振动监测
X20(c)CM4810使用手册
基本信息 - General information
带涂层的模块 - Coated modules
订货数据 - Order data
技术参数 - Technical data
状态指示灯 - LED status indicators
固件更新所需时间 - Firmware update time
引脚排列 - Pinout
输入回路图 - Input circuit diagram
屏蔽 - Shielding
降额 - Derating
增益曲线(频率) - Gain curve
整定时间 - Settling time
传感器灵敏度 - Sensor sensitivity
紧凑型CPU或总线型CPU - Using a B&R Compact CPU or fieldbus CPU
寄存器说明 - Register description
基本数据点 - General data points
功能模型0 标准 Function model 0 - Standard
功能模型1 快主站 Function model 1 - Fast master
功能模型2 慢主站 Function model 2 - Slow master
功能模型254 总线控制器 Function model 254 - Bus controller
在总线控制器上使用模块 - Using the module on the bus controller
CAN I/O 总线控制器 - CANIO bus controller
基本信息 - General information
信号生成 - Signal generation
滤波器配置 - Filter configuration
频带 - Frequency bands
速度信号的自动计算 - Calculating the velocity signal automatically
自动增益、自动增益延迟和溢出 - Autogain, AutogainDelay and overflow
术语:采样率和采样频率 - Term definition: Sampling rate and sampling frequency
基本寄存器 - General registers
实际速度 - ActSpeed
自动增益延迟 - AutogainDelay
读自动增益延迟 - AutogainDelayRead
控制 - Control
传感器配置 - SensorConfig
读传感器配置 - SensorConfigRead
状态 - Status
模拟量输入功能 - Analog input functions
测量值 - Measured values
模拟量输入中的特征值计算 - Characteristic value calculation in AnalogInput
带使能的连续模式(连续模式) - Continuous mode with enable (continuous mode)
触发模式(单次触发)- Trigger mode (single shot)
模拟量输入 - AnalogInput
模拟量输入配置 - AnalogInputConfig
读模拟量输入配置 - AnalogInputConfigRead
模拟量输入控制字节 - AnalogInputControlByte
模拟量输入采样 - AnalogInputSamples
模拟量输入尺度 - AnalogInputScale
读模拟量输入尺度 - AnalogInputScaleRead
样本模拟量输入- SamplesAnalogInput
读样本模拟量输入 - SamplesAnalogInputRead
AR 的支援 - Automation Runtime support
Buffer数据一致性锁 - DataConsistentWithLockedBuffers
数据切换指示位 - DataToggleBit
模拟量输入溢出标志位 - OverflowAnalogInput
特征值溢出标志位 - OverflowCharacteristicValues
频带溢出标志位 - OverflowFrequencyBandsOverflowFrequencyBands
高通后的峰值参考值 - PeakHighFrequencyRef
计算后的高通后原始信号有效值参考值 - PeakHighFrequencyRefCalculated
原始峰值参考值 - PeakRawRef
计算后的原始峰值参考值 - PeakRawRefCalculated
高通后的有效值参考值 - RmsHighFrequencyRef
计算后的高通后原始信号有效值参考值 - RmsHighFrequencyRefCalculated
原始信号有效值参考值 - RmsRawRefRmsRawRef
计算后的原始信号有效值参考值 - RmsRawRefCalculated
传感器敏感度 - SensitivitySensor
特征值 - Characteristic values
最大值(峰值)的和 - Sum of maximum value
高通后的峰值 - PeakHighFrequency
峰值原始值 - PeakRaw
有效值 - RMS value
Iso10816
加速度包络有效值 - RmsAccEnvelope
加速度原始信号有效值 - RmsAccRaw
高通后的有效值 - RmsHighFrequency
原始信号有效值 - RmsRaw
速度包络的有效值 - RmsVelEnvelope
原始速度的有效值 - RmsVelRaw
波峰因数(裕度) - Crest factor
高通后的波峰因数(裕度) - CrestFactorHighFrequency
波峰因数(裕度) - CrestFactorRaw
VDI3832 K(t) 值 - K(t) value
高通后的 Vdi3832Kt 值 - Vdi3832KtHighFrequency
Vdi3832Kt 原始值 - Vdi3832KtRaw
峰态系数(峭度) - Kurtosis
峰态系数(峭度) - KurtosisRaw
偏态系数(歪度) - Skewness factor
偏态系数(歪度) - SkewnessRaw
