12 Channel Fast Scanning Optical Power Meter +5~-75dBm 100K Sampling Rate

12 Channel Fast Scanning Optical Power Meter +5~-75dBm 100K Sampling Rate

The 12-channel fast scanning optical power meter is mainly used for optical network installation, engineering acceptance, and maintenance. It can test information such as plug loss of MPO cables with one click, and integrates data storage, threshold analysis, and data export functions. The device performs well in MPO room test, production line verification, polarity judgment and other field applications, and the test efficiency is significantly higher than that of traditional instruments.

Technical characteristics
Multi-channel design: 12-channel design, 24 channels can be customized according to requirements, to meet a variety of test scenarios.
Fast scanning: The scanning speed is less than 0.2 seconds/channel, which greatly improves the test efficiency.

High precision measurement: insertion loss accuracy of ±0.1dB, resolution of 0.01dB, to ensure the accuracy of the test results.

Wide wavelength range: The wavelength range covers 850~1700nm, suitable for a variety of optical fiber communication systems.

Data storage and analysis: The built-in data storage function supports data export, facilitating subsequent analysis and processing.

System communication interface: USB interface is provided to facilitate the connection with computers and other devices to achieve data transmission and remote control.

Universal interface design: Interface types include SM, MM MPO/PC 12/24 core female head, without complex conversion, easy to use.

U87212D Technical specification

Application field
12-channel fast scanning optical power meter is widely used in optical communication, laser processing, medicine, scientific research and other fields. In the field of optical communication, it can be used to measure the output power, loss and other parameters of optical communication equipment, which is of great significance to improve the quality and stability of communication. In the field of laser processing, it is mainly used to test lasers and their output power to ensure the reliability and safety of the processing process. In addition, in the field of medicine and scientific research, it also has a wide range of applications.