GPS Tracker with Analog Outputs for Industrial IoT installations and data management. GPS Tracker is a small DIN rail-mounted modular device with wide range inputs and outputs (I/O), integrated with the Raspberry Pi Compute Module processor, for GPS tracking purposes.

GPS Tracker is designed designed for many arrangements of digital and analog I/O, wired and wireless interfaces extended temperature ranges for industrial applications. Programs to control machine operation are stored eMMC flash memory used for instructions and various functions.

GPS Tracker with 1-Wire interface for Industrial IoT installations and data management. GPS Tracker is a small DIN rail-mounted modular device with wide range inputs and outputs (I/O), integrated with the Raspberry Pi Compute Module processor, for GPS tracking purposes.

GPS Tracker is designed designed for many arrangements of digital and analog I/O, wired and wireless interfaces extended temperature ranges for industrial applications. Programs to control machine operation are stored eMMC flash memory used for instructions and various functions.

Industrial ZigBee Gateway – Programmable ZigBee IoT Gateway for Industrial IoT installations and data management.

Node-RED Gateway, the ultimate solution for industrial automation and IoT applications! This powerful gateway is powered by the latest Raspberry Pi Compute Module 4 or Radxa CM4, offering exceptional processing power and flexibility. With Node-RED Gateway, you can easily connect your devices, sensors, and machines to the cloud or other systems, allowing you to gather data, monitor performance, and control your processes with ease.

Industrial Computer with Analog Inputs powered with Raspberry Pi Compute Module 3+ / 4 or Radxa CM3 which you can easily adapt to your needs.

PLC - Programmable logic controller with Analog Inputs for Industrial IoT installations and data management. PLC is a small rack-mounted modular device with wide range inputs and outputs (I/O), integrated with the Raspberry Pi Compute Module processor,  networked to other PLC and SCADA systems.

PLC is designed designed for many arrangements of digital and analog I/O, wired and wireless interfaces extended temperature ranges for industrial applications. Programs to control machine operation are stored eMMC flash memory used for instructions and various functions.

GPS Tracker with Relay Outputs for Industrial IoT installations and data management. GPS Tracker is a small DIN rail-mounted modular device with wide range inputs and outputs (I/O), integrated with the Raspberry Pi Compute Module processor, for GPS tracking purposes.

GPS Tracker is designed designed for many arrangements of digital and analog I/O, wired and wireless interfaces extended temperature ranges for industrial applications. Programs to control machine operation are stored eMMC flash memory used for instructions and various functions.

Powerful and versatile Industrial Profinet Gateway, designed to enhance your industrial network connectivity and streamline your operations. Powered by the Raspberry Pi Compute Module 3+/4 or optionally Radxa CM3, this gateway is a cutting-edge solution that can support a range of applications and configurations.

OpenMUC Industrial Gateway is capable of supporting a wide range of communication protocols, including Modbus, OPC UA, KNX, CAN Bus, MQTT, and more. With built-in support for over 10 of the most important protocols used in industrial automation, the OpenMUC Gateway provides seamless connectivity to your devices and systems, ensuring that your data is always accessible and actionable.

Whether you're looking to connect sensors, actuators, controllers, or other devices, the OpenMUC Industrial Gateway has you covered. With its robust hardware platform, modular design, and easy-to-use software interface, the OpenMUC Gateway makes it easy to build and deploy complex industrial automation solutions with ease.

LoRaWAN Pulse Counter with 1-Wire Interface and security sensor has a built-in antenna, configurable pulse input amount, and the option to use it as a security input as well.

Electrical pulses can be counted using the LoRaWAN Pulse Counter at a frequency of 200Hz. Pulses are counted in the sensor. It is then possible to program a frequency for the counters to be sent (for example, every hour). In response to the activation of one of these channels, the device sends an immediate LoRaWAN message.

LoRaWAN Pulse Counter is designed designed for many arrangements of digital and analog I/O, wired and wireless interfaces extended temperature ranges for industrial applications. Programs to control machine operation are stored eMMC flash memory used for instructions and various functions.