What to do if my Eclipse Winnox WX Burner cannot initiate a start sequence?
If your Eclipse Burner cannot start, it might be due to several reasons: the air pressure switch not making contact (check adjustment, air filter, blower rotation, and outlet pressure), the high or low gas pressure switch activating (check incoming gas pressure, adjust if needed, and check switch setting), main power is off (switch to the “On” position).
Why is my Eclipse Winnox WX not reaching full capacity?
If the Eclipse Burner cannot achieve full capacity, it could be because the air filter is blocked (clean or replace it) or the gas pressure going into the ratio regulator is too low (adjust the gas pressure).
Why is my Eclipse Burner unstable and producing soot, smoke, or excessive carbon monoxide?
If the Eclipse Burner is unstable and produces soot, smoke, or excessive carbon monoxide, the air/gas ratio may be out of adjustment. To solve this, measure all the gas pressures and air pressures, then compare them to the documented initial start-up settings and adjust them where necessary.
How to fix a weak or unstable low fire flame on my Eclipse Burner?
A weak or unstable low fire flame on your Eclipse Burner can be caused by not enough gas flowing to the burner (adjust the ratio regulator or bypass fuel adjustable orifice valve to increase the gas flow) or not enough air (check for proper blower rotation, check the air filter for blockage, or compensate for the chamber by opening the low fire air butterfly valve position).
What to do if my Eclipse Winnox WX goes out when it cycles to high fire?
If the Eclipse Burner goes out when cycling to high fire, it could be due to not enough gas pressure into the ratio regulator (check the start-up settings, measure the gas pressures, and adjust them where necessary; also, check for valve train pressure loss) or a loading line to the ratio regulator leaking (repair the leak in the loading line).
Why won't my Eclipse Winnox WX Burner light after the start-up sequence?
If the start-up sequence runs but the Eclipse Burner doesn't light, several issues could be the cause. It could be due to a lack of ignition, which might be caused by: no power to the ignition transformer (restore power), an open circuit between the ignition transformer and the igniter (repair or replace the wiring), a dirty igniter (clean it), the igniter not being correctly grounded (clean the threads), a broken igniter insulator (inspect and replace if broken), or a bent igniter (inspect and readjust). Alternatively, there might not be enough gas because of: low gas pressure (check and adjust), a leaking impulse line (repair leaks), the adjustable orifice valve not being open far enough (adjust bypass gas), a start gas solenoid valve malfunction (check and replace if needed), the gas va...
Defines the intended audience and the manual's objective for safe combustion system design.
Lists other required Winnox and Eclipse documents for comprehensive system understanding.
Details the Winnox Version 1.00 burner, a low-emissions nozzle-mix type for various applications.
Highlights burner capabilities and stresses the importance of trained operators for safe system use.
Specifies that only approved parts should be used for maintenance and repair to ensure safety.
Provides guidelines for safe handling and storage of burner system components.
Lists component approval requirements and applicable codes for safety equipment and wiring.
Details standards and sources for gas piping installation, including connections and support.
Lists essential checks and requirements before installing the burner system.
Details burner mounting, alloy combustion tube, and refractory plug installation procedures.
Covers burner piping, supply piping, pilot start gas, pipe connections, support, and control motor installation.
Provides a checklist of essential verification steps after the system has been installed.
Details the procedure for resetting the burner system, including pressure switch settings.
Guides the user through setting the low fire air position for optimal combustion.
Provides instructions for safely igniting the burner, including optional pilot start.
Explains how to set the low fire gas flow rate using the ratio regulator and manual BV.
Guides the user through setting the high fire gas flow rate, referencing air differential pressure.
Outlines the verification process for all set parameters, including fuel and air measurements.
Covers preventive maintenance tasks and a monthly checklist for system upkeep.
Details annual maintenance tasks, including leak testing, pressure checks, and component inspection.
Provides a table of common problems, their possible causes, and recommended solutions.
Presents conversion factors between metric and English units for various measurements.
Explains symbols used in system schematics, their appearance, name, and relevant bulletins.
A template for recording system setup parameters for both low fire and high fire settings.
To Next Page
General
