Deels gemonteerde splitsboxen EFB Elektronik B61901.6OM3

Partially assembled splice box with a grey metal housing designed for LC-Duplex plastic adapters. The unit measures 483 mm in width, 244 mm in depth and 44.5 mm in height and is prepared for OM3 applications. It contains one splice cassette with a single splice holder and supports up to four splice cassettes. Cable entries are located at the rear.

Advantages

The EFB Elektronik B61901.6OM3 offers a sturdy metal housing with a sliding front panel and screw-mounted plastic adapters, enabling secure mounting and easy access. Its partial assembly reduces installation time while allowing flexible configuration up to 12 adapters and multiple splice cassettes. Rear cable entries keep routing neat and compatible with standard rack installations.

Suitable for

• OM3 multimode fiber optic networks
• LC-Duplex plastic adapter connections
• Telecommunications cabinets and 19" rack installations
• Splicing and patch distribution where up to 12 adapters are required

Key specifications

• Brand: EFB Elektronik
• Model / MPN: B61901.6OM3
• EAN: 4049759173197
• Housing material: metal (grey)
• Dimensions: 483 x 244 x 44.5 mm (W x D x H)
• Adapters: LC-Duplex plastic adapters, up to 12 adapters
• Splice capacity: 1 splice cassette included (1 splice holder); supports up to 4 cassettes
• Front: sliding unit, front panel screwed
• Cable entry: rear

How to use

Mount the splice box in a compatible 19" rack position using the front panel fixing points. Install additional splice cassettes as needed (up to four) and secure the cassette(s) in the provided holders. Fit LC-Duplex plastic adapters into the front panel, route incoming and outgoing fiber cables through the rear cable entries, and perform splicing inside the cassette(s). Close the sliding front panel and fasten the screws to secure adapters and fibers.

Recommendations

For best performance in OM3 installations, use compatible LC-Duplex connectors and adhere to standard fiber handling and bend-radius guidelines when routing fibers through the rear entries. Verify cassette orientation and secure splices before closing the front panel.