California Code of Regulations › Title 20 - Public Utilities and Energy › Division 2 - State Energy Resources Conservation and Development Commission › Chapter 4 - Energy Conservation › Article 4 - Appliance Efficiency Regulations › Section 1606 - Filing by Manufacturers; Listing of Appliances in the MAEDbS

Current through Register 2024 Notice Reg. No. 28, July 12, 2024
(a)
				  Filing of Statements.
Each manufacturer shall electronically file with the
					 Executive Director through the MAEDbS a statement for each appliance that is
					 sold or offered for sale in California. The statement shall contain all of the
					 information described in paragraphs (2) through (4) of this subsection and
					 shall meet all of the requirements of paragraph (1) of this subsection and all
					 other applicable requirements in this Article.
The effective dates of this section shall be the same as
					 the effective dates shown in section
					 1605.1,
					 1605.2 or
					 1605.3 of this Article for
					 appliances for which there is an energy efficiency, energy consumption, energy
					 design, water efficiency, water consumption, or water design standard in
					 section 1605.1,
					 1605.2, or
					 1605.3 of this Article. For
					 appliances with no energy efficiency, energy consumption, energy design, water
					 efficiency, water consumption, or water design standard in section
					 1605.1,
					 1605.2, or
					 1605.3 of this Article, the
					 effective date of this section shall be one year after they are added to
					 section 1601 of this Article, unless a
					 different effective date is specified.
Exceptions to Section
					 1606(a) of this
					 Article: Section
					 1606(a) of this
					 Article is not applicable to:
1.
				  external power supplies,
2. small
				  electric motors,
3.
											À la
				  carte chargers meeting the EXCEPTION noted in section
				  1605.3(w)(2) of
				  this Article, or
4. general service
				  lamps.
(1) General Rules.
(A) Format and Categories. Each statement
				  shall be in a format (including but not limited to computer formats) and in
				  categories specified by the Executive Director.
(B) When Different Statements are Required.
				  The Executive Director may establish, modify, and enforce schedules for the
				  submittal of statements where it is reasonably necessary for orderly processing
				  of submittals, for example when manufacturers or third parties often submit
				  many statements simultaneously.
(C)
				  Asterisks in Model Numbers. In filing any statement, the manufacturer may use
				  asterisks as a substitute for letters, numbers, blanks, or other characters in
				  the model number, provided that an asterisk (i) shall be used only for a part
				  of the model number that does not indicate energy consumption, energy
				  efficiency, water consumption, or water efficiency, or a design or feature
				  affecting such efficiency or consumption; (ii) shall represent a single letter,
				  number, blank, or other character at the asterisk's location in the model
				  number; and (iii) shall not be used for any of the first four letters, numbers,
				  blanks, or other characters in the model number.
(D) Different Functions. Except as provided
				  in section
				  1606(a)(1)(G) of
				  this Article, if the same appliance is sold or offered for sale as more than
				  one type of appliance shown in Table X (for example, if the appliance can serve
				  both water heating and pool heating functions), the manufacturer shall submit a
				  separate statement for each model of that appliance type. Each appliance type
				  for which a statement is submitted must match all the common identifiers shown
				  in Table X.
(E) Multiple
				  Statements. A manufacturer may electronically file statements through the
				  MAEDbS for more than one appliance in a single submittal to the Executive
				  Director. If a submittal contains statements for more than one appliance, there
				  shall be only one statement for each appliance, except as provided in sections
				  1606(a)(1)(D) and
				  1606(a)(1)(G) of
				  this Article. The Executive Director shall allow multiple statements to be
				  submitted in the same electronic file under conditions they determine are
				  reasonably necessary to ensure accuracy and compatibility with the
				  MAEDbS.
(F) Split System Central
				  Air Conditioners. The statement for split system air conditioners shall be for
				  the combination of the compressor-containing unit and the
				  non-compressor-containing unit tested under section
				  1604(c) of this
				  Article.
(G) Combination
				  Space-Heating and Water-Heating Appliances. Manufacturers of combination
				  space-heating and water-heating appliances shall file two statements for each
				  such appliance. The first statement shall contain the information listed in
				  Table X for combination space-heating and water-heating appliances, and all
				  other information shown in Table X for "all appliances;" and the second
				  statement shall contain the information listed in Table X for the primary
				  function of the appliance according to the determination required by sections
				  1605(e) and
				  1605(f) of this
				  Article, and containing all other information shown in Table X for "all
				  appliances." Each appliance type for which a statement is submitted must match
				  all the common identifiers shown in Table X.
(H) Portable Air Conditioners. A manufacturer
				  shall file two statements for a single model of portable air conditioner if the
				  model is sold or offered for sale in California with both single-duct and
				  dual-duct configuration options. One statement shall be for the single-duct
				  configuration, and the other statement shall be for the dual-duct
				  configuration.
(I) Air Filters. The
				  statement for air filters shall be for each basic model of air filter tested
				  under section
				  1604(c)(3) of
				  this Article.
(2)
				  Manufacturer Information.
(A) The name,
				  address, telephone number, e-mail address, and, if available, fax number and
				  URL (web site) address of the manufacturer; provided, however, that if a parent
				  entity is filing on behalf of a subsidiary entity, if a subsidiary entity is
				  filing on behalf of a parent entity, or if an affiliate entity is filing on
				  behalf of an affiliate entity, then each entity shall be clearly identified and
				  the information shall be provided for both entities.
(B) The name, address, telephone number,
				  e-mail address, and, if available, fax number of the individual to contact
				  concerning the statement pursuant to section
				  1606(a)(4) of
				  this Article. There shall be only one individual to contact for each category
				  (box) in the "Appliance" column of Table X, except that the individual may,
				  during their absence, delegate their duties in this regard.
(C) The name, address, telephone number,
				  e-mail address, and, if available, fax number of the person signing the
				  declaration pursuant to section
				  1606(a)(4) of
				  this Article.
(3) Testing
				  and Performance Information.
(A) A statement
				  that the appliance has been tested in accordance with all applicable
				  requirements of sections
				  1603 and
				  1604 of this Article. If section
				  1604 of this Article provides more
				  than one test method that may be used, the manufacturer shall identify which
				  method was used.
Exception to Section
					 1606(a)(3)(A) of
					 this Article:
For state-regulated compressors, the manufacturer shall
					 submit a statement that the appliance has been tested in accordance with all
					 applicable requirements of sections
					 1603 and
					 1604 of this Article, or that the
					 appliance has been rated according to an alternative efficiency determination
					 method (AEDM) in accordance with all applicable requirements of section
					 1604(s) of this
					 Article.
EXCEPTION 2. to Section
					 1606(a)(3)(A) of
					 this Article:
For integral cartridge-filter pool pumps and integral
					 sand-filter pool pumps manufactured on or after July 19, 2021, in lieu of the
					 statement required in section
					 1606(a)(3)(A) of
					 this Article, a statement that the appliance meets the energy design
					 requirements of sections
					 1605.1(g)(7)(C)
					 and 1605.1(g)(7)(D)
					 of this Article.
EXCEPTION 3 to section
					 1606(a)(3)(A) of
					 this Article:
For residential pool pump and motor combinations and
					 residential replacement pool pump motors, in lieu of the statement required in
					 section 1606(a)(3)(A) of
					 this Article, a statement that the appliance meets the design requirements of
					 section 1605.3(g)(5)(A)
					 and 1605.3(g)(5)(B)
					 of this Article.
(B) The
				  name and address and, if available, telephone number, fax number, URL (web
				  site) address, and e-mail address of the laboratory or other institution where
				  the testing required by sections
				  1603 and
				  1604 of this Article was
				  performed.
(C) The applicable
				  information listed in Table X; provided, however, that submittal of information
				  marked with "1" is voluntary for federally regulated
				  appliances, and that submittal of information marked with
				  "2" is voluntary for state-regulated appliances.
				  Where there is text in the "Permissible Answers" column, the information
				  provided must be one of the answers shown. If the text in the "Permissible
				  Answers" column states "other (specify)," the information provided must be a
				  specific response for the "Required Information" category (e.g., a response of
				  "other" is not acceptable).
Exception 1. to Section
					 1606(a)(3)(C) of
					 this Article:
If an appliance has an alternative test procedure pursuant
					 to section
					 1603(c)(1) of
					 this Article, or an alternative assessment method specified pursuant to section
					 1603(c)(2)(A) of
					 this Article, then the statement shall include:
(1) the following information from Table X:
				  Manufacturer's Name, Brand Name, Model Number, and Regulatory Status;
				  and
(2) all information from Table
				  X that is applicable to the appliance and that is produced during the
				  alternative test procedure or the alternative assessment method; and
(3) all other energy performance information
				  produced during the alternative test procedure or the alternative assessment
				  method.
Exception 2. to Section
					 1606(a)(3)(C) of
					 this Article:
If the Executive Director has specified that there is no
					 test method for an appliance pursuant to section
					 1603(c)(2)(B) of
					 this Article, then the statement shall include the following information from
					 Table X: Manufacturer's Name, Brand Name, Model Number, and Regulatory
					 Status.
Exception 3. to Section
					 1606(a)(3)(C) of
					 this Article:
Manufacturers of state-regulated LED lamps and LED versions
					 of state-regulated small-diameter directional lamps may certify estimated
					 values for rated lifetime until testing per section
					 1604 of this Article is complete.
					 When reporting estimated values, the certification report shall describe the
					 prediction method, which must be generally representative of the methods
					 specified in 10 C.F.R. Appendix BB to subpart B of part 430, "Uniform Test
					 Method for Measuring the Input Power, Lumen Output, Lamp Efficacy, Correlated
					 Color Temperature (CCT), Color Rendering Index (CRI), Power Factor, Time to
					 Failure, and Standby Mode Power of Integrated Light-Emitting Diode (LED)
					 Lamps." Manufacturers shall maintain records of the development of all
					 estimated values and any associated initial test data. Manufacturers shall
					 update the certification in the MAEDbS upon completion of the required test
					 procedures for rated lifetime.
(D) How Tested Data Must Be Reported.
1. For any numerical value required by Table
				  X that is produced by a test specified in section
				  1604 of this Article, the reported
				  value shall be no higher for the value for which the consumer would prefer a
				  high number, and no lower for the value for which the consumer would prefer a
				  low number, than the values obtained by testing; unless different specific
				  instructions are specified in the test method specified in section
				  1604 of this Article.
2. For any numerical value required by Table
				  X that is produced by calculation from measured numerical test results, the
				  reported value shall be no higher for the values where the consumer would
				  prefer a high number than the exact result of the calculation, and no lower
				  than the exact result of the calculation where the consumer would prefer a low
				  number, than the values obtained by calculating, unless different specific
				  instructions are specified in the test method specified in section
				  1604 of this Article.
3. Manufacturers may report:
a. numbers higher than tested values, where
				  the consumer would, all other things being equal, prefer lower values (or is
				  indifferent); and
b. numbers lower
				  than tested values, where the consumer would, all other things being equal,
				  prefer higher values (or is indifferent). Example: An air conditioner is tested
				  using the appropriate test method specified in section
				  1604 of this Article, and the test
				  method does not include specific instructions about the precision of reporting.
* Cooling capacity is measured as: 36,014 Btu per
					 hour.
* For cooling capacity, consumers prefer higher
					 values.
* The manufacturer may not report any value over 36,014 Btu
					 per hour.
* The manufacturer chooses to report 36,000 Btu per
					 hour.
* Electrical energy use is measured at 3,487 watts.
* For electrical energy use, consumers prefer lower
					 values.
* The manufacturer may not report any value under 3,487
					 watts.
* The manufacturer chooses to report 3,500 watts.
* Using the data the manufacturer chooses to report, EER =
					 36,000/3,500 = 10.285714.
* For EER, consumers prefer higher values.
* The manufacturer may not report any value of EER over
					 10.285714 (if EER is reported with only one decimal place, the maximum value
					 would be 10.2).
* The manufacturer chooses to report EER = 10.2 Btu per
					 watt hour.
* If the manufacturer had chosen to report the cooling
					 capacity as 36,014 Btu per hour, and the electrical energy use as 3,487 watts,
					 the calculated EER would have been 36,014/3,487 = 10.328076. In this case the
					 manufacturer could not report any value of EER over 10.328076 (if EER is
					 reported with only one decimal place, the maximum value would be 10.3).
