Brief: In this video, we provide an informative walkthrough of the CLX-MU9202 MPO Polarity Tester. You'll see how this device uses visible red light to perform polarity judgment and continuity analysis for MPO/MTP fiber optic patch cords during production. Gain concise insights into the features that matter most for real-world use, including compatibility with various core counts and fiber types.
Related Product Features:
Compatible with 12, 24, 16, 32, and 48-core MPO/MTP fiber patch cords for versatile testing applications.
Supports SM 9/125, MM 50/125, and MM 62.5/125 fiber core types to meet diverse fiber optic standards.
Features user-defined polarity setting for customized testing configurations and requirements.
Includes study mode and error alarm functions to facilitate accurate learning and fault detection.
Provides error polarity analysis to quickly identify and troubleshoot connectivity issues.
Allows for replacement of MPO connector vulnerable parts, ensuring long-term device maintenance.
Equipped with USB, RS232, and upper monitor application support for seamless integration.
Designed for fast, accurate polarity judgment and continuity analysis in patch cord production.
FAQs:
What types of fiber optic patch cords is this MPO polarity tester compatible with?
The CLX-MU9202 MPO Polarity Tester is compatible with 12, 24, 16, 32, and 48-core MPO/MTP fiber optic patch cords, supporting SM 9/125, MM 50/125, and MM 62.5/125 fiber core types.
Does the MPO polarity tester support custom polarity settings?
Yes, the tester supports user-defined polarity setting, allowing for customized configurations to meet specific testing requirements during MPO/MTP patch cord production.
What connectivity options are available for the MPO polarity tester?
The device supports USB, RS232, and upper monitor application interfaces, enabling seamless integration with other systems and facilitating data transfer and monitoring.
How does the MPO polarity tester assist in error detection?
It features study mode and error alarm functions, along with error polarity analysis, to help quickly identify and troubleshoot connectivity issues in MPO/MTP patch cords.