Bently Nevada 21000-16-10-15-124-03-023 Proximity Probe Housing Assemblies

Company Information
E-mail		sales@xmjzjsgs.com
Mobile		+8613666033393
Whatsapp		+8613666033393
WeChat		13666033393
Add		Room 1004, No. 62 Xiangxiu Li, Siming District, Xiamen City, Fujian Province, China

Product Introduction

The Bently Nevada 21000-16-10-15-124-03-023 Proximity Probe Housing Assembly is a specialized mechanical housing unit designed to facilitate the precise mounting and protection of proximity probes used in vibration and position monitoring systems. Engineered for rugged industrial use, this housing assembly is a critical component in rotating machinery protection systems, ensuring that proximity probes are securely and accurately positioned for optimal signal acquisition.

Manufactured under Bently Nevada’s stringent quality controls, this housing assembly is part of the 21000 Series, which is widely recognized for its versatility and robust design. The 21000-16-10-15-124-03-023 model features pre-configured entry and extension lengths, high-integrity sealing, and customizable conduit entries, allowing seamless installation in a variety of machinery configurations — including turbines, compressors, pumps, and generators.

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Product Specifications

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Product Applications

The Bently Nevada 21000-16-10-15-124-03-023 proximity probe housing assembly is used in a wide range of industrial and critical monitoring applications, including:

• Steam and Gas Turbines
  Used to mount radial and axial position sensors to monitor shaft movement and ensure rotor alignment.

• Centrifugal Compressors
  Deployed in proximity systems for bearing vibration and shaft displacement tracking.

• Industrial Pumps
  Ensures probe stability and integrity for monitoring imbalance or misalignment.

• Gearboxes
  Facilitates vibration and wear monitoring via accurate probe positioning.

• Electric Motors and Generators
  Enables real-time monitoring of shaft vibration and end-play.

• Petrochemical and Refining Plants
  Used in hazardous environments for machinery health diagnostics and shutdown protection systems.

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Product Advantages

• Precise Sensor Alignment
  Provides consistent and accurate positioning for proximity probes to ensure data integrity.

• Corrosion-Resistant Material
  Made from 316 stainless steel to withstand aggressive environments and high moisture content.

• High Vibration Tolerance
  Maintains structural integrity in extreme vibration zones — ideal for heavy-duty rotating machinery.

• Sealed for Harsh Environments
  IP66-rated sealing prevents dust and liquid ingress, ideal for outdoor and hazardous installations.

• Universal Compatibility
  Supports a wide range of Bently Nevada probe series, including legacy and current models.

• Customizable Configuration
  Offers various lengths, cable entries, and mounting options for versatile integration.

• Extended Operating Temperature Range
  Reliable performance from subzero cold to high-heat environments.

• Factory-Assembled for Reliability
  Ensures all components are torque-set and leak-tested to maintain long-term reliability.

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Frequently Asked Questions (FAQ)

1. Q: What is the typical use case for the 21000-16-10-15-124-03-023 housing in critical machinery?
   A: This housing is commonly used in steam turbines, compressors, and large motors where reliable and vibration-resistant mounting of proximity probes is essential for monitoring shaft dynamics and ensuring predictive maintenance accuracy.

2. Q: Does this housing provide shielding against electromagnetic interference (EMI)?
   A: Yes. When properly grounded and used with shielded cables, the stainless-steel construction helps minimize EMI, which is critical for maintaining clean sensor signals in electrically noisy environments.

3. Q: How does the extension length of this model impact probe sensitivity?
   A: The 10-inch extension is engineered to maintain mechanical stability without compromising probe sensitivity or calibration. It allows the probe to reach target surfaces deep within bearing housings or casing recesses.

4. Q: Is this housing compatible with high-temperature machinery enclosures?
   A: Yes. With an operating temperature range up to +200°C, it is suitable for installation near hot zones, provided that proper thermal insulation or heat barriers are used when needed.

