicable

Sample Size (Number of Units Tested) For SEER2

Seasonal Energy Efficiency Ratio 2 (SEER2) in Btu/W-h

For Heat Pumps Only, Is HSPF2 Based on the Use of an AEDM?

For Heat Pumps Only, Name of AEDM for HSPF2, If Applicable

For Heat Pumps Only, Sample Size (Number of Units Tested) For HSPF2

For Heat Pumps Only, Heating Seasonal Performance Factor 2 (HSPF2) in Btu/W-h

Is the Average Off Mode Power Consumption Based on the Use of an AEDM?

Name of AEDM for Average Off Mode Power Consumption, If Applicable

Is the Average Off Mode Power Consumption Rating Based on Testing of This Combination?

Average Off Mode Power Consumption (Watts)

Is EER2 Based on the Use of an AEDM, If Applicable?

Name of AEDM for EER2, If Applicable

Sample Size (Number of Units Tested) For EER2, If Applicable

Energy Efficiency Ratio 2 (EER2) in Btu/W-h, If Applicable

For Single-Split-System Equipment Only, Enter "C" if the Represented Value is for a Coil-Only System and "B" if it is for a Blower Coil System

For Split-System Air Conditioners Only, Can this Basic Model be Sold in the Southeast (AL, AR, DE, FL, GA, HI, KY, LA, MD, MS, NC, OK, SC, TN, TX, VA, DC, PR and the U.S. Territories)?

For Split-System and Single-Package (other than Space-Constrained) Air Conditioners Only, Can this Basic Model be Sold in the Southwest (AZ, CA, NV, NM)?

Is this a Triple-Capacity Northern Heat Pump?

Is this a Variable-Speed Compressor System?

Cooling Full Load Air Volume Rate (SCFM)

Cooling Intermediate Air Volume Rate (SCFM), If Applicable

Cooling Minimum Air Volume Rate (SCFM), If Applicable

For Heat Pumps Only, Heating Full Load Air Volume Rate (SCFM), If Applicable

For Heat Pumps Only, Heating Intermediate Air Volume Rate (SCFM), If Applicable

For Heat Pumps Only, Heating Minimum Air Volume Rate (SCFM), If Applicable

For Heat Pumps Only, Heating Nominal Air Volume Rate (SCFM)

Type of Metering Device. Enter: "FO" if Fixed Orifice, "TEV" if Thermostatic Expansion Valve, "EEV" if Electronic Expansion Valve, or "Other" if Other Type of Metering Device

Duration of Compressor Break-in Period (Hours)

Enter "Optional" if the Optional Tests were Conducted to Determine the Degradation Coefficient for Cooling or "Default" if the Default Value was Used

For Heat Pumps Only, Enter "Optional" if the Optional Tests were Conducted to Determine the Degradation Coefficient for Heating or "Default" if the Default Value was Used

Temperature at Which the Crankcase Heater with Controls is Designed to Turn On (degrees F), If Applicable

For Heat Pumps Only, Maximum Time Between Defrosts as Allowed by the Controls (Hours)

For Heat Pumps With Time Adaptive Defrost Only, Frosting Interval to be Used During the Frost Accumulation Tests (Hours)

For Heat Pumps with Time Adaptive Defrost Only, Procedure for Manually Initiating the Defrost at the Specified Time

Number of Indoor Fans

Do Controls Limit the Simultaneous Operation of All Fans Within the Single Indoor Unit?

Which Fans Operate to Attain the Full-Load Air Volume Rate?

Enter the Allocation of the Full-Load Air Volume Rate to Each Operational Fan when Different Capacity Blowers are Connected to the Common Duct

Airflow-Control Settings Associated with Cooling Full Load Operation

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Cooling Intermediate Air Volume Rate, If Applicable

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Cooling Minimum Air Volume Rate, If Applicable

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Heating Full Load Air Volume Rate, If Applicable

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Heating Intermediate Air Volume Rate, If Applicable

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Heating Minimum Air Volume Rate, If Applicable

For Indoor Units Designed for Both Horizontal and Vertical Installation, Orientation Used for Testing ("H" for Horizontal or "V" for Vertical)

For Indoor Units with Both Up-flow and Down-flow Vertical Installations, Airflow Direction Used for Testing ("U" for Up-flow or "D" for Down-flow)

Compressor Frequency Set Point for Cooling Full Speed Compressor Operation (Hz)

Compressor Frequency Set Point for Cooling Intermediate Speed Compressor Operation (Hz)

Compressor Frequency Set Point for Cooling Minimum Speed Compressor Operation (Hz)

