| Name |
Description |
Required/ Optional |
Multiple Select |
Data Type |
Restrictions |
Enumeration Text |
| ENERGY STAR Manufacturing Partner |
The ENERGY STAR Manufacturing Partner is the organization that has signed an ENERGY STAR Partnership Agreement and labels the model. This organization is typically the brand owner.
|
R |
N |
Text |
Min Length: 1
Max Length: 80
|
|
| ENERGY STAR Manufacturing Partner's EPA-issued Organization ID |
This EPA-issued ID is the number assigned to the ENERGY STAR Manufacturing Partner. This ID can be located via the certification body's My ENERGY STAR Account (MESA) and searching for the organization's name.
|
R |
N |
Integer |
|
|
| Partner Contact Name for This Model |
Provide the ENERGY STAR Manufacturing Partner contact responsible for this certified model.
|
R |
N |
Text |
Min Length: 1
Max Length: 200
|
|
| Type of Transaction |
Include the Type of Transaction associated with the certified model. Only the options included in the enumeration list may be provided. Initial certification must only be used if the model has never been submitted and does not have an ENERGY STAR Model Identifier. Registration must only be used for select types of models where EPA allows certification bodies to add previously qualified models to their programs for purposes of verification testing only. Modification must be used for administrative changes, including rerating the model(s). Certification withdrawn must be used when the model is no longer certified as ENERGY STAR. Recertification will rarely be used and must be approved by EPA prior to the transaction.
|
R |
N |
Enumeration Data |
|
- Initial Certification
- Modification
- Certification Withdrawn
- Recertification
- Registration
|
| Reason for Transaction |
Include the Reason for Transaction associated with the Type of Transaction. Only the reasons included in the enumeration list may be provided. If "other" is provided, list further details in the notes field. The certification body will determine when it is appropriate to use the reasons associated with "Initial Certification," "Registration" or "Modification." The reasons "Manufacturer Voluntary Withdrawal" and "No Longer Available" may be determined by the certification body and must only be associated with the transaction type "Certification Withdrawn." For all other cases of "Certification Withdrawn" or "Recertification," EPA must determine the appropriate reason and provide direction to the certification body.
|
R |
N |
Enumeration Data |
|
- Initial Certification: Model Meets ENERGY STAR Requirements
- Registration: Included in Verification Testing Pool
- Modification: Added Model Name/Number
- Modification: Removed Model Name/Number
- Modification: Changed Model Name/Number
- Modification: Changed Data
- Modification: Rerated Models
- Modification: Other (If Other, List in Notes Field)
- Certification Withdrawn: No Longer Available
- Certification Withdrawn: Manufacturer Voluntary Withdrawal
- Certification Withdrawn: Delisted - Issue with Partnership
- Certification Withdrawn: Disqualified Model - Failed Testing
- Certification Withdrawn: Other (If Other, List in Notes Field)
- Recertification: Model Meets ENERGY STAR Requirements
- Recertification: Other (If Other, List in Notes Field)
|
| Date of Transaction Type |
This date must be the same as the date when the Type of Transaction occurred. For example, the initial certification date must be the date the certification body notified the partner of model certification.
|
R |
N |
Date |
|
|
| ENERGY STAR Model Identifier |
ENERGY_STAR_Model_Identifier is a unique string of characters generated by certification bodies in accordance with EPA's ENERGY_STAR_Model_Identifier standard. ENERGY_STAR_Model_Identifier serves to distinguish models with non-identical performance characteristics. A unique ENERGY_STAR_Model_Identifier must be assigned to each set of performance data that represents a model. Models in a family, series, or DOE basic model group that differ by one or more performance characteristics must be assigned different and unique ENERGY_STAR_Model_Identifiers. ENERGY_STAR_Model_Identifier is different from Certification_ID or Family_ID, which may apply to several models that differ in terms of reported attributes.
Naming convention is as follows:
ES_[[ManufacturerOID]]_[[MODELNUMBER]]_[[MMDDYYYYH24MISS]]_[[7 Digit-randomnumber]]
Note : Total Max length of this must not exceed 400 characters.
[[ManufacturerOID]] = Provide Manufacturer EPA issued O_ID
[[MODELNUMBER]] = Provide Model Number of the model
[[MMDDYYYYH24MISS]] = Create date time string in the format where MM= month number, DD - Day number, YYYY = Year number, H24 hours (0-23), MI minute number, SS seconds. This typically indicates the date of certification, but there are no validations performed on it.
