Iono Pi Set with RTC, Raspberry Pi 3B +, Debian Bulleyes, Software Suite Light Control

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Product Code: SetIonopiLight
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Description

Iono Pi RTC is a professional product, based on Raspberry Pi, with an RTC (Real Time Clock), a series of communication interfaces capable of communicating with industrial automation systems.

With Meanwell 60W power supply, 24 VDC output on DIN rail. Software with reservation system interface (Tennis, Padel, Sport)

5V power supply with overcurrent and reverse polarity protection. Input between 9 and 28 VDC. 1.1 A self-resetting fuse
5 V output (max. 50 mA) to supply, generally, external probes
RTC clock with lithium/manganese dioxide buffer battery
Two 0-30 V analog inputs on the external terminal block plus two 0-3 V inputs on the internal connector
Seven configurable digital I/Os
External access to all USB ports and Ethernet connector
Container suitable for installation on a DIN bar with the size of four modules, capable of containing, in addition to the Iono board, also a Raspberry Pi 3
Two LED indicators, one for power and the second controllable via GPIO
External access for HDMI connector and 3.5mm jack for audio and composite video
Power lines and I/O connections terminated on screw connectors
Four power relays (6 A at 250 V)

It is formed by the Iono Pi board with RTC, by Raspberry Pi and by the “DIN rail” compatible container. It has multiple digital input and output lines, four outputs driven by power relays and standard interfaces typical of modern PLC systems such as 1-Wire and Wiegand buses. The functions of the board are supplemented by a 2.5 A and 5 V power supply capable of accepting voltages between 9 and 28 Volts direct current.

The field of application ranges from data acquisition to the control of automation systems, access control, hotel management solutions, environmental control and many others, both in the professional and residential fields, monitoring of technical alarms. Software development mirrors the usual methods of software development for Raspberry Pi, with the facilitation of an ever-increasing number of specific frameworks and applications.

The objective of this product is to position itself as "middleware" in advanced automation applications, i.e. able to acquire data from automation systems, even existing ones, and present an interface to them. Advanced and distant Man-Machine. The ultimate goal of architectures of this type is the ability to remotely control and interact with automation systems.

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