Pepperl+Fuchs VAA-4E4A-KE2-DK
The AS-Interface data coupler enables bidirectional data exchange between two AS-Interface circuits. It features two AS-Interface connections and four inputs/four outputs per slave (internally connected) to facilitate data transfer between networks without the need for an overriding control. This data coupler is particularly advantageous in time-critical applications.
The outputs of each AS-Interface circuit are displayed as inputs on the other, allowing data to be transferred in both directions. The AS-Interface slaves have independent addressing, configurable via two front-panel sockets, and are electrically isolated from each other to prevent potential shifting issues.
Pepperl+Fuchs VAA-4E4A-KE2-DK
The AS-Interface data coupler enables bidirectional data exchange between two AS-Interface circuits. It features two AS-Interface connections and four inputs/four outputs per slave (internally connected) to facilitate data transfer between networks without the need for an overriding control. This data coupler is particularly advantageous in time-critical applications.
The outputs of each AS-Interface circuit are displayed as inputs on the other, allowing data to be transferred in both directions. The AS-Interface slaves have independent addressing, configurable via two front-panel sockets, and are electrically isolated from each other to prevent potential shifting issues.
Pepperl+Fuchs VAA-4E4A-KE2-DK
The AS-Interface data coupler enables bidirectional data exchange between two AS-Interface circuits. It features two AS-Interface connections and four inputs/four outputs per slave (internally connected) to facilitate data transfer between networks without the need for an overriding control. This data coupler is particularly advantageous in time-critical applications.
The outputs of each AS-Interface circuit are displayed as inputs on the other, allowing data to be transferred in both directions. The AS-Interface slaves have independent addressing, configurable via two front-panel sockets, and are electrically isolated from each other to prevent potential shifting issues.
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