[[7 Digit-randomnumber]] = Provide a random number of seven digits.
|
R |
N |
Text |
Min Length: 1
Max Length: 400
|
|
| Certification ID |
Certification_ID is a unique string of characters generated by certification bodies in accordance with EPA's Certifcation_ID standard. Certification_ID serves to distinguish one or more models with differing performance characteristics under a single certification in order to track models associated with that certification.
Naming convention for Certification_ID is as follows:
CER_[[ManufacturerOID]]_[[MMDDYYYYH24MISS]]_[[7 Digit-randomnumber]]
Note : Total Max length of this must not exceed 400 characters.
[[ManufacturerOID]] = Provide Manufacturer EPA issues O_ID,
[[MMDDYYYYH24MISS]] = Create date time string in the format where MM= month number, DD - Day number, YYYY = Year number, H24 hours (0-23), MI minute number, SS seconds. This typically indicates the date of certification, but there are no validations performed on it.
[[7 Digit-randomnumber]] = Provide a random number of seven digits.
|
R |
N |
Text |
Min Length: 1
Max Length: 400
|
|
| Family ID |
Family_ID is a unique string of characters generated by certification bodies in accordance with EPA's Family_ID standard. Family_ID serves to identify models under the same certification that are part of the same model family, series, or DOE basic model group. Family_ID may only be included for models where the ENERGY STAR specification supports families.
*NOTE* Under a single certification, certification bodies may or may not have a Family_ID listed. A Family_ID must not be listed if the certification is comprised of only a single model. If there is a Family_ID listed, all models within the certification listed must also have the same Family_ID.
Naming conventions for Family_ID are as follows:
FAM_[[ManufacturerOID]]_[[MMDDYYYYH24MISS]]_[[7 Digit-randomnumber]]
Note : Total Max length of this must not exceed 400 characters.
[[ManufacturerOID]] = Provide Manufacturer EPA issues O_ID,
[[MMDDYYYYH24MISS]] = Create date time string in the format where MM= month number, DD - Day number, YYYY = Year number, H24 hours (0-23), MI minute number, SS seconds. This typically indicates the date of certification, but there are no validations performed on it.
[[7 Digit-randomnumber]] = Provide a random number of seven digits.
|
O |
N |
Text |
Min Occurs:
0
Max Length: 400
|
|
| Model Name |
Provide the Model Name of the certified model. If the certified model is part of a model family, include the family model name. The use of wildcards is allowed, but may limit the ability to search for a specific model name.
|
R |
N |
Text |
Min Length: 1
Max Length: 255
|
|
| Model Number |
Provide the Model Number of the certified model. If the certified model is part of a model family, include the family model number. The use of wildcards is allowed, but may limit the ability to search for a specific model name.
|
R |
N |
Text |
Min Length: 1
Max Length: 255
|
|
| Universal Product Code (UPC) |
Include UPC code(s) associated with the certified model, focusing on UPC codes featured in online listings. Do not include UPC codes if they are also associated with models not certified as ENERGY STAR. This field is available for all and required for select product categories unless not available. The UPC must be submitted as a string of digits when provided and should represent an actual UPC code. If not provided, the UPC code should be left blank and the reason for not including the UPC code will need to be submitted for the product to pass backend validation in EPA’s QPX system. |
O |
Y |
Text |
Min Occurs:
0
Max Occurs:
unbounded
Min Length: 6
Max Length: 16
|
|
| Reason for Not Providing UPC Code |
Required for select product categories if UPC code is not provided. |
O |
N |
Enumeration Data |
Min Occurs:
0
|
- UPC Code Not Yet Assigned - CB Will Provide Later
- UPC Code Not Yet Assigned - Partner Will Provide Later
- No UPC Code Provided - Custom or Commercial Product
- UPC Code Is Also Associated with Models Not Certified as ENERGY STAR
- No UPC Code Provided - Other Reason
|
| Other Reason for Not Providing UPC Code |
Required if Reason for Not Providing UPC Code equals "No UPC code provided – Other Reason" .
|
O |
N |
Text |
Min Occurs:
0
Max Length: 2000
|
|
| Brand Name |
Provide the model Brand Name in this field. To aid with consumer model searches, use consistent spelling, punctuation, and capitalization when providing brand names.
