- 199,000 BTUs input
- Energy STAR® Qualified—UEF of 0.95
- Continuous maximum flow rates up to 10.0 GPM
- Safety Features—Includes Air-Fuel Ratio Sensor, overheat cut-off fuse, & internal freeze protection
- Easy-Link up to 4 units or Multi-Link up to 20 units
- Ultra-Low NOx Condensing Technology—Reduces emissions for lower operating costs and environmental friendliness
- Includes a wall mount temperature remote controller & advanced diagnostics to simplify troubleshooting
- Durable Heat Exchangers—Primary heat exchanger made of commercial-grade copper ensures faster heat transfer and resilience
- Secondary heat exchanger constructed from Type 316L stainless steel protects against corrosion
- 6-year limited heat exchanger warranty
Tankless Condensing High Efficiency Commercial Gas water heaters deliver exceptional performance and reliability for businesses seeking energy-efficient solutions. With ultra-low NOx condensing technology, these heaters achieve up to a 0.95 Uniform Energy Factor (UEF), reducing operating costs while minimizing environmental impact. Designed for maximum flow rates of up to 10.0 GPM, these units ensure consistent hot water supply, making them ideal for high-demand commercial applications. Available in both indoor and outdoor models, they feature advanced diagnostics and integrated temperature controllers for simplified troubleshooting and precise temperature management.
Built to last, these water heaters incorporate a durable primary heat exchanger made of commercial-grade copper, offering superior heat transfer and resistance to erosion. The secondary heat exchanger, constructed from Type 316L stainless steel, provides robust protection against corrosion. With flexible venting options, freeze protection systems, and compliance with lead-free standards, these units are engineered for safety and convenience. Whether you need to link multiple units for increased capacity or utilize common venting, these heaters adapt seamlessly to your business needs, ensuring reliable performance and long-term efficiency.
