Bus Cables

 

Welcome to Caledonian dedicated web site for Bus Cables.

 

Bus Cable SystemIs to connect intelligent field devices and automation systems, all-digital, two-way, multi-station communication systems. Mainly to solve the industrial field of intelligent instrumentation, controllers, actuators and other digital communication between field devices and their on-site control equipment and advanced control systems to pass information between the problem.

 

Mainly used for manufacturing, process industry, transportation, buildings, electricity and other aspects of the automation system. Each bus has its own large application areas, such as FF, PROFIBUS-PA used in petroleum, chemical, pharmaceutical, metallurgical and other industries field of process control; DeviceNet, PROFIBUS-DP for processing and manufacturing, which are divided is not absolute , each fieldbus are trying to expand its field of application, each penetration.

 

Around the world there are more than forty kinds of fieldbus, such as France's FIP, British ERA, Germany's Siemens Siemens's ProfiBus, Norway FINT, Echelon's LONWorks, PhenixContact company InterBus, RoberBosch company CAN, Rosemounr company the HART, CarloGarazzi company Dupline, Denmark ProcessData company's P-net, PeterHans company's F-Mux, and ASI (ActraturSensorInterface), MODBus, SDS, Arcnet, ISO - Foundation Fieldbus FF: FieldBusFoundation, WorldFIP, BitBus the United States DeviceNet and ControlNet and so on. Most of these fieldbus for process automation, the field of medicine, manufacturing, transportation, defense, aerospace, agriculture and building and other fields, probably less than ten kinds of bus occupies about 80% of the market.

 

Caledonian provides a broad range of bus cables, including Profibus L2 ,Profibus DP, Profibus PA, Profibus SK, CAN Bus, ASI Bus,Foundation Fieldbus ,Interbus, Interbus Loop cable, CC-Link 1.10 Cable, Simens profibus,EIB Cable，DeviceNet, etc.

 

There are some advantagesas below:
1. Easy to implement and extend.
2. Well-suited for temporary or small networks not requiring high speeds (quick setup), resulting in faster networks.
3. Cost effective; only a single cable is used.
4. Easy identification of cable faults.