|
R |
N |
Text |
Min Length: 1
Max Length: 200
|
|
| Tested Model Name |
Provide the model name of the specific model that was tested. This will be the same as the Model Name unless this is a model family or private labeling submission.
|
R |
N |
Text |
Min Length: 1
Max Length: 255
|
|
| Tested Model Number |
Provide the model number of the specific model that was tested. This will be the same as the Model Number unless this is a model family or private labeling submission.
|
R |
N |
Text |
Min Length: 1
Max Length: 255
|
|
| Additional Models Represented by Family, Series, or DOE Basic Model |
Additional Models Represented by Family, Series, or DOE Basic Model allows the listing of multiple additional models that are part of the same certification where performance characteristics are the same. The additional models may be identified by multiple sets of a model name and/or model number and/or additional identifying information. Each uniquely identified additional model name/number/identifier set must be listed as a separate entry within this field and must not be a comma-separated list. The use of wildcards is allowed, but may limit the ability to search for specific additional model names/numbers/identifiers.
|
R |
Y |
|
Min Occurs:
0
Max Occurs:
unbounded
|
|
|
|
Provide each Additional Model Name as a separate data entry.
|
O |
N |
Text |
Min Occurs:
0
Max Length: 255
|
|
|
|
Provide each Additional Model Number as a separate data entry.
|
O |
N |
Text |
Min Occurs:
0
Max Length: 255
|
|
- Additional Identifying Information
|
Provide any Additional Identifying Information associated with the Model Name and/or Model Number. The identifying information may be used by consumers, incentive programs, or retailers to identify this model or model family. This includes, but is not limited to, SKUs and retail numbers. UPC codes should not be included in this field. Provide each Additional Identifying Information as a separate data entry along with the corresponding model name and model number.
|
O |
N |
Text |
Min Occurs:
0
Max Length: 255
|
|
| Is the Partner Listed the Original Equipment Manufacturer (OEM)? |
Indicate whether or not the ENERGY STAR Manufacturing Partner that labels this model also manufactures this model.
|
R |
N |
Enumeration Data |
|
|
| If the Partner is not the Original Equipment Manufacturer, Who Is? |
In the case that the manufacturer partner listed is not the original equipment manufacturer (OEM), provide the name of the OEM. The OEM is the organization that has manufactured the model.
|
O |
N |
Text |
Min Occurs:
0
Max Length: 80
|
|
| Currently Available on Market? |
If model is currently available, indicate "Yes." Otherwise, indicate "No." Note that all available models are displayed on an ENERGY STAR qualified product list and are subject to verification testing.
|
R |
N |
Enumeration Data |
|
|
| Date Available on Market |
Date model is first sold within one or more markets.
|
R |
N |
Date |
|
|
| Date Tested |
Date of laboratory test. If multiple test reports, provide the most recent date.
|
R |
N |
Date |
|
|
| Date Certification Body Notified Partner of Model Certification. |
The date the certification body notifies the manufacturer that the model is certified as ENERGY STAR.
|
R |
N |
Date |
|
|
| Certification Body Contact Name for this Model |
The name of the primary certification body contact responsible for any questions concerning the certification of the model.
|
R |
N |
Text |
Min Length: 1
Max Length: 200
|
|
| Laboratory |
Include information about one or more laboratories in which the model was tested.
|
R |
Y |
|
Min Occurs:
0
Max Occurs:
unbounded
|
|
- Laboratory's EPA-issued Organization ID
|
This EPA-issued ID is the number assigned to the EPA-recognized laboratory that tested the model. This ID can be located via the certification body's My ENERGY STAR Account (MESA) and searching for the laboratory's name. This field is required for all certified models.
|
O |
N |
Integer |
Min Occurs:
0
|
|
- Laboratory Contact for this Model
|
The name of the primary laboratory contact responsible for any questions concerning the testing of the model. This information is required for each laboratory indicated.
|
O |
N |
Text |
Min Occurs:
0
Max Length: 200
|
|
| In What Markets Is this Model Sold? |
Models must be sold in one or more of the ENERGY STAR partner markets provided in the enumeration list. |
R |
Y |
Enumeration Data |
Min Occurs:
1
Max Occurs:
8
|
- Australia
- New Zealand
- Canada
- Europe
- Japan
- Switzerland
- Taiwan
- United States
|
| Notes |
Provide any additional, relevant information related to the certification, including the reason for the transaction if "Other" is provided.
