1 von 1

Bently Nevada 330851-02-000-050-90-00-CN 3300 XL 25 mm Proximity Probe

Bently Nevada 330851-02-000-050-90-00-CN 3300 XL 25 mm Proximity Probe

Nur noch 7 Artikel auf Lager verfügbar
  • Hersteller: Bently Nevada

  • Produkt-Nr.: 330851-02-000-050-90-00-CN

  • Herkunftsland:Vereinigte Staaten

  • Produkttyp: Proximity Probes

  • Zahlung: T/T, Western Union

  • Gewicht: 320g

  • Versandhafen: Xiamen

  • Garantie: 12 Monate

Menge
Vollständige Details anzeigen

Description

Engineered for demanding turbomachinery protection environments, the Bently Nevada 330851-02-000-050-90-00-CN proximity probe delivers highly stable non-contact static and dynamic displacement measurements. This sensor is a core constituent of the 3300 XL 25 mm Proximity Transducer System, specifically configured to monitor thrust displacement, differential expansion, and shaft position in utility-class steam turbines, gas turbines, and heavy industrial compressors.

Features

  • Extended Linear Range: Specifically calibrated for large-displacement parameters where standard 8 mm probes lack sufficient measurement span.
  • Robust Mechanical Design: M30x2 metric threaded stainless steel case offering structural resistance to high-torque field installation.
  • Unarmored Routing Configuration: Equipped with a 9.0-meter coaxial cable optimized for protective conduit layouts.
  • Hermetic Integration: The 25 mm tip structure features oil and chemical resistance, safeguarding the internal coil from harsh turbine-well fluids.
  • Target Compatibility: Calibrated as standard for high-accuracy tracking on AISI 4140 steel target materials.

Applications

  • Thrust position and axial wear monitoring in heavy industrial steam/gas turbines.
  • Differential expansion tracking of turbine rotors relative to the machine casing.
  • Dynamic radial vibration measurements in heavy-duty utility machinery.
  • Reciprocating compressor rod drop and shaft position detection.

Technical Specifications

Parameter Specification Value
Manufacturer Bently Nevada
Model Number 330851-02-000-050-90-00-CN
Product Line 3300 XL 25 mm Transducer System
Probe Tip Diameter 25 mm
Probe Case Type M30x2 Metric Thread (Option 02)
Unthreaded Length 0 mm (Option 000)
Overall Case Length 50 mm (Option 050)
Total System Length 9.0 meters / 29.5 feet (Option 90)
Cable Armor No Armor (Option 00)
Agency Approvals CN / Country-Specific (China)
Country of Origin United States (USA)
Shipping Weight 1.30 kg / 2.87 lbs

Empirical Engineering Insights

Alternative Models & Compatibility

The 330851-02-000-050-90-00-CN 25 mm probe is electrically distinct from standard 8 mm or 5 mm proximity probe systems. This unit must never be connected to 3300 XL 8 mm Proximitor Sensors, as mismatching the probe coil inductance with the incorrect driver will prevent calibration and trigger system error states. This probe is exclusively compatible with 3300 XL 25 mm Proximitor Sensors.

Application Pitfalls & Engineering Notes

Because of the large 25 mm diameter sensor tip, this probe exhibits a larger electromagnetic field footprint compared to smaller probes. To avoid cross-talk or side-wall interference, engineers must maintain a clear radial distance of at least 76 mm (3.0 inches) from any adjacent metallic objects. Standard factory calibration is performed with AISI 4140 steel targets; using other target alloy profiles will result in scale-factor deviation.

Commissioning & Wiring Tips

When routing the unarmored 9.0-meter integrated coaxial cable, ensure the minimum bend radius of 25.4 mm (1.0 inch) is strictly observed to prevent fracturing the inner conductor. To ensure signal integrity at the monitor, protect the miniature coaxial connectors inside a dedicated junction box, and seal all thread junctions with self-coalescing silicone tape to block the entry of moisture and chemical vapors.

Installation Guidelines

CRITICAL WARNING

Before installing or replacing the proximity probe, ensure that the monitoring rack and associated machinery auxiliary systems are fully de-energized. Avoid hitting the probe tip against the observed target during physical installation, as impact can damage the internal coil assembly.

