Bloomfield 9016, 9010, 9012 owner manual Brewing Coffee, Preparation, POUR-OVER Operation

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BREWING COFFEE

CAUTION:

BURN HAZARD

Exposed surfaces of the brewer, brew chamber and decanter may be HOT to the touch, and can cause serious burns.

CAUTION:

BURN HAZARD

To avoid splashing or over- flowing hot liquids, ALWAYS place an empty decanter under the brew chamber before starting the brew cycle. Failure to comply can cause serious burns.

CAUTION:

BURN HAZARD

After a brew cycle, brew chamber contents are HOT. Remove the brew chamber and dispose of used grounds with care. Failure to comply can cause serious burns.

NOTE: Water for the hot water faucet is heated in a coil inside of the water tank. Use of the faucet will not affect the volume of water delivered for a brew. However, overuse of the faucet during a brew may lower the temperature of the brew water.

B. PREPARATION

 

Place one (1) genuine Bloomfield

 

paper filter in the brew chamber.

 

Add a pre-measured amount of

 

fresh coffee grounds.

 

Gently shake the brew chamber to

 

level the bed of grounds. Slide the

 

brew chamber into place under the

 

brew head.

Fig. 7 Brew Chamber

C.POUR-OVER OPERATION

NOTE: Any Integrity™ brewer can be used in the pour-over mode. BE sure “READY TO BREW” light is lit.

Place the appropriate EMPTY decanter in place under the brew chamber.

Fill a decanter with tap water. Lift the pour-over cover and pour the entire contents of the decanter into the pour-over opening, which will fill the basin.

Water from the basin will displace a like amount of heated water from the tank. The hot water will be forced into the brew head where it will spray over the bed of grounds. Freshly brewed coffee will begin to fill the container under the brew chamber. When the flow and all dripping stops, the coffee is ready to serve.

Discard the contents of the brew chamber. Rinse the brew chamber in a sink. When the ”HEAT” light goes out, the brewer is ready for another brew cycle.

C.AUTOMATIC OPERATION

BE sure “READY TO BREW” light is lit.

Place an EMPTY decanter in place under the brew chamber.

Press the “BREW” switch. The solenoid will open for an amount of time determined by the timer setting, admitting a measured quantity of water into the basin.

Water from the basin will displace a like amount of heated water from the tank. The hot water will be forced into the brew head where it will spray over the bed of grounds. Freshly brewed coffee will begin to fill the decanter under the brew chamber. At the end of the brew cycle, plus an amount of time set to allow all water to drip out of the brew chamber, two beeps will sound. When the flow and all dripping stops, the coffee is ready to serve.

Discard the contents of the brew chamber and rinse it in a sink. When the ”READY TO BREW” light comes on, the brewer is ready for another brew cycle.

601 75815 Owners Manual Integrity Decanter Brewers

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Contents Integrity Warranty Statement Shipping Damage Claims ProcedureTable of Contents SpecificationsFeatures and Operating Controls Features & Operating ControlsPrecautions and General Information Agency Approval InformationPLUMBER’S Installation Instructions Installation InstructionsLeveling the Unit Installation Instructions ELECTRICIAN’S Installation InstructionsOperation START-UPAutomatic Operation POUR-OVER FeatureHOT Water Faucet Preparation Brewing CoffeePOUR-OVER Operation Procedure Clean Coffee Brewer Cleaning InstructionsTroubleshooting Suggestions Symptom Possible Cause Suggested RemedyAccess Panels Servicing InstructionsTemperature Adjustment TempRemove Tank LID Assembly Timer AdjustmentReplace Thermostat Replace Heating Element Clean Solenoid ScreenReplace Solenoid Replace HOT Water Faucet Coil Replace Timer AssemblyRepair HOT Water Faucet Procedure Delime the Water Tank Servicing Instructions HOT Water Tank Assembly Description Used onFormed TUBE, Faucet Coil Inlet Assembly Cabinet Plumbing ComponentsElectrical Components ALTCabinet Components 126Wiring Diagrams ModelWiring Diagrams Genuin e Parts

9012, 9016, 9010 specifications

Bloomfield has made a significant mark in the world of precision machining with its innovative series of machines, particularly the Bloomfield 9010, 9012, and 9016 models. These machines embody the advanced engineering principles and cutting-edge technologies that Bloomfield is known for, making them ideal for a variety of applications across different industries.

The Bloomfield 9010 is a versatile platform known for its robust construction and high-speed capabilities. It features a powerful spindle motor that allows for increased torque and faster operational speeds, ensuring efficient machining processes. This machine is designed with user-friendly software that streamlines the programming and command procedures, making it accessible for operators of varying skill levels. Its enhanced cooling system contributes to improved precision by maintaining optimal temperatures during operation, ensuring that thermal expansion does not compromise work quality.

The Bloomfield 9012 extends the functional capabilities of its predecessor with additional features that cater to more complex machining tasks. It integrates advanced automation technologies that allow for seamless integration into existing production lines. The 9012 machine comes equipped with multi-axis machining capabilities, which enable it to perform intricate geometries with high accuracy. Furthermore, the machine's tooling system is designed to accommodate a wide range of cutting tools, enhancing its adaptability for different materials and specifications.

Lastly, the Bloomfield 9016 takes precision machining to the next level with its state-of-the-art features. This model boasts an intelligent feedback system that constantly monitors the machining process, making real-time adjustments to enhance precision and reduce waste. The 9016 is also designed with a modular architecture that allows users to customize the machine according to their specific needs, making it a flexible option for both small and large manufacturing operations. With advanced safety systems in place, operators can work confidently, knowing that the machine is designed to protect against potential mishaps.

In summary, the Bloomfield 9010, 9012, and 9016 models represent the pinnacle of precision machining technology. They are built for performance, versatility, and user convenience, making them suitable for a wide range of industrial applications. From high-speed operations to complex multi-axis machining, these machines are engineered to meet the evolving demands of modern manufacturing environments.
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