Configured for signal transmission in machinery monitoring frameworks, the Bently Nevada 330104-00-08-90-02-00 (330104-00-08-90-02-00 Extension Cable) provides direct physical and electrical execution by bridging proximity probes and sensor units.

Model Configuration Matrix

• 330104: 3300 NSv extension cable component model family
• 00: Unthreaded probe style configuration indicator
• 08: Cable length option code for system interconnection
• 90: Specialized connector configuration option
• 02: Agency approval and testing compliance designator
• 00: Standard manufacturing revision option

Hardware Specifications

Rotor Dynamics and Signal Transmission

• The extension cable preserves eddy-current probe scaling accuracy across extended physical distances between the probe tip and sensor.
• Proper installation maintains signal integrity to allow precise gap voltage validation targeting -10 VDC baselines.
• Cross-talk suppression properties minimize electromagnetic coupling when multiple sensor paths route through shared conduits.
• High-frequency response characteristics support transient rotor dynamics analysis without phase distortion.

Ordering Information

• 1 x 330104-00-08-90-02-00 Extension Cable
• 2 x Protective Connector Caps

Physical Installation Guidelines

• Route the coaxial cable inside dedicated metallic conduits to prevent physical damage and environmental contamination.
• Maintain minimum bend radii specified for coaxial lines to avoid impedance discontinuities along the signal path.
• Secure connectors mechanically using standard finger-tightening followed by a calibrated wrench turn to prevent loosening.
• Isolate the shield grounding configuration to a single reference point to eliminate ground loops in the monitoring cabinet.

Technical FAQ

• What is the primary function of this extension cable model?

  It connects the proximity probe to the Proximitor sensor while maintaining high-frequency radio frequency signal characteristics.

• Does the cable introduce attenuation into the measurement loop?

  The cable design matches system impedance to prevent signal loss across its specified length.

• What is the operational temperature limit for the cable assembly?

  The cable withstands continuous environmental temperatures ranging from -51 deg C to +177 deg C.

• Can the cable length be altered in the field?

  Field cutting or splicing alters electrical resonance and invalidates system calibration accuracy.

• How are the connector ends protected during installation?

  Connectors feature specialized ClickLoc mechanisms that prevent accidental uncoupling from vibration.

• Does this component require an internal power source?

  No, it is a passive hardware component relying on the Proximitor sensor for excitation.

• What shielding prevents external electromagnetic interference?

  An outer metallic braid and protective fluorocarbon jacket shield the inner coaxial conductor.

• Is this cable compatible with standard 8 mm proximity systems?

  It is engineered specifically to interface within designated 3300 NSv transducer measurement chains.