164818-08-60-022-02-01-03-05 Bently Nevada Proximity Probe Housing
Manufacturer: Bently Nevada
Product No.: 164818-08-60-022-02-01-03-05
Condition： In stock
Product Type: Proximity Probe Housing
Product Origin: USA
Payment: T/T, Western Union
Weight: 500g
Shipping port: Xiamen
Warranty: 12 months
Estimate delivery times: 12-26 days (International), 3-6 days (United States).
Return within 30 days of purchase. Duties & taxes are non-refundable.
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164818-08-60-022-02-01-03-05 | Bently Nevada Compact Proximity Probe Housing
The Bently Nevada 164818-08-60-022-02-01-03-05 is a compact proximity probe housing assembly designed to support probe installation where machinery layout or access space limits conventional mounting arrangements. The assembly incorporates a housing body, screw-on dome cover, threaded conduit ports, probe sleeve, O-rings, a reverse-mount proximity probe, and a thread seal. Optional conduit fittings and a standoff adapter may be available depending on the selected configuration.
This model code specifies a 3300 8 mm ceramic-capped probe, a 6.0-inch cap height, a 2.2-inch sleeve, a G 3/4 mounting thread, Viton O-rings, an ethylene-propylene rear-thread option, and a 0.5-meter probe cable. Confirm the mounting interface, probe clearances, sealing materials, and cable routing before installation.
01 | Assembly Architecture
| Assembly Element | Function | Installation Consideration |
|---|---|---|
| Dome cover | Screws into the housing body to enclose the assembly | Check thread condition and ensure the cover is properly seated. |
| Threaded conduit ports | Provide interfaces for conduit connections | Verify fitting thread compatibility, cable protection, and routing clearance. |
| Probe sleeve | Positions and supports the probe assembly | Confirm the specified 2.2-inch sleeve length suits the machine geometry. |
| O-rings | Provide sealing at designated interfaces | Check material compatibility, surface condition, and correct installation. |
| Reverse-mount proximity probe | Provides the probe element for the intended proximity measurement system | Verify probe type, connector arrangement, system compatibility, and mounting orientation. |
| Thread seal | Supports sealing at the specified threaded interface | Inspect for damage and follow the applicable installation procedure. |
| Optional conduit fittings | Adapt the conduit connection to the installation arrangement | Confirm whether the required fittings are included in the supplied assembly. |
| Optional standoff adapter | Provides an alternative mounting arrangement where required | Verify the adapter requirement against available clearance and mounting drawings. |
02 | Configuration Breakdown — Decode the Full Part Number
Use the following code tree to identify the specified assembly configuration. The interpretation follows the supplied model-code information.
164818-08-60-022-02-01-03-05
|
+-- 164818 Compact proximity probe housing assembly
|
+-- 08 Probe configuration
| 3300 8 mm ceramic-capped probe
| with multiple approvals, as specified
|
+-- 60 Cap height
| 6.0 inches
|
+-- 022 Probe sleeve length
| 2.2 inches
|
+-- 02 Mounting thread
| G 3/4 (3/4-14 BSPP)
|
+-- 01 O-ring option
| Viton
|
+-- 03 Rear-thread option
| Ethylene propylene, as specified
|
+-- 05 Probe cable length
0.5 meter (20 inches)
03 | Configuration Reference Table
| Code Segment | Specified Option | Selection and Verification Notes |
|---|---|---|
| 164818 | Compact proximity probe housing | Check the overall assembly dimensions and installation drawing. |
| 08 | 3300 8 mm ceramic-capped probe with multiple approvals | Confirm that the probe configuration and required approvals match the installation requirements. |
| 60 | 6.0-inch cap height | Verify the reference point used for this dimension in the manufacturer's drawing. |
| 022 | 2.2-inch probe sleeve | Check available mounting depth and probe positioning requirements. |
| 02 | G 3/4 mounting thread, 3/4-14 BSPP | Verify the mating thread standard. Do not substitute NPT or another thread form based on nominal size alone. |
| 01 | Viton O-ring option | Confirm chemical, temperature, and media compatibility for the actual installation. |
| 03 | Ethylene-propylene rear-thread option | Verify the exact seal or material designation in the applicable manufacturer documentation. |
| 05 | 0.5-meter (20-inch) probe cable | Confirm that the cable reaches the connection point without tension or an unsuitable bend radius. |
Configuration caution: The supplied description uses “ethylene propylene” for code 03 without fully defining its precise component or material designation. Verify this suffix against the manufacturer's code table before making a material-compatibility decision.
