UL-OLBDM-12FO-MMSC-SMPX, LIU 12 Port Multi Mode Din Rail

UL-OLBDM-12FO-MMSC-SMPX, LIU 12 Port Multi Mode Din Rail

UL-OLBDM-12FO-MMSC-SMPX, LIU 12 Port Multi Mode Din Rail

UL-OLBDM-12FO-MMSC-SMPX – 12 Port Multi Mode DIN Rail LIU is a compact Fiber Optic Light Interface Unit (LIU) designed for the termination and distribution of multimode fiber optic cables. Featuring 12 multimode fiber ports, it ensures organized cable management, reliable optical connectivity, and easy DIN rail installation for industrial communication and networking applications.

Categories: UL UL / LIU

Product Description

The UL-OLBDM-12FO-MMSC-SMPX 12 Port Multi Mode DIN Rail LIU (Light Interface Unit) is a high-quality fiber optic termination and distribution module engineered for industrial automation, Ethernet networking, telecommunications, and data communication systems. Equipped with 12 multimode fiber optic ports, it provides a secure and efficient solution for terminating, managing, and distributing fiber optic connections while maintaining excellent signal integrity and minimal optical loss.

Its DIN rail mountable design enables quick and space-saving installation inside industrial control panels, communication cabinets, and network enclosures. The module simplifies fiber cable routing, protects optical connections from mechanical stress, and facilitates easy maintenance and troubleshooting, improving overall network reliability.

The UL-OLBDM-12FO-MMSC-SMPX is ideal for industrial Ethernet networks, PLC and SCADA communication, CCTV fiber networks, OEM machinery, factory automation, process control systems, and data communication infrastructure where dependable multimode fiber connectivity is required. Its rugged construction ensures long-term, reliable performance in demanding industrial environments.

With 12 multimode fiber ports, DIN rail mounting, organized cable management, and reliable optical performance, the UL-OLBDM-12FO-MMSC-SMPX is an efficient and cost-effective solution for industrial fiber optic networking and communication applications.