10 bestSound Level Metersof July 2025
112M consumers helped this year.
1
TopTes TS-501B Sound Level Meter with 2.24” Backlit LCD Screen, A/C Weighted Decibel Meter, Range 30-130dB, Temperature & Humidity, MAX/MIN, Data Hold, Use for Home, Noisy Neighbor, Factory - Orange
TOPTES
9.9
6% off
2
Decibel Meter Data Logger Digital Sound Decibel Meter, Sound Level Meter with 43,000 Data Record & Export, Rechargeable Noise Meter with A/C Frequency&DC Output, 3-Color Alarm, Real Time Measurement
DANOPLUS
9.8
3
Decibel Meter Wall Hanging Sound Level Meter 11 inch Large LED Display Noise Temperature Humidity Meter with Alarm Icons Indicator Wide Applications for Classroom, Studio, Home, Factory
DANOPLUS
9.6
4
REED R8050-KIT Sound Level Meter and Calibration Kit
REED Instruments
9.5
28% off
5
Decibel Meter, Tadeto Digital Sound Level Meter Portable SPL Meter 30dB to 130dB MAX Data Hold with LCD Display Backlight A/C Weighted for Home Factories
Tadeto
9.3
Other
Benetech Decibel Meter, Sound & Noise Decibel Level Reader Monitor, SPL Meter 30dB to 130dB(A) with Record, Visual Alarm, A/C Weighted, Rechargeable for Home, Classroom (GT1355)
Pyle Handheld Decibel Meter, Digital Sound Level Meter w/ a 60 to 130 dbA Range, SPL Reader w/ A and C Frequency Weighting, db Reader for Musicians and Audio Professionals, Max/Min Data Hold Feature
Decibel Meter, KENMIC Sound Level Meter Portable SPL Meter with Backlit LCD Display, 35-130dB(A) MAX/MIN Data Hold, Sound Pressure Level Meter for Home, Classroom, Workshop, Office
![Hand-Held Sound Level Meter,V-Resourcing 30~130 dB Decibel Noise Measurement Tester with Backlight Digital LCD Display for Indoor/Outdoor Uses [Max/Min/Hold Function]](https://images-proxy.bestreviews.guide/7OFV4oV2aImpTKcAFkkSDCPS_-g=/0x150/https://m.media-amazon.com/images/I/31dCiJgEyCL._SL500_.jpg)
Hand-Held Sound Level Meter,V-Resourcing 30~130 dB Decibel Noise Measurement Tester with Backlight Digital LCD Display for Indoor/Outdoor Uses [Max/Min/Hold Function]
6
REED Instruments R8050 Dual Range Sound Level Meter
REED Instruments
9.1
7
Decibel Meter 13 Inches Wall Hanging Sound Level Meter Data Logger, Noise Meter with 16.4ft Sound Sensor, Audible and Visual Alarm Sound Meter for Decibel Level Monitoring in Classroom, Studio, Home
DANOPLUS
8.8
8
Decibel Meter Data Logger Digital Sound Level Meter with 31,000 Data Record & USB Data Export, Rechargeable Sound Decibel Meter Recorder A/C Weighted MAX Data Hold Fast/Slow and 3-Color Alarm Display
Landtek
8.6
9
Digital Sound Level Meter,Sound Meter for Classroom Home Street,30-130dBA dB Meter to Measure Noise,Noise Decibel Reader,Audio Sound Tester,Sound Testing equipmetent,Sound Measurement Device
Soonkoda
8.3
10
REED Instruments R8070SD-KIT Data Logging Sound Meter with Adapter and SD Card Kit
REED Instruments
8.0
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A Guide to Selecting the Best Sound Level Meters
Choosing the right sound level meter is all about understanding your needs and matching them to the features that matter most. Sound level meters are used to measure the intensity of sound in an environment, which can be important for everything from workplace safety to home audio setup or environmental monitoring. Before you buy, think about where and how you’ll use the meter, the level of accuracy you need, and whether you’ll need to record or analyze the data later. By focusing on the key specifications, you can find a meter that’s easy to use and gives you reliable results for your specific situation.
Measurement Range
The measurement range tells you the quietest and loudest sounds the meter can accurately measure, usually given in decibels (dB). This is important because if the sounds you want to measure are outside this range, the readings won’t be accurate. Lower ranges (like 30-80 dB) are good for quiet environments such as libraries or homes, while higher ranges (up to 130 dB or more) are needed for loud places like concerts or construction sites. To pick the right range, consider the typical noise levels in your environment and choose a meter that covers those levels comfortably.
Accuracy
Accuracy refers to how close the meter’s readings are to the actual sound level. This is usually given as a plus or minus value (for example, ±1.5 dB). Higher accuracy is important if you need precise measurements, such as for legal compliance or scientific work. For general use, a standard accuracy is often enough, but if you need to meet regulations or standards, look for meters with higher accuracy ratings.
Frequency Weighting
Frequency weighting describes how the meter responds to different frequencies of sound, with the most common types being A, C, and Z weighting. A-weighting mimics the way human ears hear, making it best for general noise measurement. C-weighting is used for measuring louder sounds and low-frequency noise, while Z-weighting is flat and measures all frequencies equally. Choose A-weighting for most everyday or workplace measurements, but if you’re dealing with very loud or low-frequency sounds, consider a meter that offers C or Z weighting as well.
Response Time
Response time determines how quickly the meter reacts to changes in sound. There are usually two settings: Fast (about 125 milliseconds) and Slow (about 1 second). Fast response is useful for capturing quick changes in noise, while Slow response smooths out the readings for a more stable average. If you need to measure sudden noises, use Fast; for general background noise, Slow is often easier to read.
Display and Data Logging
The display shows the sound level readings, and some meters also offer data logging, which means they can store measurements for later review. A clear, easy-to-read display is important for quick checks, while data logging is useful if you need to track noise over time or analyze it later on a computer. If you just need spot checks, a simple display is enough, but for ongoing monitoring or reporting, look for data logging features.
Calibration
Calibration ensures that the meter gives accurate readings over time. Some meters can be calibrated manually with a calibrator, while others may have automatic calibration features. Regular calibration is important if you need reliable, repeatable results, especially for professional or regulatory use. If you’re using the meter for casual purposes, calibration is less critical, but for official measurements, make sure your meter can be calibrated easily.
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