Bently Nevada 131036-01 Verification Kit, Spindle Micrometer with English Units

Product Introduction

The Bently Nevada 131036-01 Verification Kit, Spindle Micrometer with English Units is a precision calibration and verification tool designed for validating the performance of proximity probe systems used in vibration and displacement monitoring applications. This kit is specifically developed to simulate controlled mechanical displacement, allowing technicians to verify the accuracy and linearity of eddy current proximity measurement systems.

The spindle micrometer mechanism provides fine mechanical adjustment in English measurement units, enabling precise incremental movement during probe verification procedures. By generating calibrated displacement changes, the kit allows field engineers to confirm sensor output response, system scaling, and overall signal integrity without removing the probe from service.

Widely used in power generation, oil and gas, and heavy industrial environments, the 131036-01 verification kit supports preventive maintenance strategies by ensuring that vibration monitoring systems remain within specification. It is particularly valuable during commissioning, routine system validation, and troubleshooting scenarios.

This verification kit reflects Bently Nevada’s commitment to machinery protection reliability, offering a practical and accurate method for confirming sensor and monitor performance in critical rotating equipment applications.

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Product Specifications

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Applications

• Used for verification of eddy current proximity probes in machinery protection systems

• Supports calibration confirmation during system commissioning

• Applied in routine maintenance inspections to validate sensor output linearity

• Utilized in troubleshooting vibration monitoring channels

• Suitable for power plants, petrochemical facilities, and rotating equipment installations

• Assists in confirming monitor scaling accuracy and signal response consistency

• Enables field technicians to simulate precise shaft displacement movement

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Advantages

• Provides precise mechanical displacement control using a calibrated spindle micrometer

• Enhances verification accuracy of proximity measurement systems

• Supports early detection of sensor drift or scaling deviations

• Compact and portable design allows convenient field deployment

• Ensures consistent test results through repeatable linear adjustment movement

• Reduces downtime by enabling on-site system validation

• Compatible with Bently Nevada machinery protection architectures

• Improves overall machinery reliability and protection system confidence

FAQ

1. What is the primary purpose of the 131036-01 verification kit?
   It is used to mechanically simulate controlled displacement in order to verify the accuracy and linearity of proximity probe systems.

2. Why does the kit use English measurement units?
   It allows direct correlation with systems and specifications configured in inch-based measurement environments.

3. Is the verification kit used for permanent installation?
   No, it is intended for temporary use during testing, calibration verification, and troubleshooting procedures.

4. Can this kit detect probe output drift?
   Yes, by comparing expected displacement values with monitor output readings, drift can be identified.

5. Does the micrometer provide fine incremental adjustment?
   Yes, the spindle mechanism enables precise and repeatable small displacement movements.

6. Is it compatible with all Bently Nevada proximity probes?
   It is designed for compatibility with standard eddy current proximity probe systems, but proper configuration should always be verified.

7. Can this tool be used during system commissioning?
   Yes, it is frequently used during commissioning to validate probe and monitor response before full operation.

8. Does the optional cable length affect measurement accuracy?
   Cable length selection must match system configuration, as total system length influences calibration characteristics.

9. How does the kit improve machinery protection reliability?
   By confirming accurate probe response, it ensures monitoring systems provide dependable vibration and displacement data.

10. Is special training required to use the verification kit?
    It should be operated by qualified technicians familiar with proximity probe calibration procedures.

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