Duke E302 - Aerohot Electric Steamtable w/ Exposed Elements - 2 Sections

Duke E302 Aerohot Electric Steamtable w/ Exposed Elements - 2 Sections

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SKU: E302

Overview

  • Duke Aerohot Steamtables are part of the most comprehensive line of steamtables, offering both efficiency and economy in many sizes:
  • Operational use: Dry
  • Table width: 30 3/8"
  • Number of compartments: 2
  • Duke Aerohot Steamtables are part of the most comprehensive line of steamtables, offering both efficiency and economy in many sizes:
  • Operational use: Dry
  • Table width: 30 3/8"
  • Number of compartments: 2
  • Top:
  • 20 gauge, 300 Series stainless steel
  • Die-stamped openings - 12" wide x 20" deep
  • Table width poly carving board - 7" deep x 1/2" thick
  • 18 gauge stainless steel carving board support base and die-stamped brackets
  • Heat Compartments:
  • Each with die-formed 8" deep galvanized liner
  • Exposed element models are designed for dry operation only
  • Insulated with 1" thick fiberglass or equal, all four sides and bottom
  • Single phase standard
  • Body, Undershelf and Legs:
  • 20 gauge, 430 Series stainless steel body
  • 18 gauge, 430 Series stainless steel undershelf
  • 430 Series stainless steel tubular legs with adjustable plastic feet
  • Casters available in options below for portable use
  • Electrical Information:
  • 500 or 750 watt dome-type element for each compartment
  • Wired to operate on 120, 208 or 240 volts, specify in options below
  • Each section with infinite switch
  • Permanently wired, 6' long cord with plug provided

Specifications:
Manufacturer:
 Duke
Model:
 E302
List Price:
 $1,668
Width:
 30 3/8"
Depth:
 29 7/16"
Height:
 34"
Weight:
 81 lbs.
Volts:
 120

Specs

dk-elec-hot-aerohot.pdf

Brand

For over 85 years, Duke Manufacturing Co. has been a front-runner in the design and production of restaurant equipment for the foodservice industry. In recent years, Duke has sought to engineer technologies that save money and energy. As a result of their work, Duke was awarded the 2009 Energy Champion Award from the U.S. Department of Energy.

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