Scotsman – Kold Draft X-SERIES 1000 lb/Day Remote Air Cooled Full Cube Ice Machine – KD GBX1064RC

The Scotsman Kold Draft X-SERIES is designed for high-capacity, commercial ice production, producing up to 959 lbs of full cube ice per day. Ideal for large-scale operations, this remote air cooled ice machine offers exceptional performance with a stackable design that allows you to increase your ice production capacity without needing extra floor space. Its stainless steel frame ensures durability, while its horizontal evaporator and water plate assembly provide highly efficient ice production. This unit is equipped with an LCD display for easy monitoring and serviceability from the front for convenient maintenance. Please note that this machine requires a RC314APV remote condenser, which is sold separately.

Key Features:

• Up to 959 lbs of Ice Production per Day: Meets the high ice demand in commercial environments such as hotels, restaurants, or bars.
• Full Cube Ice: Produces large full-cube ice (1.25″ x 1.25″ x 1.25″) known for its slow melt rate, ideal for cocktails and beverages.
• Remote Cooled System: The remote condenser (RC314APV, sold separately) helps to reduce heat buildup around the unit, improving efficiency and cooling.
• Durable Construction: The stainless steel frame with plastic top, panels, and louvers provides superior durability while offering a clean, professional appearance.
• Horizontal Evaporator and Water Plate Assembly: This design ensures consistent and high-quality ice production, with particulates and air forced out for pure, clear cubes.
• Serviceable from the Front: The unit is designed for easy maintenance and service access from the front, reducing downtime and simplifying repairs.
• LCD Display: Offers real-time monitoring of the units performance, helping to track ice production and system status.
• Stackable Design: Stackable design allows for doubling your ice production in the same footprint with a stacking kit (sold separately).
• Energy-Efficient: Efficient air cooling system that minimizes energy consumption while maintaining high ice production rates.