For Heat Pumps Only, Compressor Frequency Set Point for Heating Full Speed Compressor Operation (Hz)

For Heat Pumps Only, Compressor Frequency Set Point for Heating Intermediate Speed Compressor Operation (Hz)

For Heat Pumps Only, Compressor Frequency Set Point for Heating Minimum Speed Compressor Operation (Hz)

For Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Cooling Full Load Air Volume Rate

For Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Cooling Intermediate Air Volume Rate

For Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Cooling Minimum Air Volume Rate

For Heat Pumps with Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Heating Full Load Air Volume Rate

For Heat Pumps with Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Heating Intermediate Air Volume Rate

For Heat Pumps with Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Heating Minimum Air Volume Rate

For Step or Variable Outdoor Unit Fans, Enter the Required Dip Switch/Control Setting(s) Used for Testing

Enter Any Other Type of Step or Variable Component(s)

For the Component(s) Identified in the Previous Column, Enter the Required Dip Switch/Control Setting(s) Used for Testing

Is the Compressor Speed Used for the H1N Test the Same as the H32 Test Compressor Speed?

Is the Compressor Speed Used for the H12 Test the Same as the H32 Test Compressor Speed, If Applicable?

Compressor Frequency for Maximum Speed in a 17 Degree F Ambient Temperature (Hz)

Was Optional 5 Degree F Very Low Temperature Heating Mode Test Used to Characterize Performance at Temperatures Below 17 Degrees F?

Was Alternative Test Required for Minimum-Speed-Limiting Variable-Speed Heat Pumps Used?

Type of Air Conditioner or Heat Pump Associated with the Minimum External Static Pressure used in Testing or Rating. Enter: "CM" if ceiling-mount, "WM" if wall-mount, "SDHV" if small duct high velocity, "SC" if space constrained, "MOB" if mobile home, or "CON" if conventional or not otherwise listed

Was an Inlet Plenum Installed During Testing?

Duration of the Indoor Fan Time Delay (Seconds), If Applicable

Indoor Coil Face Area (Square Inches)

Indoor Coil Depth in the Direction of Airflow (Inches)

Fin Density (Fins per Inch)

Fin Material

Fin Style

Tube Diameter (Inches)

Tube Material

Number of Tubes High

Number of Tubes Deep

For Central Air Conditioners and Heat Pumps that have Two-Capacity Compressors that Lock Out Low Capacity Operation for Cooling at Higher Outdoor Temperatures, Enter the Outdoor Temperature at Which the Unit Locks Out Low Capacity Operation (Degrees F)

For Heat Pumps that have Two-Capacity Compressors that Lock Out Low Capacity Operation for Heating at Lower Outdoor Temperatures, Enter the Outdoor Temperature at Which the Unit Locks Out Low Capacity Operation (Degrees F)

Link to EnergyGuide Label Website (Enter link or, if submitting link later, enter 'By annual report date')

Status of CEE Data

Energy Efficiency Ratio 2 (EER2) in Btu/W-h

Coefficient of Performance (COP) at 5°F (Optional)

Heating Capacity at 17°F in Btu/hr (Optional)

Heating Capacity at 5°F in Btu/hr (Optional)

Is the Basic Model Ducted or Non-Ducted?

AHRI Certified Reference Number (if Applicable)

Manufacturer (Outdoor Unit or Package Unit) Status

Manufacturer (Indoor Unit), If Applicable Status

Manufacturer (Air Mover or Indoor Unit if Fan is Part of Indoor Unit), If Applicable Status

Brand Name(s) Status

Does this Basic Model Include an Indoor Unit Manufactured by an Independent Coil Manufacturer (ICM)? Status

Basic Model Number (Number Unique to the Basic Model) Status

Individual Model Number Covered by Basic Model (Outdoor Unit or Package Unit) Status

Individual Model Number (Indoor Unit), If Applicable Status

Individual Model Number (Air Mover or Indoor Unit if Fan is part of Indoor Unit), If Applicable Status

Action Status

Product Group Code Status

Is the Certification for this Basic Model Based on a Waiver of DOE's Test Procedure Requirements? Status

Date of Test Procedure Waiver, if Applicable Status

Is the Certification based upon any Exception Relief from an Applicable Standard by DOE's Office of Hearing and Appeals? Status

Date of Exception Relief, if Applicable Status

All Refrigerant Types Acceptable for Use with this Rated Unit or Combination Status

Cooling Capacity (Btu/h) Status

For Heat Pumps Only, Heating Capacity (Btu/h), Optional Status

Is SEER2 Based on the Use of an Alternative Efficiency Determination Method (AEDM)? Status

