Ziegra 1200kg Ice Machine

• Preservation of fresh fish and seafood in processing plants and retail.
• Cooling of produce and dough in bakeries and food manufacturing.
• Chilling of chemicals and pharmaceuticals in industrial processes.
• Use in laboratories for sample cooling and temperature control.
• Buffet and display chilling in catering and hospitality settings.

Typical capacity

This model is designed for high-volume production, typically producing around 1200kg of ice per 24 hours under optimal conditions.

Ice type

Units of this type commonly produce chip or micro ice, known for its excellent cooling properties and gentle handling of products.

Refrigerant

Historically, units like this ran on refrigerants such as Freon 404a; buyers should confirm the current refrigerant and any conversion details with the seller.

Design

The 'in cabinet' design typically indicates a self-contained unit, simplifying installation and reducing footprint compared to split systems.

Power supply

Industrial ice machines of this capacity commonly require a 3-phase electrical supply, typically 400V, 50Hz in the UK.

Cooling method

Units of this class can be either air-cooled or water-cooled; buyers should confirm the specific cooling method for this unit.

• What is 'chip/micro ice' and what are its benefits?

  Chip or micro ice consists of small, irregular flakes. It offers a large surface area for rapid cooling, is gentle on delicate products, and prevents bruising or damage.

• What maintenance is typically required for an industrial ice machine?

• Can this machine be used with a different refrigerant if 404a is being phased out?

• What are the typical space requirements for a Ziegra ZBE1200R?

• What water supply is needed for an ice machine of this size?

Cold rooms and refrigeration units are considered essential assets in food processing operations. Buyers typically prioritise reliability, energy efficiency, and ease of maintenance when selecting used models. Industry sentiment favours equipment from reputable manufacturers known for durability. Key considerations include checking refrigerant systems, insulation condition, and temperature consistency. Well-maintained units often deliver strong performance at reduced cost compared to new alternatives, making them attractive for budget-conscious operations seeking dependable temperature control.

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