Bloomfield 8372 owner manual Timer Adjustment, Remove Tank LID Assembly, Replace Thermostat

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IMPORTANT: Adjust timer with a full water bottle installed in the bottle ring.

IMPORTANT: Before setting assembly into tank, make sure tank lid gasket is properly seated on flange of lid.

DO NOT OVER-TIGHTEN.

IMPORTANT: When removing tank lid assembly, be careful to not damage or kink thermostat capillary tube.

IMPORTANT: When mounting thermostat, be sure a new seal washer is placed below the fitting on the capillary line. Push sensing bulb thru tank lid until fitting seats.

Tighten capillary lock nut only enough to ensure no water leakage. Excessive tightening is not necessary.

SERVICING INSTRUCTIONS (continued)

TIMER ADJUSTMENT

The amount of water dispensed automatically during a brew cycle is controlled by the timer.

Place empty decanter under brew chamber. Press BREW button. Brewer should dispense one decanter of water. To adjust amount:

Remove brew chamber and button plug. Adjust knob on timer; clockwise increases time. Run several cycles to check amount of water delivered. Replace button plug.

REMOVE TANK LID ASSEMBLY

Unplug brewer or turn circuit breaker OFF. Remove water bottle. Run water from the hot water faucet until no more water flows Remove top panel. Siphon water from the tank through the faucet supply fitting until the water level in the tank is below the tank lid.

Pull vent tube and inlet elbow out of basin pan. Remove basin pan.

Disconnect faucet supply from tank lid.

Disconnect wires from thermostat. Remove screws holding thermostat to bracket. Do not remove thermobulb from tank lid. Thermostat is removed with the tank lid.

Disconnect all wiring from heating element. Slide hi-limit out of the way.

Loosen center screw on tank hold-down bracket and loosen acorn nuts. Remove hold-down bracket by sliding short slotted end off of locking stud and lifting it off. Remove tank lid assembly by lifting it straight up.

Reassemble in reverse order.

REPLACE THERMOSTAT

Unplug brewer or turn circuit breaker OFF. Remove water bottle and drain water from hot water faucet until no more water flows. Remove top panel.

Disconnect all wiring from thermostat only. Loosen and free jam nut from pass-thru fitting securing temperature sensing bulb. Remove two screws holding thermostat to bracket.

Lift out thermostat, sensing bulb and thermostat gasket. Reassemble in reverse order.

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Contents Model Warranty Statement Shipping Damage Claims ProcedureModel Style Volts Watts Amps Power Supply Cord Table of ContentsSpecifications Features and Operating Controls Burn Hazard Precautions and General InformationElectrical Damage Agency Approval InformationEquipment Hazard Installation InstructionsELECTRICIAN’S Installation Instructions Leveling the UnitPersonal Injury START-UPOperation Automatic Operation HOT Water FaucetBrewing Coffee PreparationCleaning Instructions Electric Shock HazardProcedure Clean and Sanitize Basin Pan Electric ShockTroubleshooting Suggestions Symptom Possible Cause Suggested RemedyServicing Instructions Access PanelsTemperature Adjustment Replace Thermostat Timer AdjustmentRemove Tank LID Assembly Replace Heating Element Replace Timer AssemblyReplace Brew Ready LIGHT, Brew Switch or Warmer Switch Replace Warmer ElementProcedure Delime the Water Tank Servicing Instructions Exploded View & Parts List Plumbing ComponentsExploded View & Parts List PART# Description QTY Wiring Diagram Telephone Fax

8372 specifications

Bloomfield 8372 is a notable player in the realm of advanced technological systems, specifically tailored for diverse industrial applications. This model exemplifies cutting-edge design and engineering, ensuring it remains at the forefront of innovation.

One of the standout features of the Bloomfield 8372 is its robust construction. Built with high-grade materials, this model ensures durability and longevity, making it suitable for even the most demanding environments. It is designed to withstand significant wear and tear while maintaining a high level of performance, which is essential in commercial settings where efficiency is paramount.

In terms of technology, the Bloomfield 8372 incorporates state-of-the-art automation features. This enables seamless integration with existing workflows, reducing manual intervention and minimizing the risk of human error. The automation capabilities include sophisticated controls and smart sensors that monitor performance in real-time, providing valuable insights for optimal operation. Users can expect enhanced precision in tasks, leading to improved productivity.

Another significant characteristic of Bloomfield 8372 is its user-friendly interface. The intuitive design allows operators to navigate the system effortlessly, ensuring quick adaptation and ease of use irrespective of technical expertise. The interface also provides comprehensive data visualizations, empowering users to make informed decisions based on real-time analytics.

Energy efficiency is a critical consideration in modern equipment design, and Bloomfield 8372 excels in this domain. By utilizing advanced energy-saving technologies, this model not only reduces operational costs but also aligns with sustainability goals. It is engineered to consume less power while delivering maximum output, making it an eco-friendly choice for organizations looking to minimize their carbon footprint.

Moreover, the Bloomfield 8372 is highly versatile. It can be customized to meet specific customer requirements, making it suitable for a wide array of applications. Whether it's in the food service industry, manufacturing, or healthcare, this model adapts to varying needs, providing tailored solutions without compromising on performance.

In conclusion, the Bloomfield 8372 stands out for its combination of durability, advanced automation, user-friendly design, energy efficiency, and versatility. These characteristics make it a reliable choice for businesses aiming to enhance operational efficiency while adhering to modern technological standards. As industries continue to evolve, models like the Bloomfield 8372 will undoubtedly play a crucial role in shaping the future of industrial practices.
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