1
Thread the M30x2 probe body into the mounting bracket or sleeve until the probe tip lightly touches the target surface.
2
Back off the probe to establish the target physical gap. Connect the coaxial system to the Proximitor and monitor the DC output voltage to calibrate precisely to the mid-range linear region.
3
Tighten the locknuts to the standard torque requirements, ensuring the probe body remains secure and does not rotate.
4
Route the 9.0-meter coaxial cable through protective metal conduit to the junction box to safeguard the installation from EMI and physical strain.
Loading product navigation…

What is the linear range of the 3300 XL 25 mm Proximity Probe?

The 3300 XL 25 mm system provides a linear range of 11.2 mm (440 mils) under standard calibration, allowing it to measure larger displacements than 8 mm probes.

Can I use this 25 mm probe with a standard 8 mm Proximitor?

No. The 25 mm probe is electrically incompatible with 8 mm Proximitor drivers. It must be paired exclusively with a 3300 XL 25 mm Proximitor Sensor.

What does the CN suffix represent in this model code?

The CN suffix denotes country-specific agency approvals, certifying the hardware for installation in compliance with Chinese regional regulatory standards.

What is the minimum target size required for accurate measurements?

To prevent edge-effect signal distortion, a minimum flat target diameter of 63.5 mm (2.5 inches) is required in front of the 25 mm probe tip.

Globaler Expressversand

  • Standardlieferung: 4-6 Werktage via DHL, FedEx und UPS.
  • Expressversand: Versand am selben Tag für vorrätige Bestellungen, die vor 14:00 Uhr (GMT+8) aufgegeben werden.
  • Weltweite Abdeckung: Wir bedienen über 150 Länder, einschließlich schneller Lieferung nach Saudi-Arabien und in die VAE.

Rückgaben & Garantie

  • 30-Tage-Garantie: Rückgaben werden für vorrätige Produkte in originaler, werkversiegelter Verpackung akzeptiert.
  • 12-Monats-Garantie: Jede Industriekomponente ist durch unsere professionelle technische Garantie abgesichert.

Bestellungen werden Montag bis Freitag bearbeitet und geliefert (außer an Feiertagen).


Für vollständige Anspruchsvoraussetzungen, Wiedereinlagerungsgebühren und internationale Rückgabedetails, sehen Sie bitte unsere offizielle Seite ein Rückerstattungs- & Rückgabebedingungen .

TECHNICAL SPECIFICATIONS

Country of origin
Vereinigte Staaten

Kürzlich angesehene Produkte

Technisches Wissen

Elektrische Antriebe als Ersatz für Flüssigkeiten: Praktisches Tutorial

This article explains how integrated electric actuators, such as SMC’s e-Actuator series, are transforming industrial motion control by replacing traditional pneumatic and hydraulic systems. It...

Mathematische Operationen mit OpenPLC für industrielle Automatisierungsanwendungen

Dieser Artikel erklärt, wie SPS-Systeme grundlegende mathematische Operationen wie Addition, Subtraktion, Multiplikation, Division, Modulo und Exponentiation in der industriellen Automatisierung...

Fortgeschrittene Boolesche Logik mit FBD-SPS-Programmierung: Praktische industrielle Anwendungen über die Grundlogik hinaus

Der Artikel erklärt mehrere erweiterte Boolesche Logikfunktionen, die in der SPS-Programmierung über die grundlegenden AND-, OR- und NOT-Operationen hinaus verwendet werden. Er behandelt, wie...

Boolesche Logik in der SPS-Programmierung: Verständnis von FBD-Logikgattern

Boolesche Logik ist die Grundlage jedes SPS-Programms. Von einfachen Maschinensteuerungen bis hin zu komplexen industriellen Automatisierungssystemen bestimmen Logikgatter, wie Steuerungen auf sich...

Umfassender Leitfaden zu industriellen Firewalls und OT-Netzwerksegmentierung

Industrielle Firewalls spielen eine entscheidende Rolle in der OT-Cybersicherheit, indem sie SPS-, DCS- und SCADA-Netzwerke durch Segmentierung, Ein- und Ausgangskontrolle sowie IDS/IPS-Integration...

Leitfaden für Roboter-Greifer: Von der schonenden Handhabung bis zur Schwerlastautomatisierung

Moderne robotische Greifer entwickeln sich über traditionelle mechanische Greifbacken hinaus. Von gecko-inspirierten Haftsystemen und weichen, lebensmittelechten Greifern bis hin zu KI-gestützten...