ABB TER800 HN800 or CW800 Bus Terminator

Bus Compatibility: The ABB works with HN800 & CW800 bus systems. It gives you the termination you require to prevent signal reflections that can lead to erroneous communication.

One terminator should be installed at each end of the HN800 or CW800 bus.

Features of Signal Handling: It is feature-rich to provide support for the signals pertaining to the HN800 or CW800 bus systems.

Temperature: -25°C to +70°C

Humidity Range: 5% to 95%

Stable electrical performance: the ABB TER800 has a precise resistance value, so it can ensure accurate matching with the characteristic impedance of the HN800 or CW800 bus, thus greatly reducing signal reflection and ensuring the integrity and stability of signal transmission, so as to ensure the quality of bus communication.

Strong compatibility: ABB TER800 is applicable to ABB Bailey's HN800 or CW800 bus, with relatively good compatibility with various devices and components in the bus system, so that it can be seamlessly connected to the bus network without worrying about electrical mismatch and other issues.

High reliability: ABB TER800 uses high-quality materials and advanced manufacturing process, with good anti-interference ability, can work stably in complex electromagnetic environment, and can adapt to vibration and shock and other conditions in the industrial environment to ensure long-term reliable operation, reduce maintenance and replacement costs.

Simple connection: The compact structure and small size of ABB TER800 facilitate its installation at the terminal position of the bus system and adopt some simple connection methods, such as easy plug-in or screw-fixed, which is convenient for site construction and debugging and can complete the installation rapidly with improved project efficiency.

Large equipment (such as testing machines, 3D printing machines, robotic arms) — synchronizing actions between robotic arms with a 1ms delay, and providing stability for HN800 or CW800 for production equipment in various production lines.

These applications include: Real-time monitoring of the power equipment for the power system, protecting the system stability and safe, as well as the faults timely processing.

The process control field: to connect the control means and the instrument in the chemic industry, the metallurgical industry and other industries, intimate monitor control parameter and optimize the production.

An intelligent building system should be built: it should be the interconnection and centralized control of lighting, security and other sub-systems to create a comfortable environment and energy-saving management.