Since it does not come into contact with the ferrule, it can prevent connector connection damage caused by patch cords.
The optical power meter is a primary testing device for optical fiber products. Measuring the power of optical signals on optical fiber networks is an essential task for the maintenance and design of transmission paths. However, engineers must measure the optical transmission power with a power meter and assess the performance of the transmission path, which includes measuring losses, and then document the results to create reports, in relation to the requirements for testing and the extension of the network. These engineers need a tool that is simple and capable of handling everything up to reporting in one go.
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basic information
PowerChek OP-1 is an innovative power meter that allows for the measurement of optical power between optical fiber ports (such as media converters and SFPs) and an OPM without the need for a patch cord. This means that users can safely connect the PowerChek receiving connector to optical receptacles (bulkhead or female connectors) without the risk of cross-contamination (where dirt is transferred due to connector coupling) or damage caused by mistakenly inserting a dirty patch cord into the fiber end face of the optical port. As a result, measurements can be taken much faster than before, without the need to calculate the loss from the patch cord, and the results are displayed on a compact, intuitive touch-screen display. Additionally, measurement data can be easily saved to the built-in storage. Technicians can quickly generate reports and share results via email through connected tablets, PCs, or mobile phones. Please refer to the catalog for the specifications of the optical power meter.
Price information
Due to overseas products, prices may change dynamically. Please feel free to contact us.
Price range
P2
Delivery Time
P4
Applications/Examples of results
It is suitable for product inspection tasks at manufacturers and distributors of communication optical fiber devices that use a wavelength range of 780 to 1650 nm. It is also ideal for field surveys and maintenance of optical transmission paths by contractors who install, maintain, and design optical fiber networks. When measuring the transmission power of optical transmitters, it was traditionally necessary to measure through the optical patch cord being tested. Therefore, it was essential to always have a patch cord for measurement on hand, and keeping the end face of the patch cord clean, as well as having cleaning tools and end face observation devices for optical fibers, was necessary for the accuracy of the work. However, by using the PowerChek OP-1, it is no longer necessary to prepare a measurement patch cord at least when measuring the optical transmission power of optical fiber devices. (For fiber stubs, observation devices and cleaning tools are still required.) You simply need to attach the adapter for the target optical connector and insert it. The types of optical connectors that can be measured are the following five: - SC/PC - SC/APC (angled polish) - LC/PC - LC/APC (angled polish) - OptiTap
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Company information
The company was established in 1994 as a provider of IT-related product imports, sales, and technical support. We mainly offer distribution and technical support for cutting-edge computer network-related products and information communication security-related products from the United States. Recognizing early on that security measures against computer viruses and malware are essential for information communication networks, we have also engaged in the sale and support of information security-related products. In recent years, cyber attacks targeting specific entities have become a social issue, making defensive measures against threats essential for businesses and organizations. In addition to solutions that defend against malicious attacks from outside and prevent information leaks, we provide new solutions that utilize artificial intelligence (AI) to detect anomalies and prevent incidents by leveraging machine learning and mathematical theories against cyber attacks that penetrate internal networks and internal threats that bypass perimeter defenses.
