Reznor Venturion® Indoor Duct Furnaces were developed to provide an annual fuel use improvement of up to 25% when compared with gravity-vented duct furnaces. The use of a factory-installed power venter, with metered combustion air, limits burner flue losses while reducing the required vent pipe size. A sealed vent product collection chamber, in lieu of a draft diverter, reduces the loss of dilution air from the room in both the on and off cycles. The Series EEDU duct furnaces are available for use with either natural or propane gas, as specified, in sizes from 75,000 through 400,000 BTUH gas input. They are designed for use as heating components in heating, heating/cooling, or makeup air systems and require a separate blower system for air delivery. The furnace has a Reznor Thermocore® aluminized steel heat exchanger with venturi-design tubes. The die formed burners are of aluminized steel and include flared ports with stainless steel insert. The EEDU model is approved for temperature rise of 50° to 90°F and includes “finger-baffles” for proper air distribution at these lower air volumes. Removing the finger-baffles will increase the air flow. These field converted units are approved for a temperature rise of 20° to 70°F.

Specifications

• Type: Gas-Fired, Power Vented
• Btu per Hour: 300000 (Input), 240000 (Output)
• Capacity: 2455 to 4420 CFM (With Finger Baffle), 3160 to 11060 CFM (Without Finger Baffle)
• Control Type: 120 Volt
• Size: 33-1/2 Inch Width x 26 Inch Depth x 36 Inch Height
• Gas Inlet Size: 3/4 Inch
• Vent Size: 6 Inch
• Inclusion/Features: Aluminized Steel Heat Exchanger, Aluminized Steel Burner and Stainless Steel Insert, 24 Volt Control Voltage Transformer, Combustion Air Pressure Switch, Spark-Ignited Intermittent Safety Pilot with Electronic Flame Supervision, Hanger/Support Angle, Vertical Vent Cap
Fuel Type Natural/Propane Gas; Current Rating 2 Amp at 115 Volt (Full Load), 0.7 Amp at 24 Volt (Control); Application Commercial, Institutional, Industrial Manufacturing, Warehouse/Distribution; Applicable Standard ANSI Z83.8, CSA CGA 2.6, CQS