- SAMD21G18 MCU
- Clock speed 48 MHz
- Flash 256 KB (of which 16 KB used by USB/Ethernet bootloader)
- SRAM 32 KB
- Digital I/O Pins: 19
- PWM Pins: 12
- Analog Input Pins: 12
- Atmega 32u4 MCU
- Clock speed 16 MHz
- Flash 32 KB (of which 4 KB used by bootloader)
- SRAM 2.5 KB
- Digital I/O Pins: 17
- PWM Pins: 6
- Analog Input Pins: 7
- Atmega AT90USB1286 MCU
- Clock speed 16 MHz
- Flash Memory 128 KB (of which 4 KB used by bootloader)
- SRAM 8 KB
- Digital I/O Pins: 17
- PWM Pins: 6
- Analog Input Pins: 5
PROTO
The Proto Baseboard stands for "Prototyping". The standard Industruino comes with this prototyping baseboard. It offers you plenty of space and flexibility to add your own components.
It has a large prototyping area, a 14pin IDC expansion port and a 8-28Vin ->5V/2A out voltage regulator.
This board can be used if you have some small circuitery that currently lives on a breadboard next to your Arduino. By placing it onto this Baseboard you make sure your project looks like a finished product and it is protected from the outside world.
We offer Eagle design files for this board which can be used as a starting point for your own mass-manufactured product. Customise your I/O board, let us take care of the rest.
IND.I/O
The Ind.I/O Baseboard stands for "Industrial level I/O". The board offers an abundance of interface options, and has isolated power supplies for each of its three functional zones.
This Baseboard is an interfacing solution to bridge the gap between Arduino compatibility and the world of PLC, robust industrial sensors and actuators. All field peripherals are isolated from the microcontroller via digital isolators and communicate via i2c protocol.
The board includes 8ch 24V I/O, 4ch 0-10V/4-20mA 18bit ADC, 2ch 0-10V/4-20mA 12bit DAC, isolated RS485 transceiver, isolated power zones.
The board is supplied with Arduino libraries, allowing you to easily interface with industrial level sensors and actuators, using your favorite software tools.
Expansion Modules
Internet Connectivity Expansion Modules
Internet Connectivity
Whether you have a wired network connection available or need to log data in a remote field we can offer a suitable IoT connectivity solution.
Expansion Module
The 14pin IDC expansion port on the Baseboards enable you to connect to external communication and interface modules such as our Ethernet or GSM/GPRS expansion module.
Data Visualization
Ideal to use for online date visualization, moving your process control installation into the age of IoT.
The DIN-rail mountable modules add network connectivity to your Industruino. It easily connects to the Industruino PROTO or IND.I/O kit through the 14p IDC expansion port.
Application:
- IoT devices (Internet of Things)
- Data logging
- Remote system management
A range of example code is provided, which will enable you to very quickly build a product that is internet connected. We have also included code that can be used to publish your sensor data to the Emoncms.org platform for easy visualisation. Using this sample code and our Industruino + Ethernet package you can have your sensor data available online within minutes.
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Ethernet Expansion Module
The Ethernet module is an external expansion module for Industruino. It adds internet connectivity to your existing Industruino installation.
The module is complemented by a Micro-SD card slot and 8KB of non-volatile FRAM memory. The SD memory is ideal for storing large files, such as used in data logging projects. The FRAM memory is ideal for fast and repeated storage of small values such system status and configuration data. The FRAM memory is non-volatile, so it enables you to keep data during power cycling without needing a battery backup.
GSM / GPRS Expansion Module
NEW! The Quad-Band GSM/GPRS module can connect your Industruino to the internet in any remote area with cell coverage.
The module is complemented by a Micro-SD card slot and RS-232 communications port. The SD memory is ideal for storing large files, such as used in data logging projects. The RS-232 port can be used to connect the module directly to a PC for software development purposes (eg. quick testing of AT commands), or can be re-routed to a second UART of the Industruino by flipping a switch.