The Bently Nevada TK-3E 177313-02-01-00 Proximity System Test Kit is a precision-engineered testing instrument developed for calibration and verification of proximity transducer systems. It is designed to simulate shaft displacement signals, allowing engineers and technicians to validate the accuracy and performance of proximity probes, extension cables, and proximitor sensors in a controlled and repeatable manner.

This test kit is widely used in power plants, refineries, petrochemical facilities, and industrial manufacturing environments where machinery protection and condition monitoring systems are essential. By enabling reliable testing without requiring the machine to be in operation, the TK-3E helps ensure system integrity, supports predictive maintenance, and reduces downtime costs.

Its rugged design, enhanced functionality, and compatibility with both legacy and modern Bently Nevada systems make it one of the most versatile and valuable field-testing solutions for vibration and displacement monitoring systems.

Product Parameters

Product Applications

The TK-3E 177313-02-01-00 is designed to support a variety of industrial applications:

• Calibration of Proximity Systems: Ensures proximity probes, extension cables, and proximitor sensors are functioning within specifications.

• Commissioning of New Installations: Provides a reliable means of testing and validating probe systems before machinery startup.

• Field Troubleshooting: Detects signal inconsistencies, wiring issues, or probe malfunctions on-site without halting machinery.

• Preventive Maintenance Programs: Enables regular calibration checks to prevent measurement drift and ensure system reliability.

• Training and Education: Serves as a demonstration tool for training engineers and technicians in proximity probe calibration.

• OEM and Workshop Testing: Used in manufacturing and repair environments for validating proximity systems before deployment.

Product Advantages

• High-Precision Testing: Produces accurate electrical simulation of shaft displacement for dependable calibration.

• Broad System Compatibility: Supports multiple Bently Nevada systems, including legacy and XL series proximity probes.

• Portability: Compact and lightweight design allows easy use in field environments.

• Independent Operation: Functions as a standalone device without requiring complex software or additional instruments.

• Fast Troubleshooting: Reduces diagnostic time by quickly identifying faults in probe systems.

• Durability: Built with robust housing suitable for industrial environments with high vibration and temperature variations.

• Operational Efficiency: Prevents unnecessary equipment shutdowns by allowing probe testing without stopping machinery.

• Versatility: Suitable for commissioning, maintenance, troubleshooting, and training purposes.

FAQ

1. What is the primary function of the TK-3E 177313-02-01-00?

   It simulates shaft displacement signals to calibrate and verify proximity probe systems.

2. Which proximity probe systems are compatible with this kit?

   It is compatible with 3300, 3300 XL, 7200 series, and other supported Bently Nevada probe systems.

3. How does the kit generate shaft displacement simulations?

   It produces standard electrical signals that mimic the response of actual shaft movement.

4. Can it identify wiring faults in proximity probe systems?

   Yes, it can highlight inconsistencies in wiring or signal transmission by comparing simulated values with system output.

5. Does the TK-3E require additional software for calibration?

   No, it operates as a standalone test kit without the need for external software.

6. How does this test kit support commissioning processes?

   It allows engineers to validate the installation and setup of proximity systems before machine startup.

7. Is the kit useful for preventive maintenance checks?

   Yes, it ensures probe systems continue to function accurately through routine calibration verification.

8. Can it simulate displacement across multiple ranges?

   Yes, it can provide displacement simulations across ranges typically required for proximity probe calibration.

9. How does it improve reliability of monitoring systems?

   By verifying probe accuracy, it ensures vibration and displacement monitoring systems deliver trustworthy data.

10. Is it suitable for both field and laboratory applications?

    Yes, it is designed for versatility, supporting both on-site troubleshooting and workshop calibration tasks.