What to do if I change the router password for my CLIVET WSAN-YMi 101 Air Handlers?
- JJessica MillerAug 7, 2025
If you change the password of the router or WLAN, you should delete all the settings and reset the appliances.
What to do if I change the router password for my CLIVET WSAN-YMi 101 Air Handlers?
If you change the password of the router or WLAN, you should delete all the settings and reset the appliances.
Why is it preferable to limit the number of devices connected to a router with CLIVET WSAN-YMi 101 Air Handlers?
It is preferable not to connect more than 10 devices to a single router because home appliances are affected by weak or unstable signals.
Brand | CLIVET |
---|---|
Model | WSAN-YMi 101 |
Category | Air Handlers |
Language | English |
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Instructions for safely handling and lifting the unit due to its size and weight.
Ensuring the installation ground is strong, level, and secure with foundation bolts.
Limits for water components to prevent corrosion in copper piping.
Ensuring correct operation by checking and adjusting expansion vessel pre-pressure.
Formula for calculating pre-pressure based on installation height difference.
Procedure to determine maximum allowed water volume using a graph.
Guidelines for adjusting the expansion vessel pre-pressure by a licensed installer.
Calculating and selecting an additional expansion vessel if needed.
Recommendations for glycol concentration based on outdoor temperature to prevent freezing.
Importance of water treatment, inhibitors, and material compatibility with glycol.
Safety warnings for wiring, including disconnection and grounding.
Details three methods for connecting the thermostat cable based on application.
Explanation of DIP switch settings for various unit functions.
Essential checks before switching on the unit after installation.
Adjusting pump speed using the red knob and understanding static pressure.
Table listing pump error codes, causes, and remedies.
Instructions to access the FOR SERVICEMAN menu and its password.
Explanation of keys and functions available within the Serviceman menu.
Steps to configure the DHW mode settings.
Steps to configure the cooling mode settings.
Steps to configure the heating mode settings.
Setting the availability and wiring of the room thermostat.
Enabling backup heaters, boilers, or solar kits.
Procedure to restore all user interface parameters to factory defaults.
Checking operation of valves, pumps, cooling, heating, and DHW.
Procedure for the air purge test run, including valve and pump operations.
Procedure for preheating the floor heating system to remove water.
Steps for drying up the floor heating system, including warming and cooling phases.
Configuring the unit to reapply settings after a power supply failure.
Settings for cascade operation, including start percentage and time adjustment.
Setting the HMI address for communication with the system.
Final checks before unit operation and performing a manual test run.
Parameters for floor heating preheating and drying functions.
Ensuring the work area is safe and free from ignition risks.
Checks for charge size, ventilation, and component integrity.
Initial safety checks and component inspection for electrical devices.
Guidelines for working on intrinsically safe components in flammable atmospheres.
Methods for detecting flammable refrigerants and leak detection equipment.
Procedures for removing refrigerant, purging, and evacuating the system.
Requirements for charging refrigerant, including contamination and leak testing.
Essential steps for decommissioning the unit and recovering refrigerant.
Ensuring proper labelling of decommissioned equipment and safe refrigerant recovery.
Safety measures before performing maintenance, including power disconnection.
Checking water pressure, cleaning filters, and verifying relief valve operation.
Performing visual inspections and understanding safety device activations.
Troubleshooting steps for when the unit is not heating or cooling as expected.
Diagnosing why the compressor is not starting.
Troubleshooting steps for pump noise caused by air or low pressure.
Troubleshooting steps for leaks from the water pressure relief valve.
Troubleshooting steps when the water pressure relief valve opens.
Troubleshooting why the unit cannot change from Heat to DHW mode immediately.
Troubleshooting why the unit cannot change from DHW to Heat mode immediately.
Table of error codes, malfunctions, protection, causes, and corrective actions.
Troubleshooting steps for water flow failures.
Troubleshooting EEprom, PED board, and communication errors.
Troubleshooting communication errors between control boards.
Troubleshooting errors related to heat exchangers and DC fan failure.
Troubleshooting communication errors and inverter module issues.
Troubleshooting PFC module faults and low pressure protection.
Troubleshooting low pressure protection errors.
Procedure for locking and unlocking the controller's keyboard.
Preventing incorrect unit usage by locking settings.
Displaying error codes and their meanings.
Accessing service settings via the menu with a password.
Diagram and list of components for connecting units in cascade.
Details of the ModbusRTU protocol, baud rate, and data bits.
Heating and cooling performance data for different unit sizes.