The Bently Nevada 330104-00-05-10-02-05 serves as the primary 330104 Proximity Probes utilized to execute high-frequency non-contact displacement monitoring across 3300 XL 8 mm Series platforms. The hardware assembly operates as an inductive sensor that converts physical distance variations between the probe tip face and a rotating metallic target into proportional high-frequency electrical parameter variations for processing.

Structural Suffix Parameter Matrix

The alpha-numeric configuration elements delineate the structural and physical dimensions allocated to this probe build:

• 330104: Base model platform index for the 3300 XL 8 mm reverse mount proximity probe.

• 00: Defines a standard unthreaded portion profile on the primary outer case housing.

• 05: Specifies a total overall length dimension measured in English hardware increments.

• 10: Sets the integrated total coaxial physical cable length option to 1.0 meter.

• 02: Equips the cable end with a miniature coaxial plug termination assembly.

• 05: Injects a high-flexibility fluid-resistant outer cable protective sleeve option.

Transducer Component Metrics

Eddy-Current Probe Scaling and Gap Voltage Validation

The mechanical configuration of the 8 mm tip impacts the magnetic flux path generation, dictating strict operational parameters for eddy-current probe scaling accuracy. Field configuration steps require proper mechanical positioning to achieve precise gap voltage validation routines, forcing the baseline output down to the target -10 VDC targets during static calibration loops. This physical alignment consistency underpins accurate logging of micro-displacement anomalies within rapid rotor dynamics evaluation networks, establishing adequate cross-talk suppression paths when matching probes are packed inside narrow casing blocks.

Field Engineering Support Logs

Q: Can this 3300 XL proximity probe loop be decoupled while the machine monitoring chassis is active?

A: No, online decoupling of the coaxial connection line shifts system impedance references, generating an immediate circuit fault registry and disabling safety interlock paths.

Q: What indicates that the sensor installation has dropped out of its linear calibration range?

A: A measurable shift away from the nominal -10 VDC targets during static shaft states confirms the target distance has moved beyond calibrated eddy-current probe scaling limits.

Q: Does the integrated protective fluid sleeve require distinct mechanical grounding paths?

A: No, the outer fluoropolymer sleeve functions strictly as an environmental fluid seal layer, isolating the passive coaxial shield from external structural ground loops.

Machine Mechanical Installation Instructions

• Clean the probe mounting port bore of all residual machining debris, corrosion, or oil films before inserting the tip assembly.

• Thread the reverse-mount housing into the internal alignment block until the tip establishes light physical contact with the shaft surface.

• Reverse the physical orientation of the barrel assembly by a measured distance matching the target gap voltage line, then lock the outer nut hardware.

• Direct the integrated 1.0 meter coaxial cable run inside rigid protection channels, checking that all turns preserve a minimum bend radius of 25 mm.

Package Fulfillment Contents

• Bently Nevada 330104 3300 XL 8 mm Proximity Probe

• Integrated Terminal Fluid Protection Cap

Dispatch and Logistics Standards

Delivery time: 2-7 days when payment finish through standard commercial premium freight channels, with dispatch routing managed via DHL, FEDEX, or UPS. Every instrumentation sub-assembly is sealed inside moisture-barrier anti-static industrial packaging sleeves surrounded by high-density shock-absorbing foam structures to guarantee perfect structural preservation over transit paths.