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General| Type | Environmental Controller |
|---|---|
| Protection Rating | IP65 |
| Communication Protocol | Modbus RTU |
| Housing Material | Polycarbonate |
| Operating Temperature | 50°C |
The main environmental control unit.
Cable for powering the controller.
Cable for connecting environmental sensors.
Brackets and screws for unit installation.
Maximum current rating and output load limits.
Crucial advice on safe and effective unit placement.
Recommended location for accurate environmental readings.
How airflow affects sensor accuracy.
Safety warnings for sensor care and protection.
Step-by-step guide for AC fan hookup.
Step-by-step guide for EC fan hookup.
Essential warning to prevent EC fan damage.
LEDs indicating environmental status.
LEDs indicating operational status.
How to use buttons for menu control.
Overview of data shown on the main screen.
Methods for accessing and exiting menus.
Adjusting the unit's internal clock.
Changing the display language.
Adjusting light sensor settings.
Customizing the screen backlight.
Restoring the controller to default settings.
Configuring the correct signal for EC fans.
How to choose the interface language.
Confirming and saving language changes.
Setting delay for day/night mode transitions.
Modifying photosensor values and saving.
Choosing between automatic, on, or off backlight.
Confirming and saving display settings.
Steps to confirm and start the reset process.
Feedback shown during and after reset.
Crucial step for EC fan compatibility.
Confirming and saving the chosen signal type.
Adjusting fan speed based on temperature.
Adjusting fan speed based on humidity.
Setting the lowest operational fan speed.
Programming timed fan operation.
Configuring temperature triggers for fan speed.
Modifying specific temperature setpoints.
How temperature difference affects fan ramp-up.
Illustrative scenario of band width in use.
Configuring humidity triggers for fan speed.
Modifying specific humidity setpoints.
Configuring minimum and maximum fan speeds.
Adjusting intake fan speed for negative pressure.
Programming the number of dump override events.
Setting specific start and end times for operation.
Configuring Exit 1 or 2 for heater control.
Configuring Exit 1 or 2 for humidifier control.
Configuring Exit 1 or 2 for dehumidifier control.
Managing the power state of connected devices.
Configuring temperature setpoints for heating.
Modifying specific temperature values for the heater.
How temperature difference affects heater operation.
Illustrative scenario of heater band width.
Configuring humidity setpoints for humidifiers.
Modifying specific humidity values for humidifiers.
How humidity difference affects humidifier operation.
Illustrative scenario of humidifier band width.
Configuring humidity setpoints for dehumidifiers.
Modifying specific humidity values for dehumidifiers.
How humidity difference affects dehumidifier operation.
Illustrative scenario of dehumidifier band width.
Programming specific timer events from 1 to 23.
Setting precise start and end times for timed functions.
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