|
O |
N |
Text |
Min Occurs:
0
Max Length: 2000
|
|
| ENERGY STAR Specification Version |
Provide the ENERGY STAR UPS specification version number. |
R |
N |
Enumeration Data |
|
|
| Product Type |
Provide the UPS product type. |
R |
N |
Enumeration Data |
|
- Low-voltage Dc-output UPS
|
| Model Meets Definition of Modular UPS |
Indicate whether the model meets the definition of Modular UPS. |
R |
N |
Enumeration Data |
|
|
| Minimum Configuration Tested Model Number |
For non-Modular UPS (including the highest-power model for a UPS Product Family where the models are related by a characteristic other than the number of installed modules or software or jumper settings), provide the model number of the tested unit. For a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power, provide the model number of the tested minimum configuration unit. This model number will appear on the ENERGY STAR list of qualified products. |
R |
N |
Text |
Min Length: 1
Max Length: 255
|
|
| Maximum Configuration Tested Model Number |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power only. Provide the model number of the unit tested as the maximum configuration. This model number will appear on the ENERGY STAR list of qualified products. |
O |
N |
Text |
Min Occurs:
0
Max Length: 255
|
|
| Modular UPS Module Tested Model Number |
Required for all models meeting the definition of Modular UPS. Provide the model or part number of the installed module(s) in the specific tested model’s chassis of the unit under test. Indicate N/A if the unit is not a Modular UPS or if there were no modules installed during testing. |
O |
N |
Text |
Min Occurs:
0
Max Length: 255
|
|
| Rectifier Module ENERGY STAR Qualified |
Required for Modular UPS. Indicate whether the tested rectifier module model is ENERGY STAR qualified. |
O |
N |
Enumeration Data |
Min Occurs:
0
|
|
| Power Conversion Mechanism |
Indicate the Power Conversion Mechanism of the model. |
R |
N |
Enumeration Data |
|
|
| Application |
Indicate the intended application(s) for the model. Data Center models are intended to protect large installations of information and communication technology equipment such as enterprise servers, networking equipment, and large storage arrays. Commercial models are intended to protect small business and branch office information and communication technology equipment such as servers, network switches and routers, and small storage arrays. Telecommunications models are intended to protect telecommunication network systems located within a central office or at a remote wireless/cellular site. |
R |
Y |
Enumeration Data |
Min Occurs:
1
Max Occurs:
3
|
- Telecommunications
- Commercial
- Data Center
|
| Rack Mountable |
Indicate whether the model is rack mountable. |
R |
N |
Enumeration Data |
|
|
| Rack Mount Height (U) |
Required for Rack Mountable models. Provide the rack mount height for the model in rack units or “U”, equal to 1.75 in (44.45 mm). |
O |
N |
Integer |
Min Occurs:
0
|
|
| Height (mm) |
Provide the physical height of the model in millimeters, not including any external energy storage system with separate enclosures. |
R |
N |
Integer |
Min Value: 1
Max Value: 10000
|
|
| Width (mm) |
Provide the physical width of the model in millimeters, not including any external energy storage system with separate enclosures. |
R |
N |
Integer |
Min Value: 1
Max Value: 10000
|
|
| Depth (mm) |
Provide the physical depth of the model in millimeters, not including any external energy storage system with separate enclosures. |
R |
N |
Integer |
Min Value: 1
Max Value: 10000
|
|
| Minimum Input Voltage (V rms) |
Provide the minimum rated input voltage of the model. |
R |
N |
Integer |
Min Value: 1
|
|
| Maximum Input Voltage (V rms) |
Provide the maximum rated input voltage of the model. |
R |
N |
Integer |
Min Value: 1
|
|
| Minimum Input Frequency (Hz) |
Provide the minimum rated input frequency of the model. |
R |
N |
Integer |
Min Value: 1
|
|
| Maximum Input Frequency (Hz) |
Provide the maximum rated input frequency of the model. |
R |
N |
Integer |
Min Value: 1
|
|
| Minimum Output Voltage (V) |
Provide the minimum rated output voltage of the model. |
R |
N |
Integer |
Min Value: 1
|
|
| Maximum Output Voltage (V) |
Provide the maximum rated output voltage of the model. |
R |
N |
Integer |
Min Value: 1
|
|
| Energy Storage Mechanism |
Indicate the type of energy storage mechanism. |
R |
N |
Enumeration Data |
|
- Battery
- Flywheel
- Other
- N/A
|
| Energy Storage Mechanism Other |
Required if Energy Storage Mechanism is Other. Specify the type of energy storage mechanism. |
O |
N |
Text |
Min Occurs:
0
Max Length: 50
|
|
| Energy Storage System Configuration |
