ABB REF620E_F NBFNAANNNCC1BNN1X Protection Relay Module

ABB REF620E_F NBFNAANNNCC1BNN1X Protection Relay Module

ABB REF620E_F NBFNAANNNCC1BNN1X is a simple (without built-in I/O) controller that can be used for various purposes including machine data recording. Ethernet communication is included in the M series and can be extended through user selected I/O modules if needed. The Bux10 point series includes all standard features, along with 10 independent I/O points. The 18 point series includes 18 completely discrete I/O points, while the 36 point series includes 36 built-in discrete I/O points. Provide BRX controllers with load I/O, including AC, DC, and relay configurations, as well as software selectable analog I/O and Ethernet options. I/O will also be embedded into each BRXPLC unit with DC I/O. No base or backplane required, expandable PLC units can add up to 8 I/O modules (depending on the model). There are currently 27 discrete I/O expansion modules available in 8, 12, and 16 point versions, allowing the system to scale up to 164 discrete I/O points. The stackable design of the platform allows users to purchase only the I/O required for their specific applications.

ABB REF620E_F NBFNAANNNCC1BNN1X is based on the same driving technology as before, the motion chip, which reduces the time required for assembling the machine by changing the screw type contact to a simple pin. Now, system integrators can easily design a clean circuit board to accommodate all components and remove all cables. This driver can be programmed in the Easy Motion Studio with Technical Soft Motion Language (TML) and graphical tools. In systems with distributed intelligence, it is the most valuable, where motion application tasks are allocated between the main driver and the driver. Its embedded motion controller provides the same high-level motion language for all motors, making their technical differences transparent to users. Complex motion sequences can be directly programmed onto the driver, while system control functions are handled by supervised PC/PLC. Sports modes such as contour, profile, transmission, electronic assembly, PVT, etc. are easy to execute in independent or multi axis operations. Typical feedback devices include incremental encoders, digital, and linear halls. Distributed control is achieved through external adapters.