本特利振动传感器介绍

本特利振动传感器是一种用于测量机器振动强度和频率的精密设备，广泛应用于各类机器设备的振动监测中。它能够基于机器振动的特性，通过采集振动信号并将其转化为电信号，从而判断机器的工作状态。本特利振动传感器分为贴片式、夹持式和带底座式三种类型，分别适用于不同大小和环境的机器设备。

主要特点

高精度与灵敏度：能够实现对设备振动状态的高精度测量，确保数据的准确性和可靠性。

实时监测：能够实时监测设备的振动情况，及时发现潜在问题。

长寿命与易安装：设计合理，结构坚固，能够在恶劣的工业环境下稳定运行，且安装便捷。

本特利前置器介绍

本特利前置器是振动传感器系统中的重要组成部分，用于接收电涡流探头和延伸电缆的信号，并输出相应的处理过的电压或电流信号。这些信号可供PLC等控制设备进行分析和处理。

主要型号与特点

常用型号：如330180-50-00，适用于3300 XL 11mm、3300 XL8mm等多种传感器系统。

安装方式：支持导轨安装和面板安装，具有电绝缘性，无需独立绝缘板。

抗干扰能力强：改进的RFI/EMI达到欧洲电磁兼容标准，能够免受附近高频无线电波的干扰。

本特利延伸线缆介绍

本特利延伸电缆是连接探头和前置器的重要组件，用于传输探头的原始信号，并缩短探头尾部电缆的长度，便于安装。

主要类型与特点

标准电缆与铠装电缆：两端带有防腐蚀的ClickLoc镀金铜接头，材料为750，三维轴向FEP绝缘材料制作。

多种选项：如带有接头保护器的标准电缆、铠装电缆等，满足不同工作环境的需求。

适用环境：标准电缆适用于一般环境，铠装电缆则更适用于化工、冶金等恶劣环境。

应用行业与场景

本特利振动传感器、前置器及延伸线缆广泛应用于以下行业和场景：

汽车、船舶、飞机：用于监测发动机、传动系统等关键部件的振动状态。

机械加工：监测机床、刀具等设备的振动，预防加工误差和故障。

电力设备：如发电机、变压器等设备的振动监测，确保电力供应的稳定性和安全性。

矿山机械、建筑机械：监测重型设备的振动情况，预防设备损坏和事故。

风力发电、石油化工、钢铁冶金：在大型旋转机械的振动监测中发挥重要作用，提高生产效率，保障设备安全运行。

Introduction to Bentley Vibration Sensor

Bentley vibration sensor is a precision equipment used to measure the intensity and frequency of machine vibration, widely used in vibration monitoring of various types of machinery and equipment. It can determine the working status of the machine based on the characteristics of machine vibration by collecting vibration signals and converting them into electrical signals. Bentley vibration sensors are divided into three types: patch type, clamp type, and base type, which are suitable for machines and equipment of different sizes and environments.

main features 

High precision and sensitivity: It can achieve high-precision measurement of equipment vibration status, ensuring the accuracy and reliability of data.

Real time monitoring: It can monitor the vibration of equipment in real time and discover potential problems in a timely manner.

Long lifespan and easy installation: Reasonable design, sturdy structure, capable of stable operation in harsh industrial environments, and easy installation.

Introduction to Bentley preamplifier

Bentley preamplifier is an important component of vibration sensor systems, used to receive signals from eddy current probes and extension cables, and output corresponding processed voltage or current signals. These signals can be analyzed and processed by control devices such as PLCs.

Main models and features

Common models: such as 330180-50-00, suitable for various sensor systems such as 3300 XL 11mm and 3300 XL8mm.

Installation method: Supports rail installation and panel installation, with electrical insulation and no need for independent insulation boards.

Strong anti-interference ability: The improved RFI/EMI meets European electromagnetic compatibility standards and is able to avoid interference from nearby high-frequency radio waves.

Introduction to Bentley Extension Cable

Bentley extension cable is an important component that connects the probe and preamplifier, used to transmit the original signal of the probe and shorten the length of the probe tail cable for easy installation.

Main types and characteristics

Standard cable and armored cable: Both ends are equipped with corrosion-resistant ClickLoc gold-plated copper joints, made of 750 material and three-dimensional axial FEP insulation material.

Multiple options: such as standard cables with joint protectors, armored cables, etc., to meet the needs of different working environments.

Applicable environment: Standard cables are suitable for general environments, while armored cables are more suitable for harsh environments such as chemical and metallurgical industries.

Application industries and scenarios

Bentley vibration sensors, preamplifiers, and extension cables are widely used in the following industries and scenarios:

Automobiles, ships, airplanes: used to monitor the vibration status of key components such as engines and transmission systems.

Mechanical processing: Monitor the vibration of machine tools, cutting tools, and other equipment to prevent machining errors and malfunctions.

Vibration monitoring of electrical equipment such as generators and transformers to ensure the stability and safety of power supply.

Mining and construction machinery: Monitor the vibration of heavy equipment to prevent equipment damage and accidents.

Wind power generation, petrochemicals, and steel metallurgy play an important role in vibration monitoring of large rotating machinery, improving production efficiency and ensuring safe operation of equipment.