04 | Suitable Machinery and Application Scenarios
| Equipment or Area | Potential Use | Engineering Checks |
|---|---|---|
| Steam and gas turbines | Housing a compatible proximity probe in a machinery-monitoring installation | Check mounting geometry, probe target clearance, and the approved monitoring-system configuration. |
| Centrifugal compressors | Probe installation where access or surrounding structure restricts available space | Verify sleeve length, conduit routing, and the required probe orientation. |
| Industrial pumps | Supporting a suitable proximity probe arrangement for rotating machinery monitoring | Check target material, probe-system compatibility, and environmental sealing requirements. |
| Gearboxes and rotating equipment | Providing a compact mounting assembly at a suitable measurement location | Confirm shaft clearance, vibration exposure, and mounting rigidity. |
| Space-restricted machinery skids | Installing a probe where a conventional housing may not fit | Review the full assembly envelope, cap clearance, cable exit, and maintenance access. |
| Plant machinery protection systems | Supporting a compatible probe installation within an engineered monitoring arrangement | Verify the complete probe, extension cable, monitor input, and applicable system requirements. |
These are potential application categories for a compatible proximity-probe installation. The housing itself does not establish a complete machinery protection function; measurement performance depends on the probe system, target, wiring, monitor configuration, and installation quality.
05 | Installation Practices for Field Engineers
- Check the mounting thread: Confirm the specified G 3/4 (3/4-14 BSPP) interface and the mating component's thread form before assembly.
- Verify dimensional clearance: Check the 6.0-inch cap-height specification and 2.2-inch sleeve length against the equipment drawing and available maintenance space.
- Inspect sealing components: Check the O-rings and thread seal for damage, contamination, or incorrect installation. Confirm material suitability for the operating environment.
- Protect the cable: Route the 0.5-meter cable without pulling on the probe connector. Maintain the manufacturer's specified bend radius and separation from noise-producing power wiring.
- Check the probe target: Verify the target material, probe orientation, required gap, and probe-system calibration procedure using the applicable 3300 system documentation.
- Confirm electrical compatibility: Check the probe, extension cable, and monitoring input as a complete system. Do not assume that an 8 mm probe is interchangeable with every other proximity-probe system.
- Document the final setup: Record the part number, mounting dimensions, cable route, probe gap, and any measured baseline values for future maintenance.
06 | Field Diagnostics: Symptoms, Causes, and Checks
| Observed Symptom | Potential Cause | Recommended Checks |
|---|---|---|
| Unstable proximity readings after installation | Loose mounting, poor cable routing, incorrect probe gap, or an electrical connection issue | Inspect mechanical rigidity and connections. Verify the probe gap and signal using the approved system procedure. |
| Moisture or contamination inside the housing | Damaged O-rings, an improperly seated cover, or a poorly sealed conduit interface | Inspect the cover, seals, and conduit fittings. Replace damaged sealing components using approved parts and procedures. |
| Housing cannot be installed on the mating port | Incorrect thread standard, damaged threads, or a mismatch in mounting dimensions | Confirm G 3/4 BSPP compatibility and inspect both mating threads. Do not force incompatible threads together. |
| Probe cable does not reach the termination point | Incorrect cable-length selection or a changed routing path | Measure the actual routing distance and verify the specified 0.5-meter cable. Check the approved configuration before selecting another length. |
| Probe signal is consistently outside the expected range | Incorrect gap, incompatible probe-system components, target issues, or a probe or cable fault | Check the complete probe system and target condition. Follow the monitoring system's troubleshooting procedure before replacing the housing. |
| Installation requires more space than expected | Cap height, sleeve projection, conduit fittings, or optional adapter clearance was not included in the layout review | Compare the complete assembly with the manufacturer's dimensional drawing, including cable exit and maintenance access. |
Diagnostic distinction: A housing-related problem often involves mounting, sealing, clearance, or cable protection. An abnormal proximity signal may instead originate in the probe, extension cable, target, or monitor channel. Check the entire measurement chain before concluding that the housing is defective.
07 | Global PLC Spare HUB's Insight
For a compact proximity-probe installation, the most important selection details are the mounting thread, sleeve length, cap clearance, sealing materials, and cable reach. A housing that fits the nominal thread may still be unsuitable if the probe position or surrounding structure differs from the original installation.
- For replacement planning: Match the full suffix string rather than ordering by the base number alone. The suffixes define important mechanical and probe-configuration details.