频带 - FrequencyBand
特征值(最大、最小值) - Characteristic values (minimum and maximum)
波峰因数(裕度)最大值 - CrestFactorRawMax
波峰因数(裕度)最小值 - CrestFactorRawMin
Iso10816最大值 - Iso10816Max
Iso10816最小值 - Iso10816Min
峰态系数(峭度)最大值 - KurtosisRawMax
峰态系数(峭度)最小值 - KurtosisRawMin
最小值最大值计数器 - MinMaxCounter
高通后的峰值最大值 - PeakHighFrequencyMax
高通后的峰值最小值 - PeakHighFrequencyMin
峰值原始值最大值 - PeakRawMax
峰值原始值最小值 - PeakRawMin
加速度包络有效值最大值 - RmsAccEnvelopeMax
加速度包络有效值最小值 - RmsAccEnvelopeMin
加速度原始信号有效值最大值 - RmsAccRawMax
加速度原始信号有效值最小值 - RmsAccRawMin
高通后的有效值最大值 - RmsHighFrequencyMax
高通后的有效值最小值 - RmsHighFrequencyMin
原始信号的有效值最大值 - RmsRawMax
原始信号的有效值最小值 - RmsRawMin
速度包络的有效值最大值 - RmsVelEnvelopeMax
速度包络的有效值最小值
原始速度的有效值最大值 - RmsVelRawMax
原始速度的有效值最小值 - RmsVelRawMin
偏态系数原始值(歪度)最大值 - SkewnessRawMax
偏态系数原始值(歪度)最小值 - SkewnessRawMin
频带配置寄存器 - Frequency band configuration registers
高频配置 - HighFrequencyConfig
读高频配置 - HighFrequencyConfigRead
包络频率最大值 - MaxFrequencyEnvelope
读包络频率最大值 - MaxFrequencyEnvelopeRead
原始频率最大值 - MaxFrequencyRaw
读原始频率最大值 - MaxFrequencyRawRead
包络频率最小值 - MinFrequencyEnvelope
读包络频率最小值 - MinFrequencyEnvelopeRead
原始频率最小值 - MinFrequencyRaw
读原始频率最小值 - MinFrequencyRawRead
频带 - Frequency bands
带宽的 RMS 值 - Broadband RMS value
与速度相关的 RMS 值 - Speed-dependent RMS value
噪声 - Noise
配置 - Configuration
频带的最大值 - FrequencyBandMax
频带的最小值 - FrequencyBandMin
频带的配置 - FrequencyBandConfig
读频带的配置 - FrequencyBandConfigRead
60rpm标准损坏频率 - FrequencyBandDmgFreq60rpm
读60rpm标准损坏频率 - FrequencyBandDmgFreq60rpmRead
频率的容差 - FrequencyBandTolerance
读频率的容差 - FrequencyBandToleranceRead
频带的下限频率 - FrequencyBandLowerFrequency
读频带的下限频率 - FrequencyBandLowerFrequencyRead
频带的上限频率 - FrequencyBandUpperFrequency
读频带的上限频率 - FrequencyBandUpperFrequencyRead
Flat 流 - Flatstream
通过 Flatstream 传输特征值 - Transferring characteristic values via Flatstream
Flatstream 特征值的寄存器 - Registers for the characteristic value Flatstream
Flatstream 特征值的结构 - Structure of the characteristic value Flatstream
通过 Flatstream 上传 Buffer - Uploading buffers via Flatstream
buffer Flatstream 的寄存器 - Registers for the buffer Flatstream
Buffer 上传过程 - Buffer upload procedure
X20CM4810 上的转发功能 - The Forward function on the X20CM4810
Flat流通信 - Flatstream communication
简介 - Introduction
消息、段、序列、MTU - Message, segment, sequence, MTU
Flat流原理 - The Flatstream principle
Flat流模式的寄存器 - Registers for Flatstream mode
Flatstream 配置 - Flatstream configuration
启用的Tx和Rx字节数 - Number of enabled Tx and Rx bytes
Flat流操作 - Flatstream operation
input 和 output 字节的格式 Format of input and output bytes
有效载荷数据和控制字节的传输 - Transport of payload data and control bytes
控制字 - Control bytes
CPU 的通信状态 - Communication status of the CPU
模块的通信状态 - Communication status of the module
OutputSequence和InputSequence之间的关系
同步 - Synchronization
