In mass fusion splicing, a long-standing problem is that glass particles that have evaporated and subsequently cooled as part of the fusion splicing process can adhere to both the discharge electrode and the V-groove area, which in turn can lead to fiber offsets and high splice losses.
Removing the glass particles that have accumulated within the V-groove area is difficult, so it is often necessary to return the unit to a repair center for removal of these glass particles.
The 90R Series solves this long-standing problem with a user-replaceable V-groove device that incorporates electrodes, making this issue a thing of the past. This new V-groove assembly can be quickly and easily replaced in the field, minimizing downtime and maximizing productivity.
The new V-groove design also allows for splicing of 250µm and 200µm Spider Web Ribbon fibers without special tools.
In addition, the new 90R series incorporates the following features adopted from previous models:
• Real-time arc discharge control by analyzing arc brightness intensity.
• Automatic cleaver management via wireless data communication when the fusion splicer detects blade wear.
• Wireless link to the fiber optic ribbon separator to adjust settings according to the type of fiber optic ribbon being spliced.
• Automated opening and closing heater and windscreen.
• Large-capacity storage tray integrated into the carrying case.
