Bradford-White Corp Solar Water Heater manual Thermostat

Page 21

Operating Instructions continued-

CAUTION

Before adjusting the thermostat, turn off all power supplied to the solar water heater.

The minimum potable water temperature can be changed by adjusting the thermostat. Before any work is done on the water heater, disconnect all power to the water heater and heat source (solar collector) by opening the switch(s) at the main electrical circuit breaker or fuse box. Remove the cover and fold the insulation outward away from the control. Adjust the thermostat dial using a screwdriver until the minimum acceptable temperature is achieved. The thermostat has been factory preset to 120°F (49°C). Remember that lower temperature settings are more energy

efficient. Rotate the temperature dial clockwise to increase water temperature. Rotate the thermostat dial

counter-clockwise to decrease the temperature setting. Replace the insulation making sure that the control is well covered and that the plastic terminal shield has not been displaced. Replace the access panel. The water heater is now ready for operation and the main switch can be closed.

Figure 10 – Thermostat

After the solar water heater completes a heat-up cycle, check the water temperature at a faucet. Allow enough water to flow to ensure that the faucet water temperature reflects the tank temperature. Adjust the water heater’s temperature setting as necessary.

Adjusting to a lower temperature setting will not immediately affect water temperature. Draw sufficient water or allow the water heater to remain idle until a heat-up cycle is initiated. After the heater’s heat-up cycle is complete, check the water temperature at a faucet to determine if further adjustment is necessary.

Adjusting to a higher temperature may not immediately affect water temperature. If a heat-up cycle begins, allow the heat-up cycle to complete before checking the water temperature. If a heat-up cycle does not begin, draw sufficient water or allow the water heater to remain idle until a heat-up cycle is initiated. After the heater’s heat-up cycle is complete, check the water temperature at a faucet to determine if further adjustment is necessary.

21

Image 21
Contents Solar Water Heater with Electric Backup Congratulations Table of Contents If YOU Smell GAS Important Information Mode Model Solar Heat Exchanger Pressure Drop ChartGeneral Information FeaturesTemperature and Pressure Relief Valve Unpacking PRE-INSTALLATIONSolar Water Heating with Electric Backup Fundamentals Instructions for Potable Connections Water ConnectionsInstructions for Solar Connections Connect Solar Piping to Water HeaterFill Solar Collector System Solar Collector Piping in Drainback InstallationTypical TWO-TANK System TWO-TANK System InstallationReplacing the Solar Water Heater in a Two-tank Installation Replacing the Backup Water Heater in a Two-tank Installation Connect Electric Heating Element Backup Electrical ConnectionsConnect Solar Controller and Thermistors Wiring and Placement for the Solar Control Thermistor Water Temperature Adjustment Sequence of Heating Operations -SOLAR and Electric BackupApproximate TIME/TEMPERATURE Relationships in Scalds Operating InstructionsThermostat To inspect or replace an anode MaintenanceMaintenance Problem Cause Solution Troubleshooting GuidePart Name & Description Parts ListPage Section Section

Solar Water Heater specifications

Bradford-White Corp is a well-known name in the water heater industry, and among its innovative offerings is the Solar Water Heater, a solution that combines sustainability with performance. As consumers increasingly seek energy-efficient alternatives, Bradford-White has successfully positioned itself as a leader in solar technology.

One of the key features of the Bradford-White Solar Water Heater is its ability to harness energy from the sun to provide hot water. This system uses solar collectors that capture sunlight and convert it into thermal energy. The solar collectors can be roof-mounted or ground-mounted, making them adaptable to various property designs. They are typically made with durable materials designed to withstand harsh weather conditions, ensuring longevity and consistent performance.

The technology behind Bradford-White's solar water heating system includes a closed-loop system that circulates a heat transfer fluid through the solar collectors. This fluid absorbs heat and is pumped to a storage tank where heat exchangers transfer the energy to the water. This means that even on cloudy days, the system can still deliver energy-efficient hot water.

Another characteristic of Bradford-White solar water heaters is their compatibility with conventional water heating systems. This means that they can be installed as a stand-alone system or as a supplementary component to existing water heating units, offering flexibility depending on household needs and preferences. The integration of solar technology not only reduces energy bills but also lowers greenhouse gas emissions, making it an environmentally friendly choice.

Moreover, these systems are designed with user-friendly controls, enabling homeowners to monitor and optimize their hot water usage effortlessly. The advanced controls often come with features such as programmable settings, allowing users to take full advantage of solar energy during peak sunlight hours.

Bradford-White also prioritizes safety and efficiency in its solar water heaters. The systems are equipped with various safety features, including pressure relief valves and freeze protection measures to prevent damage in colder climates. The energy efficiency ratings are impressive, often exceeding industry standards and providing consumers with peace of mind regarding their investment.

In conclusion, Bradford-White Corp's Solar Water Heater presents an innovative solution for reducing energy costs while promoting sustainability. With advanced solar technology, durable construction, and user-friendly features, this system is an excellent choice for environmentally conscious consumers seeking reliable hot water solutions.