Honeywell CC-IP0101 Integrated security module

Honeywell CC-IP0101 adopts the same on-site verification technology as SELL protection relays and supports the entire node. In critical situations where two input power supplies are available, install dual power modules on each node to control the required process in the event of a power supply failure. Even when nodes on the axis are distributed using available fiber optic Ethernet connections, all I/O points are updated every millisecond. All tags in the system can be recorded as event sequence reports for the entire system. Engineers can combine axes with SEL icon communication networks when they need to separate nodes over large distances without losing determinism. There is a complete IC61131 logic processor on the axis, with secure communication, advanced data centralization, local and remote I/O, and protocol conversion capabilities between multiple built-in client/server protocols. The independent information system 61131 engine provides engineers with a means to run custom control logic at two different speeds.

The 21 practical instructions of this module are a combination of relay ladder logic and functional blocks, supported by a comprehensive programming environment that is easy to navigate and familiar in appearance and feel. In addition, online help files provide information to help users quickly familiarize themselves with the software. As part of the product click line, pre connected I/O cables are also provided. These cables can be used in pre wired and ready-made wire configurations, helping to eliminate the labor-intensive process of connecting PLCI/O to terminal blocks. The price of the cable is $16.50. Automated sales exceed 7, offering 1000 specialty packaged products through its online automated super store and 2000 page catalog.

Honeywell CC-IP0101 has a flexible system architecture and integrated security, designed to meet the needs of today’s monitoring applications. Users only need to choose the correct combination of modules in almost any arrangement and create customized solutions for each job. Users can establish an axis subsystem with up to 6 units or nodes, which are connected in the network through the Ethernet protocol. Each node can accommodate 10 modules, including a processor module, one or two power supplies, and a combination of user determined I/O modules suitable for the application. The axis sub node uses an integrated RTAC module as the CPU, which means that the axis sub is not only an RTU, but also a complete substation data concentrator and integration platform.