OPERATING INSTRUCTIONS

663 76061 Owners Manual for 9102A Single Satellite Brewer

Fig. 5 Control Panel

BREWING COFFEE

Prepare the Brew Basket:

Make sure the wire rack is properly installed in the brew chamber.

Insert one (1) Bloomfield paper filter into the brew chamber. Make sure the filter is properly supported by the wire rack.

Add a measured amount of grounds to the brew basket. Recommendations (may vary, depending on type of coffee and personal taste preferences):

To brew 1/2 gallon, use 2.25 oz (64 gm) of coffee To brew 1 gallon, use 4.50 oz (128 gm) of coffee To brew 1-1/2 gallon, use 8.40 oz (240 gm) of coffee

Gently shake the basket to level the grounds. Slide the brew chamber under the brew head.

Insert the Satellite:

Slide satellite under the brew chamber until it is fully seated. Press WARMER switch ON.

(9102A) Select Brew Volume:

Press VOLUME SELECT switch to 1/2 GAL or 1 GAL

(9104A) Select Brew Volume:

Press VOLUME SELECT switch to 1 GAL or 1-1/2 GAL Start the Brew:

Press the START BREW switch.

NOTE: The brew can be cancelled at any time by pressing the STOP BREW switch.

At the end of the brew, be sure all water has stopped dripping before removing the brew chamber.

When the READY-TO-BREW light comes on, the brewer is ready to run another brew cycle.

Empty the Brew Basket:

Discard the grounds and the paper filter. Rinse the brew chamber under clear water.

7

Fig. 6 Brew Basket

IMPORTANT:

To avoid overflows, DO NOT start the brew cycle unless an EMPTY satellite is in place under the brew chamber.

NOTE: The brew can be cancelled at any time by pressing the STOP switch.

NOTE: DO NOT change the VOLUME SELECT switch during a brew. This will disrupt the brew cycle.

CAUTION:

Burn Hazard

Basket and contents are hot to the touch and may cause burns on contact.

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Bloomfield 9104A, 9102A owner manual Operating Instructions, Brewing Coffee
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9104A, 9102A specifications

Bloomfield 9104A and 9102A are two latest innovations in the realm of advanced manufacturing equipment, specifically designed for high efficiency and precision in various industrial applications. These models stand out due to their unique features, state-of-the-art technologies, and robust characteristics, making them suitable for both small-scale operations and large industrial setups.

The Bloomfield 9104A is tailored for a wide array of applications, offering improved performance metrics compared to its predecessors. One of its standout features is the enhanced processing speed, which reduces production time significantly. This is largely due to its advanced control system, which integrates real-time data analytics and machine learning algorithms. This enables predictive maintenance, minimizing downtime and ensuring smoother operational flow.

On the other hand, the Bloomfield 9102A is optimized for versatility and user-friendliness. It boasts an intuitive interface that allows operators to adjust settings with ease, enhancing overall productivity. The unit is designed to handle a variety of materials, demonstrating its flexibility in manufacturing processes. Its compact design does not compromise performance, making it ideal for facilities with limited space.

Both models employ cutting-edge technologies that cater to modern manufacturing requirements. The inclusion of IoT connectivity allows for seamless integration into smart factories. This feature enables remote monitoring and control, as well as the capability to gather performance data for further analysis and optimization.

As for characteristics, durability and reliability are key aspects of both models. Built with high-quality materials and components, they are designed to withstand the rigors of continuous operation. Additionally, the energy-efficient designs contribute to lower operational costs and a reduced carbon footprint, fulfilling the growing demand for sustainable manufacturing solutions.

In summary, Bloomfield 9104A and 9102A represent the next generation of manufacturing equipment, equipped with advanced technologies that enhance operational efficiency, versatility, and sustainability. Their unique features and robust designs make them valuable assets for any industrial operation, paving the way for future innovations in the manufacturing sector.
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