revolutionizing the automation industry since 2016

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The Swiss knife of automation & IIoT The success story of the single-board computer Raspberry Pi has been unbroken since its introduction in 2012. By launching the very first Revolution Pi models in 2016, we expanded its success story to the industrial world. Revolution Pi has been the first truly industry-compatible IPC based on Raspberry Pi. By using the Raspberry Pi Compute Module we were able to develop a robust and industry-compatible periphery which meets all important industrial standards incl. IEC 61131-2. Depending on the requirements of the application, the RevPi base modules can be...

That‘s why we call the Revolution Pi

the Swiss knife of automation & IIoT

Software? Your choice! Although Revolution Pi is an open system on which everyone can install their own software, we have tried to equip Revolution Pi with software and apps that cover most applications. Therefore, Revolution Pi comes with a customized version of Raspberry Pi OS. The modifications include, for example, a real-time patch of the kernel, as well as a process image, in which all the current process values can easily be written in or read from. In our view, this is the best compromise to remain as close as possible to the original development environment of a Raspberry Pi and still...

Cloud connectivity Collecting sensor data, processing it and sending the processed data to a cloud is one of the Revolution Pi’s strengths. Therefore, Revolution Pi has been certified by major cloud platforms. The certification ensures that the integration with the most important cloud platforms, such as Microsoft Azure, Amazon Web Services or Cumulocity IoT can be done as smoothly and easily as possible. Azure Certified Device

RevPi device connectivity overview RevPi Core S system RevPi Core SE system IPC Base modules (RevPi Core series) Gateway Expansion modules

RevPi Connect S system RevPi Connect SE system RevPi Connect 4 system Gateway Expansion modules (RevPi Connect series)

RevPi Connect 4 Base modules powered by Compute Module 4

Clock rate eMMC flash memory Power supply Operating temperature Storage temperature Protection class RJ45 Gigabit Ethernet ports Micro HDMI socket (HDMI 2.0 (4K)) Micro USB 2.0 socket (for firmware uploads only) PiBridge (for RevPi expansion modules) SMA socket for connecting an optional antenna RS485 screw terminal (4 pole) Freely programmable 24 V input Freely programmable relay switching contact * (acc. to EN61131-2 & IEC 61000-6-2) ** only on devices with WLAN functionality

RevPi Connect S / SE Base modules powered by Compute Module 4S

Clock rate eMMC flash memory Power supply Operating temperature Storage temperature Protection class RJ45 Ethernet ports (10/100 Mbit/s) Micro HDMI socket (HDMI 2.0 (4K)) Micro USB 2.0 socket (for firmware uploads only) PiBridge (for RevPi expansion modules) ConBridge (for RevPi Con expansion modules) RS485 screw terminal (4 pole) 24 V input for shutdown signal of an UPS Freely programmable relay switching contact

RevPi Core S / SE Base modules powered by Compute Module 4S

Clock rate eMMC flash memory Power supply Operating temperature Storage temperature Protection class RJ45 Ethernet port (10/100 Mbit/s) Micro HDMI socket (HDMI 2.0 (4K)) Micro USB 2.0 socket (for firmware uploads only) PiBridge (for RevPi expansion modules)

RevPi DIO / DI / DO Digital IO expansion modules Digital Input module Digital Output module

Power supply Operating temperature Storage temperature Protection class 2 x 14-pin socket connectors with spring clamp contacts (0.2 - 1.5 mm²) Input current limitation Maximum current per output 500 mA (high-side mode), 100 mA (push-pull mode) Surge/Burst tests*

RevPi AIO Analog IO expansion module

Power supply Operating temperature Storage temperature Protection class 2 x 14-pin socket connectors with spring clamp contacts (0.2 - 1.5 mm²) Voltage measuring range Current measuring range Temperature measuring range -200 … +850 °C Voltage output range Current output range Input channels for voltage for current for RTD (PT100/PT1000) Output channels for voltage for current

RevPi MIO Analog & Digital IO expansion module Analog & Digital IO module

Power supply Max. power consumption (system) 10 W Size (H x W x D) Operating temperature Storage temperature Protection class 2 x 14-pin socket connectors with spring clamp contacts (0.2 - 1.5 mm²) Analog IO voltage range Analog input, analog output, logic level input, logic level output Digital input, digital output, PWM input, PWM output, pulse input, pulse output, encoder input Yes Analog IO Analog Input Analog Output Digital IO Digital Input/Output Quantity 8 8 Quantity 4 configurable via software either as digital inputs or digital outputs

RevPi RO Relay output expansion module Relay output module

Power supply Max. power consumption (system) Operating temperature Storage temperature Protection class Relay type Resistive load 4 x 2-pin socket connectors with spring clamp contacts (0.08 - 1.5 mm²)

RevPi Gates Fieldbus gateways expansion modules RevPi Gate PROFINET IRT RevPi Gate EtherCAT EtherCAT Slave RevPi Gate EtherNet/IP EtherNet/IP Adapter RevPi Gate PROFIBUS PROFIBUS Slave

Power supply Operating temperature Storage temperature Protection class Like the IO expansion modules, the gateways are also connected to the base module via the overhead PiBridge connector. Thus, up to two gateway modules (maximum of 2 for RevPi Core S and 1 for RevPi Connect S) can be used per system. Please note, that these fieldbus gateways are not suitable for RevPi Connect 4, RevPi Connect SE, and RevPi Core SE series.

RevPi Con Gateway expansion modules, exclusively for RevPi Connect S/SE RevPi Con MBus VHP RevPi Con CAN

Power supply Power supply via ConBridge Operating temperature Storage temperature Protection class Besides the PiBridge, the RevPi Connect S/SE modules have a so-called ConBridge connector. This interface makes it possible to connect special expansion modules to the right side of the base module, called RevPi Con modules. In addition to data transfer, the ConBridge also supplies power to these modules, unlike the usual expansion modules that are connected via the PiBridge. Like all other expansion modules for Revolution Pi, the RevPi Con expansion modules are housed in a 22.5 mm wide DIN rail...