Wells 1222 1222CA owner manual Operation, Water Heater, Water Level, Start-Up, Use

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OPERATION

WATER HEATER

Water temperature is sensed by thermobulb inserted into the water tank. Temperature is controlled by a mechanical thermostat.

The setpoint temperature is adjustable by turning the thermostat shaft.

Excessive temperature will trip the hi-limit safety switch, disabling the heating element. The hi-limit will automatically reset when the dispenser cools.

WATER LEVEL

Water level is controlled by an electronic controller. The water level probe senses chassis ground through the water. When the water level is below the probe no ground is sensed. The controller opens the fill solenoid until the water level makes contact with the probe.

Fig. 3 Dispenser Operation Diagram

IMPORTANT:

Be sure tank is filled with water before pressing tank heater switch to ON.

A.START-UP

For initial start-up, or if the dispenser has not been used for an extended period of time:

•Be sure the water supply is properly connected and the water supply valve is turned ON.

•Be sure the WATER TANK IS FILLED.

IMPORTANT: Fill the water tank before energizing tank heater:

1.Be sure TANK HEATER SWITCH is "OFF", then plug unit into an appropriate receptacle. "POWER" light will glow any time unit is connected to electric power.

2.The fill solenoid will open and water tank will begin filling.

3.When the fill solenoid shuts off, open the faucet. Run water until the fill solenoid is energized again, then close the faucet. This will purge all air from the system. When fill solenoid shuts off, tank is filled.

4.Press tank heater switch to "ON". Tank heaters will energize. When the "HOT WATER READY" light glows, water is ready to use.

B. USE

1.Always use a container suitable for hot water.

2.Hold container under faucet. Pull faucet handle to dispense hot water. Release handle to stop dispensing.

712 76580 Owners Manual Hot Water Dispenser

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Contents 712 Warranty Statement Applicability Table of ContentsSpecifications Features and Operating Controls Precautions and General Information Agency Listing InformationEquipment Damage Burn HazardInstallation PLUMBER’S Installation InstructionsUnstable Equipment Hazard Refer to Exploded Views page 14 for Component NAMES/NUMBERSELECTRICIAN’S Installation Instructions Shock HazardOperation Water HeaterWater Level START-UPTools Cleaning InstructionsFrequency Troubleshooting Suggestions Symptom Possible Cause Suggested RemedyAccess Panels Servicing InstructionsRear Panel Solenoid DoorReplace Thermostat Temperature AdjustmentRemove Tank LID Assembly Repair HOT Water Faucet Replace Heating ElementReplace Solenoid Procedure Delime the Water Tank Chemical Burn HazardExploded Views and Parts Lists Service KitsFaucet Repair Kits Solenoid 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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