Table X
Data Submittal Requirements
Appliance
Required
							 Information
Permissible
							 Answers
All
							 Appliances
* Manufacturer's
							 Name
* Brand Name
* Model Number
Date model to be
							 displayed
Regulatory
							 Status
Federally-regulated consumer product, federally-regulated
							 commercial and industrial equipment, non-federally-regulated
A
Non-Commercial
Refrigerators, Non-Commercial
							 Refrigerator-Freezers, Non-Commercial
							 Freezers
*Product Class
Category in
							 Table A-2 or Table A-3 (specify)
Access1,2
Door, drawer, both door
							 and drawer
Kitchen
							 Unit1,2
True, False
Refrigerator
							 Volume
Freezer
							 Volume
Total Volume
Adjusted Total
							 Volume
Height
Width
Depth
Annual Energy Use
							 (low)
Annual Energy Use
							 (high)
Annual Energy Use
							 (mean)
Anti-sweat Heater
							 Switch
True, False
Refrigerant
							 Type1,2
Ozone-depleting,
							 non-ozone-depleting
Insulation
							 Type1,2
Ozone-depleting,
							 non-ozone-depleting
Self-contained Commercial
							 Refrigerators with or without doors, Self-contained Commercial
							 Refrigerator-Freezers with or without doors, Self-contained Commercial Freezers
							 with or without doors,
							 Self-contained
*Cabinet Style
Ice
							 cream cabinet; milk or beverage cabinet; milk, beverage, or ice cream cabinet;
							 undercounter cabinet; other reach-in cabinet; pass-through cabinet; roll-in or
							 roll-through cabinet; preparation table; buffet table; wedge case; work top
							 table
Commercial Refrigerators
							 specifically designed for display and sale of bottled or canned beverages with
							 or without doors, Remote Condensing Commercial Refrigerators, Remote Condensing
							 Commercial Freezers, Commercial
*Defrost
							 System
Automatic, manual, partial-automatic
Ice Cream Freezers (Note: units
							 with multiple compartments must certify data for each
							 compartment)
*Type
Ice-cream
							 application, low-temperature application, medium-temperature application,
							 pull-down application
Total
							 Compartments (for hybrid models and refrigerator-freezers)
Equipment
							 Family
Vertical open, semivertical open, horizontal open, vertical
							 closed transparent, horizontal closed transparent, vertical closed solid,
							 horizontal closed solid, service over counter
Condensing
							 Unit Configuration
Remote, self-contained
Multiple
							 Compartments Product Code
Total
							 Display Area (TDA)
Total
							 Volume
Height
Width
Depth
Anti-condensate Energy Consumption (AEC) (for hybrid models and
							 refrigerator-freezers)
Condensate
							 Evaporator Pan Energy Consumption (PEC) (for hybrid models and
							 refrigerator-freezers)
Defrost
							 Energy Consumption (DEC) (for hybrid models and refrigerator-freezers)
Fan Energy
							 Consumption (FEC) (for hybrid models and refrigerator-freezers)
Compressor
							 Energy Consumption (CEC) (for hybrid models and refrigerator-freezers)
Lighting
							 Energy Consumption (LEC) (for hybrid models and refrigerator-freezers)
Other
							 Energy Consumption (OEC) (for hybrid models and refrigerator-freezers)
Daily
							 Energy Consumption
Calculated
							 Daily Energy Consumption (CDEC)
Total Daily
							 Energy Consumption (TDEC)
Refrigerant
							 Type
Ozone-depleting, non-ozone-depleting
Insulation
							 Type
Ozone-depleting, non-ozone-depleting
Automatic Commercial
							 Ice-Makers
*Equipment
							 Type
Ice-making head, remote-condensing, self-contained, both
							 remote-condensing and remote-compressor
*Cooling
							 Type
Air, water
Ice Maker
							 Process Type
Batch, continuous, cube, other (specify)
Harvest
							 Rate
Energy
							 Consumption
Water
							 Consumption
Ice
							 Hardness Adjustment Factor (for continuous type models)
Water
							 Dispensers
*Type
Bottle type; Bottle
							 type with compartment,; Pressure type, bubbler; Pressure type with compartment,
							 bubbler; Pressure type, faucet; Pressure type with compartment, faucet,
							 Point-of-Use
*Condenser Cooling
							 Medium
Air-cooled; Water cooled
*Style
Free-standing;
							 Flush-to-Wall; Wall Hung; Wall Hung semi-recessed; Remote; Recessed
*Refrigerated Compartment
Temperatures delivered
Cold only, cook (ambient) and cold, hot
							 and cold
Cooling
							 Capacity (gallons/hour)
Heating
							 Capacity (6-oz. cup per hour)
Standby
							 Energy Consumption (kWH/day)
Walk-in Coolers, and Walk-in
							 Freezers: Doors
Door Type
Passage door (medium
							 temperature), passage door (low temperature), freight door (medium
							 temperature), freight door (low temperature), display door (medium
							 temperature), display door (low temperature)
Door surface
							 area (ft2)
Transparent
							 reach-in?
Door, window, both
Glass Type
							 of Doors and Door Windows (if applicable)
1" triple pane insulated, 1"
							 triple pane tempered, 2-pane Low-E Gas Fill, 3-pane gas fill, 3-pane heat
							 reflective, 3-pane Low-E gas fill, 3-pane reflective gas fill, 3-pane heated,
							 3-pane unheated, none
Anti-sweat
							 heater power draw (W per ft2 of door opening) (if
							 applicable)
Door
							 insulation R-value (if applicable)
All
							 applicable design standards incorporated?
True, False
Daily
							 energy consumption (kWh/day)
Equipped
							 with a timer, control system, or other demand-based control reducing lighting
							 power and/or heater wire and/or other electricity-consuming
							 device?
Lighting, heater wire, other electricity-consuming device,
							 lighting + heater wire, lighting + other electricity-consuming device, heater
							 wire + other electricity-consuming device, all, none
Total rated
							 lighting power (W) (if applicable)
Total rated
							 heater wire power (W) (if applicable)
Total rated
							 other electricity-consuming device power (W) (if applicable)
Walk-in Coolers, and Walk-in
							 Freezers: Panels
Panel Type
Wall panels for walk-in coolers,
							 ceiling panels for walk-in coolers, wall panels for walk-in freezers, ceiling
							 panels for walk-in freezers, floor panels for walk-in freezers
R-value of
							 wall insulation (if applicable)
R-value of
							 ceiling insulation (if applicable)
R-value of
							 floor insulation (if applicable)
Walk-in Coolers, and Walk-in
							 Freezers: Refrigeration Systems
Refrigeration System
							 Type
Dedicated condensing system medium temperature indoor; dedicated
							 condensing system medium temperature outdoor; dedicated condensing system low
							 temperature indoor; dedicated condensing system low temperature outdoor; unit
							 cooler medium temperature, unit cooler low temperature
Is outdoor
							 dedicated condensing system also certified (for indoor dedicated condensing
							 systems only)?
True, False
Model
							 number for outdoor dedicated condensing system (only applicable for indoor
							 dedicated condensing systems where outdoor dedicated condensing system is also
							 certified)
Refrigeration system net capacity (BTU/hr) (if applicable)
Evaporator
							 fan motor horsepower (if applicable)
Condenser
							 fan motor horsepower (if applicable)
All
							 applicable design requirements incorporated?
True, False
Process
							 cooling refrigeration system?
True, False
Annual
							 Walk-in Energy Factor (AWEF)
Configuration tested for certification (if
							 applicable)
Condensing unit only, unit cooler only, single package
							 dedicated system, matched pair
Refrigerated Bottled or Canned
							 Beverage Vending Machines
Equipment Class (reporting of Combination A
							 or Combination B for models manufactured on or after January 8,
							 2019)
Class A, Class B, Combination A, Combination B
Door
							 Type
Glass front, closed front
Machine use
							 designation
Indoor, indoor/outdoor
Maximum
							 Daily Energy Consumption at 75° F. Ambient Temperature
Standard
							 Vendible Capacity
Low Power
							 State - lighting
True, False
Low Power
							 State - refrigeration
True, False
Low Power
							 State - whole machine
True, False
On-Site
							 Adjustable by Operator or Owner
True, False
Refrigerant
							 Type
Ozone-depleting, non-ozone-depleting
Insulation
							 Type
Ozone-depleting, non-ozone-depleting
Internal
							 volume
Miscellaneous Refrigeration
							 Products
Product Class Variable Defrost Control Least Time
							 Between Defrosts (hours) (when "Variable Defrost Control" = True)
1, 2,
							 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 True, False
Max Time
							 Between Defrosts (hours) (when "Variable Defrost Control" = True)
Variable
							 Anti-Sweat Heater Control Heater Watts at 5%, 15%, 25%, 35%, 45%, 55%, 65%,
							 75%, 85%, and 95% humidity (watts) (when "Variable Anti-Sweat Heater Control" =
							 True)
True, False
Testing
							 Conducted with Modifications to Standard Temperature Sensor Locations Total
							 Refrigerated Volume (ft3) Total Adjusted Volume
							 (ft3) Annual Energy use (kWh/year)
True,
							 False
B
Room Air Conditioners and
							 Room
*Voltage
Air-Conditioning Heat
							 Pumps
*Electrical Phase
1, 3
*Type
Room air conditioner, room air
							 conditioning heat pump, casement-only room air conditioner, casement-slider
							 room air conditioner.
