Bently Nevada TK-3E 177313-01-01-00 Proximity System Test Kit

The Bently Nevada TK-3E 177313-01-01-00 Proximity System Test Kit is a specialized testing solution developed to verify the performance and calibration of Bently Nevada proximity transducer systems. Designed as a portable and comprehensive diagnostic tool, it enables engineers and technicians to ensure accurate operation of proximity probes, extension cables, and proximitor sensors without requiring the machinery to be in motion.

By simulating shaft movement and providing precise electrical test conditions, the TK-3E kit eliminates the need for complex field arrangements. It is widely adopted for preventive maintenance, troubleshooting, and quality assurance tasks. Its rugged design and reliable measurement capability make it an essential tool for field engineers who support vibration monitoring and machinery protection systems.

Product Parameters

Product Applications

The TK-3E 177313-01-01-00 is primarily used in vibration monitoring system maintenance and calibration tasks.

• System Verification: Used to confirm that proximity probes, extension cables, and proximitor sensors are functioning within specifications.

• Field Calibration: Allows calibration of probe systems without removing machinery from service.

• Troubleshooting: Helps diagnose issues in signal transmission between probes and monitoring systems.

• Training Tool: Provides a reliable way to demonstrate probe response and teach engineers how to perform field testing.

• Preventive Maintenance: Ensures early detection of signal deviations to prevent incorrect vibration readings.

• Quality Assurance: Essential in validating new installations or refurbished systems before commissioning.

Product Advantages

• Portable and Easy to Use: Lightweight and designed for field engineers to carry easily.

• Comprehensive Testing: Simulates shaft movement, enabling complete probe system testing without rotating machinery.

• Broad Compatibility: Works with multiple Bently Nevada proximity probe systems (3300, 3300 XL, 7200 series).

• Accurate Signal Verification: Provides reliable data that ensures transducer systems remain within factory calibration.

• Durable Design: Housed in a rugged enclosure suitable for industrial environments.

• Reduced Downtime: Enables fast troubleshooting and system validation, minimizing unplanned outages.

• Cost-Effective Maintenance: Prevents unnecessary probe replacements and reduces maintenance expenses.

FAQ

1. What is the main purpose of the TK-3E test kit?

   It verifies the performance and calibration of Bently Nevada proximity transducer systems.

2. Can the TK-3E be used on a machine while it is in operation?

   No, it simulates shaft movement electronically, eliminating the need for the machine to run.

3. Which Bently Nevada systems are compatible with this kit?

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

4. How does the TK-3E simulate shaft movement?

   It generates precise electrical test signals that replicate the displacement readings of actual shaft motion.

5. Does the kit require an external power source?

   No, it operates with an internal rechargeable battery but can also use an AC adapter if needed.

6. What type of output does the TK-3E provide?

   It delivers calibrated displacement signals for proximity system testing.

7. Can it detect wiring issues in probe systems?

   Yes, it helps identify faulty probes, damaged extension cables, or incorrect proximitor operation.

8. Is the test kit suitable for hazardous area applications?

   The kit itself is designed for safe testing but should be used outside hazardous zones unless certified accessories are provided.

9. How does this test kit support predictive maintenance?

   It ensures probe systems deliver accurate vibration readings, which is critical for predictive maintenance strategies.

10. Can the TK-3E be used for both commissioning and troubleshooting?

    Yes, it is suitable for new installations, system validation, and resolving existing system faults.