Using Your Electric Kettle, To Heat Water

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USING YOUR ELECTRIC KETTLE

Water Level	Amount of Ground Coffee
42 cups (10.5 L)	21⁄2 cups (625 ml)
36 cups (9 L)	21⁄4 cups (562.5 ml)
30 cups (7.5 L)	13⁄4 cups (437.5 ml)
24 cups (6 L)	11⁄2 cups (375 ml)
18 cups (4.5 L)	1 cup (250 ml)
12 cups (3 L)	3⁄4 cup (175 ml)

NOTE: We recommend using coffee that has been ground specifically for use in a percolator-typecoffee maker. Although, coffee marked “For All Coffee Makers” is acceptable. If using a coffee grinder and whole beans, percolator coffee should be a coarse grind. A finely ground coffee may cause the coffee basket to overflow.

TO HEAT WATER

Use heated water to make instant coffee, hot cocoa, or tea.

NOTE: Do not store the unit with water remaining inside.

1.To heat water, remove cover, coffee basket and stem. Fill

coffee urn with cold water to desired level as indicated by numbered servings on inside of urn.

2.Place stem into coffee basket then place large end of stem into heating unit well. (Using the stem and basket will speed heating time.)

3.Place cover onto coffee urn and turn to lock. Plug in coffee urn and let go through complete perk cycle. Water is hot when Ready light glows.

106840, 840146700 specifications

The GE 840146700,106840 is a high-performance industrial motor known for its reliability and efficiency in various demanding applications. This motor is designed with advanced technologies that make it suitable for operations in diverse environments, from manufacturing facilities to energy production plants. One of the standout features of this motor is its robust construction, allowing it to withstand high operating loads and extreme conditions without compromising performance.

The 840146700,106840 model incorporates various efficiency-enhancing technologies that contribute to its overall effectiveness. It is equipped with a premium-efficiency design, which significantly reduces energy consumption compared to standard motors. This energy efficiency not only lowers operational costs but also helps organizations meet sustainability goals by minimizing their carbon footprint.

Another key characteristic of this motor is its versatile compatibility with a range of control systems. This flexibility facilitates integration into existing infrastructure, whether through VFD (Variable Frequency Drive), soft starters, or other motor control technologies. This adaptability is crucial for industries that require precise speed and torque control to optimize their processes.

Durability is a cornerstone of the GE 840146700,106840. This motor features high-grade materials and advanced engineering methodologies that enhance its mechanical integrity and lifespan. The use of superior bearings, insulation systems, and cooling technologies contributes to lower maintenance needs and reduces downtime, ensuring uninterrupted operations in critical applications.

The motor also excels in thermal performance, with advanced cooling systems designed to maintain optimal operating temperatures. This thermal management is essential for maintaining efficiency and extending the motor’s operational life, even in high-demand scenarios.

Furthermore, the GE 840146700,106840 meets or exceeds various industry standards for safety and performance, providing peace of mind for operators. Its compliance with rigorous testing protocols ensures it is built to perform reliably over time.

In summary, the GE 840146700,106840 industrial motor combines advanced features, efficient technologies, and robust characteristics to deliver outstanding performance across multiple applications. Its energy efficiency, durability, and versatile compatibility make it a preferred choice for industries looking to enhance productivity while maintaining cost-effectiveness.