Optical Fiber Coupler DeLOCK 85925 SC Simplex female to SC Simplex female

With the DeLOCK Optical Fiber Coupler 85925, two SC Simplex female connectors can be joined quickly and securely. The coupler is intended for direct connection to optical fiber cables and for straightforward installation in fiber optic connection boxes. It is made of durable plastic and comes in green; the pack contains four identical couplers.

Advantages

The SC Simplex coupler features an integrated flip that provides protection against laser radiation and a removable dust cap to keep the ferrule clean. Its compact dimensions (14.8 mm × 30.4 mm × 12.3 mm) make it suitable for dense mounting in connection enclosures. The female-to-female design ensures compatibility with standard SC Simplex connectors.

Suitable for

• Joining two SC Simplex fiber connectors
• Mounting inside optical fiber connection boxes and patch panels
• Temporary or permanent fiber cable extensions and repairs
• Indoor fiber optic installations in telecom and data networks

Key specifications

• Brand: DELOCK
• Manufacturer part number (MPN): 85925
• EAN: 4043619859252
• Connector type: SC Simplex female to SC Simplex female
• Material: plastic
• Color: green
• Dimensions (W × D × H): 14.8 mm × 30.4 mm × 12.3 mm
• Package quantity: 4 pieces

How to use

Remove the dust caps from the coupler and from the SC Simplex connectors on the fiber cables. Align each SC Simplex connector with the corresponding female port on the coupling and insert until it clicks or seats firmly. Use the integrated flip for laser protection when the fiber is disconnected; reattach the dust cap when the connection is not in use. Install the coupler into the connection box or panel according to the enclosure manufacturer’s instructions.

Recommendations

Handle fiber end faces with care: always keep dust caps in place when connectors are not mated, clean ferrules with appropriate fiber cleaning tools before making connections, and follow local safety rules regarding laser radiation when working on active fibers.