Talsa REA 725 Cooker

• Cooking and pasteurising meat products such as pâtés, terrines, and cooked sausages.
• Preparing sauces, soups, and stews in large batches for food service or further processing.
• Sterilising and cooking ready meals or components for chilled and frozen food production.
• Heating and holding viscous products like jams, preserves, and fruit fillings.

Typical capacity

For this model class, capacities commonly range from 500 to 1000 litres, with the '725' likely indicating a nominal volume in litres.

Power supply

This unit is electrically heated, specified at 35kW. Units of this type typically require a 3-phase industrial electrical supply, commonly 400V or 415V.

Heating method

Electrically heated, often via a jacketed system for indirect and even heat distribution.

Temperature control

Units of this type typically feature integrated temperature probes and digital controls for precise cooking and holding.

Construction material

Commonly constructed from food-grade stainless steel (e.g., AISI 304 or 316) for hygiene and durability.

Agitation

Many cooking vessels in this category include an agitator or stirrer, which may be variable speed, to prevent burning and ensure uniform cooking.

Drainage

Typically fitted with a large diameter bottom outlet valve for efficient product discharge.

• What kind of products is a Talsa REA 725 Cooker best suited for?

  This cooker is well-suited for a wide range of liquid and semi-liquid food products requiring precise temperature control, such as pâtés, sauces, soups, and ready meal components.

• What are the typical maintenance requirements for a used cooking vessel like this?

• Can this unit be used for both cooking and chilling?

• What safety features are commonly found on this class of equipment?

• Is specialist installation required for a 35kW electrical cooker?

Used cooking vessels and kettles are valued in food processing for reliable thermal performance when properly maintained. Buyers typically prioritise construction quality, material condition, and heating system functionality. Key considerations include capacity specifications, internal surface condition, and seal integrity. These units generally offer good value when sourced from reputable previous operators. Industry sentiment favours equipment with documented service history and minimal corrosion. Stainless steel variants are particularly sought after for durability and hygiene compliance in commercial food preparation environments.

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