To Next PageTo Next Page
Need help?Do you have a question about the Riello Burners Gulliver RG3D and is the answer not in the manual?
General| Brand | Riello Burners |
|---|---|
| Model | Gulliver RG3D |
| Category | Burner |
| Language | English |
Lists components and quantities included with the burner for installation.
Provides key technical specifications like output, fuel type, electrical supply, motor, capacitor, pump, and power.
Shows detailed dimensions of the burner unit with numerical values in mm.
Displays a graph illustrating the burner's working field based on gas oil output and combustion chamber pressure.
Details the procedure for mounting the burner flange to the boiler door, including screw and gasket placement.
Explains how to connect the oil supply pipes, including reversing the fixing plate and cable clamp.
Describes oil pipe configurations, pressure limits, priming, and filter installation requirements for the hydraulic system.
Details the control box connections, components, and wiring diagram for the burner.
Explains how to adjust the burner for optimal combustion based on efficiency directives and provides a table of settings.
Lists recommended nozzle types from different manufacturers and outlines the procedure for fitting them.
Describes how to set the combustion head by adjusting a specific screw to achieve optimal performance.
Details the procedure for adjusting the ignition electrodes for proper burner ignition.
Explains how to adjust pump pressure and air shutter settings for both 1st and 2nd stage operation.
Illustrates the normal and failure sequences of the burner start-up process using timing diagrams.
Outlines essential checks including oil pipes, filter, photoresistance, fuel consumption, nozzle, electrodes, and combustion verification.
Addresses issues causing the burner to not start when the thermostat closes, including electrical supply and thermostat faults.
Covers causes for the burner locking out after the ignition cycle, such as dirty photoresistance or incorrect wiring.
Explains issues leading to an ignition delay, including electrode positioning and air output.
