OTDR Launch Cable SC/APC-SC/UPC Extension Cable Fiber Jumper Cable Single-mode 500 1000 2000 meters

OTDR Launch Cable SC/APC-SC/UPC Extension Cable Fiber Jumper Cable Single-mode 500 1000 2000 meters

Product Description

This extension cable is specially designed for OTDR fiber tester and adopts SC/UPC interface. It aims to meet the needs of users for extending the test distance when testing fiber optic links, ensure the stable transmission of optical signals, enable OTDR to more accurately detect various parameters of long distance optical fibers, and ensure the reliable operation of fiber optic communication systems.

Application

1. The SC/UPC interface adopts high-precision manufacturing technology to ensure the quality of optical signal transmission and make the test results more accurate.

2. It is compatible with most OTDR fiber testers, fiber distribution frames, optical modules and other equipment on the market that use SC/UPC interfaces. It has wide versatility and users do not need to worry about equipment adaptation issues.

3. The line body adopts special materials and structural design, has good flexibility, is convenient for wiring and operation in different test environments, is not prone to damage or breakage, and adapts to complex and changing field test needs.

Product Structure

• When the SC/UPC connector is connected to the OTDR fiber tester or other fiber equipment, the high-precision alignment of the ceramic ferrule and the action of the spring can achieve low-loss and low-reflection transmission of the optical signal, ensuring the accuracy and reliability of the test.
• The color of the outer sheath is generally eye-catching colors such as yellow or orange, which is convenient for identification and operation at the test site. The outer sheath will also be printed with product model, specification, length, manufacturer and other identification information, so that users can quickly understand the basic situation of the product.
• The reinforcement components are usually arranged in a spiral or parallel shape around the optical fiber core, and are closely combined with the optical fiber core to form the internal support structure of the extension cable.

Note: The blind area of OTDR is mainly caused by strong light reflection and pulse width ,and generally extends hundreds of meters from the OTDR as the starting point. The OTDR test extension line is generally used between the OTDR and the line under test to ensure that the blind area of OTDR is only reflected on the extension line and does not cause a significant impact on the link under test. Note: The blind area of OTDR is mainly caused by strong light reflection and pulse width, and generally extends hundreds of meters from the OTDR as the starting point. The OTDR test extension line is generally used between the OTDR and the line under test to ensure that the blind area of OTDR is only reflected on the extension line and does not cause a significant impact on the link under test.