Name of AEDM for SEER2, If Applicable Status

Sample Size (Number of Units Tested) For SEER2 Status

Seasonal Energy Efficiency Ratio 2 (SEER2) in Btu/W-h Status

For Heat Pumps Only, Is HSPF2 Based on the Use of an AEDM? Status

For Heat Pumps Only, Name of AEDM for HSPF2, If Applicable Status

For Heat Pumps Only, Sample Size (Number of Units Tested) For HSPF2 Status

For Heat Pumps Only, Heating Seasonal Performance Factor 2 (HSPF2) in Btu/W-h Status

Is the Average Off Mode Power Consumption Based on the Use of an AEDM? Status

Name of AEDM for Average Off Mode Power Consumption, If Applicable Status

Is the Average Off Mode Power Consumption Rating Based on Testing of This Combination? Status

Average Off Mode Power Consumption (Watts) Status

Is EER2 Based on the Use of an AEDM, If Applicable? Status

Name of AEDM for EER2, If Applicable Status

Sample Size (Number of Units Tested) For EER2, If Applicable Status

Energy Efficiency Ratio 2 (EER2) in Btu/W-h, If Applicable Status

For Single-Split-System Equipment Only, Enter "C" if the Represented Value is for a Coil-Only System and "B" if it is for a Blower Coil System Status

For Split-System Air Conditioners Only, Can this Basic Model be Sold in the Southeast (AL, AR, DE, FL, GA, HI, KY, LA, MD, MS, NC, OK, SC, TN, TX, VA, DC, PR and the U.S. Territories)? Status

For Split-System and Single-Package (other than Space-Constrained) Air Conditioners Only, Can this Basic Model be Sold in the Southwest (AZ, CA, NV, NM)? Status

Is this a Triple-Capacity Northern Heat Pump? Status

Is this a Variable-Speed Compressor System? Status

Cooling Full Load Air Volume Rate (SCFM) Status

Cooling Intermediate Air Volume Rate (SCFM), If Applicable Status

Cooling Minimum Air Volume Rate (SCFM), If Applicable Status

For Heat Pumps Only, Heating Full Load Air Volume Rate (SCFM), If Applicable Status

For Heat Pumps Only, Heating Intermediate Air Volume Rate (SCFM), If Applicable Status

For Heat Pumps Only, Heating Minimum Air Volume Rate (SCFM), If Applicable Status

For Heat Pumps Only, Heating Nominal Air Volume Rate (SCFM) Status

Type of Monitoring Device Status

Duration of Compressor Break-in Period (Hours) Status

Enter "Optional" if the Optional Tests were Conducted to Determine the Degradation Coefficient for Cooling or "Default" if the Default Value was Used Status

For Heat Pumps Only, Enter "Optional" if the Optional Tests were Conducted to Determine the Degradation Coefficient for Heating or "Default" if the Default Value was Used Status

Temperature at Which the Crankcase Heater with Controls is Designed to Turn On (degrees F), If Applicable Status

For Heat Pumps Only, Maximum Time Between Defrosts as Allowed by the Controls (Hours) Status

For Heat Pumps With Time Adaptive Defrost Only, Frosting Interval to be Used During the Frost Accumulation Tests (Hours) Status

For Heat Pumps with Time Adaptive Defrost Only, Procedure for Manually Initiating the Defrost at the Specified Time Status

Number of Indoor Fans Status

Do Controls Limit the Simultaneous Operation of All Fans Within the Single Indoor Unit? Status

Which Fans Operate to Attain the Full-Load Air Volume Rate? Status

Enter the Allocation of the Full-Load Air Volume Rate to Each Operational Fan when Different Capacity Blowers are Connected to the Common Duct Status

Airflow-Control Settings Associated with Cooling Full Load Operation Status

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Cooling Intermediate Air Volume Rate, If Applicable Status

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Cooling Minimum Air Volume Rate, If Applicable Status

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Heating Full Load Air Volume Rate, If Applicable Status

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Heating Intermediate Air Volume Rate, If Applicable Status

Airflow-Control Settings or Alternative Instructions for Setting Fan Speeds to Achieve the Heating Minimum Air Volume Rate, If Applicable Status

For Indoor Units Designed for Both Horizontal and Vertical Installation, Orientation Used for Testing ("H" for Horizontal or "V" for Vertical) Status

For Indoor Units with Both Up-flow and Down-flow Vertical Installations, Airflow Direction Used for Testing ("U" for Up-flow or "D" for Down-flow) Status

