Configured for high-frequency proximity signal generation in tight mechanical spaces, the Bently Nevada 330904-00-25-50-02-00 (330904 Proximity Probes) provides direct physical/electrical execution. The hardware assembly operates as a non-contacting transducer probe designed for small-target or confined installation constraints, tracking physical gap changes and micro-displacement profiles through variable eddy-current induction networks without physical component contact.

Alphanumeric Option Code Breakdown

The segmented engineering selection matrix details the exact physical properties configured for the transducer element:

• 330904: Base model index for the standard 3300 NSv proximity probe family.

• 00: Specifies a completely unthreaded portion length on the main barrel housing.

• 25: Designates a total threaded barrel length measured in metric increments.

• 50: Allocates an absolute physical cable length configuration of 5.0 meters.

• 02: Equips the cable end termination with a miniature coaxial click-lock connector.

• 00: Approves standard multi-agency industrial environmental production standards.

Transducer Hardware Metrics

Eddy-Current Probe Scaling and Cross-Talk Suppression

The 3300 NSv target profile necessitates tight calibration constraints due to the altered magnetic fluxes generated by compact target faces. Exact configuration parameters determine the eddy-current probe scaling curves, enabling stable gap voltage validation routines down to the designated -10 VDC targets. This structural calibration consistency allows precise evaluation of rotor dynamics variants in small machinery casings, enforcing strong cross-talk suppression margins when multiple sensor heads are clustered within small physical boundaries.

Transducer Component Technical Log

Q: Can the 3300 NSv sensor link be disconnected while the main tracking monitor is active?

A: No, decoupling the coaxial junction while the loop is live alters system impedance baselines, causing immediate error trips or safety interlock drops inside the monitoring unit registers.

Q: What occurs if the target distance drifts beyond the calibrated linear scaling profile?

A: The sensor moves out of its calibrated eddy-current probe scaling envelope, shifting the nominal -10 VDC output and dropping measurement accuracy metrics across the tracking loop.

Q: Does this hardware module require independent voltage supply cabling?

A: No, the proximity probe functions as a passive inductive sub-assembly, drawing high-frequency excitation parameters straight through the coaxial network line.

Field Configuration and Mounting Directives

• Secure the threaded probe barrel into the alignment block, checking that the sensor tip remains clear of any loose ferrous particle contamination.

• Rotate the assembly using standard manual steps until the tip references the exact face of the target machine rotor component.

• Retract the housing structure to generate the required physical gap dimension matching the target gap voltage line, then apply the secondary lock-nut.

• Route the flexible 5.0 meter coaxial cable jacket inside solid protection channels, keeping a minimum bend radius of 25 mm.

Procurement Package Inventory

• Bently Nevada 330904 3300 NSv Proximity Probe

• Coaxial Terminal Dust Cover Set

Packaging and Logistics Protocol

Delivery time: 2-7 days when payment finish through standard global logistics providers, with shipping execution routed via DHL, FEDEX, or UPS networks. The electronics elements are vacuum-sealed inside dry anti-static industrial packaging sleeves surrounded by custom shock-insulating structural foam layers to prevent physical or capacitive damage over transit paths.