1 de 1

Bently Nevada 143416-01 3300 XL Proximitor Sensor

Bently Nevada 143416-01 3300 XL Proximitor Sensor

Apenas 7 item(ns) restante(s) em estoque
  • Fabricante: Bently Nevada

  • Nº do Produto: 143416-01

  • País de origem:Estados Unidos

  • Tipo de Produto: Proximitor Sensors

  • Pagamento: T/T, Western Union

  • Peso: 320g

  • Dimensões: 12.0 cm x 10.0 cm x 6.0 cm

  • Porto de embarque: Xiamen

  • Garantia: 12 meses

Quantidade
Ver detalhes completos

Description

Engineered for highly reliable proximity measurement within machine protection systems, the Bently Nevada 143416-01 processes eddy current signals from a 3300 XL 5mm or 8mm probe to deliver precise vibration and position telemetry. This high-precision sensor acts as a key signal conditioner, generating an analog voltage output directly proportional to the static or dynamic distance between the probe tip and the target shaft. Specifically calibrated for a 5.0-meter system length, the Bently Nevada 143416-01 ensures continuous, uninterrupted monitoring of critical rotating machinery in demanding industrial environments.

Features

  • Fully compatible with 3300 XL 5mm and 8mm proximity probes and extension cables.
  • Calibrated for a total physical system length of 5.0 meters to ensure accurate electrical scale factor output.
  • Robust resistance against radio frequency interference (RFI) and electromagnetic noise.
  • Provides a stable, high-fidelity linear output voltage relative to physical target gap variations.
  • Compact, durable package designed for standard DIN rail or high-density panel mounting.

Applications

  • Radial vibration and axial position monitoring of steam, gas, and hydro turbines.
  • Eccentricity and speed measurement on critical power generation machinery.
  • Shaft displacement tracking in high-speed industrial compressors and turboexpanders.
  • Rotor dynamics diagnostics in harsh chemical and petroleum processing plants.

Technical Specifications

Parameter Specification Value
Manufacturer Bently Nevada (Baker Hughes)
Model Number 143416-01
Product Series 3300 XL
Compatible Probes 3300 XL 5mm and 8mm Proximity Probes
System Length Calibration 5.0 Meters
Scale Factor 7.87 V/mm (200 mV/mil) Nominal
Supply Voltage Requirements -24 Vdc (Acceptable input range: -18 Vdc to -26 Vdc)
Current Consumption Less than 12 mA (Nominal)
Output Impedance 50 ohms
Operating Temperature -51 degC to +100 degC (-60 degF to +212 degF)
Storage Temperature -51 degC to +105 degC (-60 degF to +221 degF)
Country of Origin United States
Shipping Weight (Calculated) 0.25 kg (0.55 lbs)
Package Dimensions (Calculated) 12.0 cm x 10.0 cm x 6.0 cm

Connections and Interfaces

Terminal / Connector Function / Circuit Assignment
PROBE Coaxial Port Accepts subminiature coaxial connection from the 3300 XL extension cable.
VT Terminal Power Input (-24 Vdc supply connection relative to COM).
OUT Terminal Dynamic Analog Voltage Signal Output (proportional to target distance).
COM Terminal Common Ground Reference for power supply and signal return.

Empirical Engineering Insights

Alternative Models & Compatibility: The 143416-01 is explicitly tuned to a 5.0-meter system length. If your loop utilizes a 9.0-meter probe and extension cable arrangement, utilizing this sensor will severely skew output voltage calculations, requiring substitution with a 9.0-meter variant. Never mix 3300 XL series components with obsolete 7200 series sensors as impedance mismatches will compromise safety shutdowns.

Application Pitfalls & Engineering Notes: Because eddy current technology relies on the electromagnetic properties of the target material, any deviation from standard AISI 4140 steel targets requires custom calibration of the Proximitor to prevent major measurement errors. Always mount the unit within a secure weather-proof or explosion-proof enclosure if located near process streams to avoid housing erosion from corrosive gases.

Commissioning & Wiring Tips: Ensure the coaxial connection is fully tightened using only hand torque; over-tightening with hand tools can fracture the internal subminiature connector. For electrical noise isolation, wrap the coaxial connection boot with self-amalgamating insulation tape to prevent accidental shorting or grounding against adjacent conduit runs.

