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- Bently Nevada
- TK-3E 177313-02-03
- Proximity System Test Kit
- USA
- 195 × 299 × 248 mm
- 5.22 kg
- Xiamen, China
- New & In Stock
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- 1 Year
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Product Overview
The Bently Nevada TK-3E 177313-02-03 is a proximity system test kit used for checking and verifying proximity measurement systems associated with rotating machinery monitoring. It is intended for maintenance, commissioning, and troubleshooting work where technicians need to evaluate the operating condition of a proximity probe and its associated signal-conditioning equipment.
The test kit can be used to reproduce controlled mechanical displacement or measurement conditions during inspection of a proximity system. This allows maintenance personnel to compare the system response with expected behavior before or after equipment maintenance.
In rotating machinery applications, proximity systems are commonly used to monitor shaft position, vibration, and related mechanical movement. A dedicated test kit provides a practical way to evaluate the measurement chain without relying exclusively on an operating machine.
The TK-3E is therefore a service and diagnostic instrument rather than a permanent machinery monitoring component. It is particularly useful when commissioning, calibrating, troubleshooting, or verifying compatible proximity measurement equipment.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Bently Nevada |
| Model | TK-3E 177313-02-03 |
| Product Family | TK-3E Series |
| Product Type | Proximity System Test Kit |
| Primary Function | Testing and verification of proximity measurement systems |
| System Role | Proximity system diagnostic and test equipment |
| Application | Machinery monitoring system commissioning and maintenance |
| Dimensions | 195 × 299 × 248 mm |
| Weight | 5.22 kg |
Product Features
- Test equipment for compatible proximity measurement systems.
- Supports commissioning and maintenance of machinery monitoring installations.
- Useful for checking proximity probe and signal-conditioning system response.
- Provides a controlled method for proximity system verification.
- Suitable for troubleshooting abnormal proximity measurement behavior.
- Can be used during service work on rotating machinery monitoring systems.
- Supports maintenance personnel when validating measurement-system operation.
- Useful for testing compatible proximity system components outside normal machine operation.
Working Principle
The TK-3E provides a controlled test environment for evaluating a proximity measurement system. A compatible proximity probe is positioned within the test arrangement, allowing the technician to apply a known or controlled target movement relative to the probe.
The resulting electrical response from the proximity system can then be observed and compared with the expected system behavior. This helps determine whether an abnormal reading originates from the probe, signal-conditioning electronics, wiring, or the monitoring equipment.
The test process is especially useful after replacing a proximity probe or associated electronics. By checking the measurement chain under controlled conditions, technicians can verify system response before returning the machinery to service.
TK-3E Test Kit → Proximity Probe / Target Arrangement → Proximity Electronics → Measurement Output → Verification / Troubleshooting
The test kit itself does not perform continuous machinery protection. Its function is to provide a controlled reference condition for testing and evaluating the associated proximity measurement system.
Role in a Proximity Monitoring System Test Architecture
The TK-3E 177313-02-03 occupies the service and verification layer of a machinery proximity monitoring architecture. It is brought into the system during commissioning, maintenance, calibration checks, or troubleshooting rather than remaining permanently installed.
TK-3E Test Arrangement → Proximity Probe → Proximity Signal Conditioner → Monitoring Instrument → Measurement Verification
| System Element | Function |
|---|---|
| TK-3E Test Kit | Provides the controlled test arrangement for proximity systems |
| Proximity Probe | Detects target position or movement |
| Proximity Electronics | Conditions the probe signal |
| Monitoring Instrument | Displays or evaluates the resulting measurement |
| Maintenance Personnel | Compares system response and identifies abnormal conditions |
| Machinery Protection System | Provides operational alarms and protection during machine use |
The test kit allows the measurement chain to be evaluated independently of normal machine operating conditions, which can simplify troubleshooting and commissioning.
