Product Overview: Maxima Modular PA

The document presents the Maxima Modular PA series, a range of refrigeration units designed for various food storage applications. The series includes traditional models with modular lengths of 1250 mm and 2500 mm, featuring different configurations such as Maxima Modular PA LC and LD.

Product Variants and Dimensions

• Lengths available: 1250 mm and 2500 mm
• Variants: Maxima Modular PA LC, LD, DC, DD

Application Categories

The units are suitable for a wide range of food products, including:

• Meat, Poultry, Fish (including pre-packaged fish)
• Charcuterie, Cheese, Dairy Products, Catering
• Pastries, Fresh-cut produce (IV range), Fruits and Vegetables
• Sandwiches, Beverages, Pizza, Bakery items
• Frozen foods and ice cream

Defrosting Methods

• Natural defrosting
• Electric defrosting
• Hot gas defrosting
• Manual defrosting

Air Circulation and Condensation Systems

• Ventilated and static air circulation options
• Condensation groups: integrated or remote

Additional Features and Technologies

• Heating options: Bain-marie, Vitroceramic plate, Melting ice
• Speed variator technology for enhanced control
• LED lighting
• Zero Celsius doors
• Low consumption fans

Refrigerants and Electrical Specifications

• Refrigerants used: Propane (R290), R-134a, R404A, R744
• Electrical supply: 400V / 3-phase / 50Hz

Compressor Types

• Semi-hermetic reciprocating compressors
• Hermetic scroll compressors
• Hermetic reciprocating compressors

Installation and Noise Considerations

• Designed for external use or machine rooms
• Soundproofing options available
• Condensers can be integrated or remote
• Suitable for medium and low temperature applications

Summary: The Maxima Modular PA series offers versatile refrigeration solutions with multiple configurations, defrosting methods, and refrigerant options. It supports a broad spectrum of food products and includes energy-efficient features such as LED lighting and low consumption fans. The system is adaptable for different installation environments with options for noise reduction and condenser placement.