Water Heater Sales - Dura-Power™ DEN and DEL Series Commercial Electric Water Heaters

Designed for use as a recovery heater having its own storage tank. Available in upright standard models (DEN) and lowboy models (DEL).

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Items	DEL-6 Dura-Power™ DEL Commercial Electric Water Heater Request Quote	DEL-10 Dura-Power™ DEL Commercial Electric Water Heater Request Quote	DEL-15 Dura-Power™ DEL Commercial Electric Water Heater Request Quote	DEL-20 Dura-Power™ DEL Commercial Electric Water Heater Request Quote	DEL-30 Dura-Power™ DEL Commercial Electric Water Heater Request Quote
Manufacturer	N/A A. O. Smith®
Tank Capacity	N/A 6 U.S. gal23 L	N/A 10 U.S. gal38 L	N/A 15 U.S. gal57 L	N/A 20 U.S. gal76 L	N/A 30 U.S. gal114 L
Number of Elements	N/A 1	N/A 1	N/A 1	N/A 1	N/A 2
Schematic	N/A Schematic Drawing for Dura-Power™ DEN and DEL Commercial Electric Water Heaters (DEL-6/10/15/20)	N/A Schematic Drawing for Dura-Power™ DEN and DEL Commercial Electric Water Heaters (DEL-6/10/15/20)	N/A Schematic Drawing for Dura-Power™ DEN and DEL Commercial Electric Water Heaters (DEL-6/10/15/20)	N/A Schematic Drawing for Dura-Power™ DEN and DEL Commercial Electric Water Heaters (DEL-6/10/15/20)	N/A Schematic Drawing for Dura-Power™ DEN and DEL Commercial Electric Water Heaters ()
Dimension A	N/A 15-1/2 in394 mm	N/A 18-1/4 in464 mm	N/A 26 in660 mm	N/A 22-1/4 in565 mm	N/A 30-7/8 in784 mm
Dimension B	N/A 14-1/4 in362 mm	N/A 18 in457 mm	N/A 18 in457 mm	N/A 21-3/4 in552 mm	N/A 21-3/4 in552 mm
Dimension C	N/A 11 in279 mm	N/A 12-1/2 in318 mm	N/A 20-1/2 in521 mm	N/A 15-3/8 in391 mm	N/A 24-1/8 in613 mm
Dimension D	N/A	N/A	N/A	N/A	N/A 8 in203 mm
Shipping Weight	N/A 35 lb15.9 kg	N/A 54 lb24.5 kg	N/A 58 lb26.3 kg	N/A 73 lb33.1 kg	N/A 100 lb45.4 kg
Industry Standards	N/A ASHRAE/IESNA 90.1 ASME Certified
Features	N/A Glasslined Tank - Thirteen sizes; 6 thru 119 gallon capacity. Tank interior is coated with glass specially designed by A. O. Smith® for water heater use. Elements - Zinc plated copper sheaths for longer life. Medium watt density means lower surface temperature to minimize scale build-up and more surface to heat water. Element sizes from 1.5 to 6 KW. Maximum input 12 KW. Standard Voltages - 120, 277 single phase and 208, 240, and 480 V unbalanced three-phase delta; easily converted to single-phase at terminal block (except 208 V with 6000 watt elements). Single element heater, single-phase only. Terminal Block - Factory-installed. Just bring the service to heater and connect to block. Terminal block not supplied on 120 V & 277 V models. (No junction box on DEL6-20). Controls - Temperature control (adjustable through arrange of 110 to 170 ºF on single element and 120 to 180 ºF on dual element) and manual reset high temperature cutoff per element (dual element models). Factory-wired for non-simultaneous operation; easily converted to simultaneous element operation (three phase models only). Simplified Circuitry, Color Coded for Ease of Service. Anode Rod for Maximum Corrosion Protection. Cabinet has Bonderized Undercoat with Baked Enamel Finish. Top Inlet and Outlet Openings. Drain Valve (Excludes DEL 6 to 20).
Testing and Certifications	N/A CSA® Certified and ASME Rated T&P Relief Valve UL Approved Field Conversion Program - The 6 through 20 models are UL listed to UL 174 and the 30 through 120 models are listed to UL 1453 Compliance - Meets the standby loss Requirements of the U.S. Department of Energy and current edition of ASHRAE/IESNA 90.1
Warranty	N/A If the tank should leak any time during the first three years, under the terms of the warranty, A. O. Smith® will furnish a replacement heater; installation, labor, handling and local delivery extra. This outline is NOT A WARRANTY.
Note	N/A 6 gallon model not available above 3.0 kW 6 gallon model all A6 circuit (2 wire) only t Non simultaneous circuit only Recovery capacities at 100 ºF rise equal: for non-simultaneous element operation = 4.1 gal. x kW of one element; for simultaneous element operation = 4.1 gal. x 2/3 kW of both elements. For other rises multiply element kW as previously explained by 410 and divide by temperature rise. Full load current for single phase = total watts :- voltage.	N/A 10 gallon model all A6 circuit (2 wire) only t Non simultaneous circuit only Recovery capacities at 100 ºF rise equal: for non-simultaneous element operation = 4.1 gal. x kW of one element; for simultaneous element operation = 4.1 gal. x 2/3 kW of both elements. For other rises multiply element kW as previously explained by 410 and divide by temperature rise. Full load current for single phase = total watts :- voltage.	N/A 15 gallon model all A6 circuit (2 wire) only t Non simultaneous circuit only Recovery capacities at 100 ºF rise equal: for non-simultaneous element operation = 4.1 gal. x kW of one element; for simultaneous element operation = 4.1 gal. x 2/3 kW of both elements. For other rises multiply element kW as previously explained by 410 and divide by temperature rise. Full load current for single phase = total watts :- voltage.	N/A 20 gallon model all A6 circuit (2 wire) only t Non simultaneous circuit only Recovery capacities at 100 ºF rise equal: for non-simultaneous element operation = 4.1 gal. x kW of one element; for simultaneous element operation = 4.1 gal. x 2/3 kW of both elements. For other rises multiply element kW as previously explained by 410 and divide by temperature rise. Full load current for single phase = total watts :- voltage.	N/A Recovery capacities at 100 ºF rise equal: for non-simultaneous element operation = 4.1 gal. x kW of one element; for simultaneous element operation = 4.1 gal. x 2/3 kW of both elements. For other rises multiply element kW as previously explained by 410 and divide by temperature rise. Full load current for single phase = total watts :- voltage.