Dimlux Maxi Controller

The Maxi Controller is a modular control system for controlling the Dimlux lighting system, the fan and the heater. The Maxi controller controls and monitors CO2, vapor pressure deficit (VPD) and device temperature depending on the selected sensors.

This revolutionary controller can control up to 160 Dimluxes at once . Switchboards, time delay units and relays are no longer needed, Dimluxes can be connected directly to the socket . Just set the on and off time and the set is ready for operation. You can set the desired brightness using the + and - buttons.

Maxi Controller can also work with asynchronous times , such as 10 hours on and 10 hours off; this setup shortens the process by almost 20%! Sunrise and sunset can also be simulated. Dimlux Maxi Controller EVO 1.2.

It comes standard with a 5m interlink cable. It can also be supplied with an extra long 10m interlink cable.

The Maxi controller is modular. The controller can be expanded with AUX BOX, FAN/AUX BOX, CO2 sensor, CO2 Gas Protect sensor, device temperature camera, RH sensor and temperature sensor.

Plants don't use photosynthesis until a certain temperature is reached when the lights come on after sleeping, which can be stressful. This can affect growth and condensation could also form which can cause rot. This can be prevented with the Dimlux Maxi controller by slowly turning the Dimlux Expert lighting systems on and off and simulating sunrise and sunset.

Using one or more Dimlux Expert Series combined with Dimlux Maxi Controller has a number of great advantages :

• Comprehensive and precise on/off settings
• Extensive connectivity and control options
• Sunrise and sunset simulation
• Energy and cost savings!

Remember that measuring = knowing !!!

Function

• Connects a maximum of 160 Dimlux luminaires or ballasts in 40 unit banks
• The first bank 40 can be controlled by all sensors
• Switching the Dimlux lighting on or off works both manually and automatically
• Simulation of sunrise or sunset
• Measuring the ambient temperature using a temperature sensor
• Measuring relative humidity using the RH sensor
• Device temperature measurement using a thermal camera
• Vapor Pressure Deficit (VPD) Display
• CO2 control with CO2 sensor + CO2 Gas Protect
• Detection of flammable, poisonous and harmful gases using a sensor
• Display min/max value for all sensors with time stamp
• Data logging function for all sensors
• Fan control based on temperature and humidity (with BOX FAN/AUX)
• Humidifier or dehumidifier and heating control (using AUX BOX or FAN/AUX BOX)