Electrolux BOT300GS User Manual
High Productivity Cooking
Gas Tilting Boiling Pan
High Productivity Cooking
Gas Tilting Boiling Pan 300lt
583862 (BOT300GS)Gas Tilting Boiling Pan 300
Short Form Specification
Item No.
Unit to be Electrolux Gas Tilting Boiling Pan 300 liter capacity.
All Stainless steel construction, full jacket including heat insulated external
paneling. One piece deep drawn cooking vessel in 316 type Stainless steel.
Unit shall be floor mounted on two consoles with four adjustable Stainless
steel feet. Unit shall include motorized variable tilting of pan and fully
insulated and counterbalanced closing lid. Cooking temperature and cooking
time can be precisely set through state of the art control panel. Food sensor
temperature built into base plate permits precise temperature cooking.
liter – 230 V
ITEM #
MODEL #
NAME #
SIS #
300lt
AIA #
Main Features
•Round, tilting kettle is suitable to cook, sauté, poach or
steam all kinds of produce.
•Produce is uniformly heated in the base and side walls of
the kettle by steam hot water by an external jacket.
•Kettle shall be full jacketed including additional heat-
insulated external paneling.
•Cooking vessel (one-piece deep drawn) in 316 Stainless
steel (11 gauge / 3 mm) featuring directional pouring lip.
Double-jacket in 316 Stainless steel (14 gauge / 2 mm)
designed to operate at a pressure of 21.8 psi (1.5 bar).
•The lid, mounted on the cross beam of the unit, shall be
counterbalanced by a special hinge that remains open in all
positions.
•Lid is double-lined, insulated in 304 AISI Stainless steel.
•Steam-source: self-contained with a booster injecting steam
directly into double jacket.
•Controls are IPX5 water resistance certified.
•Actual cooking/holding temperature can be precisely set
through the control panel.
•Actual cooking/holding temperature setting and digital
display.
•Cook time settings visible through the digital display
•Pressure in double-jacket visible through digital display.
•Built in food temperature sensor for precise control of
cooking process.
•A SOFT setting for a gentle heat input, for delicate products
thus avoiding undesired spillage.
•A HOLD setting where the food is initially cooked then held
at a pre-set temperature.
•Firmly fitting insulated cover to reduce cooking time and
save energy costs.
•Ergonomic: unique ratio vessel diameter and height; motor-
assisted tilting.
•Offset tilting axle for convenient pouring height.
•Large directional pouring lip.
•Closed heating system – no waste of energy.
•Added safety: external heat-insulated paneling.
•Smooth large surfaces, easy access for cleaning.
•All pan internal surfaces round and polished.
•Kettle vessel tilts over 90° for complete emptying/cleaning.
Optional Accessories
•Strainer for tilting boiling pan, 300lt (BOT)PNC 910006 ❑
Gas Tilting Boiling Pan 300lt
High Productivity Cooking
APPROVAL:
Electrolux Professional
www.electrolux.com/foodservice
foodservice@electrolux.com
High Productivity Cooking
Gas Tilting Boiling Pan
300lt
CWI=Cold Water inlet
EI=Electrical connection
G=Gas connection
Front
Electric
Supply voltage:
583862(JURKOEOOOO)230 V/1N ph/50/60 Hz
Total Watts:0.2 kW
Gas
Gas Power:146587 Btu/hr (43 kW)
Gas Type Option:
Gas Inlet:1" NPT
Natural gas - Pressure:7" w.c. (17.4 mbar)
LPG Gas Pressure:11" w.c. (27.7 mbar)
Key Information
Top
HWI=Hot water inlet
Side
Distance to floor of pouring lip
when tilted:232 mm
Working Temperature MIN:50 °C
Working Temperature MAX:100 °C
Pan useful capacity:300 lt
Vessel (round) diameter:900 mm
Vessel (round) depth:570 mm
Net weight:430 kg
Shipping weight:450 kg
Shipping height:800 mm
Shipping width:1500 mm
Shipping depth:1000 mm
Shipping volume:1.2 m³
No clearance needed on rear sides of unit if wall is of non combustible
type. If wall is combustible, minimum 50 mm wall clearance should be
maintained.
Water fill faucet/ shower to be mounted close to unit for filling and
cleaning (not supplied).
High Productivity Cooking
Gas Tilting Boiling Pan 300lt
The company reserves the right to make modifications to the products
without prior notice. All information correct at time of printing.
2009.10.15
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