三轴 MEMS 振动感测
采集 X、Y、Z 三轴振动，更完整地掌握设备状态。
实时电机健康监测
PyXis
让机器获得智能
在意外电机故障影响生产前及时阻止。
PyXis 在设备端处理三轴振动与温度，并将运动指标、谐波信息、严重度状态、报警及与固件相关的预测值直接提供给已连接的控制和维护系统。
三轴感测
边缘分析
支持 SCADA
设备健康92/100仪表板示例
防止计划外停机更早发现异常模式，减少高成本意外。
保障生产连续性持续掌握关键旋转资产状态，明确维护优先级。
把振动转化为行动利用趋势、频谱和报警加快维护决策。
专业设备健康洞察
为维持工业运转的旋转资产而设计
细微振动变化可能在故障曲线早期出现。PyXis 帮助团队在仍可实际干预时发现这些变化。
适用于
电机齿轮箱泵压缩机鼓风机其他旋转机械
关键旋转资产的早期预警。
保障运行时间、产出与维护可视性。
Harmonic and spectral analysis
Provides up to 20 harmonic frequencies and acceleration amplitudes per axis without transmitting the raw waveform.
Advanced condition analytics
Provides severity, fault status, order information, diagnostic indices and firmware-dependent prognostic outputs.
多种故障模式
支持检测不对中、不平衡、松动、齿轮磨损及轴承相关特征。
Direct Modbus integration
Exposes device identity, vibration, temperature, alarms and machine-health values over 2-wire RS-485 Modbus RTU.
工业部署
Sealed IP67 / IP68 construction, wide DC supply range, low power consumption and M12 or integral-cable options.
电机退化与 P-F 曲线
在仍可规划维护时发现正在发展的故障
P-F 曲线把电机退化过程与各阶段逐步显现的振动指标联系起来。
放大图示
01
如何解读曲线
电机可能从健康基线逐步发展到早期高频应力波活动、轴承或润滑退化、机械故障增长，并最终发生功能失效。随着冲击、轴承特征频率、谐波与宽带振动增加，波形和 FFT 频谱会逐渐呈现更明显的异常。
02
PyXis 带来的价值
PyXis 结合高频应力波检测、三轴振动与 FFT 分析，以揭示早期轴承特征和正在发展的故障。更早识别可为维护团队留出更多时间核实状态、规划干预，并避免运行至失效的维护方式。
工程说明：实际 P-F 间隔和故障特征取决于转速、负载、轴承几何参数、传感器安装、运行状态、基线质量、分析设置与固件配置。
电机故障覆盖范围
PyXis 可协助识别的电机故障与健康状态
电机爆炸分解图将常见故障源对应到其发生的实体部件，帮助维护团队把 PyXis 状态数据与实际检查位置联系起来。
产品能力
边缘状态智能
PyXis 将高带宽振动与温度测量转化为紧凑的状态、诊断和预测信息，供工业系统直接使用。
Tri-axis motion metricsIndependent acceleration RMS, peak, peak-to-peak and crest factor; velocity RMS and peak-to-peak; and displacement peak-to-peak on X, Y and Z.
Spectral and harmonic dataUp to twenty harmonic frequencies and corresponding acceleration amplitudes for every axis without transmitting the raw time waveform.
Severity and fault outputsPer-axis severity state and fault-analysis status for direct use by supervisory systems and maintenance workflows.
Speed and order trackingCurrent RPM, tachometer quality, speed state and 1X order information for speed-normalised analysis.
Advanced condition indicatorsEnvelope kurtosis, sideband density, harmonic consistency, cepstrum gear index, spectral kurtosis and cyclostationary index.
Predictive-maintenance outputsFirmware-dependent RUL days, failure probability, degradation index, time-to-maintenance, aging factor and baseline status.
Thermal correlationSensor and motor temperature values with configurable warning and alarm thresholds.
Asset-aware configurationMachine profile, motor frequency, gear ratio, gear-tooth count, bearing geometry and configurable analysis filters.
