Bently Nevada 330130-085-12-00 – Standard Extension Cable | 3300 Series Proximity System
Engineering Background: In rotating machinery protection systems, the signal path between a proximity probe and its driver is mission-critical. A degraded or non-compliant extension cable introduces impedance mismatches, signal attenuation, and ground loops — any of which can trigger false trips, mask real vibration events, or cause catastrophic undetected failures in turbines, compressors, and pumps. The Bently Nevada 330130-085-12-00 Standard Extension Cable is the precision-engineered link that ensures signal integrity is never compromised.
Product Positioning: The 330130-085-12-00 is a factory-specified extension cable within the Bently Nevada 3300 Series proximity transducer system — one of the most widely deployed machinery protection platforms in the global oil & gas, power generation, and petrochemical industries. This cable bridges the proximity probe (typically 330100/330101 series) to the Proximitor® sensor, completing the eddy-current measurement loop with OEM-defined electrical characteristics. Its 8.5-meter (approximately 28-foot) length addresses the most common installation geometry in large rotating equipment enclosures.
Complete Technical Specifications
- Part Number: 330130-085-12-00
- Manufacturer: Bently Nevada (Baker Hughes)
- Series: 3300 Series Proximity Transducer System
- Cable Type: Standard Extension Cable
- Nominal Length: 8.5 m (28 ft)
- Connector Type: MIL-spec coaxial, both ends
- Cable Construction: Coaxial, low-loss, shielded
- Temperature Rating: Suitable for industrial ambient environments
- Compatibility: 3300 Series Proximitor® Sensors & 330100/330101 Probes
- Weight: Approx. 40 g (connector assembly)
- Condition: New / Surplus New / Refurbished (specify on inquiry)
Note: All specifications are based on Bently Nevada OEM documentation. Konmask.com does not modify or re-engineer OEM components.
Proven Application Environments
- Steam & Gas Turbines: Shaft radial vibration and axial position monitoring in power plants
- Centrifugal Compressors: Rotor dynamic measurement in LNG trains and gas processing facilities
- Pumps & Fans: Bearing proximity monitoring in refinery and chemical plant rotating equipment
- Gearboxes: Gear mesh frequency and shaft orbit analysis
- Marine Propulsion Systems: Shaft monitoring in offshore and vessel applications
- Nuclear & Conventional Power Generation: Safety-critical vibration loops requiring OEM-certified cabling
Engineering Advantages
- OEM Signal Integrity: Matched impedance and capacitance per Bently Nevada system specification — no derating required
- Plug-and-Play Replacement: Direct drop-in for existing 3300 Series installations; no recalibration of the Proximitor® sensor needed
- Shielded Construction: Rejects EMI/RFI interference common in motor control centers and switchgear rooms
- Robust Connectors: MIL-spec terminations withstand vibration, thermal cycling, and repeated maintenance disconnects
- Traceability: Available with original manufacturer documentation and serialization upon request
System Architecture & Signal Flow
The 3300 Series proximity measurement chain follows a defined topology:
Proximity Probe (330100/330101) → Extension Cable (330130-085-12-00) → Proximitor® Sensor (3300 XL / 3300 NSv) → System 1® / 3500 Rack Monitor
The extension cable carries the RF oscillator signal from the Proximitor® to the probe tip, and returns the demodulated DC voltage proportional to gap distance. Cable length directly affects system sensitivity scaling — the 8.5 m variant is factory-calibrated for use with standard 5 mm and 8 mm probe tip configurations. Substituting non-OEM cables of different capacitance will shift the output scale factor and invalidate API 670 compliance.
Sourcing & Quality Verification
At Konmask.com, every Bently Nevada component undergoes a structured verification process before shipment:
- Visual inspection of connector bodies, cable jacket, and labeling against OEM reference
- Continuity and insulation resistance testing
- Cross-reference of part number markings with Bently Nevada documentation
- Packaging inspection for moisture ingress or mechanical damage
- Optional: third-party inspection report available for critical plant applications
Procurement Process
- Submit Inquiry: Email [email protected] with your part number (330130-085-12-00), required quantity, and delivery timeline
- Receive Quote: Our technical team responds within 24 hours with pricing, lead time, and stock status
- Order Confirmation: Confirm PO; we issue proforma invoice and arrange logistics
- Shipment & Documentation: Parts shipped with packing list, test records, and optional CoC
- After-Sales Support: Technical assistance available post-delivery for installation verification
Technical FAQ
- Q: Can the 330130-085-12-00 be used with non-Bently Nevada Proximitor® sensors?
- A: No. This cable is designed and calibrated specifically for the Bently Nevada 3300 Series system. Using it with third-party sensors will produce incorrect output scaling and may void system certification.
- Q: What is the difference between the 330130 and 330180 extension cable series?
- A: The 330130 series uses standard coaxial construction for general industrial environments. The 330180 series is armored for high-mechanical-stress or high-temperature routing paths. Consult your system drawing to confirm the correct variant.
- Q: Is the 8.5 m length field-trimmable?
- A: No. Cutting or splicing the extension cable changes its electrical length and capacitance, which directly affects Proximitor® output scaling. Always order the correct factory-specified length.
- Q: Do you supply the matching probe and Proximitor® sensor as a complete kit?
- A: Yes. Konmask.com can source complete 3300 Series transducer kits including probe, extension cable, and Proximitor® sensor. Contact us with your system configuration for a bundled quote.
- Q: What certifications apply to this cable?
- A: The 330130-085-12-00 is manufactured to Bently Nevada internal quality standards and supports API 670 compliant machinery protection system installations when used as specified.
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