Wells 1222 1222CA owner manual Shock Hazard, ELECTRICIAN’S Installation Instructions

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NSF requires that the unit be able to be moved for cleaning underneath. A flex line or loops of copper tubing will satisfy this requirement. See Figure 2 below.

INSTALLATION (continued)

NOTE: This equipment must be installed to comply with applicable federal, state and local plumbing codes and ordinances.

712 76580 Owners Manual Hot Water Dispenser

Fig. 2 Water Supply Installation

In some areas, local codes require a backflow preventer (check valve) to be installed on the inlet water line. If a backflow preventer is used, you must install a water hammer arrester in the incoming line, between the backflow preventer and the brewer inlet, as far away from the brewer as space will allow. This will relieve the excessive back pressures that can cause faucet leaks and solenoid malfunctions.

ELECTRICIAN’S INSTALLATION INSTRUCTIONS

REFER TO ELECTRICAL SPECIFICATIONS - Page 1 Check the nameplate to determine correct electrical service required for the dispenser to be installed.

IMPORTANT: Before connecting to electricity, make sure dispenser is connected to the water supply.

Model 1222 is equipped with a cord and plug. It requires a 115

-125 volt 20 amp circuit (50/60 Hz, 2 wire plus ground, with NEMA 5-15R).

Model 1222CA is equipped with a cord and plug. It requires a 115 - 125 volt 15 amp circuit (50/60 Hz, 2 wire plus ground, with NEMA 5-15R).

CAUTION: EQUIPMENT DAMAGE

DO NOT connect Model 1225 to a circuit with voltage higher than 208V. Equipment damage will result. Such damage is NOT covered by warranty.

Model 1225 is equipped with a cord and plug. It requires a 208 volt 30 amp circuit (50/60 Hz, 2 wire plus ground, with NEMA 6-30R).

Model 1226 is equipped with a cord and plug. It requires a 240 volt 30 amp circuit (50/60 Hz, 2 wire plus ground, with NEMA 6-30R).

CAUTION:

SHOCK HAZARD

Dispenser must be properly grounded to prevent possible shock hazard. DO NOT assume a plumbing line will provide such a ground. Electrical shock will cause death or serious injury.

IMPORTANT:

Supply power must match nameplate for voltage and phase. Connecting to the wrong voltage will damage the appliance or result in decreased performance. Such damage is not covered by warranty.

IMPORTANT: Do not connect dispenser to electrical power until you are ready to fill the tank.

IMPORTANT: The ground prong of the plug is part of a system designed to protect you from electrical shock in the event of internal damage. Never cut off the ground prong nor twist a blade to fit an existing receptacle. Contact a licensed electrician to install the proper circuit and receptacle.

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Contents 712 Warranty Statement Specifications Table of ContentsApplicability Features and Operating Controls Burn Hazard Precautions and General InformationAgency Listing Information Equipment DamageRefer to Exploded Views page 14 for Component NAMES/NUMBERS InstallationPLUMBER’S Installation Instructions Unstable Equipment HazardShock Hazard ELECTRICIAN’S Installation InstructionsSTART-UP OperationWater Heater Water LevelFrequency Cleaning InstructionsTools Symptom Possible Cause Suggested Remedy Troubleshooting SuggestionsSolenoid Door Access PanelsServicing Instructions Rear PanelRemove Tank LID Assembly Temperature AdjustmentReplace Thermostat Replace Solenoid Replace Heating ElementRepair HOT Water Faucet Chemical Burn Hazard Procedure Delime the Water TankSolenoid Repair Kits Exploded Views and Parts ListsService Kits Faucet Repair Kits19 2 Reqd Description Model 1222 and 1222CA Wiring Diagram Genuin e Parts

1222 1222CA specifications

Wells 1222 1222CA represents a significant advancement in the realm of wastewater management and treatment solutions. Designed for both commercial and residential applications, this model epitomizes efficiency and reliability. It is engineered to meet the growing demand for sustainable practices in water management, addressing the complexities of wastewater through innovative technologies.

One of the hallmark features of the Wells 1222 1222CA is its advanced filtration system. The model employs a multi-stage filtration process, incorporating both mechanical and biological filtration to ensure that wastewater is treated thoroughly. The mechanical aspect utilizes fine mesh screens to capture larger particles and debris while the biological component promotes the growth of beneficial bacteria that help break down organic matter. This two-tier approach enables superior effluent quality, significantly reducing the potential for pollutants entering local water bodies.

In addition to its filtration capabilities, the Wells 1222 1222CA model includes state-of-the-art sensor technology. These sensors monitor parameters such as water levels, flow rates, and overall system performance. This real-time data collection allows for proactive maintenance and ensures that the system operates within optimal parameters. The integration of smart technology also facilitates remote monitoring and control, providing users with the ability to manage the system via a mobile application, adding convenience and enhancing operational efficiency.

The construction of the Wells 1222 1222CA is robust, utilizing high-quality, corrosion-resistant materials that ensure durability and longevity. This model is designed to withstand varying environmental conditions, making it suitable for diverse geographic locations. Furthermore, its compact size allows for easy installation in limited spaces, accommodating the needs of urban environments.

Another notable characteristic of the Wells 1222 1222CA is its energy-efficient design. By employing energy-saving technologies, the system minimizes its carbon footprint while still delivering optimal performance. This focus on sustainability is complemented by a user-friendly interface that simplifies operation for all users, ensuring that both novice and experienced operators can manage the system effectively.

Overall, the Wells 1222 1222CA offers an innovative solution for wastewater treatment, combining advanced filtration, smart technology, durable construction, and energy efficiency into one cohesive unit. This model not only meets regulatory standards but also promotes environmental stewardship, making it an invaluable asset for those dedicated to responsible water management practices.
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