Bloomfield 9311 Installation Instructions, Electric Shock Hazard, Initial SET-UP Instructions

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INSTALLATION INSTRUCTIONS (continued)

CAUTION:

Electric Shock

Hazard

Brewer must be properly grounded to a reliable earth ground to prevent possible shock hazard. Do not assume a plumbing line will provide such a ground. Electrical shock may cause serious injury.

ELECTRICIAN’S INSTALLATION INSTRUCTIONS

Refer to Electrical Specifications, page 1.

Brewer requires a dedicated single-phase circuit:

Model 9311 120/240 Volt AC, 50/60 Hz 4-Wire 20 Amps.

IMPORTANT:

Initial set-up must be performed by a qualified installer or qualified service technician. Improper set-up will damage the brewer and void the warranty.

IMPORTANT:

Complete water line installation before connecting brewer to electrical power.

MAKE SURE THE FRONT PANEL "TANK HEATER" SWITCH IS IN THE OFF POSITION BEFORE CONNECTING BREWER TO ELECTRICAL POWER.

DO NOT turn the TANK HEATER switch on until the water tank is filled. Heating element must be completely submerged in water at all times. Damage to the brewer caused by operating the heating elements dry is NOT covered by warranty.

INITIAL SET-UP INSTRUCTIONS

Plumber’s and Electrician’s installation procedures must be completed before proceeding with the set-up.

Be sure all electrical connections are secure, and that all plumbing connections are secure and leak-proof.

1. CHECK BREWER FOR PROPER CONFIGURATION

Make sure spray disk gasket is in place INSIDE of spray head.

Make sure spray disk is properly installed. Check hot water faucet for proper operation.

2. FILL WATER TANK

Be sure TANK HEATER switch is OFF, then connect brewer to electric power.

Insert an empty brew chamber under the brew head. Place an empty satellite in position. Turn the VOLUME SELECTOR switch to 1 GAL.

Press START. Water will begin filling the tank. Repeat until water flows from the brew chamber. For initial start-up, tank requires two or more 1 GAL. cycles to fill.

3.CHECK HEATING

Press TANK HEATER switch ON. Water in tank will heat to brewing temperature in approximately 30 minutes. When the water temperature reaches the brew temperature set point, the READY-TO-BREW light will glow.

Hold a suitable container under the hot water faucet, then open the faucet . Continue drawing water until all trapped air is expelled.

661 74415 9311 Single Satellite Brewer

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Contents For WithWarranty Statement Table of Contents SpecificationsFeatures and Operating Controls Features and Operating Controls Agency Approval Information General Information and PrecautionsBurn Hazard Installation Instructions Install LegsPLUMBER’S Installation Instructions Level the UnitInstallation Instructions ELECTRICIAN’S Installation InstructionsElectric Shock Hazard Initial SET-UP Instructions2 GAL Operating InstructionsBrewing Coffee HOT Water Faucet Operating InstructionsBrew & Bypass Procedure Clean Coffee Brewer Cleaning InstructionsElectric Shock Hazard Cleaning InstructionsProcedure Clean Satellite Temperature Adjustment Servicing InstructionsBrew Timer Adjustment Servicing InstructionsQuality Timer Adjustment Procedure Delime the Water Tank Chemical Burn HazardServicing Instructions Troubleshooting Suggestions Symptom Possible Cause Suggested RemedyTroubleshooting Suggestions Model 9311 Exploded View Model 9311 Parts List Wiring Diagram 9340 120 Satellite Exploded View & Parts ListModel Volts Watts Telephone Fax

9311 specifications

Bloomfield 9311 is a cutting-edge agricultural tool designed to elevate efficiency and productivity in modern farming practices. This innovative machine is engineered to cater to a variety of agricultural needs, focusing on precision farming, sustainability, and versatility.

One of the standout features of the Bloomfield 9311 is its advanced precision agriculture capabilities. Equipped with state-of-the-art GPS technology, this machine allows for precise field mapping, enabling farmers to identify optimal planting, irrigation, and harvesting strategies. This level of precision not only maximizes yield but also minimizes unnecessary resource use, contributing to sustainable farming practices.

The Bloomfield 9311 is powered by a robust, fuel-efficient engine that ensures reliability and performance in the field. This engine technology is coupled with an advanced transmission system that enhances speed and control, making it suitable for various terrains and crop types. The machine is designed to handle changes in field conditions seamlessly, ensuring that farmers can operate efficiently regardless of weather or soil variability.

An essential characteristic of the Bloomfield 9311 is its modular design, allowing for easy customization and upgradeability. Farmers can equip the machine with different attachments based on their specific operational needs, whether it’s plowing, seeding, or harvesting. This flexibility means that the investment in the Bloomfield 9311 can adapt to changing agricultural practices or crop types over time.

In terms of technology, the Bloomfield 9311 integrates data analytics tools that provide real-time feedback and insights. This feature allows farmers to monitor the machine's performance and track field conditions, leading to informed decision-making. Additionally, the machine is designed to be user-friendly, with intuitive controls and an ergonomic cab that enhances operator comfort and productivity.

Moreover, Bloomfield's commitment to environmental sustainability is reflected in the design of the 9311. With reduced emissions and enhanced fuel efficiency, the machine aligns with the growing emphasis on eco-friendly farming solutions. By investing in the Bloomfield 9311, farmers not only benefit from improved operational efficiency but also contribute to a more sustainable agricultural future.

In conclusion, the Bloomfield 9311 stands out as a revolutionary tool in the agricultural sector. With its precision farming capabilities, adaptable design, advanced engineering, and commitment to sustainability, it is poised to become a staple in modern farming operations, empowering farmers to meet the demands of an ever-changing agricultural landscape.
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