发送和接收 - Transmitting and receiving
向模块传输数据(输出)- Transmitting data to a module (output)
接收来自模块的数据(输入) - Receiving data from a module (input)
详情 - Details
Flat流模式 - Flatstream mode
调整Flat流 - Adjusting the Flatstream
X2X 链路上的转发功能示例 - Example of Forward functionality on X2X Link
功能原理 - Function principle
配置 - Configuration
未确认的序列数量 - Number of unacknowledged sequences
延迟时间 - Delay time
用转发进行传输和接收 - Transmitting and receiving with Forward
使用转发时中故障 - Errors when using Forward
在总线上使用该模块 - Using the module with on the fieldbus
支持 FieldbusDESIGNER 的总线控制器 - Bus controller with FieldbusDESIGNER support
Bus controller without FieldbusDESIGNER support
带接口模块的 B&R SG4 CPU - B&R SG4 CPU with an interface module
CAN I/O bus controller
任务类的分配 - Assignment of the task class
最长循环时间 - Maximum cycle time
最小循环时间 - Minimum cycle time
状态监测/振荡分析 - Condition monitoring / Oscillation analyses
基本信息 - Basic information
什么是状态监测? - What is condition monitoring?
浴缸/劣化曲线 - Bathtub / Deterioration curve
损失的发展和损伤链 - Damage development and the damage chain
传统的状态监测 - Conventional condition monitoring
状态监测方法概述 - Overview of condition monitoring methods
振动测量技术 - Oscillation measurement technology
传感器技术 - Sensor technology
基本设计 - Basic design
影响传感器的因素 - Influencing variables on the sensor
安装方向 - 敏感方向 - Mounting direction - Preferred direction
交叉灵敏度 - Cross-sensitivity
线缆 - Cables
温度影响 - Temperature influence
干扰 - Interference
线性度 - Linearity
频率响应 - Frequency response
安装传感器 - Installing sensors
安装步骤 - Installation procedure
传感器定位 - Sensor positioning
振荡 - 测量结构声概述 - Oscillations - Overview of measuring structure-borne sound
振荡(摆动) - Oscillations
振荡的原因: - Causes of oscillations:
影响 - Effects
振荡参数 - Oscillation parameters
振荡的细化 - Large mechanical oscillations
快速傅里叶变换(FFT) - Fast Fourier transforms (FFT)
叠加正弦波以生成信号 - Adding sinusoidal oscillations to generate a signal
基本描述 - General description
使用 FFT 有关的信息 - Information about using FFT
窗功能 - Window functions
采样 - Sampling
混叠效应 - Aliasing effect
分辨率 - Resolution
时域信号 - Time signal
频谱 - Frequency spectrum
量化 - Quantization
测量的持续时间 - Duration of measurement
包络 - Envelope
包络分析
位移、速度和加速度 - Displacement, velocity and acceleration
确定限值和报警限值 - Determining limits and alarm limits
与参考文献和规范的比较 - Comparison with references and norms
来自制造商的限制 - Manufacturer's limits
来自操作员的限制 - 基于经验的数值 - Operator's limits - Experience-based values
评估趋势 - Assessing the trend
动态的速度变化 - Dynamic speed change
损伤识别的实际应用 - Practical applications of damage recognition
特征值 - Characteristic values
潜在的故障 - Potential failures
不平衡 - Imbalance
不对中 - Misalignment
皮带损坏 - Belt damage
平型带和三角带 - Flat belts and V-belts
齿形带 - Toothed belt
零件松动或冲击 - Loose or striking parts
滑动轴承损坏 - Slide bearing damage
滚动轴承损坏 - Roller bearing damage
