Wells SS-206T 13" Electric Drop-In Hot Food Well Unit

Brand	Wells
Model Number	SS-206T
Weight	16 lbs
Width	13.69"
Depth	21.75"
Height	8.69"
Wet or Dry operation	wet or dry
Pan capacity	(1) full size (12" x 20")
Insulated or Non-Insulated	non-insulated
Drain	without drain
Construction	stainless steel construction
Controls	thermostatic controls
Style	individual pans

Wells Heavy Duty, Top Mount Rectangular Drop-In Food Warmers

SS206 models accommodate one 12” X 20” standard inset pans or equivalent fractional pans
SS226 models accommodate 4 - 1/3-size pans or equivalent fractional pans
One-piece stainless steel top ange and heavy-gauge, deepdrawn stainless steel warming pans
Suitable for wet or dry operation (wet recommended for best results)
Thermostatic or innite controls
Separate controls for each individual wells
High limits prevent overheating
Thermostatic controls are recessed in a one-piece, drawn, front-mounted panel
Wellslok standard for ease of installation
Powerful tubular heating elements
½” drains available
2-Year Limited Parts & 1-Year Limited Labor Warranty

Wells SS206 Built-In Rectangular Food Warmers are designed for top mount installation and to hold heated foods at safe and fresh serving temperatures. Wells SS206 Series accommodates one 12” X 20” standard food pans or equivalent fractional inset pans while the 12” X 27” extra-deep models hold four-each 1/3 size pans or equivalent fractional pans. Both are designed for wet or dry operation.

Construction – One-piece stainless steel top  ange and heavygauge, deep-drawn stainless steel warming pans are standard features on all models. Wellsloks are standard for quick and easy installation.
Controls & Heating- Individual controls for each well provide maximum versatility. Models with thermostatic or in nite controls are available. High-limits prevent overheating. Temperature-ready indicator lights are standard on all control types. Powerful tubular heating elements are located under the warming pans for quick and ef cient heating and for even heat distribution.