*Louvered
							 Sides
True, False
Cooling
							 Capacity at 95° F
Electrical
							 Input at 95° F
Combined
							 Energy Efficiency Ratio at 95° F
Standby and
							 Off Mode Annual Energy Consumption
Heating
							 Capability
Heat pump, electric resistance heating, heat pump and
							 electric resistance heating, no heating capability
Refrigerant
							 Type1
Ozone-depleting,
							 non-ozone-depleting
Packaged Terminal Air
							 Conditioners and Packaged Terminal Heat Pumps
*Voltage
*Electrical
							 Phase
1, 3
*Type
PTAC, PTHP
Size
Standard, non-standard
Cooling
							 Capacity at 95° F
Electrical
							 Input at 95° F
Energy
							 Efficiency Ratio (EER) at 95° F
Heating
							 Capability
Heat pump, electric resistance heating, heat pump and
							 electric resistance heating, no heating capability
Heating
							 Capacity (for models with heating capability only)
Electrical
							 Input (for models with heating capability only)
Coefficient
							 of Performance (for models with heating capability only)
Refrigerant
							 Type1
Ozone-depleting,
							 non-ozone-depleting
Compressor
							 Power1
C
Air Filters manufactured on or
							 after July 1, 2024
Length of tested air
							 filter (inches)
Width of
							 tested air filter (inches)
Depth of
							 tested air filter (inches)
Face Area
							 of tested air filter (square inches)
Test
							 Procedure used
AHRI Standard 680 (I-P)-2017, ANSI/ASHRAE Standard
							 52.2-2017
Face
							 Velocity Utilized for the test procedure (feet per minute)
Minimum
							 Efficiency Reporting Value (MERV) (if ANSI/ASHRAE Standard 52.2-2017 was
							 used)
Particle
							 Size Efficiency for 0.3 to 1.0 µm particle size (percentage)
Particle
							 Size Efficiency for 1.0 to 3.0 µm particle size (percentage)
Particle
							 Size Efficiency for 3.0 to 10.0 µm particle size (percentage)
Airflow
							 Rate value 1 (cubic feet per minute)
Airflow
							 Rate value 2 (cubic feet per minute)
Airflow
							 Rate value 3 (cubic feet per minute)
Airflow
							 Rate value 4 (cubic feet per minute)
Airflow
							 Rate value 5 (cubic feet per minute) (Maximum Airflow Rate if ANSI/ASHRAE
							 Standard 52.2-2017 was used)
Calculated Airflow Rate value at an Initial Resistance of 0.1
							 inches water column (cubic feet per minute)
Initial
							 Resistance at air flow rate value 1 (inches water column)
Initial
							 Resistance at airflow rate value 2 (inches water column)
Initial
							 Resistance at airflow rate value 3 (inches water column)
Initial
							 Resistance at airflow rate value 4 (inches water column)
Initial
							 Resistance at airflow rate value 5 (inches water column) (if ANSI/ASHRAE
							 Standard 52.2-2017 was used)
Final
							 Resistance at the point where test is terminated and results determined (inches
							 water column)
Dust
							 Holding Capacity (grams)
All Central Air Conditioners and
							 Central Air-Conditioning Heat Pumps
*Coil Model Number with
							 which Compressor was Tested (for split systems only)
*Type
Air conditioner, heat pump (heating
							 and cooling), heat pump (heating only), heat pump (cooling only)
*Energy
							 Source for Cooling
Electricity, natural gas
*Energy
							 Source for Heating
Gas, oil, electric heat pump, electric resistance,
							 heat pump and electric resistance, none
*AHRI
							 Classification
*Voltage
*Electrical
							 Phase
1, 3
Variable
							 Refrigerant Flow
True, False
Heat
							 Recovery (For Variable Refrigerant Flow models only)
Vertical
							 Air Conditioner (for single package models only) (required on or after January
							 1, 2010)
True, False
Refrigerant
							 Type1,2
Ozone-depleting,
							 non-ozone-depleting
Thermostatic Expansion Valve (for air-source or air-cooled models
							 only)
True, False
Compressor
							 Motor Design
Single-speed, dual-speed, multiple-speed,
							 variable-speed
Air-Cooled, Single Package CAC <65,000
							 Btu/hour and
Seasonal Energy Efficiency Ratio
							 (SEER)3
Cooling
							 Capacity at 82° F3
Electrical
							 Input at 82° F3
Degradation
							 Coefficient at 82° F3
Cooling
							 Capacity at 95° F
Air-Cooled, Split System CAC
							 <65,000
Electrical Input at 95° F
Btu/hour
Energy Efficiency Rate (EER) at 95° F
Average Off
							 Mode Power Consumption (Watts)
Space-constrained Product
Space-constrained; variable speed
							 mini-split; small duct, high velocity; not space-constrained
Air-Source, Single Package Heat
							 Pumps <65,000 Btu/hour and
Seasonal Energy Efficiency
							 Ratio (SEER)
Cooling
							 Capacity at 82° F3
Electrical
							 Input at 82° F3
Degradation
							 Coefficient at 82° F3
Cooling
							 Capacity at 95° F
Air-Source Split System Heat
							 Pumps <65,000 Btu/hour
Electrical Input at 95°
							 F
Energy
							 Efficiency Ratio (EER) at 95° F
Average Off
							 Mode Power Consumption (Watts) (for models manufactured on or after January 1,
							 2015 only)
Heating
							 Seasonal Performance Factor (HSPF)3
Heating
							 Capacity
Electrical
							 Input
Coefficient
							 of Performance (COP) at 47° F (single package vertical heat pumps
							 only)
Space-constrained Product
Space-constrained; variable speed
							 mini-split; small duct, high velocity; not space-constrained
Air-Cooled, Single
							 Package
Cooling Capacity at 95° F
CAC >= 65,000 and <
							 760,000 Btu/hour and
Electrical Input at 95° F
Air-Cooled Split System CAC
							 >= 65,000 and < 760,000 Btu/hour
Energy Efficiency
							 Ratio (EER) at 95° F (effective for models manufactured before January 1,
							 2018)
Integrated Energy Eficiency Ratio (IEER) (effective for
							 models manufactured on or after January 1, 2018)
Integrated
							 Part Load Value (IPLV) If Applicable
Heating
							 System
							 Type1,2
Gas, oil,
							 electric resistance, none
Air-Source, Single Package
							 Heat
Cooling Capacity at 95° F
Pumps >= 65,000 Btu/hour and
							 <760,000 Btu/hour; and
Electrical Input at 95°
							 F
Energy
							 Efficiency Ratio (EER) at 95° F (effective for models manufactured before
							 January 1, 2018)
Air-Source, Split-System Heat
							 Pumps >= 65,000 and < 750,000 Btu/hour
Integrated
							 Energy Efficiency Ratio (IEER) (effective for models manufactured on or after
							 January 1, 2018)
Integrated
							 Part Load Value (IPLV) If Applicable
Heating
							 Capacity at 47° F
Electrical
							 Input at 47° F
Coefficient
							 of Performance (COP) at 47° F
Heating
							 Capacity at 17° F
Electrical
							 Input at 17° F
Coefficient
							 of Performance (COP) at 17° F
Evaporatively Cooled Single
							 Package CAC < 760,000 Btu/hour and
Cooling Capacity at
							 95° F
Electrical Input at 95° F
Energy
							 Efficiency Ratio (EER) at 95° F
Evaporatively-Cooled Split
							 System CAC < 760,000 Btu/hour
Integrated Part Load Value
							 (IPLV) If Applicable
Heating
							 System
							 Type1,2
Gas, oil
							 electric resistance, none
Water-Cooled Single-Package CAC
							 < 760,000 Btu/hour and
Compressor Electrical Input (for
							 models >= 65,000 Btu/hour only)
Indoor
							 Fan Electrical Input (for models >= 65,000 Btu/hour
							 only)3
Water-Cooled Split System CAC
							 < 760,000 Btu/hour
Outdoor Fan Electrical Input (for
							 models >= 65,000 Btu/hour only)3
Cooling
							 Capacity at 85° F Entering Water Temperature
Electrical Input at 85° F Entering Water Temperature
Air-Cooled, Single Package CAC
							 >= 65,000 and < 760,000 Btu/hour and
Cooling Capacity
							 at 95° F
Electrical Input at 95° F
Air-Cooled Split System CAC
							 >= 65,000 and < 760,000 Btu/hour
Energy Efficiency
							 Ratio (EER) at 95° F (effective for models manufactured before January 1,
							 2018)
Integrated
							 Energy Eficiency Ratio (IEER) (effective for models manufactured on or after
							 January 1, 2018)
Integrated
							 Part Load Value (IPLV) If Applicable
Energy
							 Efficiency Ratio (EER) at 85° F
Entering
							 Water Temperature
Low
							 Temperature EER at 70° F Entering Water Temperature (for models < 65,000
							 Btu/hour only)
Heating
							 System Type1
Gas, oil electric resistance,
							 none
Water-Source, Single Package
							 Heat Pumps < 760,000 Btu/hour and
Compressor Electrical
							 Input (for models >= 65,000 Btu/hour only)
Indoor
							 Fan Electrical Input (for models >= 65,000 Btu/hour
							 only)3
Water-Source Split System Heat
							 Pumps < 760,000 Btu/hour
Outdoor Fan Electrical Input
							 (for models >= 65,000 Btu/hour only)3
Cooling
							 Capacity at 86° F Entering Water Temperature
Electrical
							 Input at 86° F Entering Water Temperature
Energy
							 Efficiency Ratio (EER) at 86° F Entering Water Temperature
Heating
							 Capacity at 68° F Entering Water Temperature
Electrical
							 Input at 68° F Entering Water Temperature
Coefficient
							 of Performance (COP) at 68° F Entering Water Temperature
Ground Water-Source, Single
							 Package Heat Pumps and
Compressor Electrical Input (for
							 models >= 65,000 Btu/hour only)
Indoor
							 Fan Electrical Input (for models >= 65,000 Btu/hour
							 only)3
Ground Water-Source Split
							 System Heat Pumps
Outdoor Fan Electrical Input (for models
							 >= 65,000 Btu/hour only)3
Cooling
							 Capacity at 59° F Entering Water Temperature (for all sizes, including but
							 not limited to models >= 240,000 Btu/hour)
Electrical Input at 59° F Entering Water Temperature (for all
							 sizes, including but not limited to models >= 240,000 Btu/hour)
Air-Cooled, Single Package CAC
							 >= 65,000 and < 760,000 Btu/hour and
Cooling Capacity
							 at 95° F
Electrical Input at 95° F
Air-Cooled Split System CAC
							 >= 65,000 and < 760,000 Btu/hour
Energy Efficiency
							 Ratio (EER) at 95° F (effective for models manufactured before January 1,
							 2018)
Integrated
							 Energy Eficiency Ratio (IEER) (effective for models manufactured on or after
							 January 1, 2018)
Integrated
							 Part Load Value (IPLV) If Applicable
Energy
							 Efficiency Ratio (EER) at 59° F Entering Water Temperature (for all sizes,
							 including but not limited to models >= 240,000 Btu/hour)
Heating
							 Capacity at 50° F Entering Water Temperature (for all sizes, including but
							 not limited to models >=240,000 Btu/hour)
Electrical
							 Input at 50° F Entering Water Temperature (for all sizes, including but not
							 limited to models >= 240,000 Btu/hour)
Coefficient
							 of Performance (COP) at 50° F Entering Water Temperature (for all sizes,
							 including but not limited to models >= 240,000 Btu/hour)
Ground-Source, Closed-Loop,
							 Single Package Heat Pumps and
Compressor Electrical Input
							 (for models >= 65,000 Btu/hour only)
Ground-Source, Closed-Loop,
							 Split System Heat Pumps
Indoor Fan Electrical Input (for
							 models >= 65,000 Btu/hour only)3
Outdoor Fan
							 Electrical Input (for models >= 65,000 Btu/hour
							 only)3
Cooling Capacity at 77° F Entering Brine Temperature
Electrical
							 Input at 77° F Entering Brine Temperature
Energy
							 Efficiency Ratio (EER) at 77° F Entering Brine Temperature
Heating
							 Capacity at 32° F Entering Brine Temperature
Electrical
							 Input at 32° F Entering Brine Temperature
Coefficient
							 of Performance (COP) at 32° F Entering Brine Temperature
Gas-Fired Air Conditioners
							 and
Cooling Capacity - (cooling bin summary)
Gas-Fired Heat Pumps
Gas Input While Cooling - (cooling bin summary)
Electric Input While Cooling - (cooling bin
							 summary)
Cooling COP - Gas
Cooling COP
							 - Electric
Heating
							 Output - (heating bin summary)
Gas Input
							 While Heating - (heating bin summary)
Electric
							 Input While Heating - (heating bin summary)
Heating COP
							 - Gas
Heating COP
							 - Electric
Computer Room Air
							 Conditioners
Equipment Type
Air-cooled,
							 water-cooled, water-cooled with a fluid economizer, glycol-cooled,
							 glycol-cooled with a fluid economizer, evaporatively cooled;
							 chilled-water-cooled
Air Flow
Direction Downflow, horizontal flow, upflow
Net
							 Sensible Cooling Capacity (air-cooled, water-cooled, glycol-cooled,
							 chilled-water-cooled models only)
Downflow
							 Unit Power Input (watts) (air-cooled, water-cooled, glycol-cooled,
							 chilled-water-cooled models only)
Downflow
							 Unit SCOP (air-cooled, water-cooled, glycol-cooled, chilled-water-cooled models
							 only)
Upflow Unit
							 Power Input (watts) (air-cooled, water-cooled, glycol-cooled,
							 chilled-water-cooled models only)
Upflow Unit
							 SCOP(air-cooled, water-cooled, glycol-cooled, chilled-water-cooled models only)
							 Cooling Capacity at 95°F (evaporatively cooled models only)
Electrical
							 Input at 95°F (evaporatively cooled models only)
Energy
							 Efficiency Ratio (EER) at 95°F (evaporatively cooled models only)
Heat pump water-heating
							 packages
Voltage*
Phase*
1, 3
Refrigerant
							 Type*
Ozone-depleting, non-ozone-depleting
Compressor
							 Motor Design*
Single-speed, dual-speed, multiple-speed, variable
							 speed
OD Fan
							 Motor Design*
Single-speed, dual-speed, multiple-speed, variable
							 speed
Model
							 number includes all components?
True, False
Is the
							 model designed for space cooling?
True, False
Cooling
							 Capacity (BTU per hour) if applicable
Cooing
							 power input (watts) if applicable
Energy
							 Efficiency Ratio (EER) if applicable
Integrated
							 part load value (IPLV)
Heating
							 Capacity (BTU per hour) at 47° F
Heating
							 power input (watts) at 47° F
Coefficient
							 of Performance (COP) at 47° F
Heating
							 Capacity (BTU per hour) at 17° F
Heating
							 power input (watts) at 17° F
Coefficient
							 of Performance (COP) at 17° F
Heat
							 Capacity (BTU per hour) of heat reclaim2
COPR of
							 heat reclaim2
D
Single-Duct and Dual-Duct
							 Portable Air Conditioners
*Duct configuration
Single-duct, dual-duct, ability to operate in both single-duct and
							 dual-duct configurations
Heating
							 function available
True, False
Dehumidification mode available
True, False
Primary
							 condensate removal feature
Auto-evaporation, gravity drain, removable
							 internal collection bucket, condensate pump
Single-Duct Portable Air
							 Conditioners
Combined Energy Efficiency Ratio (CEER)
							 (Btu/Wh)
Seasonally
							 Adjusted Cooling Capacity (SACC) (Btu/h)
Adjusted
							 Cooling Capacity at 83° F conditions (Btu/h)
Adjusted
							 Cooling Capacity at 95° F conditions (Btu/h)
Annual
							 energy consumption in off-cycle mode (kWh/year)
Annual
							 energy consumption in inactive or off mode (kWh/year)
Annual
							 energy consumption in cooling mode (kWh/year)
Dual-Duct Portable Air
							 Conditioners
Combined Energy Efficiency Ratio (CEER)
							 (Btu/Wh)
Seasonally
							 Adjusted Cooling Capacity (SACC) (Btu/h)
Adjusted
							 Cooling Capacity at 83° F conditions (Btu/h)
Adjusted
							 Cooling Capacity at 95° F conditions (Btu/h)
Annual
							 energy consumption in off-cycle mode (kWh/year)
Annual
							 energy consumption in inactive or off mode (kWh/year)
Annual
							 energy consumption in cooling mode at 83° F conditions (kWh/year)
Annual
							 energy consumption in cooling mode at 95° F conditions (kWh/year)
Spot Air
							 Conditioners
*Type
Single package, air-cooled; single package,
							 evaporatively-cooled; split system: air-cooled condensing unit, coil with
							 blower; split system: evaporatively-cooled condensing unit, coil alone; single
							 package, air-cooled (FD); single package, evaporatively-cooled (FD); split
							 system: air-cooled condensing unit, coil with blower (FD); split system:
							 evaporatively cooled condensing unit, coil alone (FD)
Cooling
							 Capacity
Total
							 Electrical Input
Cooling
							 Efficiency Ratio (CER)
Fan
							 Electrical Input
Refrigerant
							 Type
Ozone-depleting, non-ozone-depleting
Evaporative Coolers
*Type Evaporative Media Saturation Effectiveness (%) (for direct
							 evaporative coolers only)
Direct, indirect, indirect/direct
Media Type (for direct evaporative coolers only)
Expanded
							 paper, woven plastic, aspen wood, rigid cellulose, other (specify).
