Bradford-White Corp EFR-1-60T1206EN, EFR160T120 warranty Alternate Space Heating Water Connections

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required by these appliances, you might create the potential for scald injury. To protect against injury, you must install the ASSE approved mixing valve supplied with the water heater in the water system. This valve will reduce point of discharge temperature by mixing cold and hot water in branch supply lines. Follow the instructions supplied with the mixing valve for proper installation and adjustment. The following chart details the relationship of water temperature and time with regard to scald injury and may be used as a guide in determining the safest water temperature for your applications.

Approximate Time/Temperature Scald Chart

APPROXIMATE TIME/TEMPERATURE

RELATIONSHIPS IN SCALDS

120°F (49°C)

More than 5 minutes

125°F (52°C)

1½ to 2 minutes

130°F (54°C)

About 30 seconds

135°F (57°C)

About 10 seconds

140°F (60°C)

Less than 5 seconds

145°F (63°C)

Less than 3 seconds

150°F (66°C)

About 1½ seconds

155°F (68°C)

About 1 second

 

Table 2.

ALTERNATE SPACE HEATING WATER CONNECTIONS

DANGER

Toxic chemicals, such as those used for boiler treatment, must not be introduced into potable water used for space heating.

This water heater must not be connected to an existing heating system or component(s) previously used with a non-potable water heating appliance.

All piping components connected to this water heater for space heating applications must be suitable for use with potable water.

WARNING

When the system requires water for space heating at temperatures higher than required for other means, the supplied ASSE approved mixing valve must be installed to temper the water for those uses in order to reduce the scald hazard potential.

Failure to properly pipe this water heater may result in improper operation and damage to the water heater or structure.

Oxygen contamination of this water heater will cause corrosion of iron and steel components, and can lead to water heater failure.

Connect the system supply and return piping to the water heater.

Main Power

Ultra High Efficiency

Refer to Figure 10 and Figure 11 for installation examples. Maintain a minimum ½ inch (1.3 cm) clearance from hot water piping to combustible materials.

Figure 10. Alternate Space Heating Connections

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Contents What to do if YOU Smell GAS With Troubleshooting GuideTable of Contents Page Do not Operate the Appliance Until the Leakage is Corrected Dimensions Inches Section II SpecificationsSection III General Information FeaturesTemperature and Pressure Relief Valve Condensate Elbow With Trap Do not Operate the Appliance Until the Leakage is Corrected Section IV Installation InstructionsUnpacking Minimum Clearance To Combustible Material AIR Requirements LocationRemove Crate Mechanical Exhausting of Room AIR Typical Installation IllustrationUnconfined Space Confined SpaceTypical Front Inlet Connection Typical Two Water Heater Connection Scalding Section V Water ConnectionsInstructions for Connections Alternate Space Heating Water Connections Approximate TIME/TEMPERATURE Relationships in ScaldsSection VI Venting Page Venting Direct Vent InstallationCanadian US Installations2 Installations1 Direct Vent Terminal Clearances Page Typical Horizontal Direct Vent System Typical Vertical Direct Vent System Installation Cm PVC, Cpvc Power Vent InstallationPage Typical Horizontal Power Vent System Typical Vertical Power Vent System Installation Power Vent Maximum Vent Length Multiple INTAKE/EXHAUST Terminal Separation Distances Concentric Vent Terminal Installation Procedure Vertical InstallationRain Cap to Small Vent Pipe Assembly Vent Pipe Preparation Horizontal InstallationSelection of Materials Section VII GAS ConnectionsInitial Preparation GAS Pressure Regulation GAS Meter Size Natural Gases onlySection Viii Electrical Connections Wiring Diagram and SchematicGeneral Instructions Section IX Operating InstructionsTo Fill the Water Heater Sequence of OperationLighting and SHUT-DOWN Instructions For Your Safety Read Before LightingTemperature Adjustment Or Service Needed Status IndicatorReads Idle or Heating Read OperationalSetpoint flashes for 10 seconds Press SET Button for setting to take effect immediatelyTo Decrease Setpoint Temperature Changes to C Press selectPress Set Symbol F/C Stops FlashingSetpoint shown in F Press select StepBurner Flame Check Section X MaintenanceGeneral Sight Glass Location Maintenance ScheduleDraining Water Heater Flushing Water HeaterFilling Water Heater Sediment and Lime Scale RemovalRelief Valve Anode Inspection and ReplacementDrain Valve and Tank Access Panel Combustion System Inspection Vent and AIR Intake SystemSection XI Diagnostic and Troubleshooting Guide Max Setpoint Next to Temperature Setpoint value Max Setpoint value Water Heater Display Water Heater DisplayHeating No current error codes Max Setpoint Flashes Max Setpoint stops flashing Max Setpoint continues to flashTo Display Flame Sense Current of the Pilot Flame Sensor Display of Water TemperatureSetpoint Flashes To Display and Change Temperature SetpointSetpoint Stops Flashing Flashes Changes to C F/C FlashesSymbol Stops Flashing Resetting Error Codes in Soft Lockout Condition How to reset the control from Lockout ConditionsResetting Error Codes in Hard Lockout Condition Press for 3 seconds to reset control in service modeNo Current Error Code Error Code HistoryTo view previous error codes No Error Code Shown for Code Index Error Code IndexStored Error Code For Code Index #9 ExitingSELECTServiceSETMode Page Procedure for Checking Thermostat Sensors EF Series Water Heater Section XII Parts ListCombustion Surround Assembly Ignition Control Assembly Combustion Assembly pictured previous
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EFR-1-60T1206EN, EFR160T120 specifications

Bradford-White Corporation is a leading manufacturer of residential and commercial water heating solutions, and one of its standout products is the EFR160T120, also known as the EFR-1-60T1206EN. This innovative electric water heater is designed for those seeking reliable performance, energy efficiency, and long-lasting durability.

The EFR160T120 has an impressive capacity of 60 gallons, making it suitable for households with higher hot water demands. This model features a compact design, allowing it to fit into various installation spaces, such as utility rooms or small basements, without compromising on performance. Its vertical configuration and dimensions ensure that it occupies minimal floor space while delivering optimal hot water supply.

One of the most notable features of the EFR160T120 is its high-efficiency electric heating elements. This water heater is equipped with multiple heating elements that provide quick recovery rates, ensuring that hot water is readily available when it is needed most. The intelligent design employs a top-mounted thermostat that allows for accurate temperature control, promoting consistent hot water delivery for showers, baths, and household chores.

In terms of technology, the EFR160T120 incorporates advanced insulation technology that minimizes heat loss, enhancing energy efficiency. This feature not only contributes to reduced energy bills but also lowers carbon emissions, aligning with modern eco-conscious standards. The unit features an integrated temperature and pressure relief valve, which enhances safety by preventing excessive pressure build-up and protecting the tank from potential damage.

Durability is another strong suit of the EFR160T120, as it is constructed from high-quality materials. The tank is coated with a glass lining that protects against corrosion, extending the overall life of the unit. The heater is also backed by Bradford-White's reputation for quality craftsmanship, providing peace of mind for consumers.

Furthermore, the EFR160T120 is designed with user convenience in mind. Maintenance is straightforward, and replacement parts are readily available, which facilitates easy repairs and servicing. Overall, the Bradford-White EFR160T120 water heater stands out as a reliable and efficient choice for homes that require ample hot water supply without sacrificing space or energy efficiency.