To facilitate secure, high-integrity signal transmission through pressurized machinery casings, the Bently Nevada 330162-02-80-80-XX-XX-94-01-02 functions as a specialized dual triaxial high-pressure (HP) feedthrough designed for 3300 Series vibration monitoring systems. It isolates delicate sensor pathways while maintaining mechanical and chemical seals in harsh industrial environments. Engineered with robust physical armoring at the low-pressure end, this assembly mitigates external mechanical stress, ensuring stable, noise-free proximity probe signal transmission from inside high-pressure enclosures to external monitors.
| Parameter | Value / Specification |
|---|---|
| Manufacturer | Bently Nevada |
| Model Number | 330162-02-80-80-XX-XX-94-01-02 |
| System Compatibility | Bently Nevada 3300 Proximity Transducer Systems |
| Feedthrough Configuration | Dual Triaxial High-Pressure (HP) |
| Armor Option | With armor at low pressure end (Option 02) |
| Dimension 1 Length | 8.0 meters |
| Dimension 2 Length | 8.0 meters |
| O-Ring Material | Fluorocarbon (Option 94) - Butane, natural gas, and oil resistant |
| High Pressure End Connector | Female miniature coaxial connector (Option 01) |
| Low Pressure End Connector | Male miniature coaxial connector (Option 02) |
| Country of Origin | United States of America (USA) |
| Shipping Weight | 10.0 kg |
Alternative Models & Compatibility: This specific feedthrough variant is directly optimized for legacy 3300 and newer 3300 XL proximity sensor architectures requiring dual signal penetrations. Ensure that you match the miniature coaxial connectors precisely; adapting these to non-standard or alternative coaxial standards can degrade calibration curves and cause incorrect system alerts in the machinery protection monitors.
Application Pitfalls & Engineering Notes: The Option 94 fluorocarbon seals are designed to avoid elastomer degradation in hydrocarbon environments. However, in applications containing highly sour gas (high H2S concentration), verify material limits to prevent explosive decompression. Do not subject the armored or unarmored segments to twisting stresses during installation, as this can breach the internal signal shielding.
Commissioning & Wiring Tips: Keep the internal high-pressure female miniature connectors clean and free of moisture or lubricating grease before mating. Any contamination within the connection barrel can significantly impact probe impedance, leading to sensor bias voltage faults on your 3300 monitoring rack.
Depressurize the machine casing, vent all gases, and verify that the system is fully isolated and de-energized before mounting or executing maintenance on any high-pressure feedthrough. Failure to follow safety protocols can cause catastrophic high-pressure fluid release.
Inspect the machinery casing port and clean the internal threads to remove any debris or burrs.
Lightly lubricate the Fluorocarbon O-ring with system-compatible oil before seating the feedthrough body.
Thread the feedthrough into the port by hand to avoid cross-threading, then torque to OEM specifications.
Connect the miniature coaxial cables to the internal probe and external monitor lines without exceeding minimum bend radii.
Global Express Shipping
Returns & Warranty
Manufacturer: Bently Nevada
Product No.: 330162-02-80-80-XX-XX-94-01-02
Country of origin:United States
Product Type: Vibration Monitoring Feedthroughs
Payment: T/T, Western Union
Weight: 320g
Shipping port: Xiamen
Warranty: 12 months
To facilitate secure, high-integrity signal transmission through pressurized machinery casings, the Bently Nevada 330162-02-80-80-XX-XX-94-01-02 functions as a specialized dual triaxial high-pressure (HP) feedthrough designed for 3300 Series vibration monitoring systems. It isolates delicate sensor pathways while maintaining mechanical and chemical seals in harsh industrial environments. Engineered with robust physical armoring at the low-pressure end, this assembly mitigates external mechanical stress, ensuring stable, noise-free proximity probe signal transmission from inside high-pressure enclosures to external monitors.
| Parameter | Value / Specification |
|---|---|
| Manufacturer | Bently Nevada |
| Model Number | 330162-02-80-80-XX-XX-94-01-02 |
| System Compatibility | Bently Nevada 3300 Proximity Transducer Systems |
| Feedthrough Configuration | Dual Triaxial High-Pressure (HP) |
| Armor Option | With armor at low pressure end (Option 02) |
| Dimension 1 Length | 8.0 meters |
| Dimension 2 Length | 8.0 meters |
| O-Ring Material | Fluorocarbon (Option 94) - Butane, natural gas, and oil resistant |
| High Pressure End Connector | Female miniature coaxial connector (Option 01) |
| Low Pressure End Connector | Male miniature coaxial connector (Option 02) |
| Country of Origin | United States of America (USA) |
| Shipping Weight | 10.0 kg |
Alternative Models & Compatibility: This specific feedthrough variant is directly optimized for legacy 3300 and newer 3300 XL proximity sensor architectures requiring dual signal penetrations. Ensure that you match the miniature coaxial connectors precisely; adapting these to non-standard or alternative coaxial standards can degrade calibration curves and cause incorrect system alerts in the machinery protection monitors.
Application Pitfalls & Engineering Notes: The Option 94 fluorocarbon seals are designed to avoid elastomer degradation in hydrocarbon environments. However, in applications containing highly sour gas (high H2S concentration), verify material limits to prevent explosive decompression. Do not subject the armored or unarmored segments to twisting stresses during installation, as this can breach the internal signal shielding.
Commissioning & Wiring Tips: Keep the internal high-pressure female miniature connectors clean and free of moisture or lubricating grease before mating. Any contamination within the connection barrel can significantly impact probe impedance, leading to sensor bias voltage faults on your 3300 monitoring rack.
Depressurize the machine casing, vent all gases, and verify that the system is fully isolated and de-energized before mounting or executing maintenance on any high-pressure feedthrough. Failure to follow safety protocols can cause catastrophic high-pressure fluid release.
Inspect the machinery casing port and clean the internal threads to remove any debris or burrs.
Lightly lubricate the Fluorocarbon O-ring with system-compatible oil before seating the feedthrough body.
Thread the feedthrough into the port by hand to avoid cross-threading, then torque to OEM specifications.
Connect the miniature coaxial cables to the internal probe and external monitor lines without exceeding minimum bend radii.
Global Express Shipping
Returns & Warranty
Orders are processed and delivered Monday-Friday (excluding public holidays).
For full eligibility, restocking fees, and international return details, please view our official Refund & Return Policy .
| Country of origin |
United States
|
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