1 daripada 1

Bently Nevada 330101-00-52-10-02-CN 3300 XL 8 mm Proximity Probe

Bently Nevada 330101-00-52-10-02-CN 3300 XL 8 mm Proximity Probe

Hanya 5 item tinggal dalam stok
  • Pengilang: Bently Nevada

  • No. Produk: 330101-00-52-10-02-CN

  • Negara asal:Amerika Syarikat

  • Jenis Produk: Proximity Probes

  • Pembayaran: T/T, Western Union

  • Berat: 320g

  • Pelabuhan penghantaran: Xiamen

  • Jaminan: 12 bulan

Kuantiti
Lihat butiran penuh

Description

Engineered for high-reliability vibration and shaft position monitoring, the Bently Nevada 330101-00-52-10-02-CN serves as an industrial-grade non-contacting displacement sensor within the 3300 XL 8 mm Proximity Transducer System. This probe delivers continuous, accurate measurements of shaft displacement, radial vibration, and axial thrust position in critical rotating machinery, offering exceptional resistance to fluid ingress and mechanical wear.

Key Features

  • API 670 Compliance: Fully meets industry standards for machinery protection and diagnostic systems.
  • ClickLoc Connector: Features a moisture-resistant, gold-plated miniature coaxial ClickLoc connector for secure mechanical coupling.
  • Corrosion-Resistant Housing: Standard stainless steel probe case protects inner core assemblies from harsh environments.
  • Optimized Thermal Stability: Maintained signal integrity across wide temperature variations typical of heavy industrial turbine halls.

Applications

  • Steam and gas turbine shaft vibration analysis.
  • Thrust and radial position measurements in centrifugal compressors.
  • Hydro-turbine generator shaft monitoring.
  • Industrial gearbox and high-pressure pump shaft displacement sensing.

Technical Specifications

Manufacturer Bently Nevada
Model Number 330101-00-52-10-02-CN
System Compatibility Unthreaded Length Option 0.0 in
Overall Case Length Option 5.2 in (132 mm)
Total Length Option 1.0 meter (3.3 feet)
Connector and Cable Type Miniature coaxial ClickLoc connector, standard cable
Agency Approval Option CN (Country-Specific Approvals)
Physical Weight 0.323 kg
Shipping Weight 1.500 kg
Country of Origin United States (U.S.A.)

Empirical Engineering Insights

Alternative Models & Compatibility

This 1.0-meter probe requires strict pairing with compatible Bently Nevada components. To form a functional 5.0-meter system, it must be paired with a 4.0-meter extension cable and a 5.0-meter Proximitor Sensor. For a 9.0-meter system, utilize an 8.0-meter extension cable paired with a 9.0-meter Proximitor. Mixing system lengths (e.g., using a 9.0-meter extension cable with a 5.0-meter Proximitor) will cause severe calibration offsets and inaccurate displacement data.

Application Pitfalls & Engineering Notes

The 5.2-inch overall case length is designed for deep-well installations. When mounting this unit, calculate the casing thermal expansion under operational load. Inadequate bracket rigidity or failure to account for casing thermal growth can cause physical contact between the 8 mm tip and the rotating shaft target, leading to immediate sensor failure. Ensure signal cables are routed through dedicated grounded conduits separate from high-voltage AC lines to prevent EMI noise injection.

Commissioning & Calibration Tips

During commissioning, calibrate physical probe gapping using a digital multimeter measuring the DC voltage output at the Proximitor Sensor terminal. A physical gap of 1.0 mm (40 mils) corresponds to a standard sensor bias voltage of -10.0 VDC when calibrated against AISI 4140 steel. Before locking the mounting thread, verify that physical runout and electrical runout do not exceed API 670 guidelines (typically 0.25 mils / 6.3 micrometers combined).

