Maximum Flexibility, Continuous Dynamic Performance & Reliable FC/APC Connectivity

Pre-terminated LWL universal breakout torsion cable with FC/APC connectors. The abrasion-resistant polyurethane (PUR) outer jacket and torsion-optimized stranding combine high mechanical strength with reliable FC/APC connection technology for demanding industrial and technical applications.

Key Features & Benefits

Torsion- & Drag-Chain Resistant (PUR Outer Jacket):
The highly flexible polyurethane (PUR / Type 11Y) outer jacket is resistant to torsional movement, oil, chemicals, UV radiation and abrasion. This makes the cable ideal for applications involving continuous bending, twisting and dynamic movement.

Robust FC/APC Connectors:
The screw-lock FC/APC connectors provide a secure and vibration-resistant connection, making them particularly suitable for demanding industrial environments. The APC end-face geometry minimizes back reflections and ensures reliable optical signal transmission.

Full Breakout Design with Individual Strain Relief:
Each optical fiber is protected in its own sub-cable with aramid yarn (Kevlar). This makes the individual breakout legs highly mechanically resistant and allows direct connection to measuring equipment, sensors, network components and other optical devices.

Suitable for Demanding Indoor & Outdoor Applications:
The robust PUR outer jacket provides excellent resistance against abrasion, UV radiation, oils and many chemicals. The cable is therefore suitable for harsh industrial environments as well as protected outdoor applications.

Plug & Play – No Splicing Required:
Factory-terminated and ready for immediate installation, the cable eliminates the need for on-site splicing or connector assembly. The tested connector termination provides reliable optical performance directly after installation.

Ideal for Dynamic Applications:
The combination of torsion-optimized stranding, flexible PUR outer jacket and robust FC/APC connectors makes this cable ideal for machine building, industrial networks, measurement technology, sensors, robotics and applications involving repeated bending and twisting cycles.