Allen Bradley 1756-RMC10 ORIGINAL MANUFACTURER SHED KS.

The 1756-RMC10 is a ControlLogix redundancy Fiber cable that is manufactured by Allen Bradley. The 1756-RMC10 cable features a high performance capability in an easy to use environment and has tight integration between the programming software, the controllers, and the Input/Output modules. This 1756-RMC10 fiber-optic communication cable is needed for connecting ControlLogix redundancy modules in chassis pairs. It is an essential component in building a ControlLogix Redundant Programmable Controller System. The 1756-RMC10 is sold separately from other system components and can be used with both standard and extreme-environment modules.

The operating temperature for the 1756-RMC10 is 0 to 60 degrees Celsius while the storage temperature for the cable is -40 to 85 degrees Celsius. The relative humidity for the module features 5 to 95% non-condensing with the shock as 30 grams. The 1756-RMC10 has a wavelength of 1300 Newton Meters and the transmission speed is less than 1000 Megabytes per second. The total length for the 1756-RMC10 is 32.81 feet which equals 10 meters. The 1756-RMC10 cable has a single channel and wire size for the 1756-RMC10 is 20 AWG. The factory or shipping dimension for the 1756-RMC10 is 5.51 x 4.41 x X5.71 inches with an open enclosure type.

The 1756-RMC10 Redundancy Module Connector measures 10 meters (32.81 feet) in length. It is positioned in a downward orientation with the connection made at the bottom of the module. An LC connector coupler can be used between the transmitting and receiving connectors. The coupler helps in keeping the fiber-optic cable from bending sharply. This also makes connection and disconnection fast and easy, even without removing the module from the chassis.

Install the 1756-RMC01 Fiber-optic Cable where it is protected from being abraded, cut, run over, or otherwise damaged. In a redundant controller system, the 1756-RMC10 cable can tolerate faults on a single channel. But if a problem occurs simultaneously on both channels, network operation becomes unpredictable. To avoid this, route the trunk cables separately. This reduces the risk of having both damaged at the same time.

Therefore, the 1756-RMC10 is mostly used to ensure reduction of the development time, and at the same time ensures the cost of operation and commissioning are minimized. The 1756-RMC10 is good for performance of standard and safety control when used in same chassis to ensure a truly integrated system. It is an important cable for ensuring high availability and operation in the extreme environments with a high capability for meeting the operation needs.