Predictive Maintenance
MicroDAQ: Shift from Reactive Repairs to Predictive Maintenance with Powerful Data Loggers
MicroDAQ empowers you to embrace a proactive approach to maintenance with our feature-rich data loggers. Move beyond reactive repairs and costly downtime by implementing a predictive maintenance strategy. Our data loggers capture a wide range of parameters critical to equipment health, including vibration, pressure, and RPM. By continuously monitoring these vital signs of your machinery, MicroDAQ data loggers identify subtle changes that may indicate potential problems before they escalate into major failures. With customizable alerts and user-friendly software, you can schedule preventive maintenance based on real-time data, avoiding unexpected downtime and optimizing equipment lifespan. MicroDAQ data loggers empower you to maximize production efficiency, minimize repair costs, and gain a deeper understanding of your machinery's health for informed decision-making.
What Can Predictive Maintenance Do For You?
- Identify Machine Problems Before They Become Serious
- Reduce Unplanned Equipment Downtime and Critical Failures
- Provide Immediate Machine Condition Statuses
- Reduce Scheduled Time Based Maintenance
- Improve Maintenance Troubleshooting
- Confirm Quality of Repairs
- Improve Product Quality
A comprehensive predictive maintenance program consists of vibration monitoring, infrared thermography and visual inspection. MicroDAQ.com offers all the equipment you need to implement and maintain a successful predictive maintenance program. Analysis of these areas can reduce costly down time of machinery by scheduling maintenance only when it is needed. With the right tools you can predict when the machinery will require maintenance.
Vibration Analysis – Vibration meters and loggers can identify a problem before the equipment fails by detecting misalignment or an imbalance of rotating machines. Defective bearings or loose parts are a few examples of problems that can cause an increase in vibration.
Infrared Thermography – IR Thermometers are used to safely get noncontact temperature readings of equipment to identify if the equipment is overheating
Visual Inspections – Stroboscopes and Tachometers are both helpful in this area. Stroboscopes allow slow motion or stop action visual inspection of rotating, linear or reciprocating objects. With the stroboscope you can visually inspect the parts of the machine for signs of wear or cracks without having to stop it. Tachometers are used to get RPM measurements. MicroDAQ.com offers both contact and noncontact tachometers.
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Pocket LED Stroboscope$520.006235-010
- 0 to 300,000 FPM (Flashes per Minute) Flash Range with +/-0.005% Accuaracy
- 3 Separate Modes of Operation: Internal, External and Charging
- Adjust Flash Pulse Width Using Degree of Rotation or Pulse Duration Adjustments
- Input and Output Jacks for External Triggering and Synchronization of Multiple Stroboscopes
- Digital LCD Display with 4-Button Keypad for Field Control and Operation
Includes Universal 115/230 Volts AC Recharger with Universal Wall Plugs, NIST Calibration Certificate and User Manual
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6204-012
- 30 to 20,000 FPM (Flashes per Minute) Flash Range with +/-0.002% Accuracy
- 3 Separate Modes of Operation: Internal, External and Charging
- Adjust Flash Pulse Width Using Degree of Rotation or Pulse Duration Adjustments
- Digital LCD Display with 6-Button Keypad for Field Control and Operation
- Programmable Memory Stores and Recall up to 6 User Selectable Values
Includes Universal 115/230 Volts AC Recharger with International Wall Plugs, NIST Calibration Certificate and User Manual
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6241-010
- Designed for Simple Stroboscopic Stop Motion Inspection and RPM Measurement
- Extremely High Flash Rate Up to 999,999 FPM
- 12 LED Stroboscope Light Source - Bright but Cool
- Replaceable and Rechargeable Li-ion Battery-Powered or AC-Powered
- 6-Digit Numeric and 5-Digit Alphanumeric LCD Display
- Tachometer Optional Integral Laser Module Can be Added
Includes User Manual and Product Registration Card