Compressor Frequency Set Point for Cooling Full Speed Compressor Operation (Hz) Status

Compressor Frequency Set Point for Cooling Intermediate Speed Compressor Operation (Hz) Status

Compressor Frequency Set Point for Cooling Minimum Speed Compressor Operation (Hz) Status

For Heat Pumps Only, Compressor Frequency Set Point for Heating Full Speed Compressor Operation (Hz) Status

For Heat Pumps Only, Compressor Frequency Set Point for Heating Intermediate Speed Compressor Operation (Hz) Status

For Heat Pumps Only, Compressor Frequency Set Point for Heating Minimum Speed Compressor Operation (Hz) Status

For Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Cooling Full Load Air Volume Rate Status

For Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Cooling Intermediate Air Volume Rate Status

For Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Cooling Minimum Air Volume Rate Status

For Heat Pumps with Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Heating Full Load Air Volume Rate Status

For Heat Pumps with Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Heating Intermediate Air Volume Rate Status

For Heat Pumps with Step or Variable Indoor Unit Fans, Enter the Required Dip Switch/Control Settings to Achieve the Heating Minimum Air Volume Rate Status

For Step or Variable Outdoor Unit Fans, Enter the Required Dip Switch/Control Setting(s) Used for Testing Status

Enter Any Other Type of Step or Variable Component(s) Status

For the Component(s) Identified in the Previous Column, Enter the Required Dip Switch/Control Setting(s) Used for Testing Status

Is the Compressor Speed Used for the H1N Test the Same as the H32 Test Compressor Speed? Status

Is the Compressor Speed Used for the H12 Test the Same as the H32 Test Compressor Speed, If Applicable? Status

Compressor Frequency for Maximum Speed in a 17 Degree F Ambient Temperature (Hz) Status

Was Optional 5 Degree F Very Low Temperature Heating Mode Test Used to Characterize Performance at Temperatures Below 17 Degrees F? Status

Was Alternative Test Required for Minimum-Speed-Limiting Variable-Speed Heat Pumps Used? Status

Type of Air Conditioner or Heat Pump Status

Was an Inlet Plenum Installed During Testing? Status

Duration of the Indoor Fan Time Delay (Seconds), If Applicable Status

Indoor Coil Face Area (Square Inches) Status

Indoor Coil Depth in the Direction of Airflow (Inches) Status

Fin Density (Fins per Inch) Status

Fin Material Status

Fin Style Status

Tube Diameter (Inches) Status

Tube Material Status

Number of Tubes High Status

Number of Tubes Deep Status

For Central Air Conditioners and Heat Pumps that have Two-Capacity Compressors that Lock Out Low Capacity Operation for Cooling at Higher Outdoor Temperatures, Enter the Outdoor Temperature at Which the Unit Locks Out Low Capacity Operation (Degrees F) Status

For Heat Pumps that have Two-Capacity Compressors that Lock Out Low Capacity Operation for Heating at Lower Outdoor Temperatures, Enter the Outdoor Temperature at Which the Unit Locks Out Low Capacity Operation (Degrees F) Status

Link to EnergyGuide Label Website (Enter link or, if submitting link later, enter 'By annual report date') Status

Energy Efficiency Ratio 2 (EER2) in Btu/W-h Status

Coefficient of Performance (COP) at 5°F (Optional) Status

Heating Capacity at 17°F in Btu/hr (Optional) Status

Heating Capacity at 5°F in Btu/hr (Optional) Status

Is the Basic Model Ducted or Non-Ducted? Status

AHRI Certified Reference Number (if Applicable) Status

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Sheet 3: Product Group Codes

The following is a description of each product group code:
Product Group Code	Product Group Code Description
1	Single-split-system air conditioners (certified cooling capacity <45k Btu/hr)
2	Single-split-system air conditioners (certified cooling capacity =>45k Btu/hr)
3	Single-split-system heat pumps
4	Single-package air conditioners (other than space-constrained)
5	Single-package heat pumps (other than space-constrained)
6	Single-package space-constrained air conditioners
7	Single-package space-constrained heat pumps
8	Single-split small-duct, high-velocity air conditioners
9	Single-split small-duct, high-velocity heat pumps
10	Single-split space-constrained air conditioners
11	Single-split space-constrained heat pumps
12	Outdoor air conditioner units with no match (certified cooling capacity <45k Btu/hr)
13	Outdoor air conditioner units with no match (certified cooling capacity =>45k Btu/hr)
14	Outdoor heat pump units with no match