Meiko B-S74 P8 High-Volume Rackless Flight Conveyor Dishwasher
Meet the demands of large-scale foodservice operations with the Meiko B-S74 P8 M-iQ flight type rackless conveyor dishwasher. This advanced high-temperature sanitizing unit is engineered to clean up to 7,496 dishes per hour, providing exceptional throughput for busy commercial dishrooms. Designed with a highly efficient two-tank configuration without a prewash section, it optimizes facility space while delivering immaculate cleaning results. A wide, level 29-1/2 inch conveyor belt spanning the length of the machine allows for easy loading and seamless continuous washing.
Built for long-lasting durability and efficiency, the B-S74 P8 features double-wall insulated stainless steel construction that significantly reduces ambient heat loss in your kitchen. Operational costs are kept low thanks to a remarkably low water consumption rate of just 56.8 gallons per hour and an integrated Waste Air Heat Recovery System. Kitchen staff can easily operate the machine using the intuitive glass touch-screen interface, which includes selectable languages and smart cleaning features. Furthermore, a built-in three-stage variable output booster heater ensures reliable high-temp sanitizing performance with every cycle.
Key Features:
Massive Throughput: Processes up to 7,496 dishes per hour on a spacious 29-1/2 inch wide conveyor belt to handle high-volume demands.
Exceptional Water Efficiency: Operates using only 56.8 gallons of water per hour to help significantly lower commercial utility expenses.
Built-In Heat Recovery: An innovative Waste Air Heat Recovery System maximizes energy efficiency during high-capacity operation.
Advanced Touch Controls: Features a user-friendly glass touch-screen display that includes intuitive cleaning modes and multiple language options.
Superior Filtration: Utilizes M-Filter active tank water filtration and automated level management for consistent washing water quality.
Heavy-Duty Insulation: The double-wall stainless steel build keeps heat inside the machine and vents efficiently from a single point at the cool end.