Cooling
							 Effectiveness (for indirect evaporative coolers only)
Total Power
							 (watts)
Airflow
							 Rate (CFM)
Ceiling Fans
*Ceiling fan type (required for models manufactured on or after
							 January 21, 2020 only)
High-speed small-diameter (HSSD), hugger, large
							 diameter, standard, very small-diameter (VSD)
Diameter (inches)
CFM (low,
							 high)
Watts (low,
							 high)
Efficacy
							 (low, high) [CFM/watt] (required for models manufactured before January 21,
							 2020 only)
Efficiency
							 (CFM/Watt) (required for models manufactured on or after January 21, 2020
							 only)
Fan speed
							 controls separate from light controls
True, false
Adjustable
							 Speed Controls
(Specify) speed, variable
Reversible
							 Fan Action Capable
True, False, Exception [See section
							 1605.1(d)(1)(A)3.
							 of this Article]
Light
							 Source Type
Compact fluorescent, incandescent, other, None
Ceiling Fan Light
							 Kits
Socket Type
Medium screw base, pin-based;
							 other
manufactured before January 21,
							 2020
Packaged with all appropriate lamps to fill all
							 sockets
True, False
Screw-based
							 Lamps Requirement (Screw-base only)
Meet section
							 1605.1(d)(2)(A)1.
							 or 2. of this Article (specify)
Meet
							 section 1605.1(d)(2)(B)
							 of this Article (pin-based sockets only)
True, False
Operate
							 with lamps totaling more than 190 watts (other socket types only)
True,
							 False
Ceiling Fan Light Kits
							 manufactured on or after January 21, 2020
Socket
							 Type
Medium screw base, pin-based, integrated SSL, other
Packaged with lamps to fill all sockets
True,
							 False
Lumens for
							 each basic model of lamp or each basic model of integrated SSL (Im)
Rated
							 wattage (watts)
Efficacy
							 (Im/W)
Medium
							 screw base sockets packaged with compact fluorescent lamps
True,
							 False
Medium
							 screw base compact fluorescent lamps meet section
							 1605.1(d)(2)(D)1.
							 of this Article (medium screw base sockets packaged with compact fluorescent
							 lamps only)
True, False
Pin-based
							 sockets for fluorescent lamps
True, False
Uses an
							 electronic ballast (pin-based sockets for fluorescent lamps only)
True,
							 False
Whole House Fans and Residential
							 Exhaust Fans
*Residential Exhaust Fan Type
Inline
							 single-port, Inline multi-port, Range hood, Bathroom and utility room
*Whole-House
							 Fan Type
Belt-drive single-fan, Belt-drive dual-fan, Direct-drive
							 single-fan, Direct-drive dual-fan
Fan Motor
							 Power (watts)
Air Flow
							 (CFM)
Air Flow
							 Efficiency (CFM/watt)
Dehumidifiers
Dehumidifier Type
Portable dehumidifiers with a capacity
							 less than or equal to 25 pints per day, Portable dehumidifiers with a capacity
							 greater than 25 pints per day and less than or equal to 50 pints per day,
							 Portable dehumidifiers with a capacity greater than 50 pints per day,
							 Whole-home dehumidifiers with a product case volume less than or equal to 8
							 cubic feet, Whole-home dehumidifiers with a product case volume greater than 8
							 cubic feet
Water
							 Capacity (pints per day) Case Volume Integrated Energy Factor (Liters/Kilowatt
							 Hour)
Residential Furnace
							 Fans
Furnace Fan Types
Non-weatherized,
							 non-condensing gas (NWG-NC); Non-weatherized, condensing gas (NWG-C);
							 Weatherized non-condensing gas (WG-NC); Non-weatherized, non-condensing oil
							 (NWO-NC); Non-weatherized electric furnace/modular blower fan (NWEF/NWMB);
							 Mobile home non-weatherized, non-condensing gas (MH-NWG-NC); Mobile home
							 non-weatherized, condensing gas (MH-NWG-C); Mobile home electric
							 furnace/modular blower fan (MH-EF/MB); Mobile home non-weatherized oil
							 (MG-NOW); Mobile home weatherized gas (MH-WG)
Wattage
Airflow at
							 the maximum airflow-control setting (in cfm)
							 (QMax)
Fan Energy
							 Rating (FER)
Commercial and Industrial Fans
							 and Blowers manufactured after November 16, 2023
Fan
							 type
Centrifugal housed, centrifugal inline, centrifugal unhoused,
							 centrifugal PRV supply, centrifugal PRV exhaust, axial inline, axial PRV,
							 inline mixed-flow, power roof/wall ventilators, axial panel, radial housed
Fan
							 impeller diameter (in.)
Type of
							 Motor (if fans sold with a motor)
None, Single-phase induction,
							 Polyphase induction, Synchronous DC (including ECM), Permanent magnet AC, or
							 Other
Motor
							 nameplate horsepower (if fan sold with an induction motor) (hp)
Pressure
							 type
S = Static pressure
T
							 = Total pressure
Transmission type (if fan is sold with a transmission)
Direct,
							 V-belt, synchronous-belt, flexible coupling, none
Type of
							 Controller (if fan sold with controller)
None, Variable frequency
							 drive, or Other
Maximum fan
							 speed (RPM)
Airflow at
							 maximum fan speed (CFM)
Pressure at
							 maximum fan speed (inches water gauge)
FEPact at maximum fan speed (kW)
FEPref at maximum fan speed (kW)
Maximum
							 pressure (inches water gauge)
Airflow at
							 maximum pressure (CFM)
Fan speed
							 at maximum pressure (RPM)
FEPact at maximum pressure (kW)
FEPref at maximum pressure (kW)
Maximum air
							 flow (CFM)
Pressure at
							 maximum airflow (inches water gauge)
Fan speed
							 at maximum airflow (RPM)
FEPact at maximum airflow (kW)
FEPref at maximum airflow (kW)
Is the
							 model a Series tested fan?
Yes, No
Associated
							 Series Tested Fan Model Number (if not a series tested fan)
Fan product
							 line and model, (Field is N/A if it is a Series tested fan)
Method used
							 to determine FEPact of test method in section
							 1604(d)(2),
							 (ANSI/AMCA Standard 214-21)
Section
							 6.1,
							 6.2,
							 6.3,
							 6.4, or
							 6.5 of the test method in section
							 1604(d)(2),
							 (ANSI/AMCA Standard 214-21)
E
All Space Heaters
*Energy Source
Natural gas, LPG, oil, combination (natural
							 gas and oil), electricity
*Burner
							 Type
Induced draft, luminous, injection type, power, pressure
Constant
							 burning pilot light, (for gas or oil models only)
True, False
*Labeled
							 for Outdoor Installation
True, False
*Electrical
							 Phase
1, 3, none
Draft
							 Equipment1,2
Draft
							 hood, draft diverter, barometric regulator, none
Off-Cycle
							 Devices
Stack damper, electro-mechanical inlet damper,
							 electro-mechanical flue damper, none
Flue
							 Gas
Condensing, non-condensing
Control
Single-stage, two-stage modulating, step
							 modulating
Fan Motor
							 Design (furnaces
							 only)1,2
Single-speed,
							 dual-speed, multiple-speed, variable-speed
Total
							 Nominal Fan Motor Horsepower (furnaces only)
Fan Motor
							 Type (furnaces only)
Premium, standard
Fan Motor
							 Power Factor (furnaces with variable-speed motors
							 only)1,2
Pump Motor
							 Design (boilers only). Note: This information is not required for boilers that
							 are not provided with a pump.
Single-speed, dual-speed, multiple-speed,
							 variable-speed
Total
							 Nominal Pump Motor Horsepower (boilers only). Note: This information is not
							 required for boilers that are not provided with a pump.
Pump Motor
							 Type (boilers only). Note: This information is not required for boilers that
							 are not provided with a pump.
Premium, standard
Pump Motor
							 Power Factor (boilers with variable-speed motors
							 only)1,2
Nameplate
							 Input Rating
Rated
							 Output
Central Furnaces
*Mobile Home
True,
							 False
*Air Flow
							 Direction
Up, Down, Horizontal
Weatherized
							 (required for non mobile-home furnaces manufactured on or after November 19,
							 2015 only)
True, False
Fan Blower
							 Capacity, High, at 0.5"
							 W.C.1,2
Fan Blower
							 Capacity, Low, at 0.5"
							 W.C.1,2
Thermal
							 Efficiency (for models >= 225,000 Btu/hour input and for three-phase
							 equipment < 225,000 Btu/hour input for which the manufacturer chooses to
							 test using 10 C.F.R.
							 Sections 431.75 and
							 431.76)
Standby
							 Watts [controls, not fan energy] (for models >=225,000 Btu/hour input
							 only)1,2
Annual Fuel
							 Energy Consumption (for models < 225,000 Btu/hour input only, except for
							 three-phase equipment for which the manufacturer chooses to test using
							 10 C.F.R. Sections
							 431.75 and
							 431.76)
Annual Fuel
							 Utilization Efficiency [AFUE] (for models < 225,000 Btu/hour input only,
							 except for three-phase equipment for which the manufacturer chooses to test
							 using 10 C.F.R. Sections
							 431.75 and
							 431.76)
Annual
							 Auxiliary Electrical Energy Consumption (for models < 225,000 Btu/hour input
							 only, except for three-phase equipment for which the manufacturer chooses to
							 test using 10 C.F.R.
