Electrolux Professional
High Productivity Cooking Steam Tilting Boiling Pan, 100lt Wall mounted, Manual (COD 586056)
Where to buy
High Productivity CookingSteam Tilting Boiling Pan, 100lt Wall mounted, Manual
Wall mounted - Depth=900 mm - Steam

High Productivity Cooking
Steam Tilting Boiling Pan, 100lt Wall mounted, Manual

COD 586056

Steam tilting Boiling Pan 100lt with manual steam control, wall mounted

Where to buy
Register your product

Specifications

  • Supply voltage: 230 V/1N ph/50/60 Hz

    Total Watts: 0.2 kW

  • Type of installation: Wall mounted

  • Working Temperature MIN: 50 °C

    Working Temperature MAX: 110 °C

    Vessel (round) diameter: 640 mm

    Vessel (round) depth: 395 mm

    External dimensions, Width: 1200 mm

    External dimensions, Depth: 900 mm

    External dimensions, Height: 400 mm

    Net weight: 180 kg

    Configuration: Round;Tilting

    Net vessel useful capacity: 100 lt

    Tilting mechanism: Automatic

    Double jacketed lid: TRUE

    Heating type: Indirect

  • Steam generation: External source

    Steam inlet size: 1"

    Steam pressure Max: 1.5 bar

    Steam supply, relative dynamic pressure: 1 min bar, 1.5 max bar

  • Steam consumption: 45 kg/hr

  • Pressure, bar min/max: 2-6 bar

Product Features

Kettle is suitable to boil, steam, poach, braise or simmer all kinds of produce.
Produce is uniformly heated in the vessel by an indirect heating system using saturated steam.
Kettle is jacketed up to 134 mm from upper rim.
Isolated upper well rim avoids risk of harm for the user.
Max pressure of inner jacket at 1,5 bar; minimum working pressure at 0.5 bar.
IPX6 water resistant.
Self-contained steam-source: a booster feeds steam directly into the double jacket.
Ergonomic vessel dimensions, with a large diameter and shallow depth facilitates stirring and gentle food handling.
Edge of the large pouring lip can be equipped with a strainer (option).
Motorized, variable pan tilting with "SOFT STOP". Tilting and pouring speeds can be precisely adjusted. Pan can be tilted over 90° to facilitate pouring and cleaning operations.
Cooking vessel in 1.4435 (AISI 316L) stainless steel featuring directional pouring lip. Double-jacket in 1.4404 (AISI 316L) stainless steel designed to operate at a pressure of 1.5 bar.
External panelling and internal frame made of 1.4301 (AISI 304) stainless steel.
Double-lined insulated lid in 1.4301 (AISI 304) stainless steel mounted on the cross beam of the unit, counterbalanced by a hinge that remains open in all positions.
Safety valve avoids overpressure of the steam in the double jacket.
External steam feeding; 1,5 bars working pressure.
Safety thermostat protects against low water level in the double jacket.
Water mixing tap is available as optional accessory to make water filling and pan cleaning easier.
Ergonomic and user friendly thanks to the high tilting position and the pouring lip design which allow to easily fill containers.
Minimised presence of narrow gaps for easier cleaning of the sides to meet the highest hygiene standards.
Can be prearranged for energy optimisation or external surveillance systems (optional).
98% recyclable by weight; packaging material free of toxic substances.

Complete the form below to request more information

Explore our
Service Network

Discover more

Where to
buy this product

Discover more

Download user
manuals

Discover more

Register your
products

Discover more

Select your country

 

Global

Global

Americas

North America

América Latina (Español)

Brasil

Middle East & Africa

Middle East & Africa (English)

Asia-Pacific

South East Asia and India (English)

Malaysia (English)

Australia

中国

日本

New Zealand and Pacific Islands

Europe

België

Belgique

Česká Republika & Slovenská Republika

Danmark

Deutschland

Österreich

Eesti

España

France

Ελληνικά

Hrvatska

Italia

Magyarország

Nederland

Norge

Polska

Schweiz

Suomi

Sverige

Türkiye

UK & Ireland

CIS

Armenia, Azerbaijan, Georgia, Kazakhstan, Kyrgyzstan, Moldova, Ukraine, Uzbekistan (English)

Your browser is out-of-date!

Update your browser to view this website correctly. Update my browser now

×