XVC770BE101 3BHE021083R0101

The XVC770BE101 3BHE021083R0101 communication ports provide 5 VDC, allowing connection of C-more miniature HMI panels without additional power. LED indicators located on each port indicate when the port is sending or receiving. The module’s 21 utility commands are a combination of relay ladder logic and function blocks, supported by a comprehensive programming environment that is easy to navigate and has a familiar look and feel. In addition, an online help file provides information to help users quickly familiarize themselves with the software. Pre-wired I/O cables are also provided as part of the product click-through line. These cables can be used in both pre-wired and off-the-shelf wire configurations, helping to eliminate the labor-intensive process of connecting PLCI/O to terminal blocks. The cables are priced at $16.50. Automation sells more than 7,000 featured packaged products through its online Automation Superstore and 2,000-page catalog.

With flexible system architecture and integrated security, the XVC770BE101 3BHE021083R0101 is designed to meet the demands of today’s surveillance applications. Users simply select the right combination of modules in virtually any arrangement to create a customized solution for each job. Users can build an axis subsystem with up to six units or nodes that are connected in a network via Ethernet Cat protocol. Each node can hold up to 10 modules, including a processor module, one or two power supplies, and a user-determined combination of I/O modules to suit the application. The shaft node uses an integrated RTAC module as CPU, which means that the shaft is not just an rtu, but a complete substation data concentrator and integration platform. The on-axis power module utilizes the same field-proven technology as the SELL protective relay and supports the entire node. In critical situations where two input power sources are available, dual power modules are installed on each node so that the axis can control the required processes in the event of a power failure. All I/O points are updated every millisecond, even when the nodes on the axis are distributed using the available fiber optic Ethernet connection.