							 Sections 431.75 and
							 431.76)
Thermal
							 Efficiency at Minimum Capacity Provided and Allowed by the Controls (for models
							 >=225,000 Btu/hr input
							 only)1,2
Maximum
							 Standby Mode Electrical Power Consumption (Watts) (applies to models
							 manufactured on or after May 1, 2013
							 only)1,2
Maximum Off
							 Mode Electrical Power Consumption (Watts) (applies to models manufactured on or
							 after May 1, 2013
							 only)1,2
Room Heaters, Floor Furnaces,
							 and Wall Furnaces
*Type
Room heater (vented fan);
							 room heater (gravity); floor furnace (fan); floor furnace (gravity); wall
							 furnace (direct vent fan); wall furnace (direct vent gravity); wall furnace
							 (vented fan); wall furnace (vented gravity)
Annual Fuel
							 Utilization Efficiency (AFUE)
Auxiliary
							 Electric Power (for fan-type heaters only)
Average
							 Annual Auxiliary Electrical Energy Consumption (for fan-type heaters
							 only)1
Duct Furnaces and Unit
							 Heaters
*Type
Duct furnace; low static unit heater;
							 high static unit heater; floor-mounted unit heater
Thermal
							 Efficiency at Maximum Rated Capacity (mandatory for duct furnaces, voluntary
							 for unit heaters only)
Energy
							 Consumption During Standby (mandatory for duct furnaces, voluntary for unit
							 heaters only)
Thermal
							 Efficiency at Minimum Rated Capacity (mandatory for duct furnaces, voluntary
							 for unit heaters only)
Power-Venting
True, False
Automatic
							 Flue Damper
True, False
Infrared Gas Space
							 Heaters
*Type
Patio heater, non-patio heater
Intensity
High, low
Radiant
							 Tube Type
True, False
Portable
True, False
Vented
True, False
Physically
							 Possible to Measure Radiant Coefficient
True, False
Combustion
							 Efficiency (for models using ANSI test method only)
Radiant
							 Coefficient (for models using ANSI test method only; for models for which it is
							 physically possible to measure radiant coefficient only)
Effective
							 Heating Area (for patio heaters only)
Efficiency
							 Index (for patio only)
Combination Space-Heating and
							 Water-Heating Equipment
*Primary Function
Primary function is space heating, secondary function is domestic
							 water heating; primary function is domestic water heating, secondary function
							 is space heating Volume (measured)
Volume
							 (rated)
Energy
							 Factor (for those models whose primary function is water heating)
Effective
							 Space-Heating Efficiency (CAAFUE) (for those models
							 whose primary function is water heating)
Annual Fuel
							 Utilization Efficiency (AFUE) (for those models whose primary function is space
							 heating)
Effective
							 Water-Heating Efficiency (CAEF) (for those models whose
							 primary function is space heating)
Combined
							 Annual Efficiency (CAE)
Boilers
*Type
Steam, hot water
Natural Draft
							 (for gas-fired steam models manufactured on or after March 2, 2012 and
							 >=300,00 Btu/hour input only)
True, False
Design
Copper, cast iron, other
Automatic
							 means for adjusting water temperature (small hot water boilers
							 only)
True, False
Input at
							 Minimum Capacity1
Output at
							 Minimum Capacity1
Combustion
							 Efficiency (for models >= 300,000 Btu/hour input only)
Thermal
							 Efficiency (for models >= 300,000 Btu/hour input and < 2,500,000 Btu/hour
							 input only)
Thermal
							 Efficiency (for models >= 2,500,000 Btu/hour input
							 only)1
Standby
							 Loss (for packaged boilers >= 300,000 Btu/hour input
							 only)1
Standby
							 Loss (for nonpackaged boilers >= 300,000 Btu/hour input
							 only)2
Thermal
							 Efficiency at Minimum Capacity Rating (for non-packaged boilers >= 300,000
							 Btu/hour input only)
AFUE (for models < 300,000 Btu/hour input only)
F
All Water Heaters
*Energy Source
Natural gas, LPG, oil, electric resistance,
							 heat pump
Rated Volume
							 (except booster heaters, hot water dispensers, and large instantaneous water
							 heaters < 10 gallons capacity)
Measured
							 Volume (water heaters regulated under subpart G of 10 C.F.R. Part 431 as of
							 January 1, 2017 only)
Input
							 Rating (if applicable)
Heat Traps
							 (for storage models only)
True, False
Ozone
							 Depleting Substance in
							 Insulation1,2
True,
							 False
Ozone
							 Depleting Substance in Refrigerant (for heat pump water heaters
							 only)1,2
True,
							 False
Constant
							 burning pilot light (for large gas and oil models only)
True,
							 False
Mobile
							 Home
True, False
Water Heaters Regulated Under
							 10 C.F.R. section
							 430.32(d)
Water Heater Type
Gas-fired storage, oil-fired storage,
							 electric storage, tabletop, instantaneous gas-fired, instantaneous electric,
							 grid-enabled
First Hour Rating (for storage models only)
Maximum
							 Gallons Per Minute (for instantaneous models only)
Recovery
							 Efficiency
Annual
							 Electrical Energy Consumption
Annual
							 Fossil Fuel Energy Consumption (fossil-fuel-fired models only)
Draw
							 Pattern
Very small, low, medium, high
Uniform
							 Energy Factor
Pilot Light
							 Energy Consumption (for gas instantaneous models only)
Water Heaters Regulated Under
							 10 C.F.R. Section
							 431.110 (EXCEPT residential-duty commercial
							 water heaters)
Water Heater Type
Electric storage;
							 gas-fired storage; oil-fired storage; gas-fired instantaneous; oil-fired
							 instantaneous;
Thermal
							 Efficiency
Standby
							 Loss, %/hr (electric models only) (except for those models > 140 gallons for
							 which exemption from standby loss standard is claimed). Note: This data
							 requirement is mandatory for all models except instantaneous models in which
							 the data requirement is voluntary.
Standby
							 Loss, Btu/hr (fossil-fuel-fired models only) (except for those models > 140
							 gallons for which exemption from standby loss standard is claimed). Note: This
							 data requirement is mandatory for all models except instantaneous models in
							 which the data requirement is voluntary.
Electrical
							 Power During Recovery While Appliance is Heating (for storage models
							 only)
Electrical
							 Power During Standby R-value of Insulation (for models > 140 gallons only)
							 for which exemption from standby loss is claimed
Flue Damper
							 (for models > 140 gallons only)
True, False
Fan
							 Assisted Combustion (for models > 140 gallons only)
True, False
Hot Water
							 Supply Boiler (for => 300,000 Btu/hour and <= 12,500,000 Btu/hour
							 only)
True, False
Residential Duty Commercial
							 Water Heaters
Water Heater Type
Gas-fired storage,
							 oil-fired storage, electric instantaneous
Volume
Input
Draw
							 Pattern
Very small, low, medium, high
Uniform
							 Energy Factor
G
Heat Pump Pool Heaters
Heating Capacity at Standard Temperature Rating
Readily-accessible On-Off switch
True,
							 False
Coefficient
							 of Performance at Standard Temperature Rating
Heating
							 Capacity at Low Temperature Rating
Coefficient
							 of Performance at Low Temperature Rating
Average
							 Coefficient of Performance (COP) at Standard Temperature Rating and Low
							 Temperature Rating
Refrigerant
							 Type1,2
Ozone-depleting,
							 non-ozone-depleting
Other Pool Heaters
Energy Source
Natural gas, LPG, oil, electric
							 resistance
Constant Burning Pilot Light (for gas
							 models)
True, False
Input
Thermal
							 Efficiency
Pumps (data collection required
							 for models manufactured on or after January 27, 2020 only)
Equipment Class
Total Pump
							 Head in feet at BEP
Total Pump
							 Head in feet at nominal speed
Volume per
							 unit time (flow rate) in gallons per minute (gpm) at BEP
Volume per
							 unit time (flow rate) in gallons per minute (gpm) at nominal speed
Nominal
							 speed of rotation (rpm)
Calculated
							 driver power input at each load point
i
(
Pini
),
							 corrected to nominal speed, in horsepower
							 (hp)3
Driver
							 power input at each load point
i
(
Pini
),
							 corrected to nominal speed, in horsepower
							 (hp)4
Driver
							 power input (measured as the input power to the driver and controls) at each
							 load point
i
(
Pini
),
							 corrected to nominal speed, in horsepower
							 (hp)5
Full
							 impeller diameter in inches
PEICL calculated or
							 tested4
PEIVL calculated or
							 tested5
Number of
							 stages tested (RSV and ST pumps only)
Pump
							 efficiency at BEP in percent
							 (%)1,3,4
Pump
							 efficiency at BEP in
							 PERCL1,3,4
Pump
							 efficiency at BEP in percent
							 (%)1,5
Pump
							 efficiency at BEP in
							 PERVL1,5
Pump
							 configuration Nominal motor efficiency in percent
							 (%)4,5,6
Motor
							 horsepower (hp) for the motor with which the pump is being
							 rated4,5,6
Bowl
							 diameter in inches (ST pumps
							 only)3,4,5
PEICL
PEIVL
C-value
Residential Pool Pump and Motor
							 Combinations
Motor Construction is
							 Split-Phase
True, False
and Replacement Residential
							 Pool Pump Motors manufactured before July 19, 2021
Motor
							 Construction is Capacitor Start-Induction Run
True, False
Motor
							 Design
Single-speed, dual-speed, multi-speed, variable-speed
Motor has
							 Capability of Operating at Two or More Speeds with the Low Speed having a
							 Rotation Rate that is No More than One-Half of the Motor's Maximum Rotation
							 Rate
True, False
Unit Type
							 Residential
Pool Pump and Motor Combination, Replacement Residential
							 Pool Pump Motor
Pool Pump
							 Motor Capacity
Motor
							 Service Factor
Nameplate
							 Horsepower
Pump
							 Control Speed (compliance with section
							 1605.3(g)(5)(B)2.
							 of this Article)
True, False
Dedicated-Purpose Pool Pumps
							 manufactured on or after July 19, 2021
Dedicated-purpose
							 pool pump product group
Self-priming pool filter pumps with rated
							 hydraulic horsepower of 0.711 hp <= hhp < 2.5 hp. Self-priming pool
							 filter pumps with rated hydraulic horsepower of hhp <0.711 hp.
							 Non-self-priming pool filter pumps. Pressure cleaner booster pumps. Integral
							 cartridge-filter pool pumps. Integral sand-filter pool pumps. Waterfall
							 pumps
Freeze Protection Controls when Shipped
Enabled,
							 Disabled, Not applicable
Default
							 Dry-Bulb Air Temperature Setting (in degrees F) (when "Freeze Protection
							 Controls when Shipped" = Enabled)
Default
							 Run-Time Setting (in minutes) (when "Freeze Protection Controls when Shipped" =
							 Enabled)
Default
							 Motor Speed (in rpm) (when "Freeze Protection Controls when Shipped" =
							 Enabled)
Default
							 Motor Speed is More than ½ of the Maximum Available Speed (when "Freeze
							 Protection Controls when Shipped" = Enabled)
True, False
Self-Priming Pool Filter pumps,
							 Non-Self--Priming Pool Filter
Weighted Energy Factor (WEF)
							 in kilogallons per kilowatt-hour (kgal/kWh)
Pumps, Pressure Cleaner Booster
							 pumps or Waterfall Pumps
Rated Hydraulic Horsepower in
							 horsepower (hp)
Speed
							 Configuration for which the pump is being rated
Single-speed,
							 Two-speed, Multi speed, or Variable-speed
True Power
							 Factor at High Load Point
Dedicated-Purpose Pool Pump Nominal Motor Horsepower
Dedicated-Purpose Pool Pump Motor Total Horsepower
Dedicated-Purpose Pool Pump Service Factor
Input Power
							 at the High Flow Load Point (watts)
Flow Rate
							 at the High Flow Load Point (gpm)
Speed at
							 the High Flow Load Point (rpm)
Self-priming pool filter pumps,
							 Non-self-priming pool filter