- For reliability work: Inspect the sealing interfaces and conduit connections during scheduled maintenance, especially when moisture or contamination has been observed.
- For vibration-monitoring engineers: Validate probe gap and signal behavior against the applicable monitoring-system procedure. Do not use housing dimensions as a substitute for electrical calibration.
- For restricted installations: Check the entire assembly envelope, including the dome cover, conduit fittings, cable bend radius, and removal space.
This review focuses on mechanical fit and measurement-system integration. Confirm the final configuration against the official Bently Nevada documentation and the installed machinery drawings before ordering or commissioning.
08 | Global PLC Spare HUB Review
The Bently Nevada 164818-08-60-022-02-01-03-05 is a defined compact housing assembly for a specified 3300 8 mm ceramic-capped proximity probe configuration. Its listed sleeve length, mounting thread, O-ring option, rear-thread designation, and cable length provide a practical basis for replacement screening.
Before purchase, verify the mounting interface, sealing-material compatibility, overall clearance, and the required probe-system configuration. For an existing installation, comparing the complete part number and mechanical dimensions is more reliable than selecting a housing from its family number alone.
09 | Warranty and Shipping
- Warranty: 12-month warranty, subject to the applicable seller warranty terms.
- Shipping methods: FedEx, UPS, and DHL, subject to destination and service availability.
- Order verification: Provide the full part number and, if possible, the installed probe or machinery details to support a configuration review.
- Quotation support: Contact Global PLC Spare HUB for current pricing, availability, and order information.
10 | Frequently Asked Questions
Q1: Why should I match every suffix instead of ordering another 164818 housing?
A: The suffixes identify configuration details such as probe type, cap height, sleeve length, mounting thread, sealing options, and cable length. A housing from the same family may have a different installation interface or probe arrangement. Compare the complete part number and dimensional drawing before approving a replacement.
Q2: Can the G 3/4 mounting thread be replaced with a similarly sized NPT fitting?
A: Do not assume these threads are interchangeable. G 3/4 BSPP and NPT use different thread forms and sealing approaches. Confirm the mating port specification and use an approved interface rather than forcing or adapting the connection without engineering review.
Q3: What should I investigate if the housing is dry but the proximity signal remains unstable?
A: Expand the investigation beyond the housing. Check probe gap, mounting rigidity, cable and connector condition, target surface, and compatibility between the probe, extension cable, and monitor input. Compare readings with the system's approved commissioning procedure to isolate the source of the fault.
Q4: How can I determine whether the 0.5-meter cable is long enough?
A: Measure the actual cable route from the probe connection to the intended termination point, including bends, strain relief, and service access. Avoid a taut cable or bends tighter than the manufacturer's limit. If the length is insufficient, verify an approved alternative configuration rather than adding an unverified extension.
Q5: Which details should I send when requesting a replacement quotation?
A: Provide the full part number, required quantity, photographs of the nameplate or installed assembly, mounting-thread details, and available dimensional information. If the request follows a fault, describe the symptom and whether it involves leakage, physical interference, or unstable probe readings. This helps distinguish a housing replacement from a wider probe-system issue.
Request Pricing and Configuration Review
Need the Bently Nevada 164818-08-60-022-02-01-03-05 Compact Proximity Probe Housing? Contact Global PLC Spare HUB with your complete part number and installation requirements to request pricing, availability, and configuration support.
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A: Yes. Every component is guaranteed to be 100% original, brand-new, and factory-sealed. We also provide a 12-month comprehensive warranty for your peace of mind.
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A: We provide volume-based pricing for large projects or multiple-item orders. Please contact us to get our Best Price Guarantee.
12-Month Comprehensive Warranty
Every part supplied by Global PLC Spare Hub is covered by a 12-month warranty from the date of invoice.
- Coverage: Functional defects and hardware failures under normal operating conditions.
- Commitment: We provide immediate repair, replacement, or a full refund for any verified defective components to minimize your operational downtime.
Returns & Exchange Policy
We offer a 30-day return policy to ensure you receive the exact part your system requires.
- Eligibility: Returns are accepted for uninstalled items in their original, factory-sealed packaging.
- RMA Process: Please contact our support team to obtain a Return Merchandise Authorization (RMA) number before shipping.
- Fast Processing: Refunds or exchanges are processed within 3–5 business days after the returned item passes our technical inspection.
Need Technical Assistance?Not sure if this part is compatible with your system? [Consult our Engineers] before purchasing to ensure 100% compatibility.
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