What to do if Protherm Boiler CH pressure sensor fails and pressure doesn't rise after pump starts?
If your Protherm Boiler displays error codes due to a permanent failure of the CH pressure sensor and no pressure increase is detected after starting the pump, first press the RESET key. If the issue persists, it is recommended to contact a qualified technician.
What to do if thermal fuse fails in Protherm Boiler primary exchanger?
If your Protherm Boiler indicates a thermal fuse failure in the primary exchanger, begin by pressing the RESET key. If the problem continues after this step, it is necessary to contact a qualified technician.
How to fix an error in the SHE entry sensor of a Protherm Boiler?
If your Protherm Boiler shows an error in the SHE entry sensor, try pressing the RESET key. If the error persists after resetting, contact a qualified technician for assistance.
What to do if Protherm Boiler charger pump has an error?
If your Protherm Boiler displays an error related to the charger pump, your first step should be to press the RESET key. If the error continues to appear after doing this, contact a qualified technician.
What to do if Protherm Boiler anode tester has an error?
If your Protherm Boiler shows an error with the anode tester, press the RESET key. If the error remains after resetting, it's best to contact a qualified technician.
How to fix an error in the APC module sensor of a Protherm Boiler?
If your Protherm Boiler indicates an error in the APC module sensor, start by pressing the RESET key. If the error persists after the reset, contact a qualified technician for further assistance.
Introductory section of the manual.
Initial setup and activation procedures for the boiler.
Critical safety rules and precautions for boiler operation.
General introduction to boiler operation and controls.
Procedures for powering the boiler on and off.
Adjusting heating modes and temperature settings.
Solutions for common error codes and operational issues.
Essential safety rules for boiler operation.
Routine maintenance and care procedures for the boiler.
Connection dimensions for Panther 30 KTV model.
Connection dimensions for Panther 25 (12) KOO, 25 KOV.
Connection dimensions for Panther 25 KTV, 25 KTO models.
Connection dimensions for Panther 12 KTO model.
Guidelines for air and flue gas ducting configurations.
Specific coaxial pipe routing for KTV/KTO models.
Vertical coaxial pipe routing for KTV/KTO models.
Air intake from open area, exhaust to shared chimney.
Exhaust to open area, air intake from internal space.
Specific exhaust and air intake method for 30KTV.
Instructions for electrical connection and safety.
Schematic of the boiler's electrical connections.
Solutions for error codes and operational issues.
Error code F0 description.
Error code F21 description.
Routine maintenance and care procedures for the boiler.
Instructions for cleaning the boiler exterior.
Importance and procedures for routine maintenance.
General regulations and guidelines.
Process for switching fuel types.
Information on contacting support.
Classification of gas used by the boiler.
Specifications for power output and fuel types.
Parameters related to the heating system.
Voltage, consumption, and current specifications.
Method used for exhaust gas removal.
Physical dimensions of the boiler.
Specifications for power output and fuel types.
Parameters related to the heating system.
Specifications for hot water functionality.
Voltage, consumption, and current specifications.
Method used for exhaust gas removal.
Physical dimensions of the boiler.
Specifications for power output and fuel types.
Parameters related to the heating system.
Specifications for gas inlet and nozzle pressures.
Voltage, consumption, and current specifications.
Method used for exhaust gas removal.
Physical dimensions of the boiler.
Specifications for power output and fuel types.
Parameters related to the heating system.
Specifications for gas inlet and nozzle pressures.
Voltage, consumption, and current specifications.
Method used for exhaust gas removal.
Physical dimensions of the boiler.
Specifications for power output and fuel types.
Parameters related to the heating system.
Specifications for gas inlet and nozzle pressures.
Voltage, consumption, and current specifications.
Method used for exhaust gas removal.
Physical dimensions of the boiler.
Specifications for power output and fuel types.
Parameters related to the heating system.
Specifications for gas inlet and nozzle pressures.
Voltage, consumption, and current specifications.
Method used for exhaust gas removal.
Physical dimensions of the boiler.
Specifications for power output and fuel types.
Parameters related to the heating system.
Specifications for gas inlet and nozzle pressures.
Voltage, consumption, and current specifications.
Method used for exhaust gas removal.
Physical dimensions of the boiler.
General| Power Output | 25 kW |
|---|---|
| Heat Output | 25 kW |
| Efficiency | 92% |
| Fuel Type | Natural Gas |
| Heating Method | Condensing |
| Mounting | Wall-mounted |
| Combustion chamber type | Closed |
| Power consumption | 120 W |
| Gas consumption | 2.78 m³/h |
| Nominal gas pressure | 20 mbar |
| Expansion tank volume | 7 l |
| Max water temperature | 85°C |
| Ignition | Electronic |
| Heat exchanger | Copper |
| Connection diameter of gas | 3/4" |
| Connection diameter of heating circuit | 3/4" |
| Connection diameter of DHW circuit | 1/2" |
| Weight | 32 kg |
| Type | Gas Boiler |
| Water pressure | 3 bar |
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