To Next PageTo Next PageWhat to do if my Radiant RS 30 E Boiler has no water in the system?
If there's no water in your Radiant Boiler system, it could be due to insufficient water pressure (stops at 0.3 bar), in which case you should fill the system. Alternatively, the water pressure switch cable might be disconnected (check the wiring), or the water pressure switch could be malfunctioning (replace part).
What does it mean if the safety thermostat tripped (95 °C) in my Radiant RS 30 E Boiler?
If the safety thermostat tripped (95 °C) in your Radiant Boiler, it could be due to thermostat malfunction or being out of calibration, so replace the part. It also could be because the thermostat cable is disconnected, so check the wiring.
How to troubleshoot a heating sensor issue in a Radiant RS 30 E?
To troubleshoot a heating sensor issue in your Radiant Boiler, consider these potential causes: the sensor may be malfunctioning or out of calibration (resistance value 10 kOhms at 25 °C), in which case you should replace the part. Alternatively, the sensor cable may be disconnected or wet, so check the electrical connection.
What causes the air pressure switch problem in my Radiant RS 30 E?
The air pressure switch problem in your Radiant Boiler can be caused by several factors. The switch might be out of order, requiring a replacement. The inlet or outlet flue gas ducts could be obstructed, so check the flue gas ducts. Also, the switch cable might not be stable, so check the cable.
How to fix a parameter programming request issue in my Radiant Boiler?
A parameter programming request issue in your Radiant Boiler is caused by a loss of microprocessor memory. To resolve this, reprogram the parameters.
Safety warnings for users, installers, and service personnel regarding appliance operation and maintenance.
Declaration of the boiler's compliance with relevant European standards and directives.
Comprehensive specifications for the RS 30 E boiler, including performance and dimensions.
Diagrams detailing the physical size and connection points of the boiler.
Identification of key internal components with a detailed legend.
Diagram illustrating the flow of water through the boiler's heating system.
Details of the control board's technical features, adjustments, and user settings.
Explanation of the boiler's user interface, buttons, and display elements.
Standards and guidelines for safe and compliant boiler installation.
Procedures and clearances for physically mounting the boiler on a wall.
Instructions for connecting the boiler to the heating water system.
Safety and procedural guidelines for connecting the boiler to the gas supply.
Requirements and procedures for safe electrical hook-up and earthing.
Guidelines for correctly connecting the flue system for safe exhaust.
Critical safety warnings and initial checks before commissioning the boiler.
Step-by-step instructions for filling the heating system with water.
Procedure for the initial ignition and operation of the boiler.
Overview of adjustable parameters, their values, and corresponding functions.
Guide to accessing and modifying boiler operating parameters via the control panel.
Procedures for adjusting gas pressure settings for optimal performance.
Instructions for converting the boiler from natural gas to LPG or vice versa.
Safety precautions and frequency recommendations for maintenance operations.
Annual inspection tasks for ensuring efficient and safe boiler operation.
Method for removing boiler panels to access internal components for maintenance.
Steps for safely draining the heating circuit and the boiler.
Visual guides for the boiler's electrical connections and component layouts.
How to connect and use an outdoor sensor for modulating heating temperature.
Guide to identifying and resolving common boiler error codes and problems.
General
