Configured for non-contacting shaft displacement and vibration tracking in 3300 system networks, the Bently Nevada 330104-00-03-10-01-00 (330104 Proximity Probe) provides direct physical/electrical execution.

Mechanical Configuration Matrix

• 330104: 3300 XL 8 mm proximity probe assembly with integrated armor cladding.
• 00: Sets a 0 mm unthreaded housing profile.
• 03: Designates a 30 mm overall threaded case length.
• 10: Specifies a total physical cable length of 1.0 meter (3.3 feet).
• 01: Equips a miniature coaxial ClickLoc connector coupled with a pre-installed connector protector on standard cable.
• 00: Denotes that hazardous area agency approvals are not required.

Hardware Parameters

Eddy-Current Signal Scaling & Cross-Talk Suppression

The 8 mm sensing element relies on automated eddy-current probe scaling matrices to linearize raw voltage output variations over the physical gap distance. When positioned inside heavy machinery housings, the geometric design maintains high cross-talk suppression between adjacent sensor channels, ensuring valid rotor dynamics capturing under high vibration frequencies without signal bleeding.

Logistics Packaging Bill

• 1 x 330104-00-03-10-01-00 3300 XL 8 mm Proximity Probe with Armor
• 1 x Coaxial Connector Protector Sleeve Kit

Mechanical Installation Controls

• Thread Insertion & Locking
  • Screw the M10 x 1 threaded body into the prepared casing bracket manually to prevent cross-threading.
  • Maintain a minimum of 5 full thread engagements within the mounting bracket to secure the assembly against structural vibrations.
• Conduit Routing Constraints
  • Route the armored cable profile through fixed pathways away from active high-voltage lines.
  • Enforce a minimum bending radius limit of 25.4 mm (1.0 in) along all physical curves to protect internal lines.

Field Transducer FAQ

• What standard gap voltage validation value is required during nominal static mechanical calibration?

  The industrial monitor setup targets a default gap voltage validation of -10 VDC at the geometric midpoint of the linear tracking range.

• How does the integrated armor sleeve layer affect the minimum bending radius of the transducer cable?

  The stainless steel armor limits the minimum continuous bending curve profile to exactly 25.4 mm (1.0 in) to prevent internal coaxial kinking.

• Can this 1.0 meter probe loop function properly if wired directly to a 9.0 meters Proximitor sensor?

  No, the total electrical length of the probe and extension cable must match the specific calibration requirements of the Proximitor.

• What operational error occurs if moisture penetrates past the miniature coaxial ClickLoc connector interfaces?

  Moisture entry disrupts loop impedance profiles, corrupts the eddy-current probe scaling curve, and triggers false high vibration alarms.

• Is separate external cooling media required if the probe tip operates continuously near high-speed turbine shafts?

  No, the internal components utilize passive insulation materials rated to withstand continuous processing temperatures up to +177 deg C.

• What physical fault status appears if the target shaft moves completely outside the calibrated linear zone?

  The driver loop changes state to a maximum saturation voltage, inducing a transducer fault state flag inside the processing TSI rack.

• Does the unthreaded length selection of 0 mm modify the overall torque limits of the M10 case?

  No, the full threading allows flexible depth setting but standard metric torque limits apply across the full length of the case thread.

• Can the connector protector module be uninstalled from the cable assembly during field routing?

  The connector protector is integrated onto the ClickLoc terminal to isolate the junction loop from ground contact with the machine frame.