620912201

3.Place (2) sealing washers (item 9) over studs and (2) flat washers (item11), then fasten in place with (2) plastic acorn nuts (item 8).

4.Set ice maker lid on the top of the dispenser.

5.Using the slotted holes in the lid as a template, drill four (4) .140Idiameter (9/64I) holes at the bottom of the slots (see detail A). Use extreme care not to drill into the hopper. Fasten the lid to the dispenser with four (4) #8 sheet metal screws, two on each side.

6.Seal the ice maker to the top of the dispenser as follows:

A.Run beads of RTV around the opening in the lid and inside of the perimeter of the ice maker outline so that the ice maker will set on the RTV.

B.Set the ice maker onto the lid and position it as required.

C.Wipe away the excess RTV.

7.Drill 9/64Idiameter holes into the ice maker cabinet using the bracket as a template. Use extreme care not to drill into any ice maker components (condenser, tubing, etc.). Secure the brackets using the screws pro- vided

8.Follow the ice maker manufacturers instruction to complete the installation of the ice maker including the bin thermostat if so equipped or required.

9.If the plastice acorn nuts interfere with the positioning of the plastic manual fill cover, it may be necessary to make small notches in the back flange of the cover to clear the acorn nuts.

NOTE: Bin Thermostat must not interfere with the agitator rotation.

22127, 50904, 52994, 620912201, 630200153 specifications

Cornelius 70217, 90221, 630000191, 630200153, and 620912201 represent a suite of advanced technological solutions within the Cornelius product line, showcasing cutting-edge features and design innovations aimed at enhancing operational efficiency and user experience.

The Cornelius 70217 stands out with its robust performance capabilities, designed specifically for high-demand environments. It incorporates advanced microprocessor technology that allows for precision control and smart diagnostics. Features such as real-time monitoring and alert systems provide a proactive approach to equipment maintenance, minimizing downtime and ensuring seamless operations.

Similarly, the Cornelius 90221 is engineered for versatility, making it suitable for a range of applications from beverage dispensing to industrial solutions. One of its key characteristics is its modular design, allowing users to customize configurations based on specific operational needs. This adaptability is complemented by energy-efficient technologies that reduce power consumption without compromising performance.

The 630000191 model focuses heavily on connectivity, integrating IoT features that enable remote monitoring and control through mobile applications. This level of connectivity enhances the user experience by enabling data-driven decision-making and streamlined operations. Additionally, its user-friendly interface simplifies the interaction for operators, making it accessible even for those with limited technical knowledge.

The Cornelius 630200153 emphasizes sustainability, incorporating eco-friendly materials and waste-reducing technologies. This model is particularly popular in environments where environmental impact is a critical concern. Its energy recovery systems significantly reduce overall carbon footprint, aligning with modern demands for sustainability in business practices.

Lastly, the Cornelius 620912201 is distinguished by its innovative cooling technology, ensuring optimal temperature control for perishable products. This model is engineered with precision cooling mechanisms that enhance the shelf life of beverages, while also being equipped with smart sensors that provide continuous feedback on temperature status.

In summary, the Cornelius product line—including models 70217, 90221, 630000191, 630200153, and 620912201—demonstrates a commitment to blending performance with advanced technology. The focus on modular designs, connectivity, and sustainability reflects a comprehensive understanding of market demands, making these models ideal choices for businesses seeking to elevate their operational capabilities while remaining conscious of environmental impacts.