To Next PageTo Next PageWhat should the voltage reading be across the Blue and Yellow transformer wires on a Rinnai Indoor Fireplace?
When measuring the voltage across the Blue and Yellow transformer wires of your Rinnai Indoor Fireplace, you should read between 130 and 185 VAC.
What voltage should I read across the Gray to Gray transformer wires on my Rinnai Indoor Fireplace?
When measuring voltage across the Gray to Gray transformer wires on your Rinnai Indoor Fireplace, the reading should be between 110 and 120 VAC.
What voltage should I read across the White to White transformer wires on my Rinnai RHFE-1001FA/VA Indoor Fireplace?
When measuring the voltage across the White to White transformer wires of your Rinnai Indoor Fireplace, you should read between 98 and 105 VAC.
What resistance reading should I get across the Blue and Red sparker board wires on a Rinnai Indoor Fireplace?
When reading resistance across the two lugs where the blue and red wires connect on the sparker board of your Rinnai Indoor Fireplace, you should measure between 100k and 120k ohms.
What should the voltage reading be across the Red to Red transformer wires on a Rinnai RHFE-1001FA/VA?
When measuring the voltage across the Red to Red transformer wires on your Rinnai Indoor Fireplace, you should read between 28 and 50 VAC.
What voltage reading should I see across the Black and Blue transformer wires in my Rinnai Indoor Fireplace?
When measuring the voltage across the Black and Blue transformer wires of your Rinnai Indoor Fireplace, you should read between 10 and 15 VAC.
General| Brand | Rinnai |
|---|---|
| Model | RHFE-1001FA/VA |
| Category | Indoor Fireplace |
| Language | English |
Explains hazard alert symbols and their meanings for safety.
Provides guidance on manual usage and recommended qualifications for repairs.
Contact information for Rinnai Technical Services for assistance.
Lists essential tools required for servicing the appliance.
Critical safety warnings regarding live testing and wiring procedures.
Describes methods to retrieve stored fault codes from the appliance's control board.
Details voltage and resistance checks for the transformer component.
Explains how to test the sparker board for proper functionality.
Lists voltage and resistance checks for gas valve solenoids.
Details diagnostic checks for the combustion motor.
Details diagnostic checks for the convection fan motor.
Explains how to test the thermistor's resistance.
Describes testing the flame rod for proper operation.
How to check the safety circuit for continuity.
Resistance checks for the overheat thermistor.
How to test the on/off button's functionality.
Information about the terminal block and jumper settings.
Lists common causes and factors that lead to hard lockouts.
Checks for correct gas pressure and orifice sizes.
Verifies proper dip switch configurations on the PC board.
Details resistance and voltage checks for solenoids and transformer.
Checks vent assembly, grounding, and receptacle polarity.
Checks gas pressure, air shutter adjustment, and orifices.
Verifies dip switch settings and vent system integrity.
Details checks for transformer, grounding, polarity, and ignition circuit.
Voltage and resistance tests for the transformer component.
Procedures for testing the sparker board.
Checks voltage and resistance of gas valve solenoids.
Details checks for the combustion motor.
Details checks for the convection fan motor.
Explains how to test the thermistor's resistance.
Testing the flame rod for proper operation.
How to check the safety circuit for continuity.
Resistance checks for the overheat thermistor.
Lists common causes and factors that lead to hard lockouts.
Checks gas pressure, air shutter adjustment, and orifices.
Verifies dip switch configurations for specific models.
Details resistance and voltage checks for solenoids and transformer.
Checks vent, thermistor, grounding, polarity, and ignition.
Voltage and resistance checks for the transformer component.
Details voltage readings for the sparker board.
Checks voltage and resistance for gas solenoids.
Details checks for the combustion fan motor.
Details checks for the convection fan motor.
Checks primary and secondary transformer readings.
Procedure to test the pressure switch.
How to check the slide temperature control.
Explains how to test the thermistor's resistance.
Information on flame rod carbon buildup and testing.
How to test the safety circuit for continuity and voltage.
Lists common causes and factors that lead to hard lockouts.
Voltage and resistance checks for the transformer.
Details voltage readings for the sparker.
Checks voltage and resistance for gas solenoids.
Details checks for the combustion fan motor.
Details checks for the convection fan motor.
Checks primary and secondary transformer readings.
Procedure to test the pressure switch.
How to check the slide thermostat.
Explains how to test the thermistor's resistance.
Information on flame rod current and carbon buildup.
Lists common causes and factors that lead to hard lockouts.
How to check the safety circuit.
How to test the main switch.
Voltage and resistance checks for the transformer.
Details voltage readings for the sparker.
Checks voltage and resistance for gas solenoids.
Details checks for the combustion fan motor.
Details checks for the convection fan motor.
Checks primary and secondary transformer readings.
Procedure to test the pressure switch.
How to check the slide thermostat.
Explains how to test the thermistor's resistance.
Information on flame rod current and carbon buildup.
Lists common causes and factors that lead to hard lockouts.
How to check the safety circuit.
How to test the main switch.
Checks gas pressure, air shutter adjustment, and orifices.
Inspects vent system, wire connections, and flame rods.
Ensures proper function of air pressure switch and vent system.
Checks thermistor operation and flame rod current.
Checks AC input and transformer voltage/resistance.
Details checks for sparker and main solenoid valves.
Checks POV valve and combustion blower motor.
Details checks for the convection fan motor.
Checks the electronic pressure switch.
Checks for continuity in the safety circuit.
Explains how to test the room thermistor.
Resistance checks for the overheat thermistor.
Testing the flame rod for micro-amps.
Lists factors causing hard lockouts.
Checks AC input and transformer voltage/resistance.
Details checks for sparker and main solenoid valves.
Checks the combustion blower motor.
Details checks for the convection fan motor.
Checks the electronic pressure switch.
Notes room temperature control integration.
Explains how to test the room thermistor.
Testing the flame rod for micro-amps.
Lists factors causing hard lockouts.
Checks continuity of the safety circuit.
How to test the main switch.
Checks AC input and transformer voltage/resistance.
Details checks for sparker and main solenoid valves.
Checks the combustion blower motor.
Details checks for the convection fan motor.
Checks the electronic pressure switch.
Explains how to test the room thermistor.
Testing flame rods for micro-amps and carbon.
Lists factors causing hard lockouts.
Checks continuity of the safety circuit.
How to test the main switch.
Checks gas pressure, air shutter adjustment, and orifices.
Inspects vent system, wire connections, and thermistor operation.
Details the sequence of actions for setting gas pressure.
Explains code selection for altitude and gas type.
Describes the expected operation after ignition.
Guidance on inspecting burner flame appearance.
Details the sequence of actions for setting gas pressure.
Guidance on inspecting burner flame appearance.
Details the procedure for adjusting manifold pressure.
Describes the expected operation after ignition.
Guidance on inspecting burner flame appearance.
