Fiber optic quick coupler FFC-SC/UPC-S02 10 pcs.

€9.61
Shipping from warehouse: ⁨D3⁩
Estimated shipping: Mon, Sep 23 - Tue, Sep 24
14 days returnUnconditional return policy
Availability:
large quantity
Brand:
Spacetronik
Product code:
5903031018950



Fiber optic quick coupler Spacetronik FFC-SC/UPC-S02, 10 pieces

Don't want to buy an expensive fiber optic welding machine or hire a company that provides this type of service? Fast Connector FFC-SC/UPC-S02 allows you to terminate a single-mode fiber optic cable with a diameter of up to 3 mm without the need to weld it. The optical gel inside the connector effectively eliminates the effects of inaccurate cutting or a small gap between the introduced end of the optical fiber and the mounted fiber in the middle of the connector. No sterile environment is required to earn quick couplers, as the front of the optical fiber (contact surface) has been polished and precisely pasted in laboratory conditions. V-groove technology (positioning at assembly) allows for a low attenuation of the connector at the level of 0.25 dB. Installation is quick and easy. Required tools: Stripper, fiber optic cutter and cleaning agent, e.g. isopropyl alcohol. 

Thanks to the unique solution, which is a transparent body, you can control the quality of the connection on an ongoing basis. The lack of visible light in the connector means a perfect connection. To perform the test, you will need a visual damage locator.

Quick couplers are easy to install and the average time it takes to prepare the connection is about 3 minutes.

Required tools: Stripper, fiber cutter and cleaning agent such as isopropyl alcohol.

- Quick assembly,
- Reusable,
- type of optical fiber: single-mode,
- fiber diameter 125 μm (657A & 657B) (length 10 mm),
- coating diameter 250 μm (length 19 mm),
- cable diameter up to 3 mm,
- connector length 53 mm,
- operating temperature -40~+85°C,
- IL (1310 nm & 1550 nm): ≤0.25 dB (dia), ≤0.50 dB (max.),
- RL: ≥50 dB,
- the set contains 10 pcs.

Nagłówek Spacetronik

Despite our best efforts, we cannot guarantee that the published technical data and photos do not contain inaccuracies or errors, which, however, cannot be a basis for claims.

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