To Next PageTo Next PageHow to troubleshoot AAON V3-A control that does not power up?
If the control on your AAON Air Handler isn't powering up, the issue might stem from several causes. First, check the 24VAC or 120VAC wiring for any faults and repair them. Next, inspect the thermostat and transformer. Finally, a bad control module could also be the culprit, in which case you should replace it.
What to do if the burner does not light during trial for ignition in AAON V3-A?
If the burner in your AAON Air Handler fails to light during ignition, start by inspecting the valve wiring for any faults and repair them. If the wiring is intact, the valve itself may be bad and need replacement. Another potential cause is the control module not sparking, so check and repair the control module.
Why does the burner light but the valve turns off after the trial for ignition in AAON V3-A?
If the burner in your AAON Air Handler lights but the valve turns off after the trial for ignition, consider these potential issues: * Poor flame – adjust for a better flame. * Flame not in contact with spark electrode or sensor – ensure flame is in contact with spark electrode or sensor. * Dirty contaminated flame sensor – clean the flame sensor. * Faulty flame sensor wiring – inspect and repair flame sensor wiring. * Poor ground at burner – improve grounding at burner.
How to fix spark not occurring during trial for ignition in AAON Air Handlers?
If a spark isn't occurring during the trial for ignition in your AAON Air Handler, begin by inspecting and repairing the spark electrode wiring. If the wiring is sound, check if the spark gap is too wide and adjust it accordingly. If problems persist, the control module may be faulty and require replacement.
General| Refrigerant | R-410A |
|---|---|
| Voltage | 208/230V, 460V, 575V |
| Sound Level | Varies by model and configuration |
| Voltage Options | 208/230V, 460V, 575V |
| Unit Dimensions | Varies by model |
| Weight | Varies by model |
| Cabinet Construction | Heavy-duty galvanized steel |
Covers cautions, warnings, and dangers for safe operation, including electrical hazards and gas leaks.
Details cooling types, rows, stages, and fin pitch options.
Covers heating types, designation, stages, and supply air blower configurations.
Covers design, shipping splits, assembly, and general placement.
Details placement requirements and required clearances for installation.
Covers distances, codes, and vent terminal requirements.
Covers safe unit handling and lifting procedures.
Covers coil installation and piping considerations.
Covers TXV bulb placement and insulation.
Describes cleaning the wheel and its segments.
Details power supply, wiring, and protection requirements.
Covers drain trap installation and freeze protection.
Covers exhaust, codes, and vent system types.
Highlights safety concerns related to venting.
Covers codes, sizing, and connection requirements.
Emphasizes the importance of leak checking.
Details required gas pressures for operation.
Covers regulator and overpressure protection requirements.
Covers essential checks before operation.
Discusses field adjustments for system charge.
Details how to measure and interpret liquid sub-cooling.
Explains how to measure and interpret evaporator superheat.
Provides guidance on correcting over/undercharged systems and TXV adjustment.
Covers pre-operation checks and step-by-step instructions.
Details the sequence for starting the gas heater.
Describes the logic of the ignition control module.
Describes the function of various safety switches.
Explains the purpose of the two high limit switches.
Offers solutions for common gas heater issues.
Covers safe operation and checks for the gas heating system.
Covers safety precautions and initial cleaning steps.
Details the two-step cleaning process for E-coated coils.
Details how to set up and configure the phase monitor.
Lists crucial checks to perform before unit startup.
