Product Description
The FC-301P3K7T2E20H1BGXXXXSXXXXA0BXCXXXXDX controller module is a powerful and energy efficient system from Danfoss, developed as part of the VLT AutomationDrive FC 301 series. It makes this module suitable for various industries since it presents high performance, reliability and enhanced capabilities for the best system management. In this controller, two CAN interfaces have been incorporated to allow the easy interface to other devices and systems. These interfaces enable the controller to be easily incorporated into a larger automation scheme to realize improved control and supervisory functions. The controller works in voltage of 100 – 240 VAC and is therefore compatible with almost all electrical systems that are in use around the globe making it suitable for use in different industrial environments. At the same time, the FC-301P3K7T2E20H1BGXXXXSXXXXA0BXCXXXXDX module is also characterized by minimal power consumption of only 14.5 watts, which makes it an optimal solution for further use in harsh conditions. This low power consumption is very useful for applications that need the system to run all the time while at the same time being cost efficient.
In regards to safety and reliability, it is possible to note that the FC-301P3K7T2E20H1BGXXXXSXXXXA0BXCXXXXDX operates with electrical isolation to protect the system from electric failures and other possible troubles. Such a layer of protection increases the general service life of the equipment and makes it suitable for significant industrial uses. The module also has mounting means in the form or screw-in brackets that enable the effective integration into existing systems without the need for adjustment. This means that, the FC-301P3K7T2E20H1BGXXXXSXXXXA0BXCXXXXDX is an easy, convenient device to use for system upgrades or installing a new system.
In general, the Danfoss FC-301P3K7T2E20H1BGXXXXSXXXXA0BXCXXXXDX controller module can be considered as the high-quality, energy-saving device designed to offer the users and industrial automated systems designers high flexibility, effective communication, and reliable operations. Due to low power consumption, electrical isolation and the ability to install quickly, it is well suited for high demand automation applications.