Daxi — Advanced Automation and Monitoring Controller

Daxi is an advanced device for controlling electrical circuits. It enables independent control of system elements and monitoring of parameters using multiple sensors — it supports as many as 16 sensors on the flat RJ12 cable bus, measuring temperature, humidity, water/air pressure, analog voltage/current signals and CO/CO2/NOx gas concentrations.

The device offers automatic response to signals, scheduling of timed tasks, as well as built-in logic capabilities and the Lua scripting language. Compatible with many communication protocols (HTTP(S), MQTT(S), Modbus TCP/RTU, REST API, SNMP), it integrates with other devices and the cloud.

Daxi can be powered in several ways: via PoE, DC 12-24V, DC 48V or optionally 230V AC. Its compact housing and integrated real-time clock make it an ideal tool for efficient and flexible control of electrical systems. It is also available in a variant with a Wi-Fi module.

Key information

Basic features:

• Sensor bus: flat RJ12 cable, supports up to 16 sensors (temperature, humidity, pressure, analog signals, gases)

• Inputs: 8 digital inputs, galvanically isolated NO, pre-biased, voltage 10-24V

• Outputs: 8 potential-free NO relay outputs, max 230V AC at 2A per channel, bistable, astable, monostable, blind and timer modes

• Communication: Ethernet 10/100Mbps RJ45 port, optional Wi-Fi

• Protocols: HTTP(S) Client/Server, HTTP GET, MQTT(S), Modbus TCP, Modbus RTU via TCP, REST API, SNMP, TCP/UDP

• Automation: built-in RTC clock, timed task scheduling, Lua scripting language

• Power: PoE IEEE 802.3af, DC 12-24V, DC 48V or optionally 230V AC, power consumption 1.2-1.5W

• Variants: with or without Wi-Fi module, with or without 230V AC power

Applications

Daxi is ideal for comprehensive monitoring and control of electrical installations, HVAC systems, lighting and measuring points in office, industrial and technical buildings.

See also EnviSensor and CE MonitorApp from Chip Electronics — a complete system for centralized environmental monitoring.