REXROTH 2263117 Integration Module

All markers in the system can be recorded as a system-wide event sequence report. Engineers can combine the axes with SEL icon communication networks when they need to separate nodes over large distances without loss of determinism. The axis has a full ic61131 logic processor, secure communications, advanced data concentration, local and remote I/O, and protocol conversion capabilities between multiple built-in client/server protocols. The stand-alone Information Systems 61131 engine provides a means for engineers to run custom control logic at two different speeds. The high speed solution rate can be as fast as 4M, which is intended for critical control loops. The slower solution rate can be as slow as 1 second and is perfect for SCAD reporting. The solution also provides integrators with the tools necessary to easily integrate and centralise information from a wide variety of microprocessor-based devices in today’s plant applications. Modular alarm panels are available for I/O, control, and for many industrial applications. Each axis is included with the addition of different configuration software at no additional cost. It features everything needed to set up I/O, communications, security and programmable logic in one easy-to-use package.

With its flexible system architecture and integrated security, the REXROTH 2263117 is designed to meet the needs of today’s monitoring applications. Users simply select the right combination of modules in almost any arrangement to create a customised 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 uses the same field-proven technology as the SELL protective relay and supports the entire node. In critical situations where two input power supplies 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 supply failure. All I/O points are updated every millisecond, even when the nodes on the axis are distributed using the available fibre-optic Ethernet connection.