Indicate whether energy storage system is integral to the model (i.e. installed in the chassis) or contained in a separate enclosure. |
R |
N |
Enumeration Data |
|
- Integral
- Separate Enclosure
- N/A
|
| Energy Storage System Removable to Another Room |
Indicate whether the energy storage system can be removed from the UPS for placement in another room, to allow the placement of the UPS in an unconditioned space, saving energy. Indicate N/A if the energy storage system is integral to the model. |
R |
N |
Enumeration Data |
|
|
| Energy Storage System Connected During Test |
Indicate whether the energy storage system was connected during the test. |
R |
N |
Enumeration Data |
|
|
| Energy Storage System Part Number |
Provide the model or part number for the energy storage system used during the test. Indicate N/A if there is no energy storage system. |
R |
N |
Text |
Min Length: 1
Max Length: 255
|
|
| Energy Storage System Technology |
Indicate the technology/chemistry of the energy storage system. |
R |
N |
Enumeration Data |
|
- Flywheel
- Valve Regulated Lead-acid Battery
- Vented Lead-acid Battery
- Nickel-cadmium Battery
- Lithium-ion Battery
- Other
- N/A
|
| Energy Storage System Technology Other |
Required if Energy Storage System Technology is Other. Specify the energy storage system technology. |
O |
N |
Text |
Min Occurs:
0
Max Length: 50
|
|
| Energy Storage System Runtime at 100% Load (min) |
Indicate the runtime at 100% resistive load of the energy storage system tested with the model in minutes. Indicate N/A if there is no energy storage system. |
R |
N |
Text |
Min Length: 1
Max Length: 1000
|
|
| Energy Storage System Runtime at 50% Load (min) |
Indicate the runtime at 50% resistive load of the energy storage system tested with the model in minutes. Indicate N/A if there is no energy storage system. |
R |
N |
Text |
Min Length: 1
Max Length: 1000
|
|
| Energy Storage System Warranty (yr) |
Provide the manufacturer warranty of the energy storage system tested with the model. Express warranty in number of years for finite values or as "lifetime warranty." Indicate N/A if there is no energy storage system. |
R |
N |
Text |
Min Length: 1
Max Length: 25
|
|
| Test Method Guidelines |
Provide a web URL to the publicly available document that provides guidelines for implementing the ENERGY STAR Test Method. Indicate N/A if there are no additional guidelines. |
R |
N |
Text |
Min Length: 1
Max Length: 1000
|
|
| Energy Storage System Information URL |
Provide a web URL to additional information about the energy storage system, such as configuration options; capacities; runtimes, etc. Information can be provided by the UPS Partner or an energy storage system vendor. Indicate N/A if there is no URL for the energy storage system. |
R |
N |
Text |
Min Length: 1
Max Length: 250
|
|
| Network Connections Available |
Indicate the available connections for management of the model. |
R |
Y |
Enumeration Data |
Min Occurs:
1
Max Occurs:
4
|
- Serial Port
- USB Port
- Ethernet
- Other
- None
|
| Communication Protocols |
Indicate the communication protocols available on the model and/or the meter. |
R |
Y |
Enumeration Data |
Min Occurs:
1
Max Occurs:
6
|
- Modbus RTU
- Modbus TCP
- SNMP (v1, 2 or 3)
- HTTP
- HTTPS
- Other
- None
|
| Communication Protocol Other |
Required if Communication Protocols is Other. Specify the type. |
O |
N |
Text |
Min Occurs:
0
Max Length: 250
|
|
| Manufacturer Take Back Program |
Indicate whether the manufacturer offers a UPS take-back program in the U.S. |
R |
N |
Enumeration Data |
|
|
| Manufacturer Take Back Program URL |
Required if a web URL to the manufacturer take-back or recycling program for UPSs is available. |
O |
N |
Text |
Min Occurs:
0
Max Length: 250
|
|
| Battery Recycling URL |
Required if a web URL to battery recycling information is available. |
O |
N |
Text |
Min Occurs:
0
Max Length: 250
|
|
| Model Web Page URL |
Provide a URL for the model’s consumer-facing web page located on the Partner’s website. |
R |
N |
Text |
Min Length: 1
Max Length: 250
|
|
| Test Input Voltage (V rms) |
Provide the input voltage used during test. |
R |
N |
Integer |
Min Value: 1
|
|
| Test Input Frequency (Hz) |
Provide the input frequency used during test. |
R |
N |
Integer |
Min Value: 1
|
|
| Test Output Voltage (V) |
Provide the output voltage used during test. |
R |
N |
Integer |
Min Value: 1
|
|
| Apparent Output Power Rating Minimum Configuration (VA) |
