ABB NKMP01-5 MFP Redundancy Cable

ABB NKMP01-5 MFP Redundancy Cable

Basic Properties

Physical Characteristics:

Appearance and size: usually round cross-section, the outer jacket is usually made of black or grey polyvinyl chloride (PVC) or other abrasion and corrosion-resistant materials, and the diameter is similar to that of ordinary control cables to facilitate wiring and installation.

Marking and material: The cable surface is printed with clear model number ‘NKMP01-5’ and other relevant markings, such as brand and batch. The internal conductor is usually made of high quality copper with good conductivity and corrosion resistance, and the insulation layer is often made of polyethylene and other materials to ensure the stability and safety of signal transmission.

Electrical characteristics:

Signal transmission type: mainly used for the transmission of digital signals, in the ABB Bailey Infi 90 system, can achieve multi-function processor redundant data transmission and interaction between the system to ensure that the system in the event of a failure to automatically switch to the standby device to ensure the continuous operation of the system.

Transmission Rate and Stability: It can meet the requirements of the system on signal transmission rate, and the signal attenuation is small within the specified transmission distance, which can ensure the stability and reliability of the signal and reduce the signal distortion and BER, so as to guarantee the normal operation of the system.

Rated Voltage and Current: The rated voltage is generally 300V AC, with #18 & 22 AWG wire gauge, which can meet the normal working voltage and current requirements of each equipment in ABB Bailey Infi 90 system.

Functions and Features

Redundancy: Provides redundant connections for the multi-function processors in the ABB Bailey Infi 90 system. When the main communication link fails, such as cable breaks, short circuits, or electromagnetic interference, the redundant cables are able to quickly take over the data transmission tasks, ensuring system continuity and reliability, and avoiding system shutdowns and production interruptions due to communication failures.

Guaranteeing the quality of data transmission: adopting high-quality materials and advanced manufacturing process, it effectively reduces attenuation, distortion and interference during signal transmission and ensures the accurate and error-free transmission of data between different multifunctional processors, thus ensuring the stable operation and control accuracy of the system.

Application Fields

Industrial automation control system: such as chemical, steel, electric power, petroleum and other industries, automated production lines, process control systems, etc., used to connect the key multi-function processor equipment, to ensure the reliable operation of the system, to prevent production accidents and economic losses caused by communication failures.

Intelligent building control system: in the building automation system of large commercial buildings, hospitals, airports, etc., it is used to connect various intelligent devices and control systems, such as controllers of air-conditioning system, lighting system, security system, etc., to ensure stable operation and intelligent management of the system.

APPLICATIONS

• Simulation 

• Instrumentation 

• Industrial control 

• Process control and monitoring 

• Factory automation 

• Intelligent networked PLC controllers 

• Automated test 

• Data acquisition