Installation Guidelines

CRITICAL WARNING: SAFETY FIRST De-energize the monitored machinery and lockout/tagout all power systems before probe adjustment. Ensure the physical rotor shaft is static before setting probe clearances. Improper physical adjustment can cause mechanical impact, leading to physical damage to both the turbine shaft and the probe assembly.
1
Clean Target Area: Verify that the probe target area on the shaft is clean, free of carbon deposits, and matches the calibration alloy (typically AISI 4140).
2
Thread Assembly: Thread the probe carefully into the bracket or casing, taking care not to twist or strain the integrated 1.0-meter coaxial cable during rotation.
3
Establish Bias Gap: Hook up a digital multimeter to the Proximitor monitor output. Adjust probe depth until the signal reads -10.0 VDC (center of linear range), then tighten locknuts to target torque specifications.
4
Secure Connections: Connect the ClickLoc miniature coaxial interface. Ensure connection is fully locked and insulate using silicone self-fusing tape or connector protectors if oil mist is present.
Loading product navigation…

What extension cable should be used with the 330101-00-52-10-02-CN probe?

To match a 5.0-meter Proximitor sensor calibration, this 1.0-meter probe must be paired with a 4.0-meter extension cable. For a 9.0-meter Proximitor sensor, use an 8.0-meter extension cable.

What is the meaning of the -CN option suffix?

The -CN suffix indicates country-specific agency approvals, certifying that the probe meets local regional industrial safety standards for hazardous area environments.

What parameters are represented by the -00 and -52 designations?

The -00 designation specifies an unthreaded length of 0.0 inches. The -52 designation represents an overall probe case length of 5.2 inches (132 mm).

Penghantaran Ekspres Global

  • Penghantaran Standard: 4-6 Hari Bekerja melalui DHL, FedEx, dan UPS.
  • Penghantaran Ekspres: Penghantaran pada hari yang sama untuk pesanan dalam stok yang dibuat sebelum 2:00 PM (GMT+8).
  • Liputan Seluruh Dunia: Berkhidmat di lebih 150 negara, termasuk penghantaran pantas ke Arab Saudi dan UAE.

Pemulangan & Jaminan

  • Jaminan 30 Hari: Pemulangan diterima untuk produk dalam stok dalam pembungkusan asal yang disegel kilang.
  • Jaminan 12 Bulan: Setiap komponen industri disokong oleh jaminan teknikal profesional kami.

Pesanan diproses dan dihantar Isnin-Jumaat (tidak termasuk cuti umum).


Untuk kelayakan penuh, yuran penyimpanan semula, dan butiran pemulangan antarabangsa, sila lihat rasmi kami Polisi Pemulangan & Pengembalian Wang .

TECHNICAL SPECIFICATIONS

Country of origin
Amerika Syarikat

Produk yang Baru Dilihat

Pengetahuan teknikal

Aktuator Elektrik Direka untuk Menggantikan Cecair: Tutorial Praktikal

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...

Operasi Matematik Menggunakan OpenPLC untuk Aplikasi Automasi Industri

Artikel ini menerangkan bagaimana sistem PLC melaksanakan operasi matematik teras seperti penambahan, penolakan, pendaraban, pembahagian, modulo, dan perpangkatan dalam automasi industri. Ia...

Logik Boolean Lanjutan dengan Pengaturcaraan FBD PLC: Aplikasi Industri Praktikal Melebihi Logik Asas

Artikel ini menerangkan beberapa fungsi logik Boolean lanjutan yang digunakan dalam pengaturcaraan PLC selain operasi asas AND, OR, dan NOT. Ia merangkumi bagaimana alat seperti jadual kebenaran,...

Logik Boolean dalam Pengaturcaraan PLC: Memahami Pintu Logik FBD

Logik Boolean adalah asas bagi setiap program PLC. Dari kawalan mesin yang mudah hingga sistem automasi industri yang kompleks, pintu logik menentukan bagaimana pengawal bertindak balas terhadap...

Panduan Mendalam tentang Firewall Industri dan Segmentasi Rangkaian OT

Firewall industri memainkan peranan penting dalam keselamatan siber OT, melindungi rangkaian PLC, DCS, dan SCADA melalui segmentasi, kawalan masuk/keluar, dan integrasi IDS/IPS yang selaras dengan...

Panduan untuk Pengapit Robotik: Dari Pengendalian Halus hingga Automasi Tugas Berat

Pengapit robotik moden sedang berkembang melebihi rahang mekanikal tradisional. Daripada sistem pelekat yang diinspirasikan oleh cicak dan pengapit lembut gred makanan hingga alat gudang yang...