Provide the apparent output power rating in VA of the minimum configuration tested model. The minimum configuration applies to a non-Modular UPS system tested in a single configuration (including the highest-power model for a UPS Product Family where the models are related by a characteristic other than the number of installed modules or software or jumper settings), a Modular UPS system tested in the minimum configuration or Product Family where models vary by software or jumper settings that affect rated output power, or an individual rectifier module tested separately from the system. |
R |
N |
Integer |
Min Value: 1
|
|
| Active Output Power Rating Minimum Configuration (W) |
Provide the active output power rating in W of the minimum configuration tested model. |
R |
N |
Integer |
Min Value: 1
|
|
| Input Power Factor Minimum Configuration |
Provide the measured input power factor at 100% load of the minimum configuration tested model. |
R |
N |
Decimal |
No. of Decimal: 2
Min Value: 0.00
Max Value: 1.00
|
|
| Calculated Efficiency at 80% Load Minimum Configuration |
Provide the Calculated Efficiency at 80% Load expressed as a decimal based on measured test data for the minimum configuration model. |
R |
N |
Decimal |
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 80% Load Minimum Configuration |
Provide the Reported Efficiency at 80% Load expressed as a decimal for the minimum configuration tested model. |
R |
N |
Decimal |
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 70% Load Minimum Configuration |
Provide the Calculated Efficiency at 70% Load expressed as a decimal based on measured test data for the minimum configuration model. |
R |
N |
Decimal |
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 70% Load Minimum Configuration |
Provide the Reported Efficiency at 70% Load expressed as a decimal for the minimum configuration tested model. |
R |
N |
Decimal |
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 60% Load Minimum Configuration |
Provide the Calculated Efficiency at 60% Load expressed as a decimal based on measured test data for the minimum configuration model. |
R |
N |
Decimal |
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 60% Load Minimum Configuration |
Provide the Reported Efficiency at 60% Load expressed as a decimal for the minimum configuration tested model. |
R |
N |
Decimal |
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 50% Load Minimum Configuration |
Provide the Calculated Efficiency at 50% Load expressed as a decimal based on measured test data for the minimum configuration model. |
R |
N |
Decimal |
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 50% Load Minimum Configuration |
Provide the Reported Efficiency at 50% Load expressed as a decimal for the minimum configuration tested model. |
R |
N |
Decimal |
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 40% Load Minimum Configuration |
Provide the Calculated Efficiency at 40% Load expressed as a decimal based on measured test data for the minimum configuration model. |
R |
N |
Decimal |
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 40% Load Minimum Configuration |
Provide the Reported Efficiency at 40% Load expressed as a decimal for the minimum configuration tested model. |
R |
N |
Decimal |
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 30% Load Minimum Configuration |
Provide the Calculated Efficiency at 30% Load expressed as a decimal based on measured test data for the minimum configuration model. |
R |
N |
Decimal |
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 30% Load Minimum Configuration |
Provide the Reported Efficiency at 30% Load expressed as a decimal for the minimum configuration tested model. |
R |
N |
Decimal |
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Total Input Power at 0% Load Minimum Configuration (W) |
Provide the Total Real Input Power at 0% Load in W for the minimum configuration tested model. |
R |
N |
Decimal |
|
|
| Reported Weighted Efficiency Calc Minimum Configuration |
Provide the Reported Calculation of Average Efficiency expressed as a decimal for the minimum configuration tested model per Equation 3 in the specification. This value will appear on the ENERGY STAR list of qualified products and UPS Power and Performance Data Sheet. |
R |
N |
Decimal |
No. of Decimal: 3
Min Value: 0.955
Max Value: 1.000
|
|
| ENERGY STAR Min Avg Efficiency Requirement Minimum Configuration |
Include the Average Efficiency Requirement for the tested active output power of minimum configuration model per the specification. Value must be expressed as a decimal. |
R |
N |
Decimal |
No. of Decimal: 3
Min Value: 0.955
Max Value: 1.000
|
|
| Apparent Output Power Rating Maximum Configuration (VA) |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the apparent output power rating in VA of the maximum configuration tested model.
