Modern Device for Automation and System Monitoring

DAXI is an advanced monitoring device that allows remote supervision of various parameters, from temperature to humidity, across multiple locations simultaneously. With support for various sensors and wide compatibility with different systems, DAXI is ideal for use in warehouses, production halls, offices, and more demanding environments such as laboratories or data centers.

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The module features a real-time clock with battery backup, enabling time-related functions, allowing for the execution of cyclic actions and actions at specific times. An additional convenience is the astronomical clock, which enables control based on sunrise and sunset times in a given location. The clock can be updated with time from an NTP server via the Internet.

Supported Communication Protocols

DAXI offers extensive communication capabilities, making it easy to integrate with existing monitoring and automation systems. The device supports popular protocols such as Modbus TCP/IP, SNMP, and HTTP/HTTPS. This versatility facilitates communication with other devices and monitoring platforms. DAXI also supports the MQTT protocol, ideal for IoT applications, enabling secure and fast real-time data transmission. With this set of protocols, DAXI can easily integrate with many management and supervision systems. It is a flexible solution suitable for both small and large installations.

Sensors

Environmental sensors connect to the device via a 3-wire bus in the form of a flat RJ12 cable, which supports up to 16 sensors. To facilitate installation, sensors have an additional connector for connecting another sensor.


The device supports the following sensors:

  • Temperature
  • Humidity
  • Water leakage
  • Phase loss/power outage
  • Light intensity
  • Air pressure
  • Water pressure
  • CO/CO₂/NOₓ gases
  • Door opening (reed switch)
  • Others on special order.

One sensor can handle multiple measurement components. The device stores sensor data in its built-in memory, allowing for later review. Users can download data in various formats. For convenience, data can be visualized using graphs. Each sensor can have thresholds set, after which the device will perform a specific action (Action).

Actions

An action can be triggered, for example, when the temperature exceeds a threshold, when an input changes, or when a connection is lost. Each event can have a different Action assigned or share an Action among several events. An Action can include the following actions (one or more):

  • Control of an output
  • Sending an HTTP request
  • Sending an Email
  • Sending an SNMP Trap
  • Sending an SMS
  • Sending an MQTT message
  • Sending data via UDP/TCP
  • Sending a KNX message
  • Saving to an internal variable
  • Logging data to memory.

Actions can be triggered once—for example, when an input changes or during set time intervals. For example, after the temperature exceeds a threshold, send an email after 1 minute and repeat the sending 6 more times every 10 minutes.

Inputs

Each input is equipped with a pulse counter, noise filter, and state inversion capability. Built-in algorithms allow for many useful functions, such as:

  • Simple on-off dependencies
  • Long press detection, allowing one button to control 2 actions
  • Counting activations, triggering the appropriate function (up to 4 different functions) after a specified time—enabling control from one button to up to 4 separate circuits/devices
  • Comparing pulse frequencies to a set value and executing the appropriate action on change
  • Standard counting of pulses on input and, for example, sending this data to a server.

Outputs

The device’s outputs can operate in the following modes:

  • Bistable – on/off
  • Astable – continuous alternating on/off at specified intervals
  • Timed – activation of the input activates it for a specified time
  • Roller – groups 2 outputs to work with blinds/curtains.

Logic Module

Users can connect any logical functions with various states of the device, such as input state, output state, sensor state, and variables. Based on the obtained result, users can then control outputs or trigger appropriate actions. This flexibility allows for creating complex scenarios tailored to needs, significantly enhancing the device’s functionality. For advanced users, a LUA interpreter has been developed, enabling unlimited control over device functions.

DAXI – integration with Inveo Devices

The module recognizes other Inveo devices on the network and allows access to them from the device level (integrator). This enables, for example, configuring a temperature sensor that retrieves data from a remote point or connecting an input or output to a remote device. The device is compatible with Nano, Hero, Lantick, and Iqio modules.

Applications of DAXI

Due to its remarkable versatility, DAXI suits a wide range of industries and sectors. For instance, it effectively monitors environmental conditions in manufacturing. This precise monitoring is crucial for ensuring product quality. Additionally, DAXI is ideal for warehouses. It maintains appropriate temperature and humidity levels for stored goods.

Moreover, this device can also be applied in smart buildings. Its advanced monitoring functions easily integrate with building management systems. This integration enables the optimization of energy consumption. It also allows for automatic adjustments based on the presence of people. Such seamless integration significantly improves energy efficiency. It enhances user comfort and makes smart buildings more functional and user-friendly.

Why Choose DAXI?

DAXI combines modern technology with ease of use, making it an ideal solution for both small and large companies. Thanks to its flexibility and scalability, DAXI can grow with your business’s needs, providing reliable monitoring and automation at every stage of operations.

If you’re looking for a device that allows you to easily monitor and control environmental parameters in your company, DAXI is the perfect choice!

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