ABB NKTL01-3 Coax Termination Cable

ABB NKTL01-3 Coax Termination Cable

Basic Properties

Physical Characteristics:

Appearance and Dimensions: Usually a standard coaxial cable construction, consisting of a centre conductor, insulation, shield and outer jacket. Its length is usually available in various sizes, common ones such as 3 feet, etc.

Marking and Material: The cable surface is printed with a clear model number ‘NKTL01-3’ and other relevant markings, such as brand, batch, etc. The centre conductor is usually made of copper or plated copper. The central conductor is usually made of copper or silver-plated copper, etc., which has good electrical conductivity; the insulation layer is often made of polyethylene, PTFE, etc.; the shielding layer is usually made of metal braided mesh or aluminium foil, etc.; the outer jacket is usually made of PVC, etc., which is abrasion-resistant and corrosion-resistant.

Electrical characteristics:

Signal transmission type: mainly used for transmitting high-frequency signals, such as high-speed data signals and communication signals in the Infi 90 system, etc., which can ensure the integrity and accuracy of signals in the transmission process.

Transmission Rate and Stability: With high signal transmission rate, it can meet the requirements of industrial automation control system for real-time and high-speed data transmission, and the signal attenuation is small within the specified transmission distance, which can ensure the stability and reliability of the signal and reduce signal distortion and BER.

Rated voltage and current: The rated voltage and current are determined according to specific application scenarios and system requirements, and can generally meet the normal working voltage and current requirements of Infi 90 system.

Functions

Connection and termination of coaxial network: It is used to connect the coaxial cable to the equipment such as network interface slave module or loop interface module, which realises the connection and termination of the coaxial communication network in Infi 90 system and ensures the effective transmission of signals between the coaxial cable and the equipment.

Ensure the quality of signal transmission: Its good shielding performance can effectively prevent the influence of external electromagnetic interference on the transmitted signal, and also reduce the leakage of the signal in the transmission process, improve the quality of signal transmission and confidentiality, and ensure the stable operation of the system.

Application Fields

Industrial automation field: In all kinds of industrial automation control systems, such as automated production lines in chemical, iron and steel, electric power and other industries, it is used to connect the various devices in the distributed control system, realise high-speed data transmission and reliable communication, and ensure the automated control and monitoring of the production process.

Communication field: It can be applied in some specific communication systems, such as the construction of communication network in Infi 90 system, which provides stable and high-speed communication connection between the devices within the system and guarantees smooth communication and accurate data transmission.

FEATURES

• Process Station with integrated fieldbus  capability  

• 4 high-speed fieldbus lines  

• Supports different fieldbus types, even  simultaneously:  PROFIBUS-DP, up to 12 MBd  Modbus  CAN  Foundation Fieldbus H1 (with LD800  HSE)  

• Easy engineering:  fully integrated in Control Builder F  

• One unified database for field devices  shared by the control level and the Human  System Interface (HSI)  

• Module recognition with factory and operational parameters  

• Comprehensive diagnostics for proactive  maintenance  

• Compact, rugged design  

• Front panel connectors  

• DIN Rail (C-rail) or wall mounting for easy  installation  

• Ambient temperature 0-60 °C (32-140 °F)  with temperature monitoring  

• EMC certification according to EN50082  

• Certification:  CE, NAMUR, CSA, UL, EN61000-6-2.