Smart IoT Modul
This wireless WiFi IoT module for automation control was developed primarily for the control of LED lighting, but when connected to sensors, autonomous automation of the home, production process and other automation is possible. It has 4 inputs and 4 power outputs. Firmware is created for the module, where configuration can be performed very easily and clearly using the web interface. Another configuration option is using the buttons located directly on the module. Connectivity is enabled thanks to the RS485 bus, or TCP and UDP protocols. The module also has Bluetooth technology.


The construction is purposefully designed to meet the conditions of good access to individual terminals. Its design is taken in a modern spirit and overall the module creates a very pleasant and modern impression. Thanks to the minimalist design, this module can be placed even in a confined space.


There are 4 inputs ready for work, where it is possible to place, for example, sensors or other control elements. We recommend that you take a look at our range of sensors and signal converters, which are offered in a large range. There are also 4 power outputs (up to 320W), where you can connect, for example, LED strips, relays, motors, etc.


This is another configuration option. The buttons are easily accessible, placed next to each other, which was the goal of the module design. The configuration is performed using presets, launched after pressing the buttons.


The construction of the module is expediently made in such a way as to prevent damage in the event of unwanted polarity reversal of the voltage. If this were not the case and the polarity reversal occurred, it would be a fatal error that could permanently damage the module. Although the module was primarily developed for controlling LED lighting, it can be used for any automated control. The module is also ready for work in industry, so its voltage is 12 and 24VDC.


One of the advantages of the module is the RS485 bus, which is suitable for data transmission over longer distances (up to 1600m). Thanks to its high reliability, it is also suitable for industrial environments.


For easy configuration, a clear firmware has been created, where the behavior of individual outputs can be set based on input information. The module can be named at its discretion, there is also the possibility of downloading updates, connecting to wifi and other options, which are described in more detail in the description of the firmware.


The module is able to display the current consumption in the firmware in the BOARD tab. For better clarity, the consumption is shown graphically, you can find these graphs in the STATISTICS tab.

The main feature of the module is fully autonomous operation without the need for a superior system, based on inputs.
Programmable behavior of inputs with digital filtering. (Switch, button, motion sensor, PWM sensor ...)
Several types of output behavior (PWM, Relay, Pulse), including defining the output frequency of the PWM signal.
Possibility of connecting PWM sensors with digital output and mathematical conversion to real value (temperature, pressure ...)
Programmable logic elements with a wide range of parameters connecting input signals with outputs or notifications.
Programmable scenes for sequential control of outputs in cycles, triggered based on conditions.
Advanced timers with the possibility of cycling, weekly schedule or astronomical time, including offset.
PushOver application notification module allows sending notifications eg to a mobile phone.
Possibilities of integration into a higher system using API, ModBus or MQTT protocol.
Saving and uploading the module configuration allows easy backup or restore of parameters.
Multi-level user access (ACL) allows secure module management and control.
Consumption measurement allows the evaluation of time usage, equipment events and also the evaluation of energy savings.
Silent mode for signaling ice if they disturb their surroundings with light.
Multilingual web interface configurable from anywhere without the need for applications, including the ability to log in.
The system update can be set to automatic, upload manually or direct to your own server.
The network search function using the SSDP protocol is used to easily find the module and its IP address in the network.
Used as conversion of input signal (PWM) to another level of its limitation, or conversion to logic level
By combining input signals, scenes and physical outputs or notifications, a simple alarm can be created.
Special logic unit for easy configuration when used in furniture lighting with 4 day periods.
The fine resolution of the outputs allows pleasant transitions between levels as well as a special mode with an output of only 0.02%.
Using the development kit, you can create and upload your own program to the device, using only the hardware features.
We offer OEM customization as required by both software and hardware.
It can be integrated into the Apple HomeKit using the superstructure.
Automation 24V levels for connecting IO signals and RS485 bus allow easy integration into other systems.
Can I connect more modules together?
Yes, the modules can be interconnected, so you get more inputs and power outputs. The interconnected module can be configured as easily as a stand-alone module, where one module will be the controller.
I don't know how to configure it, can I help me in any way?
You can use pre-configured examples, but if none suits you, just contact us and we will help you with remote configuration.
Do you want to control other elements than lighting, can the module control other things in the household?
Definitely yes, the module is designed primarily for LED lighting, but there are no limits to its use. Thanks to the module, you can control your entire household, from lighting to garage doors. The module can also be used for production control in industry.