Catalog
Designed as the Universal Replacement for All brands of Non-Ultra-Low NOx commercial models
Ultra-Low NOx Heavy Duty Commercial Product Offering - The most complete line - 12 models ranging from 125,000 BTU to 512,000 BTU input.
Ultra-Low NOx Heavy Duty Commercial Product Offering - The most complete line - 12 models ranging from 125,000 BTU to 512,000 BTU input.
Unit of Measure
Specifications
|
Dimensions
|
Maximum Hot Water Delivery
|
Maximum Recovery
|
Features
|
Testing and Certifications
|
Warranty
|
Note
Specifications
Manufacturer |
N/A American Standard® |
Tank Capacity |
N/A 100 gal |
Input Power |
N/A 199000 BTU |
Thermal Efficiency |
N/A 81.39 % |
Size |
N/A C |
Type |
N/A Natural Gas |
Industry Standards |
N/A C.E.C. Listed ETL |
Dimensions
Maximum Hot Water Delivery
One Hour Recovery at 100 ºF Temperature Rise |
N/A 197.1 gal/h |
Maximum Hot Water Delivery (1 Hour) |
N/A 266 L |
Maximum Hot Water Delivery (2 Hours) |
N/A 462 L |
Maximum Hot Water Delivery (3 Hours) |
N/A 658 L |
Maximum Hot Water Delivery Recovery at 100 ºF Temperature Rise |
N/A 3.3 g/min |
Storage Capacity |
N/A 100 U.S. gal |
Maximum Recovery
Recovery at 40 ºF Temperature Rise |
N/A 485.6 gal/h |
Recovery at 50 ºF Temperature Rise |
N/A 388.5 gal/h |
Recovery at 60 ºF Temperature Rise |
N/A 323.7 gal/h |
Recovery at 70 ºF Temperature Rise |
N/A 277.5 gal/h |
Recovery at 80 ºF Temperature Rise |
N/A 242.8 gal/h |
Recovery at 90 ºF Temperature Rise |
N/A 215.8 gal/h |
Recovery at 100 ºF Temperature Rise |
N/A 197.1 gal/h |
Recovery at 110 ºF Temperature Rise |
N/A 176.6 gal/h |
Recovery at 120 ºF Temperature Rise |
N/A 161.8 gal/h |
Recovery at 130 ºF Temperature Rise |
N/A 149.4 gal/h |
Recovery at 140 ºF Temperature Rise |
N/A 138.7 gal/h |
Features
Features |
N/A
|
Testing and Certifications
Testing and Certifications |
N/A
ETL Design Certified in accordance with ANSI Z21.10.3 for up to 180 degree operation as an automatic storage and/or automatic circulation tank heater and meets ASHRAE 90.1-1999 CEC listed, ETL certified to meet NSF/ANSI 5 Standards |