Why does Eclipse VeriFlame 5600 Measuring Instruments display “UNSAFE AIR SHORT” message?
The “UNSAFE AIR SHORT” message on your Eclipse Measuring Instruments display indicates that the air switch is improperly adjusted, shorted, or wired incorrectly. To resolve this, check the air switch settings and the wiring to the air switch.
What to do if there are scrambled messages on Eclipse Measuring Instruments remote display?
If you are seeing scrambled messages on the remote display of your Eclipse Measuring Instruments, it is likely due to electrical interference. To address this, check the grounding in the system, separate the communication cable, and move the ignition circuit.
How to fix high voltage reading on Eclipse VeriFlame 5600 Measuring Instruments?
A voltage reading greater than 15VDC at the “Test Point” on the Veri-Flame faceplate of your Eclipse Measuring Instruments indicates improper grounding. Check the grounding of the neutral at the control power transformer.
What to do if Eclipse VeriFlame 5600 Measuring Instruments cannot initiate start sequence?
If your Eclipse Measuring Instruments cannot start, there are several potential causes: * The main valve may not be closed. Check the main valve closed switch for voltage (or its absence). * The air pressure switch may not have made contact. Inspect the air pressure switch adjustment, air filter, blower rotation, and outlet pressure from the blower, checking for proper voltage. * The high or low gas pressure switch might have tripped. Verify incoming gas pressure and adjust if needed. Also, check the pressure switch setting and operation for correct voltage. * The flame safeguard system may be malfunctioning due to a shorted-out flame sensor or electrical noise. A qualified electrician should investigate and fix this. * The purge cycle may not be complete. Review the switch sett...
Describes DIP switch settings for No Purge models.
Describes DIP switch settings for Modulation and Purge models.
Explains how the Veri-Flame restarts the sequence after flame or air failure.
Describes how to enter and exit pilot test mode to check pilot flame.
Explains system errors and lockout conditions, their causes, and indicators.
Details the modulation feature for high and low fire purge times.
Details wiring of interlock, control, and limit switches.
Explains wiring for combustion air switch input for purge/modulation models.
Guidance on routing sensor wiring to avoid electrical interference.
How to measure and interpret flame signal strength using a voltmeter.
Procedure to ensure sensor detects a pilot flame sufficient to light the main burner.
Test to verify pilot flame failure detection.
Test for main flame failure detection in interrupted pilot systems.
Periodic checks of interlock and limit switches.
Importance of preventative maintenance for system reliability and efficiency.
Describes DIP switch settings for No Purge models.
Describes DIP switch settings for Modulation and Purge models.
Explains how the Veri-Flame restarts the sequence after flame or air failure.
Describes how to enter and exit pilot test mode to check pilot flame.
Explains system errors and lockout conditions, their causes, and indicators.
Details the modulation feature for high and low fire purge times.
Details wiring of interlock, control, and limit switches.
Explains wiring for combustion air switch input for purge/modulation models.
Guidance on routing sensor wiring to avoid electrical interference.
How to measure and interpret flame signal strength using a voltmeter.
Procedure to ensure sensor detects a pilot flame sufficient to light the main burner.
Test to verify pilot flame failure detection.
Test for main flame failure detection in interrupted pilot systems.
Periodic checks of interlock and limit switches.
Importance of preventative maintenance for system reliability and efficiency.
General| Brand | Eclipse |
|---|---|
| Model | VeriFlame 5600 |
| Category | Measuring Instruments |
| Language | English |
To Next Page
