Why is 330104-08-12-10-02-00 an ideal choice for complex working conditions?

When faced with a turbine or compressor running at thousands of revolutions per minute, how to grasp the rotor operating status in real time? The answer lies in the hardware combination that 330104 this base model represents. 330104 specifically refers to an 8 mm eddy current probe with an M10 x 1 thread with armored protection. When you see the complete 330104-08-12-10-02-00, you are configuring a solution for an application that requires high installation accuracy and environmental protection. Specifically, the "08" represents the 8.0 mm (i.e. 80 mm) length of the probe without a threaded head, which ensures that the probe can be mounted on the device at the right depth, without interfering with the internal components and accurately aligning with the target journal. "12" defines the total length of the probe, i.e. 1.0 meters, which is the usual base length for connecting to the extension cable. The system works based on the high-frequency eddy current effect, the electromagnetic field emitted by the tip of the probe induces eddy current on the surface of the rotating shaft, so as to linearly convert the small gap change between the probe and the shaft into an electrical signal output, whether it is monitoring instantaneous vibration due to oil film oscillation or slow axis displacement caused by thermal expansion, it can accurately capture it.

During the tight maintenance window, engineers are most concerned about how to quickly and reliably complete the installation and commissioning of sensor systems. The "10" and "02" options in 330104-08-12-10-02-00 are designed to respond to this core demand. "10" indicates that the probe is equipped with a standard ClickLoc micro-coaxial connector and is pre-installed with a connector sleeve. This means that when you connect the probe to the extension cable in the field, simply plug the two in and screw them with your bare hands until you hear a crisp "click" to get a stable connection that is both shock-resistant and loose-resistant, while the pre-installed protective sleeve effectively prevents oil mist and moisture from inside the machine from eroding the precision interface, significantly improving the long-term reliability of the connection. The "02" option immediately follows and specifies that the extension cable is configured as a standard FEP insulated triaxial cable. This cable is optimized for long-term operation in lubricating oil-filled environments, and its material properties guarantee stability and resistance to interference in signal transmission. With this rigorous set of configurations, the physical integrity and electrical performance of the entire sensor link are guaranteed from the very beginning of installation.

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