5. Q: What are the common failure modes if the housing is not properly installed?
   A: Improper installation may lead to probe misalignment, seal failure, or vibration-induced loosening, which can result in inaccurate readings or unplanned downtime. Following torque and alignment guidelines helps avoid these issues.

6. Q: Are there certifications for use in explosive or hazardous gas areas?
   A: Certain configurations of this housing are certified for use in ATEX or IECEx zones when combined with appropriately rated probes and cabling. Always verify certification markings and documentation before deployment.

7. Q: How does this housing support long-term reliability in high-vibration environments?
   A: Its robust mechanical design, including vibration-resistant locking, strain relief for cables, and optional potting or sealant use, ensures dependable performance even under sustained high vibration conditions.

8. Q: Can this housing be installed horizontally and vertically?
   A: Yes. It is designed for both orientations and includes features that facilitate alignment and secure mounting regardless of the direction of probe insertion.

9. Q: What options are available for cable entry and conduit interface?
   A: This model offers flexible configurations such as 3/8″ or 1/2″ NPT threads for conduit fittings, with optional straight or 90-degree conduit adapters depending on space and routing constraints.

10. Q: How does the housing contribute to overall system accuracy in condition monitoring?
    A: By ensuring stable and precise probe placement, maintaining consistent gap distances, and protecting against environmental variables, the housing plays a critical role in maintaining the accuracy of vibration and displacement measureme.

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Frequently Asked Questions (FAQ)

1. Q: What is the typical use case for the 21000-16-10-15-124-03-023 housing in critical machinery?
   A: This housing is commonly used in steam turbines, compressors, and large motors where reliable and vibration-resistant mounting of proximity probes is essential for monitoring shaft dynamics and ensuring predictive maintenance accuracy.

2. Q: Does this housing provide shielding against electromagnetic interference (EMI)?
   A: Yes. When properly grounded and used with shielded cables, the stainless-steel construction helps minimize EMI, which is critical for maintaining clean sensor signals in electrically noisy environments.

3. Q: How does the extension length of this model impact probe sensitivity?
   A: The 10-inch extension is engineered to maintain mechanical stability without compromising probe sensitivity or calibration. It allows the probe to reach target surfaces deep within bearing housings or casing recesses.

4. Q: Is this housing compatible with high-temperature machinery enclosures?
   A: Yes. With an operating temperature range up to +200°C, it is suitable for installation near hot zones, provided that proper thermal insulation or heat barriers are used when needed.

5. Q: What are the common failure modes if the housing is not properly installed?
   A: Improper installation may lead to probe misalignment, seal failure, or vibration-induced loosening, which can result in inaccurate readings or unplanned downtime. Following torque and alignment guidelines helps avoid these issues.

6. Q: Are there certifications for use in explosive or hazardous gas areas?
   A: Certain configurations of this housing are certified for use in ATEX or IECEx zones when combined with appropriately rated probes and cabling. Always verify certification markings and documentation before deployment.

7. Q: How does this housing support long-term reliability in high-vibration environments?
   A: Its robust mechanical design, including vibration-resistant locking, strain relief for cables, and optional potting or sealant use, ensures dependable performance even under sustained high vibration conditions.

8. Q: Can this housing be installed horizontally and vertically?
   A: Yes. It is designed for both orientations and includes features that facilitate alignment and secure mounting regardless of the direction of probe insertion.

9. Q: What options are available for cable entry and conduit interface?
   A: This model offers flexible configurations such as 3/8″ or 1/2″ NPT threads for conduit fittings, with optional straight or 90-degree conduit adapters depending on space and routing constraints.

10. Q: How does the housing contribute to overall system accuracy in condition monitoring?
    A: By ensuring stable and precise probe placement, maintaining consistent gap distances, and protecting against environmental variables, the housing plays a critical role in maintaining the accuracy of vibration and displacement measureme.

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Popular Bently Nevada Models (Same Brand)

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