Manitowoc Water-Cooled Ice Machines

Manitowoc water-cooled ice machines use water to remove condenser heat, reducing the amount of heat released into the surrounding workspace and supporting operation in confined areas. Choose compact undercounter units with built-in bins or modular heads for higher-volume ice needs.

Filters

About Manitowoc Water-Cooled Ice Machines

A Manitowoc ice machine with water-cooled refrigeration transfers condenser heat to a water supply instead of relying primarily on surrounding air. Although air-cooled systems are common, water-cooled designs suit confined equipment areas and large operations, such as hospitals and cruise ships, that use cooling towers. Water-cooled equipment requires adequate water connections and drainage, and it must be installed according to local regulations.

Common Manitowoc Water-Cooled Ice Machine Styles & Features

  • Water-Cooled Condensers: Expel condenser heat through water instead of releasing most of it into the surrounding air
  • Programmable Controls: Select models provide controls for cleaning, production scheduling, operating status, and maintenance alerts
  • Serviceable Components: Removable foodzone parts, accessible storage areas, and diagnostic features on select models support routine cleaning and maintenance
  • Water Filtration: Select NEO undercounter units include integrated filtration, while other installations may require a compatible external filtration system

Choosing a Manitowoc Ice Machine

Choose a Manitowoc water-cooled ice machine by evaluating machine configuration, daily ice demand, storage needs, available utilities, and preferred ice shape.

Configuration

  • Undercounter: These self-contained units combine ice production and storage in one cabinet. They work well behind bars, at beverage stations, and in kitchens that need ice close to the point of use without a separate bin
  • Modular: Modular models can provide greater production capacity and flexible storage options for restaurants, hotels, cafeterias, and other operations with substantial ice demand
  • Machine Head with Dispenser: Some modular Manitowoc nugget and cube ice machine heads can pair with compatible beverage or ice dispensers. Confirm compatibility between the machine, adapter, and dispenser before installation

Ice Shape

  • Full-Cube Ice: Large, solid cubes melt slowly, preserving drink flavor
  • Half-Cube Ice: Smaller cubes pack closely in glasses and provide substantial beverage displacement
  • Nugget Ice: Soft, chewable pieces work well in soft drinks, blended beverages, healthcare settings, and self-service beverage stations
  • Flake Ice: Small, moldable pieces surround products closely, making flake ice useful for seafood displays, salad bars, produce displays, and healthcare applications

Ice Production and Storage Needs

Choose a production capacity that accommodates peak periods. Storage capacity is also important, especially for operations with regular rush periods. Manitowoc ice production ratings can vary with incoming water and ambient temperatures, but water-cooled models are generally less affected by temperature fluctuations than air-cooled units.

Water, Drain, and Installation Requirements

Manitowoc water-cooled ice machines require water connections for ice production and condenser cooling. Before selecting a unit, verify water pressure, water temperature, drain locations, electrical service, and plumbing requirements. Because these machines use additional water for condenser cooling, recirculating water systems with cooling towers can help manage condenser water usage.

Frequently Asked Questions

How does a Manitowoc water-cooled condenser work?

A Manitowoc water-cooled condenser transfers heat from the refrigeration system to flowing water. This process reduces the amount of condenser heat discharged into the surrounding room and supports operation in locations where ambient heat or limited airflow can affect air-cooled equipment performance.

When should an operation choose a water-cooled ice machine instead of an air-cooled model?

Water-cooled equipment is useful in confined equipment areas or locations where high ambient temperatures and limited airflow can affect air-cooled condenser performance. It also works well in larger operations, such as hotels and hospitals, that require high-volume ice production in occupied areas. Air-cooled models consume less water, so operators should consider local utility costs and installation requirements when comparing the two systems.

What types of ice do Manitowoc water-cooled ice machines produce?

Available Manitowoc water-cooled models produce full-cube, half-cube, nugget, and flake ice. The appropriate shape depends on the application, from beverage service and cocktails to product displays and healthcare use.

Does a water-cooled ice machine use more water than an air-cooled machine?

Yes. In addition to the water used to produce ice, a water-cooled unit uses water to remove heat from the condenser. Operators should evaluate water availability, utility costs, local regulations, and the potential use of a recirculating system before installation.

What should operators consider when sizing a Manitowoc ice machine?

Consider daily and peak ice requirements, service volume, storage capacity, available installation space, ice shape, and expected operating conditions. Modular systems can pair machine heads with storage bins sized for the operation’s production and storage needs, while undercounter models provide production and storage in a smaller footprint.

Shop Trusted Manitowoc Water-Cooled Ice Machines at KaTom

Manitowoc Ice offers NEO undercounter machines, Indigo NXT modular cube ice makers, and modular nugget and flake machines. Water-cooled configurations are available for compact beverage stations, high-volume foodservice facilities, and other commercial applications.

Back to top