故障解读取决于安装方式、设备配置、运行状态和固件配置。最终报警限值应针对实际资产完成调试。
完整多传感器监测系统系统概览
从安装调试到运行集成
- InstallMount the sensor rigidly on the machine and align its axes with the asset.
- ConfigureSet the Modbus address, serial format and applicable machine parameters.
- BaselineCapture representative healthy operation before applying final warning and alarm limits.
- 集成Map condition, alarm and prognostic values into PLC, SCADA, CMMS or analytics systems.
20 × 3带幅值的谐波
IP67 / IP68密封结构
4.75-28 VDC宽范围输入电源
技术概览
系统主要规格
设计或采购前，请依据最新受控产品文件确认最终规格与型号适用性。
Sensing element3-axis digital MEMS accelerometer with orthogonal X, Y and Z measurement axes
Frequency bandwidthDC to 6 kHz, specified at the -3 dB point
Measured quantitiesAcceleration RMS, peak and peak-to-peak; velocity RMS and peak-to-peak; displacement peak-to-peak; crest factor
Spectral informationUp to 20 harmonic frequencies and corresponding acceleration amplitudes for every axis
Condition informationPer-axis severity and fault states, RPM, tachometer quality, speed state, 1X order and advanced diagnostic indices
Prognostic informationFirmware-dependent RUL days, failure probability, degradation index, time-to-maintenance, baseline status and aging factor
通信2-wire half-duplex RS-485; Modbus RTU slave; auto-baud or 9600, 19200, 38400 and 115200 bps; 8E1, 8O1, 8N1 or 8N2
Power4.75 to 28 VDC; less than 0.15 W typical, approximately 5 mA at 24 VDC
Connection and mountingA-coded M12 5-pin male or high-flex integral cable; M5 threaded stud or high-force magnetic mount
Operating environment-40 to +85 degrees C; 10-95% RH non-condensing; IP67 / IP68 subject to connector and installation method
ProtectionReverse polarity, undervoltage lockout, short circuit, thermal shutdown and surge protection
订购时请注明
- 连接器版或一体式电缆版
- 安装方式与附件
- 所需电缆长度（如适用）
- 固件配置与目标设备类型
配套工程文件
- 详细 Modbus 寄存器映射
- 机械尺寸图
- 连接器引脚定义与安装指南
- 调试与报警设置程序
高级诊断与预测项目取决于固件。系统集成前请核实适用的固件和寄存器映射版本。
PyXis 的优势
超越基础报警数值
PyXis 将感测、频谱分析、设备健康洞察与工业集成整合为完整监测流程。
- 更早发现故障
- 可执行的维护洞察
- 预测性规划支持
- 降低故障风险
- 故障分类背景
下载
PyXis 产品资料
打开受控四页数据表、技术简报和产品手册。
技术洞察
专业工程文章
源自当前 PyXis 与 Titania 技术资料的实用指南。
技术文章
Edge Vibration Analytics for Rotating Machinery
How machine-level vibration processing turns triaxial motion, spectral information and temperature into practical condition intelligence.
阅读更多
技术文章
Acceleration, Velocity and Displacement in Machine Vibration
A practical guide to the three motion quantities used in industrial condition monitoring and how they complement one another.
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技术文章
Harmonics, Order Tracking and Machine Speed
How RPM, 1X order information and harmonic amplitudes improve vibration interpretation on variable-speed and geared equipment.
阅读更多
技术文章
Advanced Vibration Condition Indicators Explained
A professional overview of envelope kurtosis, sideband density, harmonic consistency, cepstrum, spectral kurtosis and cyclostationary analysis.
阅读更多
技术文章
Vibration Baselining and Alarm Threshold Engineering
How to establish representative healthy behaviour and set warning and alarm limits that support maintenance without creating nuisance events.
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技术文章
Vibration Sensor Mounting and Axis Alignment
Practical guidance for stud and magnetic installation, cable routing and triaxial orientation on industrial machinery.
阅读更多讨论您的应用
在下一次电机故障决定您的停机时间之前，选择 PyXis。
与我们的团队确认传感器数量、设备类型、通信、安装点与集成要求。