• Shipping within 24 hours of order!
  • Our customer service will gladly answer your questions about our products. Mon - Fri 8:00 - 17:00
  • We are here for you! +49 1520 9824411
  • Shipping within 24 hours of order!
  • Our customer service will gladly answer your questions about our products. Mon - Fri 8:00 - 17:00
  • We are here for you! +49 1520 9824411

Industrial PC for installation in the control cabinet - based on the Raspberry Pi

Andino X1

The Andino X1 is a small idustrial PC based on the Raspberry Pi. By installation on a DIN-Rail, this device can be perfectly implemented in any control cabinet. The motherboard is used to adapt digital inputs and outputs for a maximum voltage of 24 volts and has an integrated power supply for the Raspberry Pi (12V-30V DC). The Arduino-compatible microcontroller of the X1 has integrated signal preprocessing and the adaptation of signal generators and actuators is also possible without any problems. The communication between the microcontroller and the Pi takes place via the UART interface. The X1 is delivered with a Raspberry Pi (Model 3B+ or 4).

Andino IO

The flagship among Andino products! Operated by the Raspberry Pi 3B+/4 and equipped with an OLED-display, this device, like its predecessors X1 and X2, has a DIN rail housing for easyinstallation in the control cabinet. All of the sensors IO and interfaces of this industrial PC are EMC-protected and suitable for reliable use in an industrial environment. Extensive test have conformed this.

The integrated interfaces of the IO: CAN-Bus, RS232, RS485

Optional WAN-interfaces of the IO: LoraWAN-modem (microchip RN2483), 2G-modem (Edge), 4G-modem (LTE)

Andino Gateway

The Andino Gateway is an industrial PC based on the Raspberry Pi, which is available both as a version with 4G modem and with LoRa-WAN gateway. The gateway can be mounted on a top-hat rail and its OLED display allows convenient reading of important information.

Andino XIO

The Andino XIO is an industrial PC based on the Raspberry Pi. It has 6 digital inputs and 6 switchable relays. Thanks to its ability to be mounted on a DIN rail, it is ideal for use in industrial environments. It also has an OLED display that can clearly show important information directly.

Andino 4G / LTE Modem

The Andino 4G / LTE modem enables a fast and reliable connection to the Internet even in remote locations.

Decentralized data acquisition and control is thus possible in a professional environment. The 2TE housing can be conveniently mounted next to the Andino devices and is connected via a 15cm USB cable. This ensures a reliable connection for high data transfer rates.

Andino Pico 2 Pi

Brings the Raspberry Pi Pico into the form factor of the Pi 4.

The Andino Pico2Pi can be used with the Andino world via the normal header (2x20). This can be combined with the following products: Andino X1, Andino XIO, Andino IO.

The Pico 2 Pi can be used as a microcontroller replacement for all Raspberry applications.

In addition to this, a galvanically isolated RS485 interface is available as standard. Thus it is possible to program a Modbus RTU (Remote Terminal Unit).

Andino UPS

The Andino UPS is a device for uninterruptible power supply. The task of this device is to bridge short-term voltage drops and thereby enable a controlled shutdown. This can be used to synchronise databases or close important applications to prevend loss of data. Andino UPS is based on supercaps and therefore is 100% maintenance-free. Input and Output is 24 Volt.

OEE-Box: The cost-effective acquisition of operrating data for your company

What is the OEE.Box ?

The OEE-Box is an intelligent solution of hardware and software that enables you to cost-effectively make your processes transparent. With the OEE-Box you can determine your individual operating data and make your processes more efficient! The OEE-Box determines your stoppages, clock losses, quantities and order times. Based on this, the degree of utilization, the degree of quality and finally the OEE of the respective production plant can be determined. In the long term, not only can you monitor your machine performance and plant utilization. It can also detect sources of loss in your process or sustainably increase plant efficiency.