Industrial Applications
| Application | Typical Use |
|---|---|
| Turbine Maintenance | Verification of shaft proximity measurement systems |
| Compressor Maintenance | Testing proximity probes and associated electronics |
| Generator Service | Checking rotor-position measurement arrangements |
| Machinery Commissioning | Verification of newly installed proximity systems |
| Predictive Maintenance | Diagnostic testing of measurement equipment |
| Proximity Probe Replacement | Functional verification after probe installation |
| Signal Conditioner Testing | Checking system response to controlled probe conditions |
| Machinery Troubleshooting | Isolating problems within the proximity measurement chain |
| Workshop Testing | Bench-level verification of compatible proximity equipment |
| Machinery Protection Service | Supporting maintenance of proximity-based monitoring systems |
Installation and Maintenance
- Verify that the TK-3E model and test arrangement are suitable for the proximity system being evaluated.
- Inspect the test kit and all associated components before beginning a test.
- Confirm that the proximity probe and signal-conditioning equipment are correctly identified.
- Secure the test arrangement on a suitable work surface before connecting the measurement equipment.
- Connect the proximity system according to the intended test configuration.
- Check probe positioning and target alignment before applying a test condition.
- Verify all electrical connections before energizing the associated proximity electronics.
- Apply controlled test conditions and observe the resulting measurement response.
- Compare the measured response with the expected behavior for the tested proximity system.
- Investigate inconsistent results by checking the probe, cables, connections, electronics, and test arrangement.
- Keep the test kit clean and protected from impact or contamination during storage and transport.
- After testing, restore the proximity system to its normal installation configuration and verify correct operation before returning the machinery to service.
Compatible System Components
| Component | Function |
|---|---|
| Bently Nevada Proximity Probes | Detect shaft position or displacement |
| Proximity Signal Conditioners | Convert probe response into a usable electrical signal |
| Proximitor Sensors | Provide proximity signal-conditioning functions |
| Extension Cables | Connect probes with associated proximity electronics |
| Machinery Monitoring Modules | Receive and evaluate proximity measurement signals |
| Vibration Monitoring Systems | Process rotating machinery condition information |
| Shaft / Target Simulator | Provides the controlled target relationship during testing |
| Test Measurement Instruments | Verify electrical output from the proximity system |
Recommended Related Models
| Model / Product Family | Product Type | Typical Application |
|---|---|---|
| Bently Nevada TK-3E Series | Proximity System Test Kit | Proximity system testing and verification |
| Bently Nevada TK-3E 177313-02-03 | Proximity System Test Kit | Field and workshop proximity system testing |
| Bently Nevada 7200 Series | Proximity Monitoring System | Shaft displacement and vibration monitoring |
| Bently Nevada 3300 XL Series | Proximity Transducer System | Shaft position and vibration measurement |
| Bently Nevada 3500 Series | Machinery Protection System | Critical machinery monitoring and protection |
| Bently Nevada 3500/40M | Proximity Monitor | Position and vibration monitoring |
| Bently Nevada Proximitor | Proximity Signal Conditioner | Probe signal processing |
Key Advantages
- Provides a controlled method for testing compatible proximity systems.
- Useful during commissioning, maintenance, and troubleshooting.
- Helps separate probe, electronics, wiring, and monitoring-system faults.
- Supports functional verification after proximity probe replacement.
- Can be used for both field service and workshop testing.
- Complements permanently installed machinery monitoring and protection equipment.
Technical FAQs
When is a proximity system test kit preferable to testing directly on the operating machine?
A controlled test arrangement is useful when technicians need to verify the measurement chain without depending on actual shaft movement. It can simplify commissioning, component replacement, and troubleshooting while reducing the need to disturb normal machine operation.
What parts of a proximity measurement chain can be checked with the TK-3E?
Depending on the configured test arrangement, the technician can evaluate the interaction between the proximity probe, target relationship, signal-conditioning electronics, wiring, and measurement output. The exact test procedure depends on the equipment being verified.
How can the TK-3E help diagnose an abnormal proximity signal?
A controlled test condition can be compared with the expected measurement response. If the system behaves correctly during the test, attention can shift toward the machine installation, probe positioning, target condition, or operating environment. If the response remains abnormal, the probe, electronics, wiring, or connections can be investigated further.
What should be verified after testing a proximity system before returning a machine to operation?
The normal probe installation, cable connections, probe-to-target relationship, signal-conditioning equipment, and monitoring-system inputs should all be restored and checked. The final measurement should be confirmed under the machine’s normal operating conditions before the monitoring system is considered ready for service.