Realizing flexible wiring by daisy chain and branch
EtherCAT Junction Slave
about this Product Family
last update: December 19, 2013
Realizing flexible wiring by daisy chain and branch
Compact size as the industry's smallest *
Compact size as width 25 mm (3-port type) realizing space saving on the board
Power supply voltage operable for long distance wiring
Operable with 24 VDC. The range of power-supply voltage is from maximum 28.8 VDC to minimum 20.4 VDC in consideration of a power voltage drop by long distance wiring.
* As of August 2011 According to our own research.
In a system that consists of plural processes, debugging work can be started with a process for which designing work has been completed.
The system can not start operation before installing and assembling all devices of all processes. (Neither Process B nor Process B can start operation before Process A has been built.)
The slaves connected via EtherCAT junction slaves on Process B and Process C can operate, even though slaves for Process A do not operate. Debugging work of the processes can be made separately, thus improving debugging work efficiency.
It is possible to design the system operation, considering errors such as EtherCAT slave failure and disconnection of communications cables. A part of the system can be separately operated, and the system can be promptly restored.
If an error occurs on a slave, or the network cable is disconnected, slaves following on the same network can not communicate with the master unit. The operating rate of the system can be lowered, or maintenance work will be less efficient.
With EtherCAT junction slaves, each process can be designed and wired as separated blocks. If an error occurs on one slave device, operation of the process that uses the slave stops, but that will not influence the entire system operation. The EtherCAT junction slave will contribute to prevention of loss of workpieces in process and prompt system restoration.
last update: December 19, 2013