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YOUR GLOBAL PROVIDER OF SPINDLE REPAIR AND SUPPORT FOR BORING, MILLING AND GRINDING APPLICATIONS
704-922-1206  | 

Predictive Maintenance

Spindle Health Monitoring System

The Spindle Health Monitoring System is used to expand and enhance spindle diagnostics according to vibration and temperature analysis. The miniaturized system can be affordably installed directly or retro-fitted within your spindle ensuring real-time monitoring, as well as reducing the machine downtimes by predicting malfunctions.

For maintenance and production personnel to monitor machine spindles at scale for emerging symptoms of bearing and temperature anomalies. Data record check-up predicts spindle life to avoid emergency repairs.


For more information on PDS’ Predictive Maintenance programs, contact us here or call 704-922-1206.

DASHBOARD
Visualize real-time monitoring of all machines.

Tailor to specific machines.

CHECK-UP
Maintain the spindle in optimum health utilizing the continuous spindle life monitoring algorithm which is computed by using real-time vibration and temperature values.

ALERTS/NOTIFICATIONS
Shutdown machine exceeding thresholds within 1 millisecond minimizes damage.

HISTORICAL DATA & TRENDS
Review events to look at spindle history, all alarms and warnings, check-up, power on, shutdowns and modifications to the device parameters.

Compact. Integrated.

The hybrid MEMS technology 3D piezoelectric guarantees complete signal analysis on a wide band. The presence of a microprocessor with integrated memory allows local detection and storage of collision phenomena, imbalance, overloads, anomalies of the working cycle, tool wear and bearings diagnostics.

TECHNICAL SPECIFICATIONS
Sensor dimensions with connector M12 x 1,0 - L 41mm*
Sensor dimensions with integrated cable M12 x 1,0 - L 32mm*
Sensor dimensions with integrated cable M16 x 1,5 - L 22mm*
Integrated cable length 5m / 16ft**
Integrated triaxial sensor MEMS ±16g 1.000Hz
Integrated monoaxial sensor Piezoelectric ±50g 10kHz
Working temperature -40÷85°C (-40÷185°F)
Shock resistance 10.000g
Connectivity Modbus TCP or RTU on RS485

*Sensor is available in 3 sizes to guarantee all installation types inside the machine tool.
**Optional extensions available: 10m/32 ft, 20m/65 ft, 30m/98 ft.

Predictive Spindle Monitoring Systems are added, upon customer request, to your spindle during repair.

Configuration of spindle operation to help determine which type of sensor works best for the application: (*)

Application environment: (*)

Spindle size: (*)

Type: (*)

Operating Environment:
Dust collectionSafety guardsCooling nozzles

Data recording device preference: (*)

Do you require monitoring during spindle transport to detect damage in transit? (*)

Options required: (*)
Event Logbook - Trend data for collision, RMS, temperatureTriaxial Real Time Data - Enables raw, real time data from triaxial sensorHigh Frequency Monoaxial Data- Enables raw, buffered data from high frequency piezo sensorFFT Analysis - A sensor with high frequency monoaxial accelerometer values that are used to compute a Fast Fourier Transform (FFT). This displays data in the frequency domain, in order to evaluate the bearing frequencies.Collision Waveform Recorder - Enables waveform downloads for the last 10 collision alarm eventsHistorical Trends - Download trend dataSpindle Check-up - Enables spindle lifetime function and statistical downloadsService Notes - Storage of up to 40 service notesOn-Site Service

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Throughout the COVID-19 pandemic, PDS will continue business as usual for repair, service, and consultative sales help. We are fortunate that our work stations are 6’ apart, maintaining safe distance for our employees. As an everyday practice, we keep our workspace 95% cleaner than most manufacturing environments. Let us know how we can help you.

       

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