典型的外圈和内圈损坏 - Typical outer and inner ring damage
典型的保持架和滚动元件损坏 - Typical cage and roller element damage
齿轮损坏 - Gear damage
生产缺陷 - Manufacturing defects
磨损引起的缺陷 - Defects caused by wear
摆动 - Wobbling
循环运行误差和轴向距离误差 - Cyclic running errors and axial distance errors
电气故障 - Electrical errors
损伤识别的典型应用 - Typical applications of damage recognition
带刚性联轴器的风扇 - Fan with rigid coupling
带副轴的风扇 - Fan with countershaft
皮带传动的风扇 - Fan with belt drive
直联泵 - Directly coupled pump
齿轮箱 - Gearbox
带副轴的齿轮箱 - Gearbox with countershaft
延伸阅读 - Further reading
配件 - Accessories
传感器 - Sensors
纵轴 - 0ACS100A.00-1
订货数据 - Order data
技术数据 - Technical data
尺寸 - Dimensions
安装方向 - Installation direction
横轴 - 0ACS100A.90-1
订货数据 - Order data
技术数据 - Technical data
尺寸 - Dimensions
安装方向 - Installation direction
基本信息 - General information
引脚 - Pinout
频率响应 - Frequency response
传感器线缆 - Sensor cables
订货数据 - Order data
技术数据 - Technical data
带 M12 母头的传感器线缆 - Sensor cables with female M12 connector
电缆图 - Cable diagram
X20CM4800X
Order data
Module description
Technical data
LED status indicators
Pinout
Connection example
Input circuit diagram
Gain curve
Derating
Function description
Configuration of inputs
Data resolution
Vibration measurement
Converting raw data to [mg]
Flatstream
NetTime
Register description
Function model 1 - Standard
Configuration
Channel configuration
Communication
Starting/stopping measurements and buffer overflow
Status of the module
NetTime
Time of first valid scan
Time of last valid scan
NetTime Technology
Time information
PLC/Controller data points
X2X Link reference moment
POWERLINK reference moment
Synchronization of system time/POWERLINK time and I/O module
Timestamp functions
Time-based inputs
Time-based outputs
Time-based measurements
Flatstream communication
Introduction
Message, segment, sequence, MTU
The Flatstream principle
Registers for Flatstream mode
Flatstream configuration
Number of enabled Tx and Rx bytes
Flatstream operation
Format of input and output bytes
Transport of payload data and control bytes
Control bytes
Communication status of the CPU
Communication status of the module
Relationship between OutputSequence and InputSequence
Synchronization
Transmitting and receiving
Transmitting data to a module (output)
Receiving data from a module (input)
Details
Flatstream mode
Adjusting the Flatstream
Example of Forward functionality on X2X Link
Function principle
Configuration
Number of unacknowledged sequences
Delay time
Transmitting and receiving with Forward
Errors when using Forward
Required cycle time
振动分析模块库AsIOVib使用说明
基本信息
系统要求
版本历史
库指南
错误代码
功能块
vbioCM4810
vbioCtrlCM4810
vbioCtrlCM4810Ex1
数据类型
数据类型
实例展示与Demo
X20CM4810
模块配置
数据采集
数据上载
Demo与例程
概述信息
系统要求
版本更新信息
覆盖的需求
术语表
下载链接