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General| Model Number | RE2H50S 1NCWT |
|---|---|
| Type | Electric |
| Capacity | 50 Gallons |
| Energy Source | Electric |
| Voltage | 240V |
| Wattage | 4500W |
| Phase | 1 |
| Heating Elements | 2 |
| Diameter | 22 inches |
| Weight | 150 lbs |
| Warranty | 6 Years |
| Recovery Rate | 21 GPH |
Important safety warnings, including fire, explosion, electric shock risks, and handling submerged appliances.
Details Heat Pump (Only) mode as the most energy-efficient option, using surrounding air to heat water.
Describes Hybrid Mode, balancing energy efficiency with recovery speed using both heat pump and electric elements.
Warns about scald risks from high water temperatures and recommends mixing valves for safety.
Provides instructions on adjusting the water temperature from the factory preset of 120°F to a desired range.
Explains how sufficient air exchange is crucial for optimal performance and efficiency, preventing increased energy consumption.
Explains thermal expansion in closed water systems, its causes, potential damage, and solutions like expansion tanks.
Steps to take before connecting water supply, including closing the main valve and relieving pressure.
Emphasizes the critical role and proper installation of the temperature-pressure relief valve for safety.
Warns about the risk of flammable hydrogen gas accumulation and precautions to take before use.
Highlights the danger of hot water scalds, especially for children, disabled, and elderly, and recommended settings.
Details requirements for installing the temperature and pressure relief valve, including rating, BTUH capacity, and discharge piping.
Details electrical connection requirements, voltage specifications, and warnings about power management devices.
Stresses the critical importance of proper ground connection for electrical safety and preventing isolation.
Provides detailed instructions for disconnecting power, draining, removing, inspecting, and reinstalling the anode rod.
Lists and explains fault codes related to evaporator, superheat, compressor, EEV, ambient temperature, and current draw.
Details fault codes indicating failures in tank temperature sensor, compressor, fan, and various thermistor sensors.
Explains fault codes for sensor failures, low voltage, dry tank conditions, and dirty filters.
Covers fault codes related to memory, anode depletion, wiring issues, low voltage, blocked drains, and update failures.
