What causes low supply air temperature in Komfovent Controller?
If you are experiencing low supply air temperature with your Komfovent Controller, the heating equipment may have failed to operate, or its capacity may be insufficient. Check the heating equipment.
What to do if the electric heater is off in my Komfovent C5 Controller?
If the electric heater is off in your Komfovent Controller because the heater is disconnected due to too low air volume, the protection resets automatically once the heater cools down. It is recommended to increase the ventilation intensity level.
What causes heat exchanger icing in my Komfovent C5 Controller?
Heat exchanger icing in your Komfovent Controller may form under a low outdoor temperature and high room humidity. Check the operation of the rotation heat exchanger drive or the air bypass damper of the plate heat exchanger.
What to do for supply air temperature sensor failure in Komfovent C5 Controller?
If you are experiencing a supply air temperature sensor failure in your Komfovent Controller, it may be because the sensor is not connected or is broken. Check the connections of the sensor or replace the sensor.
What to do for extract air temperature sensor failure in Komfovent Controller?
If you're facing an extract air temperature sensor failure in your Komfovent Controller, it could be due to the discharged air temperature sensor not being connected or being broken. Check the sensor connections or replace the sensor.
What to do for outdoor air temperature sensor failure in Komfovent Controller?
If the external air temperature sensor is not connected or broken in your Komfovent Controller, check the connections of the sensor or replace the sensor.
What to do if there is an internal fire alarm in Komfovent Controller?
If there is an internal fire alarm in your Komfovent Controller, indicating fire danger in the ventilation system, check the ventilation system and find the source of the heat.
What causes high supply air temperature in Komfovent C5 Controller?
If you are experiencing high supply air temperature with your Komfovent Controller, the heating equipment may not be controllable because the mixing valve or contactor is blocked. Check the heating equipment.
What causes heat exchanger failure in Komfovent C5?
Heat exchanger failure in your Komfovent Controller can be caused by a blocked or non-rotating rotor, or by-pass damper failure. Check the rotor drive, replace the belt, or check the by-pass channel operation.
What causes VAV calibration to fail in Komfovent C5 Controller?
A VAV calibration failure in your Komfovent Controller can occur if the pressure sensors are not connected or are broken. Check the sensor connections or replace the sensor.
General| Brand | Komfovent |
|---|---|
| Model | C5 |
| Category | Controller |
| Language | English |
Connects unit sections using specified cables and wires according to wiring diagrams.
Details on connecting the unit to the power supply, including voltage requirements and grounding.
Connects external control elements to the controller box terminals for various functions.
Guidance on mounting supply air and water temperature sensors in ducts and pipes.
Specifies environmental conditions and mounting requirements for the control console.
Instructions for connecting the control panel to the unit's controller box.
Overview of the air handling unit's control system components and their functions.
Explanation of symbols and displays on the control panel for unit status and parameters.
Details on main unit parameters displayed on the control panel, including temperature, airflow, and quality.
Describes the available operation modes (Comfort, Economy, Special, OFF) and how to select them.
The main menu for accessing unit operations, settings, and information.
Access to alarms, operation counters, efficiency status, and detailed sensor readings within the menu.
Configuration of various unit functions like air quality control, operation on demand, and climate settings.
Planning unit operation via weekly programs and annual holiday schedules.
User-configurable settings for time, date, units, connectivity, and panel appearance.
Remote management of air handling units through a web interface accessible via a network.
Advanced control methods for water coils, evaporators, and multi-stage cooling systems.
Guidance on identifying and resolving unit malfunctions using error codes and detailed guidance.
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