Vibration meter
Professional Vibration Meter for Accurate Measurement
Our high-precision vibration meter provides reliable measurements for various industrial applications. Designed with advanced technology, this device helps maintenance professionals identify potential equipment issues before they lead to costly downtime.
Key Features of Our Vibration Meter
- Triaxial vibration measurement capability
- Wide frequency range from 10Hz to 1kHz
- High-resolution LCD display with backlight
- Built-in data logging function
- Rugged IP65-rated housing
- Long battery life (up to 100 hours)
- Wireless connectivity options
- ISO 2954 compliant measurements
Technical Specifications
| Parameter | Specification |
|---|---|
| Measurement Range | 0.01 to 199.9 m/s² RMS (acceleration) |
| Frequency Range | 10 Hz to 1 kHz (±5%) |
| Accuracy | ±5% of reading ±2 digits |
| Resolution | 0.01 m/s² |
| Sampling Rate | 10 kHz |
| Display | 3.5" color LCD with touch capability |
| Operating Temperature | -10°C to 50°C (14°F to 122°F) |
| Battery Life | 100 hours (typical use) |
Vibration Meter Frequently Asked Questions
What is the typical lifespan of a vibration meter?
With proper care and regular calibration, our vibration meters typically last 5-7 years in industrial environments. The actual lifespan depends on usage conditions and maintenance schedule. We recommend annual calibration and periodic sensor inspections to ensure optimal performance throughout the device's lifetime.
How often should I calibrate my vibration meter?
For most industrial applications, we recommend calibrating your vibration meter every 12 months. However, if the device is used in critical applications or harsh environments, more frequent calibration (every 6 months) may be necessary. Always follow your industry's specific guidelines and quality control requirements for measurement equipment maintenance.
Can the vibration meter measure different types of vibration parameters?
Yes, our advanced vibration meter can measure multiple vibration parameters including acceleration (m/s²), velocity (mm/s), and displacement (mm). The device automatically converts between these parameters using integrated algorithms, allowing you to select the most appropriate measurement for your specific application without needing separate instruments.
Common Applications
- Predictive maintenance programs
- Rotating machinery monitoring
- HVAC system evaluation
- Structural vibration analysis
- Quality control in manufacturing
- Vehicle vibration testing
- Building vibration assessment
Available Accessories
| Accessory | Description |
|---|---|
| Magnetic Mount | For secure attachment to ferrous surfaces |
| Extension Cable | 5m cable for remote sensor placement |
| Carrying Case | Shock-resistant protective case |
| Calibration Certificate | NIST-traceable calibration documentation |
| Analysis Software | PC software for advanced data processing |
More Vibration Meter Questions
What's the difference between a vibration meter and a vibration analyzer?
A vibration meter provides overall vibration level measurements, while a vibration analyzer offers detailed frequency spectrum analysis. Our vibration meter includes basic frequency information and can identify dominant frequencies, but for comprehensive fault diagnosis, you would need a dedicated analyzer. The meter is ideal for routine checks and condition monitoring, whereas analyzers are used for in-depth troubleshooting.
How do I interpret vibration meter readings?
Vibration severity is typically categorized into four ranges: good (0-1.8 mm/s), satisfactory (1.8-4.5 mm/s), unsatisfactory (4.5-7.1 mm/s), and unacceptable (>7.1 mm/s). However, these thresholds vary by machine type and application. Always consult ISO 10816 or your equipment manufacturer's specifications for machine-specific vibration limits. Our vibration meter includes preset thresholds for common machinery types to simplify interpretation.
Can the vibration meter detect bearing faults?
Yes, our vibration meter can detect bearing faults through high-frequency vibration measurements. The device measures acceleration enveloping (demodulated high-frequency signals) which is particularly effective for early-stage bearing fault detection. For precise bearing diagnosis, we recommend using the meter's high-frequency range (1-10 kHz) and comparing readings against established baseline measurements.
Maintenance and Care Tips
- Store in protective case when not in use
- Clean sensors after each use with alcohol wipes
- Avoid extreme temperatures and humidity
- Replace batteries promptly when low
- Perform regular function checks
- Keep calibration records up-to-date
- Inspect cables regularly for damage