What is the maximum flow rate of the A. O. Smith ATI-510CX3 water heater?
The A. O. Smith ATI-510CX3 water heater has a maximum flow rate of 10.0 GPM.
What type of fuel does the ATI-510CX3 water heater use?
The ATI-510CX3 can use either Natural Gas or Liquid Propane.
What is the energy efficiency rating of this water heater?
The ATI-510CX3 utilizes condensing technology to achieve a Uniform Energy Factor of 0.81.
How long is the warranty for the heat exchanger in residential applications?
The heat exchanger has a 15-year limited warranty in residential applications.
Is the A. O. Smith ATI-510CX3 suitable for commercial use?
While it is built to commercial-grade standards, the ATI-510CX3 is a residential product and is only available for purchase through professional wholesalers and contractors.
What technology does the ATI-510CX3 use to prevent scale buildup?
The ATI-510CX3 is equipped with X3 Scale Prevention Technology.
AI-generated from available product information. Always verify details on the official listing.
Product Details
The A. O. Smith Water Heater ATI-510CX3 is a fully modulating, gas-fired, tankless water heater designed for efficiency and reliability. It offers a maximum flow rate of 10.0 GPM, making it suitable for various domestic hot water applications. This model utilizes condensing technology, achieving a Uniform Energy Factor of 0.81, which helps in reducing energy costs. Additionally, it meets Ultra-Low NOx requirements, ensuring lower emissions. The unit is equipped with X3 Scale Prevention Technology, extending its service life significantly compared to traditional models.
10 GPM maximum flow rate
199,000 BTU for efficient heating
15-year limited warranty on heat exchanger
Meets Ultra-Low NOx standards
Pros & Cons
Pros
High efficiency with a maximum flow rate of 10 GPM
Long service life due to X3 Scale Prevention Technology
Meets stringent Ultra-Low NOx emissions standards
15-year limited warranty on the heat exchanger
Cons
Requires professional installation
Higher upfront cost compared to traditional water heaters
Non-condensing model may have lower efficiency than some competitors
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