Industrial networks must contend with harsh physical and environmental conditions not found in office and other enterprise applications. From real-time sensors on the factory floor to office monitoring and control, a properly designed network must deliver productivity, efficiency, and reliability – day after day. OCC’s fiber optic cables and connectivity components withstand the harshest environments, allowing systems to continue to run and data to transfer where other systems can fail. Ultimately, OCC makes your company safer and more productive – both inside or outside the plant environment.
OCC’s experience engineering and manufacturing fiber optic cables, connectors and enclosures designed for the harshest of environments, including military tactical deployment, means our products deliver exceptional performance in the industrial environment. We work with customers that have specific industrial needs to offer solutions that provide the best mechanical, industrial, chemical and environmental performance.
Industrial Networks must contend with environmental conditions not found in the office areas. With over 25 years experience supplying military tactical and tight-buffered indoor/outdoor fiber optic cables, Optical Cable Corporation understands the requirements for tight-buffered fiber optic cables to be able to withstand the most severe conditions found in industrial areas.
Unlike conventional cable jackets, the special Core-Locked™ jacket featured on many of our fiber optic cables, is extruded under high pressure directly over the cable’s core, resulting in the internal surface of the cable jacket having helical cusped ridges that interlock with the subcables. Wire mesh grips can be used directly over the jacket because the cable core cannot slip and move axially within the cable jacket during installation. This eliminates jacket damage that may occur with other cables. The Core-Locked™ jacket contains 25% more material than conventional jackets. This helps keep the cable cross-section circular for better crush and impact protection and improved tear resistance during installation. A ripcord is included for easy outer jacket removal.
Our Ultra-Fox™ cable features 100 kpsi proof-tested fiber, a primary coating of UV-cured acrylate material to a diameter of 250 μm, and a secondary buffer to 900 μm. The composite primary coating and secondary buffer may be mechanically removed to the 125 μm glass diameter in one step. This is typically done for direct termination with connectors. The versatile buffer system permits mechanical stripping in short lengths (about 1 cm) to remove the secondary buffer and leave the 250 μm primary coating intact. This 250 μm buffered fiber is, therefore, available for splicing to similar buffered fibers from loose-tube cables. The 250 μm coating may then be further mechanically stripped to the 125 μm glass diameter.
Our Ultra-Fox™ Plus cables feature 100 kpsi proof-tested fiber, a primary buffer of UV-cured acrylate material to a diameter of 500 μm and a secondary hard elastomeric buffer to 900 μm diameter. This provides the ultimate environmental and mechanical protection and is identical to the buffering on our military tactical cables. This buffering system can be easily mechanically stripped directly to the glass for termination with connectors or for splicing.
Countries Using OCC Cable & Connectivity
Water Treatment Systems Turn To Ruggedized Fiber To Protect Against Disruptive ThreatsRead full story
How Ruggedized Fiber Optic Cable Meets the Communications Challenges of WTP and WWTP environmentsRead full story
Setting The Standard For Tray-Rated Fiber Optic Cable – U.S. Tech OnlineRead full story
Fiber Optic Cables, Connectors, and Enclosures Meet the Communication Challenges of Harsh Water/Wastewater Treatment Plant Environments – Forester Daily NewsRead full story