SCU6x

After completing this guide, your splice detection system will be installed, wired, and configured to automatically detect splices on your moving web — with detection events accessible from your PLC over Industrial Ethernet.

After completing this guide, your splice detection system will be installed, wired, and configured to automatically detect splices on your moving web — with detection events signaled via NPN digital outputs to your stacklight, buzzer, or PLC digital inputs.

After completing this guide, wired to your SCU6x controller with position data available over Industrial Ethernet for your PLC.

After completing this guide, wired to your SCU6x controller with pass/fail monitoring output on NPN outputs, plus live width display on the controller touchscreen.

After completing this guide, wired to your SCU6x controller with width data available over Industrial Ethernet for your PLC.

After completing this guide, wired to your SCU6x controller with per-lane width data for up to 64 lanes available over Industrial Ethernet for your PLC.

After completing this guide, wired to your SCU6x controller with combined pass/fail monitoring output — all lanes within tolerance or any lane out of tolerance — on NPN digital outputs for your stacklight, alarm, or PLC.

After completing this guide, your web runs with one edge held on target — the guide steers it back the moment it drifts.

After completing this guide, your web runs centered between its two edges — the guide holds the center as the edges wander.

After completing this guide, your web tracks a printed or physical line — the guide follows the line as it moves across the web.

After completing this guide, your web tracks a contrast boundary — a coating edge, color change, or stripe — and the guide follows it.

After completing this guide, your slave web follows the master web's side-to-side position, keeping the two layers aligned.

After completing this guide, your web traverses steadily back and forth on a programmed oscillation, with no edge feedback.

After completing this guide, your web oscillates back and forth around a tracked feature, staying referenced to it as the feature moves.

After completing this guide, your web runs with one edge held on target — the stand shifts the roll back the moment the edge drifts.

After completing this guide, your web runs centered between its two edges — the stand shifts the roll to hold the centerline as the edges wander.

After completing this guide, your web tracks a printed or physical line — the stand shifts the roll to hold the line on target as it moves across the web.

After completing this guide, your web tracks a contrast boundary — a coating edge, color change, or stripe — and the stand shifts the roll to hold it on target.

After completing this guide, your roll traverses steadily back and forth on a commanded oscillation, with no web feedback.

After completing this guide, your web oscillates back and forth around a tracked feature — the oscillation rides on top of sensor guiding, staying referenced as the feature moves.

After completing this guide, your slave web follows the master web's side-to-side position — the stand shifts the roll to keep the two layers aligned.

After completing this guide, your existing guide runs on Roll-2-Roll control with one web edge held on target — the new actuator steers the web back the moment it drifts.

After completing this guide, your existing guide runs on Roll-2-Roll control with the web centered between its two edges — the new actuator holds the center as the edges wander.

After completing this guide, your existing guide runs on Roll-2-Roll control tracking a contrast boundary — a coating edge, color change, or stripe — and the new actuator steers the web to follow it the moment it drifts.

After completing this guide, your existing guide runs on Roll-2-Roll control tracking a printed or physical line — the new actuator follows the line as it moves across the web.

After completing this guide, your existing guide runs on Roll-2-Roll control with the slave web following the master web's side-to-side position — the new actuator keeps the two layers aligned.