Input Power at Maximum
							 Rotating Speed (watts)
pumps or Pressure cleaner
							 booster pumps
Flow Rate at Maximum Rotating Speed
							 (gpm)
Speed at
							 Maximum Rotating Speed (rpm)
Self-priming pool filter pumps
							 or Non-self-priming pool filter pumps
True Power Factor at
							 Low Load Point
Pump Certified
							 with NSF/ANSI 50-2015
True, False
Vertical
							 Lift (in feet) (when "Pump Certified with NSF/ANSI 50-2015" = False)
True
							 Priming Time (in minutes) (when "Pump Certified with NSF/ANSI 50-2015" =
							 False)
Input Power
							 at the Low Flow Load Point (watts)
Flow Rate
							 at the Low Flow Load Point (gpm)
Speed at
							 the Low Flow Load Point (rpm)
Self-priming pool filter pumps,
							 Non-self-priming pool filter pumps, or Waterfall Pumps
Maximum Head (in feet)
Integral cartridge-filter pool
							 pumps or Integral sand-filter pool pumps
Pool pump control
							 is either integral to the pump or a separate component that is sold or offered
							 for sale with the pump
True, False
Maximum
							 Run-Time (in hours) of the Pool Pump Control
Replacement Dedicated-Purpose
							 Pool Pump Motors manufactured on or after July 19, 2021
Replacement Dedicated-Purpose Pool Pump Motor is a Variable-speed
							 replacement dedicated-purpose pool pump motor
True, False
Dedicated-purpose pool pump motor total
							 horsepower (hp)
Nominal
							 efficiency at full-load and maximum operating speed (%)
Motor speed
							 at full-load and maximum operating speed (rpm)
Motor
							 torque at full-load and maximum operating speed (lb-ft)
Input power
							 at full-load and maximum operating speed (watts)
Power
							 factor at full-load and maximum operating speed (%)
Motor
							 phase
Single-phase, polyphase
Sold with
							 motor drive
True, False
Meets
							 requirements of 1605.3(g)(6)(D) (when "Sold with motor drive" =
							 True)
True, False
Freeze
							 protection controls is shipped enabled
Enabled, Disabled, Not
							 applicable
Default dry
							 bulb air temperature setting (°F) (when "Freeze protection controls are
							 shipped enabled")
Default
							 motor speed (rpm) (when "Freeze protection controls are shipped
							 enabled")
Default run
							 time (minutes) (when "Freeze protection controls are shipped enabled")
Is the
							 default motor speed more than ½ of the maximum available speed? (when
							 "Freeze protection controls are shipped enabled")
True, False
Portable Electric Spas
*Spa Type
Combination Spa, Exercise Spa, Inflatable Spa,
							 Standard Spa
*Tested Spa
							 Cover Model Number
Tested Spa
							 Cover Manufacturer
Rated
							 Capacity (number of people)
Rated
							 Voltage (volts)
Tested Spa
							 Cover Is Insulated
True, False
Spa
							 Enclosure is Fully Insulated
True, False
Spa
							 Includes a Skimmer
True, False
Maximum
							 water temperature setting is less than 100° F (for exercise spas and the
							 exercise spa portion of combination spas only)
True, False
Portable
							 Electric Spa Rated Volume (gallons) (for standard spas, inflatable spas, and
							 the standard spa portion of combination spas only)
Exercise
							 Spa Rated Volume (gallons) (for exercise spas and the exercise spa portion of
							 combination spas only)
Portable
							 Electric Spa Fill Volume (gallons) (for standard spas, inflatable spas, and the
							 standard spa portion of combination spas only)
Exercise
							 Spa Fill Volume (gallons) (for exercise spas and the exercise spa portion of
							 combination spas only)
Portable
							 Electric Spa Normalized Standby Power (watts) (for standard spas, inflatable
							 spas, and the standard spa portion of combination spas only) Exercise Spa
							 Normalized Standby Power (watts) (for exercise spas and the exercise spa
							 portion of combination spas only)
H
Plumbing Fittings
*Type
Showerhead, lavatory faucet, (independent or
							 collective), public lavatory faucet, kitchen faucet, metering faucet,
							 (independent or collective), lavatory replacement aerator, kitchen replacement
							 aerator, wash fountain, lift-type tub spout diverter, turn-type tub spout
							 diverter, pull-type tub spout diverter, push-type tub spout diverter, push type
							 tub spount diverter
Flow
							 Rate
Pulsating
							 (for showerheads only)
True, False
Minimum
							 Flow rate at 45 psi and 80 psi (for showerheads manufactured on or after July
							 1, 2016
Minimum
							 Flow rate at 20 psi (for showerheads manufactured on or after July 1,
							 2016)
Rim Space
							 (for wash fountains only)
Tub Spout
							 Leakage Rate When New
Tub Spout
							 Leakage Rate After 15,000 Cycles
Commercial Pre-rinse Spray
							 Valves
Product Class (required for models manufactured on
							 or after January 28, 2019)
Product Class 1, Product Class 2, Product
							 Class 3
Flow Rate
							 (gpm)
Spray
							 force (ounce-force (ozf)
I
Plumbing Fixtures
*Type
Blowout water closet, gravity tank type
							 water closet, duel-flush water closet, electromechanical hydraulic water
							 closet, flushometer tank water closet, prison-type urinal, prison-type water
							 closet, flushometer valve water closet, trough-type urinal, wall-mounted
							 urinal, waterless urinal, other type urinal, vacuum type water closet
Water Consumption (dual-flush effective volume for
							 dual-flush water closet)
Passes waste extraction test
True, False
Waste
							 extraction value
grams
Trough
							 Length (trough-type urinals only)
J
Fluorescent Lamp
							 Ballasts
*Ballast Input Voltage
120, 277, between
							 120 and 277, other (specify)
*Number of Lamps
*Type of
							 Fluorescent Lamp
F34T12, F96T12/ES, F96T12HO/ES, 2-foot U-shaped,
							 4-foot medium bipin, 4-foot miniature bipin high output, 4-foot miniature bipin
							 standard output, 8-foot high output, 8-foot slim line
Product
							 Class (from U.S. DOE CCMS product template)
Designed
							 for Dimming to 50% or Less of Maximum Output
True, False
Power Factor
*Building Application
Commercial, designed (not classified
							 as sign ballasts) to operate 8-foot high output lamps, designed and labeled as
							 sign ballasts to operate 8-foot high output lamps, residential; not classified
							 as residential, other
Sign Ballasts
True, False
Input Power
							 Watts
Ballast
							 Luminous Efficiency
Circuit
							 Design
Cathode cut-out, electronic, magnetic
*Start
Instant, programmed, rapid
Ballast
							 Frequency
High frequency, low frequency, other
Average
							 Total Lamp Arc Power
Deep-Dimming Fluorescent Lamp
							 Ballasts
*Ballast Input Voltage
120, 277, other
							 (specify)
*Number of Lamps
*Lamp
							 type
T5, T8, other (specify)
*Dimming
							 Type
Continuous, stepped, individual lamp control, other (specify)
*Control
							 Type
3-wire, 0-10 volts, digital communication, phase, other
							 (specify)
*Start
							 Type
Instant start, rapid start, program start, other (specify)
P100
Arc Power
							 100
P80
Arc Power
							 80
P50
Arc Power
							 50
BLE
							 100
BLE
							 80
BLE
							 50
P0 (standby mode power)
Weighted
							 Ballast Luminous Efficacy
Power
							 Factor
K
Federally regulated general
							 service fluorescent lamps
*Type
4-foot medium bipin
							 general service fluorescent lamp, 2-foot U-shaped general service fluorescent
							 lamp, 8-foot slim line general service fluorescent lamp, 8-foot high output
							 general service fluorescent lamp, 4-foot miniature bipin standard output
							 general service fluorescent lamp, 4-foot miniature bipin high output general
							 service fluorescent lamp
Rated Color
							 Rendering Index
Correlated
							 Color Temperature (for lamps manufactured on or after July 5, 2012)
Minimum
							 Average Lamp Efficacy (LPW)
Federally regulated incandescent
							 reflector lamps sold before January 1, 2020
Minimum Average
							 Lamp Efficacy
Federally regulated
							 Medium
Lamp Power (Watts)
Screw Base Compact
Minimum Efficacy (LPW)
Fluorescent Lamps sold
Lamp Configuration
Bare or Covered (no reflector)
before January 1, 2020
1,000 Hour Lumen Maintenance
True, False
Lumen
							 Maintenance Requirements
True, False
Rapid
							 Cycle Stress Test
True, False
Average
							 Rated Lamp Life
True, False
Federally regulated
							 Medium
Type
General Service Incandescent, OLED
Screw Base General
Voltage Range
Service Incandescent and
							 OLED
Rated Lumen Range
Lamps sold before
Maximum Rate Wattage
January 1, 2020
Minimum Rate Lifetime
Color
							 Rendering Index
Minimum
							 Efficacy (LPW) (required on or after January 1, 2018)
Modified
							 Spectrum
True, False
Bulb
							 Finish (incandescent only)
Clear, frost, soft white
ANSI-designated Bulb Shape
A15, A19, A21, A23, A25, PS25,
							 PS30, BT14.5, BT15, CP19, TB19, CA22
Federally regulated Candelabra
							 Base and Intermediate Base
Base Type
Candelabra,
							 intermediate
Incandescent Lamps sold before
							 January 1, 2020
Maximum Rated Wattage
Federally regulated Medium
							 Screw Base
Type
Modified Spectrum General
							 Service
Rated Voltage
Incandescent Lamp sold before
							 January 1, 2020
Rated Lumen Range
Maximum Rate Wattage
Minimum
							 Rate Lifetime
Color
							 Rendering Index
State-regulated small diameter
							 directional lamps
Base Type
Lamp Type
							 (examples PAR16, MR11, MR16, R)
Lamp Power
							 (Watts)
Lamp Output
							 (Lumens)
Beam
							 Angle
Color
							 Rendering Index (CRI)
Combined
							 CRI + Efficacy (only applies where efficacy < 80 LPW)
Center Beam
							 Candle Power (CBCP)
Efficacy
							 (Lumens per watt)
Correlated
							 Color Temperature
Rated
							 Lifetime Test Completed
True, False
Estimated
							 Rated Lifetime (hours) (when "Rated Lifetime Test Completed" = False)*
Rated
							 Lifetime (hours) (when "Rated Lifetime Test Completed" = True)
State-regulated Light Emitting
							 Diode (LED) lamps
*Base Type
E12, E17, E26, GU24,
							 retrofit kit
Lamp
							 Shape
A, B, BA, C, CA, F, G, Other
Dimmable
True, False
Minimum
							 Dimming Level (%) (when "Dimmable" = True)
Reduced
							 Flicker Operation (when "Dimmable" = True)
True, False
Correlated
							 Color Temperature
Duv
Rated
							 Lifetime Test Completed
True, False
Estimated
							 Rated Lifetime (hours) (when "Rated Lifetime Test Completed" = False)
Rated
							 Lifetime (hours) (when "Rated Lifetime Test Completed" = True)
Lifetime
							 test environment temperature2
Ambient,
							 Elevated
Lamp Power
							 (Watts)
Lumen
							 Output (Lumens)
Efficacy
							 (Lumens per watt)
Color
							 Rendering Index (Ra)
Compliance
							 Score
Power
							 Factor
Standby
							 Mode
True, False
Standby
							 Power (watts) (if applicable)
Connected
							 network type (if applicable)
Wi-Fi, ZigBee, ANT, Bluetooth, RF, Wired,
							 Other
State-regulated Light
R1
Emitting Diode (LED)
R2
lamps (cont'd)
R3
R4
R5
R6
R7
R8
R92
Meets
							 applicable luminous intensity distribution requirements
ENERGY STAR
							 Omnidirectional, ENERGY STAR Decorative, none.
Audible
							 Noise at 100% output (decibels) (when "Dimmable" = True)
Audible
							 Noise at 20% output (decibels) (when "Dimmable" = True)
Start Time 
							 2
6000 hour
							 lumen maintenance 
							 2
6000 hour
							 survival rate 
							 2
Projected
							 time to L70 
							 2
Dimming
							 Control Compatibility (when "Dimmable" = True)
Forward, Phase cut
							 control, reverse phase cut, powerline carrier, digital, 0-10 VDC, other.
NEMA SSL 7A
							 Compatible 
							 2 (If compatible with forward
							 phase cut dimmer control answer "True," If not answer "False.")
