KEL-T: Electric steam kettles, quad leg, tilting
CLEVELAND, Electric Kettle, Quad-leg mounted, self-contained, tilting, 2/3 Steam Jacketed. Type 304 Stainless Steel Kettle and Supports. 50 psi Steam Jacket Rating (3.5 Bar); 50 psi Safety Valve; Permanently filled Steam Jacket; Combination Pressure/Vacuum Jacket Gauge. Splash Proof Solid State Temperature (±1° C) and Safety Control System in plug-in Module including L.E.D. indicators,in plug-in Module including L.E.D. indicators. Optional 2" (50 mm) Tangent Draw-Off and Spring Assist Cover.
Brochure or Sell Sheet
CAD Symbols (KCL Cutsheets)
Menu or Recipe Guide
50 PSI Steam Jacket Rating (3.5 Bar Boiling Pan) for Faster Cooking
Steam jacket filled with treated water, venting and/or refilling is not required
State of the Art Controls
Accurate, consistant solid state temperature controls (mechanical thermostate not as accurate) - less than ±1°C variance (ideal for simmering). Operating temperature range from 145° - 260°F (63°C - 127°C) Control panel includes:LED indicator for heat cycle, LED indicator for low water Power ON/OFF switch, Adjustable temperature control dial
Water Resistant Controls
Large pouring lip for high capacity and chunky products.
Re-inforced rolled rim design prevents damage to kettle rim, eliminates "bar rim designs"
Welded-in heating elements, (holds vacuum better, won't leak or loose water)
Kettle and all exterior surfaces are of type 304 stainless steel with an #4 finish
Rear mounted easy access pressure gauge and pressure relief valve to prevent tampering. Color coded easy to read pressure gauge with "green" and "vent air zone"
50 psi steam jacket rating for higher cooking temperatures
Water Level Control
Solid state water level control (no sight glass gauge to break or leak)
Splash proof element cover with a double gasket seal
Tilt mechanism of roller bearings and case hardened self-locking worm and segment gear
1 5/8" O.D. quad-leg supports with level adjustable feet for floor bolting
208-240 volts, 60 Hz, 3 phase, 3 wire. Field rewireable for single-phase, 2-wire systems
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