To Next PageTo Next PageWhat to do if flue gas sensor is faulty in Wolf CGB-2?
If your Wolf Boiler displays 'Flue gas sensor faulty,' it indicates that the flue gas sensor or sensor lead has a short circuit or break. Check the leads and plug-in connections of the flue gas temperature sensor. If the electrical connection is OK but there is no function, replace the sensor.
How to fix eHLSC sensor faulty on Wolf CGB-2 Boiler?
If your Wolf Boiler indicates 'eHLSC sensor faulty', it means that the temperature sensor eHLSC1, eHLSC2 on the combustion chamber or sensor lead has a short circuit or break. Check the leads and plug-in connections on the eHLSC on the combustion chamber. If the electrical connection is OK but there's no function, replace the eHLSC.
What to do if boiler sensor is faulty in Wolf Boiler?
If your Wolf Boiler displays the message 'Boiler sensor faulty' it could be due to excess temperature in the flow (Boiler sensor > 100 °C). First, check if the pump is running. If it is not, check the cables and plugs and if the electrical connection is OK but there is still no function, replace the pump. Another solution is to increase the minimum pump speed. Also, check the leads and plug-in connections of the boiler sensor, and if they are OK but there is still no function, replace the boiler sensor.
What to do if TL excess temp on Wolf CGB-2?
If your Wolf Boiler shows a 'TL excess temp' error, it means one of the temperature sensors eHLSC1 or eHLSC2 on the combustion chamber has exceeded the high limit safety cut-out limit (108 °C). Check the system pressure and vent the heating circuit. Inspect the cables and plugs of the temperature limiter (eHLSC), and if they are OK but there's no function, replace the eHLSC. Also, check if the pump is running; if not, check its cables and plugs, and if the electrical connection is OK but it's still not working, replace the pump.
How to fix HLSC excess temp on Wolf CGB-2?
If your Wolf Boiler displays 'HLSC excess temp,' it indicates that the temperature at the heat exchanger cover has exceeded 185 °C. Check the cables and plugs connected to the high limit safety cut-out (HLSC). If the electrical connections are fine but there's still no function, replace the HLSC. Another possible cause is a contaminated combustion chamber, in which case, clean or replace the combustion chamber.
What to do if no flame is established in Wolf Boiler?
If the Wolf Boiler displays 'No flame established', it could be due to several reasons. First, ensure the gas supply is properly connected and the gas valve is open. Next, inspect the ionization electrode for its position and condition, adjusting or replacing it if needed. Also, check the position of the ignition electrode and adjust if necessary, along with examining the ignition transformer and wiring. Verify that the HG44 curves are set to the standard value. Finally, check that the gas valve opens; if it doesn't, check the cables and plugs and repeat the test. If the gas valve is faulty, replace it.
How to fix dt flow drift on Wolf CGB-2?
General| Efficiency (GCV) | Up to 98% |
|---|---|
| Efficiency (AFUE) | Up to 95% |
| Type | Condensing Boiler |
| Fuel Type | Natural Gas or Propane |
| Dimensions | Varies by model |
| Weight | Varies by model |
Ensures safekeeping of all instruction manuals and documents.
Provides guidance on boiler operation, maintenance, and safety to the user.
Lists items included with the boiler and necessary accessories for installation.
Covers gas leaks, flue gas, electrical hazards, scalding, and burns.
Safety measures for working on the system and requirements for inspection and service.
Technical drawings showing boiler dimensions and internal component arrangement.
Detailed technical data including output, efficiency, and connections.
Explains gas-adaptive control and the system calibration process.
Instructions for casing removal, minimum clearances, and installation environment.
Covers boiler mounting, and connecting supply lines for different wall types.
Details gas, heating circuit, safety valve, and cold water/DHW connections.
Instructions and considerations for routing air and flue gas systems.
Essential information on electrical connection, safety rules, and control unit overview.
Guidance on connecting power, outputs, inputs, sensors, and accessories.
Procedures for installing, removing, and understanding AM/BM-2 modules.
Explanations of module features, keys, and menu navigation.
Overview of control parameters, system configurations, and modification guidelines.
Explanations of various control parameters (HG01-HG61) and their functions.
Procedures for filling, water treatment, draining the heating system, and trap filling.
A checklist of essential steps to confirm during boiler commissioning.
Process for determining, changing, and configuring the gas type.
Procedure for verifying the gas supply pressure for safe operation.
Method for matching maximum heating output using fan speed settings.
Procedures for checking intake air and flue gas parameters for optimal combustion.
Steps for converting between combi boiler and boiler with cylinder configurations.
Guide on adjusting the flow limiter for the domestic hot water draw-off rate.
Explanation of the modulating heating circuit pump's operating modes and settings.
Description of the various safety sensors and monitoring systems in the boiler.
Technical data, routing options, connection types, and safety for air/flue gas systems.
Steps to reset all parameters to factory default settings.
Schematics illustrating the wiring connections for the control modules.
Basic principles, fault/warning message interpretation, and resolution steps.
Detailed list of fault codes, possible causes, and remedies for appliance issues.
Guide to interpreting warning messages, their causes, and necessary actions.
Regulatory product fiche and technical parameters compliant with EU regulations.
Manufacturer's declaration confirming product compliance with relevant EU directives.