True,
							 False
L
Emergency Lighting
Light Source Type
LED, electroluminescent, fluorescent,
							 incandescent, other
Battery Backup
True, False
Number of
							 Faces
Sign
							 Format
Edge-lit, panel, matrix, stencil, other
Input Power
							 Demand
M
Traffic Signal Modules for
							 Vehicle control
Module Color
Green, amber, red
Module
							 Type
Circular, arrow, lane control-arrow, lane control-X, pedestrian,
							 other (specify)
Module Size
							 (circular, arrow only)
Nominal
							 Wattage at 25° C
Maximum
							 Wattage at 74° C
Traffic Signal Modules
Module Type
Hand, Walking Person, walk, don't walk,
							 countdown (Specify) for Pedestrian Control
Power
							 Consumption at 25° C
Power
							 Consumption at 74° C
N
Torchieres
*Lamp Type of Upward-Facing Lamp(s)
Screw-based
							 Incandescent, Halogen, Fluorescent Pin-based, Other (specify)
*Lamp Type of
							 Side Lamp(s)
Screw-based Incandescent, Halogen, Fluorescent Pin-based,
							 Other, None (specify)
Total
							 Number of Lamp Sockets
Maximum
							 Possible Power Demand, All Sockets (watts)
Method of
							 Insuring 190 Watt Maximum Power Consumption
Current-limiting Device,
							 Thermal Switch, Other (specify)
Metal Halide Luminaires
*Lamp Position (orientation)
Vertical Base-Up, Vertical
							 Base-Down, Horizontal, Universal, Other (specify)
Lamp Rating,
							 low (watts)
Lamp
							 Rating, high (watts)
Outdoor
							 Luminaire
True, False
Compliance
							 Option Used
>= 90/92% efficient ballast,
>= 88% efficient ballast with integral control (Occupancy
							 Sensor),
>= 88% efficient ballast with integral control (Automatic Daylight
							 Control),
>= 88% efficient ballast labeled for relamping with only 150-160
							 watt, 200-215 watt, 290-335 watt, or 336-500 watt lamps
Ballast
							 Type [only applies to models manufactured on or after January 1,
							 2006]
Probe-start electronic, probe-start magnetic, pulse-start
							 electronic, pulse-start magnetic, other (specify)
Minimum
							 Ballast Efficiency (percent)
Integral
							 Control Type (for integral control compliance method only)
Occupancy
							 sensor, Automatic daylight control
Integral
							 Control Method (for integral control compliance method only)
Directly
							 into luminaire housing Packaged and sold pre-wired Integrated wireless radio
							 controlled sensor
Maximum
							 relamping rated wattage on a factory-installed label (watts) (for relamping
							 wattage compliance method only)
Packaged
							 with efficient lamps (for relamping wattage compliance method
							 only)
True, False
Under-Cabinet Fluorescent
							 Fixtures (Luminaires)
Lamp Length (inches)
Number of
							 Lamps for which Fixture (Luminaire) is Designed
Ballast
							 Efficacy Factor
O
Dishwashers
*Type
Compact, standard
*Number of
							 place settings
Water
							 Heating Dishwasher
True, False
Truncated
							 Normal Cycle Capable
True, False
Soil
							 Sensing
True, False
Maximum
							 Energy Use
Maximum
							 Water Use
P
Clothes Washers that are
							 consumer products
*Type
Front-loading, top
							 loading
*Controls
Automatic, semi-automatic,
							 other (specify)
*Axis
Horizontal, vertical
Suds-Saving
True, False
Combination
							 Washer/Dryer1
True, False
Clothes
							 Container Compartment Capacity
Power
							 Consumption Per Cycle1
Water
							 Consumption Per Cycle
Integrated
							 Modified Energy Factor
Integrated
							 Water Factor
Remaining
							 Moisture Content
Commercial Clothes
							 Washers
*Type
Front-loading, top loading
*Controls
Automatic, semi-automatic,
							 other (specify)
*Axis
Horizontal, vertical
Suds-Saving
True, False
Combination
							 Washer/Dryer
True, False
Clothes
							 Container Compartment Capacity
Power
							 Consumption Per Cycle
Water
							 Consumption Per Cycle
Modified
							 Energy Factor
Water
							 Factor (effective for models manufactured before January 1, 2008)
Integrated
							 Water Factor (effective for models manufactured on or after January 1,
							 2018)
Remaining
							 Moisture Content (required only on and after January 1, 2004)
Q
Clothes Dryers
*Energy Source
Gas, electric
*Drum
							 Capacity
*Voltage
120, 240, other (specify)
Combination
							 Washer/Dryer1
True, False
Venting
Vented, ventless
Combined
							 Energy Factor
Constant
							 Burning Pilot Light (Gas models only)
True, False
R
Consumer Products Cooking
							 Products
*Type
Conventional range, conventional
							 cooking top, conventional oven, microwave-only oven, counteropt convection
							 microwave oven, built-in microwave oven, over-the-range convection microwave
							 oven, combined cooking products, other (specify)
*Energy
							 Source
Gas, electric, microwave
Electrical
							 Supply Cord (for gas models only)
True, False
*Constant
							 Burning Pilot Light
True, False
Annual
							 Cooking Energy Consumption
Clock Power
							 Consumption (for gas conventional ovens only)
Pilot Light
							 Consumption (for gas conventional ovens only)
Annual
							 Secondary Energy Consumption (for gas conventional ovens only)
Average
							 Standby Power (data required for various microwave ovens manufactured on or
							 after June 17, 2016 only)
Off Mode
							 Power1
On Mode
							 Power
Commercial Convection
							 Ovens
Energy Input Rate
Idle
							 Energy Consumption Rate
Commercial Hot Food Holding
							 Cabinets
Measured Interior Volume
							 (ft3)
Energy Input
							 Rate
Idle Energy
							 Consumption Rate
Commercial Range Tops
Energy Input Rate
Cooking Energy
							 Efficiency
Test
							 Cooking Vessel Diameter
S
Electric Motors
Type
NEMA Design A,
							 NEMA Design B, NEMA Design Design C, IEC Design H, IEC Design N, Fire pump
							 electric motor
Voltage
							 (V)
Speed1 (RPM)
Rated
							 Horsepower (hp)
Input Power
							 (kW)
Air
							 Exchange
Open, enclosed
Number of
							 Poles
2, 4, 6, 8
Nominal
							 Full Load Efficiency (%)
State-regulated
							 Compressors
Isentropic Efficiency
Equipment
							 Class
Rotary, lubricated, air-cooled, fixed-speed compressor; Rotary,
							 lubricated, air-cooled, variable-speed compressor; Rotary lubricated,
							 liquid-cooled, fixed-speed compressor; Rotary, lubricated, liquid-cooled,
							 variable-speed compressor
Full-load
							 package isentropic efficiency (fixed-speed compressor only) or part-load
							 package isentropic efficiency (variable-speed compressor only)
Full-load
							 actual volume flow rate (CFM)
Compressor
							 motor nominal horsepower (HP)
Full-load
							 operating pressure (psig)
Maximum
							 full-flow operating pressure (psig)
Pressure
							 ratio at full-load operating pressure
T
Distribution
							 Transformers
Distribution Transformer type (Data required
							 for liquid-immersed and medium-voltage dry-type on or after January 1, 2010
							 only)
Low-voltage dry-type; liquid-immersed; medium-voltage
							 dry-type
*Phase
1, 3
kVa (BIL kV
							 for medium-voltage dry-type)
Rated
							 Output Power
Total Loss
							 Power
Efficiency
							 (for medium-voltage models, this will be the Efficiency at 20-45 kV)
Efficiency
							 2 (medium voltage models only, Efficiency at 46-95 kV)
Efficiency
							 3 (medium voltage models only, Efficiency at >= 96 kV)
U
External Power Supplies
None
V
Televisions
Type*
CRT, Plasma, LCD, DLP, Rear Projection, Laser, OLED,
							 LCOS
Viewable
							 Screen Area
Screen
							 Size
Automatic
							 Brightness Control
True, False
Automatic
							 Brightness Control enabled
True, False
Forced
							 menu
True, False
Native
							 Vertical Resolution
Aspect
							 Ratio
Integrated
							 Occupancy Sensor
True, False
Lhome
Lhigh
Luminance
							 Ratio
TV
							 Standby-Passive Mode Power (watts)
On Mode
							 Power (watts)
Retail On
							 Mode Power (watts)
Power
							 Factor
Consumer Audio and Video
							 Equipment
Compact Audio Products
Power Usage in Audio
							 Standby-Passive Mode for Models Without a Permanently Illuminated Clock Display
							 (watts)
Power Usage
							 in Audio Standby-Passive Mode for Models With a Permanently Illuminated Clock
							 Display (watts)
Digital Versatile
							 Disc Players and Digital Versatile Disc Recorders
Power Usage in Video
							 Standby-Passive Mode (watts)
Computer Monitors
Backlight Type
CCFL, LED, Quantum Dots, None
EPD
True, False
OLED
True, False
Gaming
							 Monitor w/ Incremental Hardware
True, False
Gaming
							 Monitor w/o Incremental Hardware
True, False
Fast
							 refresh rate gaming monitor
True, False
Maximum
							 Refresh Rate (Hz)
KMM_KVM
True, False
Very High
							 Performance
True, False
Curved
							 Monitor
True, False
Viewable
							 Screen area (square inches)
Screen size
							 (diagonal inches)
Automatic
							 Brightness Control
True, False
Automatic
							 Brightness Control Enabled when Shipped
True, False
Screen
							 Luminance (Candelas Per Square Meter)
Native
							 Resolution (megapixels)
Power Draw
							 in On Mode (watts)
Power Draw
							 in Computer Monitor Sleep Mode (watts)
Power Draw
							 in Computer Monitor Off Mode (watts)
Touch
							 Screen Capability
True, False
Touch
							 Screen Enabled in On Mode
True, False
Touch
							 Screen Enabled in Computer Monitor Sleep Mode
True, False
Touch
							 Screen Enabled in Computer Monitor Off Mode
True, False
Color
							 Gamut
>32.9% of CIELUV (99% or more of defined sRGB colors),
							 >38.4% of CIELUV (99% or more of defined Adobe RGB colors), <32.9% of
							 CIELUV
Medical Computer
							 Monitors
(Other than the identifier information shown under
							 "All Appliances" (e.g., manufacturer name, brand name, model number), no other
							 data is required for medical computer monitors at this time.)
Computers (Note: Units with
							 more than one integrated display must certify related data for each
							 screen)
Computer Type
Desktop, Notebook,
							 Small-Scale Server, Workstation, Thin Client, Portable All-In-One, Mobile
							 Gaming System, Mobile Workstation, High Expandability Computer, Rack-mounted
							 Workstation
Operating
							 System Type
None, Limited Capability Operating System, Other
Operating
							 System (Provide the operating system used during testing to calculate energy
							 consumption.)
Core Speed
							 (gigahertz)
Number of
							 CPU Cores
CPU support
							 for 4 or more channels of memory or a 256 bit or greater memory
							 interface
True, False
Number of
							 3.5" hard-disk drives and Others (other than main storage)
Number of
							 2.5" hard-disk drives (other than main storage)
Number of
							 solid-state drives (other than main storage)
Number of
							 hybrid solid-state drives (other than main storage)
Nameplate
							 output power of the external power supply (watts) (notebook computers and
							 mobile gaming systems only)
Total
							 Battery Capacity (watt-hours) (notebook computers, portable all-in-one, and
							 mobile gaming systems only)
Discrete
							 GPU(s) present in system
True, False
First
							 Discrete GPU is packaged on the same substrate as the CPU
True,
							 False
First
							 Discrete GPU Frame Buffer Bandwidth (rounded to nearest gigabyte per
							 second)
Total
							 Number of Discrete GPUs
Integrated
							 Display
True, False
(Note: Units with more than one
							 integrated display must certify related data for each screen)
Multi-screen notebook
True, False
Number of
							 integrated screens
Color Gamut
							 (if computer has integrated display)
>32.9% of CIELUV (99% or more
							 of defined sRGB colors), >38.4% of CIELUV (99% or more of defined Adobe RGB
							 colors), <32.9% of CIELUV
Diagonal
							 screen size (inches) (if computer has integrated display)
Viewable
							 screen area (square inches) (if computer has integrated display)
Resolution
							 (megapixels) (if computer has integrated display)
Enhanced
							 Performance (if computer has integrated display)
True, False
Length of
							 time of user inactivity before computer entering sleep (minutes). Do not report
							 a number if the model does not enter sleep.
Length of
							 time of user inactivity before placing display into sleep (minutes). Do not
							 report a number if the model does not enter sleep.
