BENTLY NEVADA 330101-00-30-10-11-00 VIBRATION PROBE

BENTLY NEVADA's 330101-00-30-10-11-00 is an 8mm eddy current vibration probe in the 3300 XL series. The following is an analysis of the model:

Model Meaning

330101: Fixed prefix, representing the 3300 XL series 8mm eddy current probe body.

Position A "00": Indicates that the unthreaded length is 0.0 inches, that is, the probe housing has no additional threaded section, which is a standard design.

Position B "30": The total length of the probe housing is 3.0 inches (about 76.2mm).

Position C "10": The total length of the probe (including cable) is 1.0 meters (3.3 feet).

Position D "11": The connector type may be a special configuration or version. For the specific meaning, please refer to the Bently Nevada product manual or consult the manufacturer. Typically, "02" indicates a micro coaxial ClickLoc connector, and "11" here may be another connector design or electrical characteristic configuration that is different from it.

E position "00": may indicate a specific product version or configuration option, but the specific meaning also needs to refer to the manufacturer's information, and is usually used to distinguish different customized requirements or subtle improvements.

Product features and application scenarios

Similar to other probes in this series, based on the eddy current effect, it can accurately measure the displacement changes of metal surfaces in a non-contact manner. It can be used to measure parameters such as radial vibration and axial displacement of rotating machinery, thereby monitoring the operating status of the equipment, timely discovering potential vibration problems, and avoiding equipment failures. It has the characteristics of high precision and good environmental adaptability, and can work stably in harsh industrial environments.

Installation precautions

During installation, it is also necessary to ensure that the probe is perpendicular to the metal surface to be measured. The initial installation gap needs to be adjusted according to the specific measurement requirements and equipment conditions. Generally, a suitable value is selected within the linear measurement range of the eddy current probe to ensure the accuracy of the measurement.

It needs to be used with an adapted preamplifier and extension cable, and attention should be paid to the electrical matching and signal transmission requirements of the entire measurement system to ensure that the probe can work normally and accurately transmit the measurement signal.