GE PCH1026

故障预警:通过对振动数据进行分析,提前发现潜在的故障,如轴承磨损、叶片损伤等。

数据输出:将监测数据传输给上位机,用于进一步分析和展示。

产品特点

低频监测:能够监测到低频振动信号,有助于早期发现疲劳裂纹等问题。

多通道输入:支持多个振动传感器的同时接入,实现对风机多点的监测。

数字信号处理:采用数字信号处理技术,提高测量精度和抗干扰能力。

灵活配置:可以根据不同的风机型号和监测需求进行灵活配置。

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Description

GE PCH1026产品详情

产品概述

GE PCH1026是一款专为风力涡轮机设计的数字式结构振动监测器。它主要用于监测风机关键部件的振动情况,通过对振动数据的实时采集和分析,能够早期发现潜在的故障,从而提高风机的可靠性,降低维护成本。

主要功能

振动监测:高精度地测量风机结构的振动信号,包括低频振动。

数据采集:将采集到的振动数据进行存储和处理。

故障预警:通过对振动数据进行分析,提前发现潜在的故障,如轴承磨损、叶片损伤等。

数据输出:将监测数据传输给上位机,用于进一步分析和展示。

产品特点

低频监测:能够监测到低频振动信号,有助于早期发现疲劳裂纹等问题。

多通道输入:支持多个振动传感器的同时接入,实现对风机多点的监测。

数字信号处理:采用数字信号处理技术,提高测量精度和抗干扰能力。

灵活配置:可以根据不同的风机型号和监测需求进行灵活配置。

应用领域

风力发电:主要应用于风力发电领域,用于监测风机的健康状况,提高发电效率。

GE PCH1026 Product Details

Product Overview

GE PCH1026 is a digital structural vibration monitor designed for wind turbines.It is mainly used to monitor the vibration of key components of wind turbines.Through real-time collection and analysis of vibration data,potential faults can be detected early,thereby improving the reliability of wind turbines and reducing maintenance costs.

Main Functions

Vibration Monitoring:High-precision measurement of vibration signals of wind turbine structures,including low-frequency vibrations.

Data Acquisition:Store and process the collected vibration data.

Fault Warning:Analyze vibration data to detect potential faults in advance,such as bearing wear and blade damage.

Data Output:Transmit monitoring data to the host computer for further analysis and display.

Product Features

Low-frequency Monitoring:Able to monitor low-frequency vibration signals,which helps to detect problems such as fatigue cracks at an early stage.

Multi-channel Input:Supports simultaneous access to multiple vibration sensors to achieve multi-point monitoring of wind turbines.

Digital Signal Processing:Adopts digital signal processing technology to improve measurement accuracy and anti-interference ability.

Flexible Configuration:Flexible configuration can be performed according to different wind turbine models and monitoring requirements.

Application Fields

Wind Power Generation:Mainly used in the field of wind power generation to monitor the health of wind turbines and improve power generation efficiency.