Andino X1 Pico – Breadboard
Andino X1 Pico – RS485/RS422
Andino X1 Pico – 2x RS232
Andino X1 Pico – 7 Inputs
Andino X1 Pico – CAN BUS
Andino X1 Pico – LoraWan
Andino X1 Pico – 2G
Andino X1 Pico – 2DO/1DI
Andino X1 – 4G
Andino IO – LoraWan
Andino IO – 2G
Andino IO – 4G
Andino Gateway without 4G
Andino Gateway with 4G
The board has the following IO options:
The life expectancy of the used memory is strongly dependent on the ambient temperature. While at 43 degrees, the memory loses 30% of its capacity after about 7 years.
The X1 board has a 9-24V wide-range DC input with reverse polarity protection.
Powerful, reliable, stable power supply: 5 Volt, 2.6 Amp – enough power for the Raspberry, your USB hardware and customer-specific adaptation.
The integrated EMC protection circuits protect the Pi from voltage surges and current surges on the supply line.
Programmable 8-bit microcontroller (Atmega 168 8Mhz) for adapting the inputs and outputs.
Accurate and reliable detection of digital and analog signals.
The Atmel microcontroller of the Andino X1 comes with an Arduino-compatible bootloader.
Our combination of Arduino and Raspberry Pi on the Andino X1 is ideally suited for use in home automation and sensor technology, as well as in more demanding industrial automation applications.
In addition: The strengths of both boards complement each other perfectly. While the single-board computer Raspberry Pi can perform complex tasks (eg hosting of database and WebServer) as a full-value computer, the Arduino microcontroller can take care of the fast signal pre-processing.
Our inbuildt Atmel Controller communicates via UART with the Pi. Programmable is the X1 with the Arduino IDE via USB from a PC or from a Raspberry (firmware update in the field).
The X1 board has two electrically isolated inputs (up to 5kV isolated) as well as two relay outputs for 42 volts and 1 amp.
His IO is controlled by a microcontroller. Further GPIO of the Raspberry Pi for industrial Applications as well as IO of the Microcontroller are led on an internal pin header.
In conclusion it is possible to bring own adaptations to the screw terminals.
Via the SPI and the I2C interface of the Raspberry Pi, further hardware extensions can be connected and led to the free screw terminals.
Thus, a stable, control cabinet-compatible wiring is possible.
The integrated, battery-buffered RTC provides the correct time even if no NTP (time) server is available.
A high-precision time chip DS3231 from Dallas Semiconductors is used. Due to the internal temperature compensation of the oscillator, the chip achieves a very high accuracy of ± 2ppm at 0 ° C to + 40 ° C.
Our Andino products for Raspberry Pi for industrial Applications are designed, developed and manufactured in Germany.
Our Andino X1 was tested for its electromagnetic compatibility (EMV) together with a Raspberry Pi in its DIN rail housing.
All tests were based on the immunity to electrostatic discharge, high-frequency electromagnetic fields, fast transient electrical disturbances (burst), impulse voltages, conducted disturbances – induced by high-frequency fields and magnetic fields with energy-related frequencies.
The Andino X1 has mastered these tests not only with flying colors, but also meets the more stringent limits. This underlines its suitability of our Raspberry Pi for industrial Applications.
The 40-pin connector is compatible with Raspberry Pi 3/4 B and B+ (+ Asus Tinker Board)
We ship our Products with Raspberry Pi 4 B