Configured for radial eddy-current probe mechanical mounting in the 31000/32000 housing architecture, the Bently Nevada 32000-29-05-10-072-07-02 (32000 series proximity probe housing) provides a sealed mechanical interface for probe sleeve positioning, extension cable routing, and external gap adjustment access within proximity transducer installation points.

Suffix and Configuration Breakdown

Hardware Specifications

Eddy Current Probe Scaling and Rotor Dynamics Interface

The housing assembly maintains fixed spatial geometry between probe tip and rotating shaft target surface, supporting eddy-current displacement conversion used in vibration and Keyphasor measurement systems. Gap voltage scaling behavior is maintained through controlled probe standoff geometry, ensuring linear response alignment within calibrated system curves typically referenced around -10 VDC mid-gap bias region in 3300 XL signal conditioning chains.

Rotor dynamics measurement stability is dependent on mechanical rigidity of the sleeve assembly, where cross-talk suppression is achieved through grounded stainless steel structural continuity and separation of adjacent probe channels. Mechanical resonance control is enforced by limiting unsupported sleeve length to avoid amplification of vibration modes in extended probe penetration configurations.

Frequently Asked Questions

Q: Does the housing provide electrical signal conditioning?
A: No. The assembly is a passive mechanical structure. Signal conditioning is external to the Proximitor system.

Q: Can the housing be used for axial position measurement?
A: No. Axial displacement applications require dedicated dual-probe axial housing configurations.

Q: Is the assembly explosion-proof rated?
A: No. It is not explosion-proof. It may be used in intrinsically safe systems when combined with certified barriers.

Q: What limits apply to probe penetration length?
A: Probe penetration is constrained by mechanical resonance behavior and sleeve support requirements. Extended lengths require additional structural support.

Q: Does the system support hot-swapping of probes?
A: Yes, probe replacement can be performed externally after housing cover removal, provided system is de-energized and gap calibration is maintained.

Field Installation Guidelines

The outer sleeve must be installed flush and mechanically fixed into the machine case prior to probe insertion. Probe sleeve insertion must ensure correct axial positioning relative to target surface without preloading the probe tip.

Conduit entries must maintain shield continuity and proper grounding termination to prevent EMI coupling into measurement circuits. All unused ports must be sealed using approved plugs to maintain ingress protection rating.

Retaining nut torque must be applied within controlled mechanical limits to avoid deformation of PPS housing threads. Cable routing shall maintain minimum bend radius requirements at connector interfaces to avoid signal attenuation or intermittent discontinuity.

Sleeve lengths exceeding standard unsupported ranges require mechanical stabilization to avoid resonance-induced measurement deviation.

Ordering Info

• 32000-29-05-10-072-07-02 housing assembly

• Probe sleeve and standoff adapter components

• Stainless steel conduit fittings and sealing plugs

• Retaining hardware and mounting accessories

• Installation reference documentation (31000/32000 datasheet set)

Logistics and Delivery Information

Delivery time: 3-5 days when payment finish, via DHL / FEDEX / UPS.
All units shipped in anti-static industrial packaging with vibration-isolated protection and sealed mechanical alignment support for probe sleeve integrity.