|
O |
N |
Integer |
Min Occurs:
0
|
|
| Active Output Power Rating Maximum Configuration (W) |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the active output power rating in W of the maximum configuration tested model.
|
O |
N |
Integer |
Min Occurs:
0
|
|
| Input Power Factor Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the measured input power factor at 100% load of the maximum configuration tested model.
|
O |
N |
Decimal |
Min Occurs:
0
No. of Decimal: 2
Min Value: 0.00
Max Value: 1.00
|
|
| Calculated Efficiency at 80% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Calculated Efficiency at 80% Load expressed as a decimal based on measured test data for the maximum configuration model. |
O |
N |
Decimal |
Min Occurs:
0
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 80% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Reported Efficiency at 80% Load expressed as a decimal for the maximum configuration tested model. |
O |
N |
Decimal |
Min Occurs:
0
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 70% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Calculated Efficiency at 70% Load expressed as a decimal based on measured test data for the maximum configuration model. |
O |
N |
Decimal |
Min Occurs:
0
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 70% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Reported Efficiency at 70% Load expressed as a decimal for the maximum configuration tested model. |
O |
N |
Decimal |
Min Occurs:
0
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 60% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Calculated Efficiency at 60% Load expressed as a decimal based on measured test data for the maximum configuration model. |
O |
N |
Decimal |
Min Occurs:
0
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 60% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Reported Efficiency at 60% Load expressed as a decimal for the maximum configuration tested model. |
O |
N |
Decimal |
Min Occurs:
0
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 50% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Calculated Efficiency at 50% Load expressed as a decimal based on measured test data for the maximum configuration model. |
O |
N |
Decimal |
Min Occurs:
0
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 50% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Reported Efficiency at 50% Load expressed as a decimal for the maximum configuration tested model. |
O |
N |
Decimal |
Min Occurs:
0
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 40% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Calculated Efficiency at 40% Load expressed as a decimal based on measured test data for the maximum configuration model. |
O |
N |
Decimal |
Min Occurs:
0
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 40% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Reported Efficiency at 40% Load expressed as a decimal for the maximum configuration tested model. |
O |
N |
Decimal |
Min Occurs:
0
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Calculated Efficiency at 30% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Calculated Efficiency at 30% Load expressed as a decimal based on measured test data for the maximum configuration model. |
O |
N |
Decimal |
Min Occurs:
0
Min Value: 0.000
Max Value: 1.000
|
|
| Reported Efficiency at 30% Load Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Reported Efficiency at 30% Load expressed as a decimal for the maximum configuration tested model. |
O |
N |
Decimal |
Min Occurs:
0
No. of Decimal: 3
Min Value: 0.000
Max Value: 1.000
|
|
| Total Input Power at 0% Load Maximum Configuration (W) |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Total Real Input Power at 0% Load in W for the maximum configuration tested model.
|
O |
N |
Decimal |
Min Occurs:
0
|
|
| Reported Weighted Efficiency Calc Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Provide the Reported Calculation of Average Efficiency expressed as a decimal for the maximum configuration tested model per Equation 3 in the specification. This value will appear on the ENERGY STAR list of qualified products and the UPS Power and Performance Data Sheet. |
O |
N |
Decimal |
Min Occurs:
0
No. of Decimal: 3
Min Value: 0.955
Max Value: 1.000
|
|
| ENERGY STAR Min Avg Efficiency Requirement Maximum Configuration |
Required for a Modular UPS Product Family or Product Family where models vary by software or jumper settings that affect rated output power. Include the Average Efficiency Requirement for the tested active output power of the maximum configuration tested model per the specification. Value must be expressed as a decimal. |
O |
N |
Decimal |
Min Occurs:
0
No. of Decimal: 3
Min Value: 0.955
Max Value: 1.000
|
|
: