Product Features
A key product characteristic of the PR6426/010-100 is its robust construction, which ensures reliable performance in the most demanding industrial environments. The high temperature resilience of the PR6426/010-100 probe makes it suitable for installations near hot engine casings and steam turbines. Furthermore, the excellent linearity and stability of the output signal are defining features of the PR6426/010-100, providing accurate and dependable data for machinery condition assessment.

0301068B Comparison

When comparing the PR6426/010-100 to other models, it is not a direct universal replacement for all transducers. For instance, compared to the PR6426/010-000, the PR6426/010-100 offers a significantly extended linear range of 2.0mm versus 1.0mm, making the PR6426/010-100 superior for applications with larger anticipated vibration amplitudes. However, compared to a general-purpose model like the PR6423 series which measures absolute casing vibration, the PR6426/010-100 is specifically optimized for relative shaft displacement and is not a substitute. The primary advantage of the PR6426/010-100 lies in its specialized design for high-precision shaft observation, though it may be less suitable for low-frequency vibration analysis where seismic transducers excel.

0301068Bapplication cases

The utilization of the PR6426/010-100 is widespread in major international engineering projects. In the power generation sector, the PR6426/010-100 is installed in great numbers on gas and steam turbines across power plants in North America and the Middle East for real-time vibration protection. Similarly, offshore oil platforms in the North Sea rely heavily on the durability of the PR6426/010-100 to monitor critical pumps and compressors, safeguarding against catastrophic failures. The consistent performance of the PR6426/010-100 under extreme conditions has made it a trusted component in these large-scale industrial applications.