Installation Guidelines

CRITICAL WARNING: De-energize all connected power sources, monitoring racks, and adjacent high-voltage field devices before proceeding with physical or electrical installation. Verify zero voltage presence at the terminal block using a calibrated digital multimeter. Failure to follow industrial safety, lockout, and tagout protocols can lead to machine protection trips or system hardware damage.
1
Mount the 143416-01 Proximitor housing securely inside the instrument enclosure using standard 35mm DIN rail or direct panel mounting holes. Ensure proper physical clearance for clean routing of the probe cable and signal terminal connections.
2
Connect the 3300 XL extension cable to the Proximitor coaxial port. Route the field cable cleanly, observing the minimum bending radius of 25.4mm (1.0 in) to prevent internal physical degradation of the coaxial core.
3
Strip the signal field wiring (recommended 18 to 22 AWG shielded, twisted-pair wire) and connect to VT (-24 Vdc), OUT (Output signal), and COM (Common) terminals. Ensure the field wire shield is terminated only at the safety monitoring system or barrier ground.
4
Energize the loop and use a multimeter to measure the gap voltage between the COM and OUT terminals, adjusting probe depth in the machine bracket to verify the target is within the linear voltage range of the sensor.
Loading product navigation…

What is the calibrated system length for the 143416-01 sensor?

This model is specifically designed and calibrated for a total system length of 5.0 meters. The total length of the coupled proximity probe and extension cable must equal 5.0 meters to maintain correct signal scale factor.

Which Bently Nevada probes are compatible with this Proximitor?

The sensor is compatible with standard Bently Nevada 3300 XL 5mm and 8mm proximity probes and their corresponding 5.0-meter extension cables.

What is the standard output scale factor of this eddy current sensor?

It provides a nominal linear output scale factor of 7.87 V/mm (200 mV/mil) when measuring a standard AISI 4140 steel target.

What power supply voltage is required for the 143416-01 Proximitor?

The Proximitor requires a negative DC supply voltage of -24 Vdc, with an acceptable operational range of -18 Vdc to -26 Vdc relative to the COM terminal.

Envio Expresso Global

  • Entrega Padrão: 4-6 dias úteis via DHL, FedEx e UPS.
  • Despacho Expresso: Envio no mesmo dia para pedidos em estoque realizados antes das 14:00 (GMT+8).
  • Cobertura Mundial: Atendendo mais de 150 países, incluindo entrega rápida para Arábia Saudita e Emirados Árabes Unidos.

Devoluções e Garantia

  • Garantia de 30 Dias: Devoluções aceitas para produtos em estoque na embalagem original, lacrada de fábrica.
  • Garantia de 12 Meses: Cada componente industrial é coberto pela nossa garantia técnica profissional.

Os pedidos são processados e entregues de segunda a sexta-feira (exceto feriados).


Para elegibilidade completa, taxas de reposição e detalhes de devolução internacional, por favor, consulte nosso oficial Política de Reembolso e Devolução .

TECHNICAL SPECIFICATIONS

Country of origin
Estados Unidos

Produtos Visualizados Recentemente

Conhecimento técnico

Atuadores Elétricos Projetados para Substituir Fluidos: Tutorial Prático

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...

Operações Matemáticas Usando OpenPLC para Aplicações de Automação Industrial

Este artigo explica como os sistemas PLC realizam operações matemáticas básicas, como adição, subtração, multiplicação, divisão, módulo e exponenciação dentro da automação industrial. Ele mostra como...

Lógica Booleana Avançada com Programação FBD em CLP: Aplicações Industriais Práticas Além da Lógica Básica

O artigo explica várias funções avançadas de lógica Booleana usadas na programação de CLPs além das operações básicas AND, OR e NOT. Ele aborda como ferramentas como tabelas verdade, multiplexadores,...

Lógica Booleana na Programação de CLP: Entendendo Portas Lógicas FBD

A lógica booleana é a base de todo programa PLC. Desde controles simples de máquinas até sistemas complexos de automação industrial, as portas lógicas determinam como os controladores respondem a...

Guia Completo sobre Firewalls Industriais e Segmentação de Redes OT

Firewalls industriais desempenham um papel crucial na cibersegurança OT, protegendo redes PLC, DCS e SCADA por meio de segmentação, controle de entrada/saída e integração IDS/IPS alinhada aos...

Guia de Garras Robóticas: Do Manuseio Delicado à Automação Pesada

As garras robóticas modernas estão evoluindo além das tradicionais mandíbulas mecânicas. De sistemas adesivos inspirados em lagartos-gecko e garras macias de grau alimentício a ferramentas de armazém...