Unipi Gate is a programmable Ethernet / RS485 Linux IoT gateway and logic controller designed for industrial automation, building management systems and other automation projects. Thanks to sufficient computing power, software openness and favourable price this IoT platform is applicable as a data logger in SCADA or MES control systems, or in cloud services within Smart City, Smart Factory and IoT/IIoT projects. Last, but not least, the gateway also represents an easy way to modernize older installations.
Powerful computing module
Unipi Gate is powered by a quad-core 600Mhz ARM A53 CPU and 512 MB RAM which provides the gateway with enough computing performance even for the most challenging applications. It also features onboard 16 GB eMMC memory storage that can be further extended using a microSD card.
RS485 interface is designed for serial communication (eg. Modbus protocol) and can be used for control and monitoring of various external devices such as boilers, HVAC systems, electric motors, energy meters, other gateways, extension modules, or PLCs from different manufacturers.
A pair of Ethernet ports with the speed of 1 Gbit and 100 Mbit respectively, serve for network communication with the internet or devices in a local network. The gateway can be also used as a network switch (bridge mode) or as a connection node between two separate networks.
If you need to extend Unipi Gate with inputs and outputs, a simple solution is available in the form of Unipi Extension modules communicating via the RS485 bus (Modbus RTU protocol). The modules provide enough I/Os to control external devices and collect data from them. Multiple modules can be connected to a single bus.
Unipi Gate components are protected by a durable aluminum chassis with IP20 protection. The G100 and G110 models have the same dimensions: 35 × 94 × 70 mm (w × h × d).
The package contains a holder for a standard 35mm DIN rail that can be installed from multiple sides of the chassis, providing you with several ways of installing Unipi Gate into an electrical distribution box.
A wall mount, available as a stand-alone product, allows you to install Unipi Gate directly to the electrical distribution box mounting plate without the need for DIN rail.
Software that does not limit you
Unipi Gate is based on the open-source Linux OS that provides compatibility with a wide range of commercial and open-source software solutions. By default, the product is delivered with preinstalled Node-RED software - an open and user-friendly platform suitable for rapid development and prototyping that features a wide palette of tools, a clear user interface accessible through a web browser, and cloud services integration.
As an alternative, you can choose an open-source OS image, ie. an archive containing basic software necessary for the operating system to run. Using this image, you can either integrate your software into Unipi Gate or use any supported third-party SW solution. For more info about available software please visit the Choosing the right software guide.
Wide range of applications
Thanks to its computing performance, software openness, and compact size, the Unipi Gate is applicable in a variety of installations and projects, such as:
- industrial automation
- HVAC control systems
- SCADA and MES systems
- Smart City and Smart Factory projects
- edge computing/edge processing, cloud computing
- IoT/IIoT projects
- modernization of older installations
- and many more
Commercial or industrial buildings often feature heating, ventilation, and air conditioning systems able to communicate with control systems via RS485 serial interface. Connecting these devices to Unipi Gate gives the ability to read data and send them to cloud systems (internet) via Ethernet. This provides the building’s owner with an option to remotely control and monitor the heating, ventilation, and air conditioning in the building (eg. via a web interface) and to optimize it based on analyzing the aggregated data.
For an example of Unipi Gate's practical use, please visit the Sending temperatures from Unipi Gate to a ThingsBoard cloud case study.
Customization and custom development
The manufacturing technology used for the metal chassis allows its graphics customization per the customer’s needs. All you need to do is to send us a RAL code of your selected color, and templates of your logo or any other graphical features. Combined with the option to use your software, you can obtain a complete solution for your project that is tailored to your needs.
|G100||1||2||quad-core ARM A53 CPU (600 MHz, 512 MB RAM),
16 GB onboard eMMC memory (extendable using a microSD card),
aluminum chassis (IP20 protection),
graphics customization option,
installation on a DIN rail or an electrical distribution box mounting plate