Overview of Maxima Modular C Serve-over Units

The document provides technical details and specifications for the Maxima Modular C series of serve-over refrigeration units, designed for various food display and storage applications.

1. Product Variants and Dimensions

• Available lengths: 937 mm, 1250 mm, 1875 mm, 2500 mm, 3125 mm, and 3750 mm.
• Configurations include AO 90°, AO 45°, AF 90°, and AF 45° models.
• Three main types are indicated: LC, DC, and LS, each available across the length and configuration options.

2. Application Categories

The units are suitable for displaying and storing a wide range of products, including:

• Meat, chicken, fish, and pre-packed fish
• Delicatessen items, cheese, dairy products, gastronomy
• Pastries, fruits and vegetables, sandwiches, pizza, bread
• Drinks, frozen food, and ice cream

3. Defrosting Systems

• Off-cycle defrost
• Electric defrost
• Hot-gas defrosting system
• Manual defrost

4. Refrigeration and Ventilation Features

• Ventilated and static options available
• Incorporated or remote condensing units
• Use of advanced technologies such as inverter technology and high-efficiency fans
• Propane refrigerant gas (R290) and other refrigerants like R-134a, R404A, and R744
• Compressor types include semi-hermetic reciprocating, hermetic scroll, and hermetic reciprocating compressors

5. Additional Functionalities and Components

• Bagnomaria and ceramic glass options
• Ice production capabilities
• LED lighting for enhanced product visibility
• Zero C doors for temperature control
• Soundproof housing and external installation options
• Medium and low temperature configurations

6. Electrical Specifications

• Standard power supply: 400V/3PH/50Hz

Summary

The Maxima Modular C serve-over units are versatile refrigeration solutions tailored for a broad spectrum of food retail environments. They offer multiple size options, configurations, and advanced refrigeration technologies to ensure optimal product preservation and display. The inclusion of various defrosting methods, refrigerant types, and compressor technologies allows customization based on specific operational needs and environmental considerations.