Manitowoc JCF0900-251 Remote Condensing Unit Vertical Discharge Air Cooled for Salt Spray Environments

The Manitowoc JCF0900-251 is a high-efficiency vertical discharge remote condenser designed specifically for the Indigo® NXT™ Series ice cube machines. This rugged, air-cooled unit operates with R404A refrigerant and is engineered to withstand salt spray environments, making it an ideal choice for coastal locations.

Key Features:

• Compatible with Indigo NXT Series models: JCF0500, JCF0500Q, JCF0900, and JCF0900Q.
• Operating range from -20°F (-29°C) to 120°F (49°C).
• Requires only 20” (50.8 cm) of bottom clearance for installation.
• Pre-charged components with refrigerant for easy and quick installation.
• Includes quick-connect fittings to simplify setup.

Installation Flexibility:

The remote condenser system is designed for maximum efficiency and flexibility. It allows for:

• Maximum horizontal distance: combined vertical and horizontal distances from ice machine to condenser must ensure effective heat dissipation.
• Maximum line length of 100' (30 m) for optimal performance.
• Vertical rise of up to 35' (10.5 m) and vertical drop of 15' (4.5 m) from the ice machine.

Energy Efficiency:

This remote condensing unit contributes to improved efficiency and increased ice production, helping conserve energy and reduce operating costs. By lowering the ambient air temperature around the ice machine, it effectively minimizes air conditioning loads.

Durability and Warranty:

The Manitowoc JCF0900-251 is built with a coated coil model for enhanced durability, especially in challenging salt spray environments. It comes with a reassuring 3-year parts and labor warranty for peace of mind.

Order Information:

Please note that the ice cube machine, ice storage bin, vertical discharge remote condenser, and line set should be ordered separately to suit your specific needs.

Optimize your ice-making capabilities with the Manitowoc JCF0900-251 Remote Condensing Unit, designed for reliability and high performance in demanding conditions.