Ice-O-Matic 9041105-04 Drain Valve (replaces p/n 9041086-04)

The Ice-O-Matic 9041105-04 Drain Valve, which replaces p/n 9041086-04, is an essential component designed to optimize the efficiency and longevity of your ice machine. This drain valve plays a crucial role during the harvest cycle by ensuring fresh water enters the system while discharging old, mineral-accumulated water.

Key Features:

• Automatic Operation:Opens during the harvest cycle to allow fresh water in and discharge old water.
• Optimized Water Quality:Helps maintain water quality by removing mineral build-up.
• Durable Construction:Made from high-quality materials to withstand the demands of continuous operation.
• Easy Installation:Designed for straightforward replacement, minimizing downtime.

How It Works:

1. Harvest Cycle Activation:When the ice machine enters the harvest cycle, the drain valve automatically opens.
2. Fresh Water Inflow:The open valve allows fresh water to flow into the ice machine, preparing for the next ice-making cycle.
3. Old Water Discharge:Simultaneously, the valve discharges old, mineral-accumulated water from the system, preventing build-up and ensuring efficient operation.
4. Valve Closure:After the harvest cycle is complete, the valve closes, retaining fresh water for the next ice production cycle.

Benefits:

• Improved Ice Quality:Regular discharge of old water prevents mineral accumulation, leading to clearer, better-tasting ice.
• Enhanced Efficiency:Maintaining clean water reduces strain on the ice machine, improving overall efficiency and performance.
• Extended Equipment Life:Reducing mineral build-up helps prevent damage and wear, extending the life of your ice machine.
• Operational Reliability:Ensures the ice machine functions properly by maintaining optimal water quality and flow.

Applications:

• Commercial Kitchens:Ideal for restaurants, cafes, and other foodservice establishments using Ice-O-Matic ice machines.
• Versatile Use:Compatible with various Ice-O-Matic ice machine models, ensuring reliable performance across different environments.