Carlo Gavazzi Universal Web Platform (UWP) 3.0 Monitoring Gateway and Controller is suitable for applications in building automation, energy efficiency performance management, and car parking guidance. The UWP 3.0 system monitors and controls connected devices via its local bus management functions. The device includes a web server with a powerful and intuitive user interface to display customized dashboards and interact with local devices and remote systems. The embedded automation server enables data to be exchanged locally or remotely via standard Internet protocols. Carlo Gavazzi UWP 3.0 Monitoring Gateway and Controller is Microsoft Azure-certified for Internet of Things (IoT) and powered by Amazon Web Services (AWS). The UWP 3.0 also can manage the complete lighting control system based on DALI actuators, and it can operate as a BACnet/IP gateway.
An associated kit, UWP-Modem-Kit-4G-US, is designed to exclusively connect the UWP 3.0 module to 3G or 4G Internet networks throughout the U.S. and Canada.
Includes all of the necessary software tools to set up and operate the required solution, no subscriptions or additional services are required
Easy to exchange data with other systems via FTP, SFTP, FTPS, SMTP, Rest-API, MQTT, Modbus, and BACnet
System can be scaled up
Fast installation and setup
Secure against cyber-attacks and computer viruses
4GB of storage to store complex configurations and log history and events
Microsoft Azure certified for IoT
Powered by AWS
Compact 2-DIN module
Car parking guidance
As many as 5000 managed signals (including variables, I/Os) can be shared among applications
Up to five concurrent M2M connections (API connections, BACnet clients, Modbus masters)
One to five users can concurrently connect to the web app
Up to 128 Modbus devices connected to RS485 ports (64 devices each port)
Up to 150 products from the CG range can be connected to the UWP 3.0
Carlo Gavazzi Data Center Energy Monitoring Solutions
Includes power/energy analyzers, current transformers, and gateways/controllers.