Sound Level Meters

Sound level meters help manufacturing teams conduct area surveys, equipment assessments, and environmental studies with speed and precision. These handheld instruments measure sound pressure levels with selectable frequency and time weightings. Depending on the model, features may include integrating capability, octave-band analysis, time-history logging, and event capture. Clear displays and guided menus support quick measurements on the floor, while software enables data transfer, visualization, and reporting to support noise control planning and documentation.

Produkte

Quest™ Sound Detector SD-200

Der Sound Detector SD-200 ist ein kompakter, leichter Schallpegelmesser zur Messung von...

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Quest® Sound Examiner Sound Level Meters SE-400 Series

Die Schallpegelmesser Sound Examiner Serie SE-400 wurden entwickelt, um Geräuschpegel in stark...

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Quest® SoundPro® Sound Level Meters SE-DL Series

Die SoundPro™ Schallpegelmesser der Serie SE/DL messen, dokumentieren und zeigen...

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Casella 620 Series Sound Level Meters

Casella 240 Series meters deliver simple, reliable noise measurements for quick industrial surveys and spot checks.

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Casella 630 Series Sound Level Meters

Casella 630 Series provides advanced analysis for complex industrial noise studies and detailed reporting.

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Casella 240 Series Sound Level Meters

Sound level meters (SLMs) serve as the go-to tool for fast, accurate noise measurements in industrial facilities. Whether you are conducting walk-through assessments, verifying equipment changes, or performing environmental checks, SLMs provide the data needed to locate sources and quantify conditions.

Core Capabilities

  • Real-Time Readings: Immediate SPL measurements with selectable A, C, or Z frequency weightings.
  • Time Weightings: Fast, slow, and impulse options to match survey needs.
  • Integrating Functions: Some models provide LEQ and other integrating metrics for expanded analysis.
  • Advanced Analysis: Options may include octave or one-third octave band analysis, helping pinpoint problem frequencies.
  • Data Logging: Time-history storage enables deeper investigation and clear documentation.

Use Cases

  • Commissioning and acceptance testing for new equipment
  • Routine floor surveys to identify hotspots
  • Environmental perimeter assessments
  • Pre- and post-control validation

Selection Considerations

  • Performance Class: Choose instrumentation aligned with your measurement requirements.
  • Analysis Features: Determine whether octave band capability is needed.
  • Memory and Power: Sizing for long survey days and multiple projects.
  • Software: Review download speed, charting, and report templates.

Best Practices

  • Calibrate with an acoustic calibrator before and after surveys.
  • Map the area to create a consistent route for repeatability.
  • Use time-history and markers to correlate events with readings.
  • Pair results with engineering controls or maintenance plans to reduce exposure risk.

Program Benefits

  • Faster troubleshooting and prioritization of noise controls
  • Clear, defensible documentation with trend visibility
  • Efficient reporting for stakeholders and audits

Next Steps
Describe your survey workflow, data needs, and analysis requirements. We can help you choose a meter with the right balance of portability, accuracy, and features.


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