Notebook
							 computer with Cyclical behavior
True, False
Operation
							 of the notebook computer without a battery pack is a supported configuration
							 when connected to the mains power source
True, False
One
							 complete cycle of battery charging and discharging in computer short-idle mode
							 (hours:minutes:seconds) (Applies only to notebook computers with cyclical
							 behavior where operation without a battery pack is not a supported
							 configuration when connected to the mains power source)
Computer
							 short-idle mode test duration (hours:minutes: seconds)
(Applies
							 only to notebook computers with cyclical behavior where operation without a
							 battery pack is not a supported configuration when connected to the mains power
							 source)
One
							 complete cycle of battery charging and discharging in computer long-idle mode
							 (hours: minutes:seconds)
(Applies
							 only to notebook computers with cyclical behavior where operation without a
							 battery pack is not a supported configuration when connected to the mains power
							 source)
Computer
							 long-idle mode test duration (hours:minutes: seconds)
(Applies
							 only to notebook computers with cyclical behavior where operation without a
							 battery pack is not a supported configuration when connected to the mains power
							 source)
One
							 complete cycle of battery charging and discharging in computer sleep mode
							 (hours:minutes: seconds)
(Applies
							 only to notebook computers with cyclical behavior where operation without a
							 battery pack is not a supported configuration when connected to the mains power
							 source)
Computer
							 sleep mode test duration (hours:minutes:seconds) (Applies only to notebook
							 computers with cyclical behavior where operation without a battery pack is not
							 a supported configuration when connected to the mains power source)
One
							 complete cycle of battery charging and discharging in computer off mode (hours:
							 minutes:seconds)
(Applies
							 only to notebook computers with cyclical behavior where operation without a
							 battery pack is not a supported configuration when connected to the mains power
							 source)
Computer
							 off mode test duration (hours:minutes:seconds) (Applies only to notebook
							 computers with cyclical behavior where operation without a battery pack is not
							 a supported configuration when connected to the mains power source)
Wired
							 Ethernet port with a transmit rate of more than 1 Gb/s and less than 10 Gb/s
							 that is not an Add-in card
True, False
Data
							 transmission rate of wired Ethernet port with a transmit rate of more than 1
							 Gb/s and less than 10 Gb/s that is not an Add-in card (Gb/s)
Energy
							 Efficient Ethernet Capability
True, False
Total
							 Number of Add-in Cards
Total
							 Number of Video Surveillance Cards
Total
							 Number of Wired Ethernet or Fiber Cards with a transmit rate of 10 GB/s or
							 greater
System
							 memory bandwidth (gigabytes/second)
8 gigabytes
							 or more of system memory with a bandwidth of 632 GB/s or more
True,
							 False
8 gigabytes
							 or more of system memory with a bandwidth of 432 GB/s or more
True,
							 False
4 gigabytes
							 or more of system memory with a bandwidth of 146 GB/s or more
True,
							 False
4 gigabytes
							 or more of system memory with a bandwidth of 134 GB/s or more
True,
							 False
Total
							 Number of System Memory Channels Used
First
							 channel system memory type
DDR, GDDR, HBM, Other
First
							 channel system memory bandwidth (GB/s)
First
							 channel system memory (GB)
Second
							 channel system memory type
DDR, GDDR, HBM, Other, None
Second
							 channel system memory bandwidth (GB/s)
Second
							 channel system memory (GB)
Third
							 channel system memory type
DDR, GDDR, HBM, Other, None
Third
							 channel system memory bandwidth (GB/s)
Third
							 channel system memory (GB)
Fourth
							 channel system memory type
DDR, GDDR, HBM, Other, None
Fourth
							 channel system memory bandwidth (GB/s)
Fourth
							 channel system memory (GB)
Fifth
							 channel system memory type
DDR, GDDR, HBM, Other, None
Fifth
							 channel system memory bandwidth (GB/s)
Fifth
							 channel system memory (GB)
Sixth
							 channel system memory type
DDR, GDDR, HBM, Other, None
Sixth
							 channel system memory bandwidth (GB/s)
Sixth
							 channel system memory (GB)
Seventh
							 channel system memory type
DDR, GDDR, HBM, Other, None
Seventh
							 channel system memory bandwidth (GB/s)
Seventh
							 channel system memory (GB)
Eighth
							 channel system memory type
DDR, GDDR, HBM, Other, None
Eighth
							 channel system memory bandwidth (GB/s)
Eighth
							 channel system memory (GB)
Computer
							 sleep mode type
ACPI S
							 3, Other
Computer
							 off mode power (watts)
Computer
							 sleep mode power (watts)
Long-idle
							 power (watts)
Short-idle
							 power (watts)
Expandability Score
Meets full
							 capability mode weighting criteria
True, False
Meets
							 remote wake mode weighting criteria
True, False
Total
							 Annual Energy Consumption (kilowatt hours per year)
Power
							 Supply Meets Table V-9 or Level VI
True, False
Small
							 Volume Manufacturer
True, False
Motherboard
							 model number
Power
							 supply type
Internal, External
Internal
							 power supply size (watts)
Power
							 factor at full load of the computer's power supply that is not a federally
							 regulated external power supply
Motherboard
							 model number
Power
							 supply type
Internal, External
Internal
							 power supply size (watts)
Power
							 factor at full load of the computer's power supply that is not a federally
							 regulated external power supply
Median
							 power factor during short-idle of the computer's power supply that is not a
							 federally regulated external power supply
Power
							 supply model number
W
Small Battery Charger
							 Systems
*Consumer Product Model Number
End use
							 product model number (specify)
Product Type
24-hour
							 charge and maintenance energy
Battery
							 maintenance mode power
No battery
							 mode power
Battery
							 capacity of tested battery (if more than 1 charger port report the total of all
							 battery capacities connected during test)
Inductive
							 charger systems
True, False
Number of
							 charger ports
Compatible
							 battery chemistries
Battery
							 backup or uninterruptible power supply
True, False
A la carte
							 charger
True, False
USB charger
							 system
True, False
Location of
							 making or labeling
Packaging, Product
Battery
							 Test Procedure Used
Large Battery Charger
							 Systems
Product Type
Charge return factor 100
Charge
							 return factor 80
Charge
							 return factor 40
Power
							 conversion efficiency
Power
							 factor
Maintenance
							 mode power
No battery
							 mode power
Battery
							 capacity of tested battery
Compatible
							 battery chemistries
Consumer
							 Product (T/F)
True, False
Location of
							 marking or labeling
Packaging, Product
Federally Regulated Battery
							 Chargers (manufactured on or after June 13, 2018)
Product
							 Group Code
1, 2, 3, 4, 5, 6, 7
Nameplate
							 Battery Voltage of Test Battery in Volts (V)
Nameplate
							 Battery Charge Capacity of Test Battery in Ampere-Hours (Ah)
Nameplate
							 Battery Energy Capacity of Test Battery in Watt-Hours (Wh)
Maintenance
							 Mode Power in Watts (Pm)
Standby
							 Mode Power in Watts (Psb)
Off Mode
							 Power in Watts (Poff)
Battery
							 Discharge Energy in Watt-Hours (Ebatt)
24-Hour
							 Energy Consumption in Watt-Hours (E24)
Duration of
							 the Charge and Maintenance Mode Test in Hours (Tcd)
Unit Energy
							 Consumption (UEC) (kWh/yr)
Manufacturer of Test Battery
Model of
							 Test Battery
Manufacturer of External Power Supply (If Applicable)
Model of
							 External Power Supply (If Applicable)
X
Spray Sprinkler Bodies
Regulation pressure (psi)
Maximum
							 operating pressure (psi)
Percent
							 difference between the initial calibration flow rate and the maximum flow rate
							 at any tested pressure level, averaged for the selected samples at the test
							 pressure levels where the maximum flow rate occurred (percent)
Percent
							 difference between the initial calibration flow rate and the flow rate at each
							 tested pressure level, averaged across all pressure levels and all selected
							 samples (percent)
Average
							 outlet pressure at the initial calibration point of the selected samples
							 (psi)
* "Identifier" information as described
							 in Section
							 1602(a) of this
							 Article.
1 = Voluntary for federally regulated
							 appliances
2 = Voluntary for state-regulated
							 appliances
3 = Voluntary for single package vertical
							 air conditioners and single package vertical heat pumps only.
3 = For pumps tested to the test methods
							 prescribed in 10 C.F.R. Section III of appendix A to subpart Y of part
							 431.
4 = For pumps tested to the test methods
							 prescribed in 10 C.F.R. Section IV or V of appendix A to subpart Y of part
							 431.
5 = For pumps tested to the test methods
							 prescribed in 10 C.F.R. Section VI or VII of appendix A to subpart Y of part
							 431.
6 = For pumps sold with electric motors
							 regulated by DOE's energy conservation standards for electric motors at §
																			431.25.
(4) Declaration.
(A) Each statement shall include a
				  declaration, executed under penalty of perjury of the laws of California, that
1. all the information provided in the
				  statement is true, complete, accurate, and in compliance with all applicable
				  provisions of this Article;
2. the
				  requirements of section
				  1606(g) of this
				  Article have been and are being complied with;
3. for appliances for which there is an
				  energy efficiency, energy consumption, energy design, water efficiency, water
				  consumption, or water design standard in section
				  1605.1,
				  1605.2, or
				  1605.3 of this Article, that the
				  appliance complies with the applicable standards;
4. the appliance was tested under the
				  applicable test method specified in section
				  1604 of this Article, and, for the
				  following appliances, was tested as follows:
a. for other self-contained commercial
				  refrigerators, refrigerator-freezers, and freezers with doors that are
				  pass-through and roll-through refrigerators and freezers, that the back
				  (loading) doors remained closed throughout the test;
b. for all refrigerators,
				  refrigerator-freezers, and freezers were tested using alternating current
				  electricity only;
c. for all split
				  system central air conditioners and compressor-containing units, these models
				  were tested with the combination of compressor-containing and non-compressor
				  containing unit specified in 10 C.F.R. section
				  429.16(b)(2);
d. for all gas-fired air conditioners and
				  gas-fired heat pumps, all appliances were tested to ANSI Z21.40.4-1996 as
				  modified by CEC, Efficiency Calculation method for Gas-Fired Heat Pumps as a
				  New Compliance Option (1996);
e.
				  for evaporative coolers, all appliances were tested to the applicable test
				  method referenced in Table D-3 with the modifications appearing in Table
				  D-3;
f. for whole house fans, all
				  appliances were tested to HVI-916, and if equipped with louvers were tested
				  with manufacturer-provided louvers in place;
g. for battery charger systems for which
				  certification is based on testing of representative battery charger system
				  models, the models tested as representative are those known or expected to have
				  the poorest performance characteristics such that the data generated meets the
				  requirements of section
				  1606(a)(3)(D) of
				  this Article for all associated models; and
h. for kitchen faucets that utilize an
				  optional and temporary higher flow rate than 1.8 gpm, the higher flow rate has
				  been tested utilizing the test procedure identified for kitchen faucets in
				  section 1604(h) of this
				  Article at 60 psi and verified to have a flow rate less than or equal to 2.2
				  gpm.
i. for state-regulated
				  compressors that are rated using an alternative efficiency determination method
				  (AEDM) in lieu of testing, that the represented value of efficiency,
				  consumption, or other non-energy metrics for the basic model was determined
				  through the alternative efficiency determination method specified in section
				  1604(s) of this
				  Article.
Exceptions to section
					 1606(a)(4)(A)4.
					 of this Article: Section
					 1606(a)(4)(A)4.
					 of this Article is not applicable to the following types of appliances that
					 have no test methods found in section
					 1604 of this Article:
(1) federally regulated organic light
				  emitting diode (OLED) lamps,
(2)
				  federally regulated candelabra base incandescent lamps,
(3) federally regulated intermediate base
				  incandescent lamps,
(4) traffic
				  signal lamps, and
(5)
				  torchieres.
5.
				  all units of the appliance are marked as required by section
				  1607 of this Article, and, for the
				  following appliances, are marked as follows:
a. for all air conditioners, heat pumps,
				  furnaces, boilers, and water heaters that are not subject to NAECA and that
				  comply with the October 29, 2001 provisions in Tables 6.2.1 A through G of
				  ASHRAE/IES Standard 90.1-1999, they are marked, permanently and legibly on an
				  accessible and conspicuous place on the unit, with a statement that the
				  equipment complies with the 2001 requirements of ASHRAE Standard
				  90.1;
b. for all other air
				  conditioners, heat pumps, furnaces, boilers, and water heaters that are not
				  subject to NAECA and that comply with the October 29, 1999 provisions (but not
				  with the October 29, 2001 provisions) in Tables 6.2.1 A through G shall be
				  marked, permanently and legibly on an accessible and conspicuous place on the
				  unit, with a statement that the equipment complies with the 1999 requirements
				  of ASHRAE Standard 90.1;
c. for all
				  distribution transformers, each appliance has a label or nameplate which states
				  "DOE Compliant" or equivalent;
d.
				  for all illuminated exit signs meeting the criteria of section
				  1605.1(f) of this
				  Article, each appliance is marked by the manufacturer with a block E inside a
				  circle; the mark commonly referred to as "Circle E." The size of the mark shall
				  be commensurate with other markings on the sign, but not smaller than
				  1/4";
e. for all torchieres, each
				  unit of torchieres and each package containing a torchiere is marked,
				  permanently and legibly on an accessible and conspicuous place on the unit, in
				  characters no less than 1/8" on the inner surface of the reflector bowl of the
				  torchiere, and 1/4" on the packaging, "LAMPS MUST TOTAL NO MORE THAN 190
				  WATTS-TORCHIERE IS NON-COMPLIANT IF IT IS ABLE TO DRAW MORE THAN 190
				  WATTS.";
f. for commercial
				  pre-rinse spray valves, each unit is marked, permanently and legibly on an
				  accessible and conspicuous place on the unit, in characters no less than 1/8",
				  the flow rate of the unit, in gallons-per minute (gpm) at 60 psi;
g. for residential pool pumps, each pool pump
				  is marked permanently and legibly on an accessible and conspicuous place on the
				  unit, in characters no less than ¼ inch if manufactured on or after
				  January 1, 2010, with the statement, "This pump must be installed with a two-,
				  multi-, or variable-speed pump motor controller";
h. for residential pool pump motors, each
				  pool pump motor is marked permanently and legibly on an accessible and
				  conspicuous place on the unit, in characters no less than 1/4", with the pool
				  pump motor capacity of the motor.
i. each replacement dedicated-purpose pool
				  pump motor is marked in accordance with subdivision
				  1607(d)(15) of
				  this Article.
(B) If the manufacturer is a corporation,
				  partnership, or other business entity, the declaration shall be electronically
				  signed by an individual authorized to make the declaration and file the
				  statement on behalf of the business entity, and the declaration shall contain
				  an affirmation that the individual signing is so authorized.
(C) The declaration shall be submitted
				  electronically through the MAEDbS and maintained by the Executive Director for
				  a period of at least ten years, pursuant to the requirements in section
				  1606(j) of this
				  Article.