In compact equipment, every millimeter of wiring counts. The FK Series tackles this challenge with a current-splitting relay structure that simplifies internal wiring, contributing directly to equipment miniaturization and weight reduction.
How the Branch and Relay Structure Works
Rather than running a separate cable from a central point to each device, the FK Series uses a branching and relay design that splits and passes the current along a single line. As a result, the total volume of wiring drops significantly. This space-saving approach feeds into a clear chain of benefits: less wiring leads to more compact and lightweight equipment, which in turn opens up greater design freedom.
Easier Maintenance
Beyond the space savings, the branch-and-relay approach improves maintainability. Because the connections are modular, a single device can be partially removed without disturbing the entire wiring assembly. Consequently, if one component fails, servicing or replacing it becomes far simpler and less disruptive.
A Simpler Layout
The advantage becomes clear when comparing wiring methods. A traditional parallel, or cascade, layout requires each device to route back individually, creating a dense and tangled bundle of cables. By contrast, the FK Series enables a serial, or multi-drop, method. Each device connects in sequence along a streamlined path, dramatically reducing clutter and making the overall assembly cleaner, lighter, and easier to manage.
