MD-44 Direction Field Conversion

MD-44 Direction Field Conversion (continued)

5.Removing the final rinse manifold requires that the rear track be unfastened to provide clearance. Refer to the illustration below. Remove six bolts holding the track supports that connect the front and rear tracks, then remove the four bolts holding the rear track at each end of the machine. Pull the rear track away from the rear of the hood slightly. It is not necessary to pull the rear track out of the machine.

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5A. Remove the 1/4-20 acorn nut holding the final rinse manifold to the rear of the machine hood. Remove the 3/4" brass nut holding the final rinse manifold to the top of the hood. Be careful not to lose the gasket on the end of the rinse manifold.

Pull the manifold down into the machine and turn the assembly so the lower rinse pipe points back toward the load end of the machine. Rotate the assembly toward the front and out of the machine.

Install the final rinse manifold at the opposite end of the machine then reinstall the rear track assembly and supports.

6.Remove the final rinse diverter. The diverter is held by four 1/4-20 acorn nuts.

Rotate the diverter 180° and install the it on the studs provided at the opposite end of the machine.

7.Remove the drain screen and install it on the opposite end of the machine after the drain piping assembly is repositioned and installed.

7A. Remove the drain hole seal assembly on the load end of the machine and set aside.

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Moyer Diebel MD-66 operation manual MD-44 Direction Field Conversion
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MD-44, MD-66 specifications

Moyer Diebel has established a reputation as a leader in the commercial dishwashing industry, known for producing technologically advanced and reliable machines. Among their popular models are the MD-66 and MD-44, both designed to meet the needs of high-volume establishments. These machines exemplify Moyer Diebel's commitment to quality and efficiency.

The MD-66 is an energy-efficient dish machine suitable for large restaurants, hotels, and institutional kitchens. With a capacity to wash up to 66 racks per hour, it significantly speeds up the dishwashing process, making it ideal for busy environments. Its unique design features a dual rinse system that ensures consistent and thorough cleaning, while its adjustable wash cycles allow operators to customize the washing intensity based on the type of load – whether heavily soiled pots or delicate glassware.

Equipped with advanced technology, the MD-66 incorporates a microprocessor control system, providing users with real-time feedback on machine performance and diagnostics. This feature helps facilitate preventive maintenance, reducing downtime, and ensuring operational efficiency. The built-in energy efficiency measures contribute to lower utility costs, making this machine not only effective but also environmentally friendly.

Similarly, the MD-44 is designed for smaller establishments that still demand high efficiency. With a capacity of 44 racks per hour, it strikes a balance between compact design and powerful performance. This machine is particularly appealing for cafes, small restaurants, and catering operations. The MD-44 shares many features with the MD-66, including adjustable wash cycles and a robust rinse system, ensuring that even smaller operations receive the same level of cleanliness and hygiene.

Both the MD-66 and MD-44 utilize advanced spray technology, providing optimal water distribution to maximize cleaning effectiveness while minimizing water usage. The user-friendly interfaces on both models simplify operation, ensuring that staff can quickly learn to use the machines without extensive training.

In summary, Moyer Diebel’s MD-66 and MD-44 dishwashing machines combine high capacity, innovative technology, and efficiency to meet the varying needs of different sizes of commercial kitchens. Their robust designs and advanced features make them reliable investments for any foodservice establishment seeking to streamline their dishwashing processes while maintaining the highest standards of cleanliness and performance. These models reflect Moyer Diebel's focus on quality engineering, customer satisfaction, and environmental responsibility.
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