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rs pro rs 95 sound level meter

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₹1,17,999  
RS PRO NDM1355 Sound Level Meter, 10kHz max with RS Calibration Model No 1232342 is a portable electronic device used to measure the intensity or level of sound in a given environment. It is an essential tool in various applications, including industrial noise assessment, environmental monitoring, workplace safety, and sound engineering.
Key features and capabilities of a sound level meter include:
Measurement of Sound Levels: Sound level meters measure sound levels in decibels (dB), a logarithmic unit used to express the intensity of sound relative to a reference level. The meter detects sound pressure variations in the air caused by sound waves.
Frequency Weighting: Sound level meters often include frequency weighting filters, such as A-weighting and C-weighting. A-weighting is commonly used for general noise measurements, while C-weighting is suitable for low-frequency noise analysis.
Time Weighting: Time weighting settings, such as Fast (F), Slow (S), and Impulse (I), determine how the meter responds to sound fluctuations over time. Fast mode is used for quick assessments, while Slow mode provides a more averaged measurement.
Display and Output: Sound level meters have digital or analog displays that show the current sound level in real-time. Some models may have built-in data logging capabilities or output options to connect to a computer or data acquisition system for further analysis.
Measurement Range: Sound level meters have a specified measurement range that determines the minimum and maximum sound levels they can accurately measure.
Calibration: Sound level meters require periodic calibration to ensure accurate and reliable measurements. Calibration involves adjusting the meter's response to a known sound level.
Sound level meters find applications in various fields, including:
Occupational Safety: To assess noise exposure in workplaces and ensure compliance with noise regulations and standards.
Environmental Monitoring: To measure and monitor noise pollution in urban areas, construction sites, and near transportation routes.
Sound Engineering: In music and audio production to measure and control sound levels in recording studios, concerts, and events.
Industrial Noise Assessment: To evaluate the noise emissions of machinery, equipment, and processes in industrial settings.
Sound level meters play a crucial role in promoting health and safety by helping to identify and mitigate excessive noise levels that can have adverse effects on human health, productivity, and the environment. With their portability, ease of use, and accuracy, sound level meters are indispensable tools for professionals dealing with sound measurement and control.
₹86,139  
RS PRO NDM1355 Sound Level Meter, 10kHz max Model No 1232228 is a portable electronic device used to measure the intensity or level of sound in a given environment. It is an essential tool in various applications, including industrial noise assessment, environmental monitoring, workplace safety, and sound engineering.
Key features and capabilities of a sound level meter include:
Measurement of Sound Levels: Sound level meters measure sound levels in decibels (dB), a logarithmic unit used to express the intensity of sound relative to a reference level. The meter detects sound pressure variations in the air caused by sound waves.
Frequency Weighting: Sound level meters often include frequency weighting filters, such as A-weighting and C-weighting. A-weighting is commonly used for general noise measurements, while C-weighting is suitable for low-frequency noise analysis.
Time Weighting: Time weighting settings, such as Fast (F), Slow (S), and Impulse (I), determine how the meter responds to sound fluctuations over time. Fast mode is used for quick assessments, while Slow mode provides a more averaged measurement.
Display and Output: Sound level meters have digital or analog displays that show the current sound level in real-time. Some models may have built-in data logging capabilities or output options to connect to a computer or data acquisition system for further analysis.
Measurement Range: Sound level meters have a specified measurement range that determines the minimum and maximum sound levels they can accurately measure.
Calibration: Sound level meters require periodic calibration to ensure accurate and reliable measurements. Calibration involves adjusting the meter's response to a known sound level.
Sound level meters find applications in various fields, including:
Occupational Safety: To assess noise exposure in workplaces and ensure compliance with noise regulations and standards.
Environmental Monitoring: To measure and monitor noise pollution in urban areas, construction sites, and near transportation routes.
Sound Engineering: In music and audio production to measure and control sound levels in recording studios, concerts, and events.
Industrial Noise Assessment: To evaluate the noise emissions of machinery, equipment, and processes in industrial settings.
Sound level meters play a crucial role in promoting health and safety by helping to identify and mitigate excessive noise levels that can have adverse effects on human health, productivity, and the environment. With their portability, ease of use, and accuracy, sound level meters are indispensable tools for professionals dealing with sound measurement and control.
₹99,119  
RS PRO NDM1354 Sound Level Meter, 10kHz max with RS Calibration Model No 1232337 is a portable electronic device used to measure the intensity or level of sound in a given environment. It is an essential tool in various applications, including industrial noise assessment, environmental monitoring, workplace safety, and sound engineering.
Key features and capabilities of a sound level meter include:
Measurement of Sound Levels: Sound level meters measure sound levels in decibels (dB), a logarithmic unit used to express the intensity of sound relative to a reference level. The meter detects sound pressure variations in the air caused by sound waves.
Frequency Weighting: Sound level meters often include frequency weighting filters, such as A-weighting and C-weighting. A-weighting is commonly used for general noise measurements, while C-weighting is suitable for low-frequency noise analysis.
Time Weighting: Time weighting settings, such as Fast (F), Slow (S), and Impulse (I), determine how the meter responds to sound fluctuations over time. Fast mode is used for quick assessments, while Slow mode provides a more averaged measurement.
Display and Output: Sound level meters have digital or analog displays that show the current sound level in real-time. Some models may have built-in data logging capabilities or output options to connect to a computer or data acquisition system for further analysis.
Measurement Range: Sound level meters have a specified measurement range that determines the minimum and maximum sound levels they can accurately measure.
Calibration: Sound level meters require periodic calibration to ensure accurate and reliable measurements. Calibration involves adjusting the meter's response to a known sound level.
Sound level meters find applications in various fields, including:
Occupational Safety: To assess noise exposure in workplaces and ensure compliance with noise regulations and standards.
Environmental Monitoring: To measure and monitor noise pollution in urban areas, construction sites, and near transportation routes.
Sound Engineering: In music and audio production to measure and control sound levels in recording studios, concerts, and events.
Industrial Noise Assessment: To evaluate the noise emissions of machinery, equipment, and processes in industrial settings.
Sound level meters play a crucial role in promoting health and safety by helping to identify and mitigate excessive noise levels that can have adverse effects on human health, productivity, and the environment. With their portability, ease of use, and accuracy, sound level meters are indispensable tools for professionals dealing with sound measurement and control.
₹64,899  
RS PRO NDM1354 Sound Level Meter, 10kHz max Model No 1232227 is a portable electronic device used to measure the intensity or level of sound in a given environment. It is an essential tool in various applications, including industrial noise assessment, environmental monitoring, workplace safety, and sound engineering.
Key features and capabilities of a sound level meter include:
Measurement of Sound Levels: Sound level meters measure sound levels in decibels (dB), a logarithmic unit used to express the intensity of sound relative to a reference level. The meter detects sound pressure variations in the air caused by sound waves.
Frequency Weighting: Sound level meters often include frequency weighting filters, such as A-weighting and C-weighting. A-weighting is commonly used for general noise measurements, while C-weighting is suitable for low-frequency noise analysis.
Time Weighting: Time weighting settings, such as Fast (F), Slow (S), and Impulse (I), determine how the meter responds to sound fluctuations over time. Fast mode is used for quick assessments, while Slow mode provides a more averaged measurement.
Display and Output: Sound level meters have digital or analog displays that show the current sound level in real-time. Some models may have built-in data logging capabilities or output options to connect to a computer or data acquisition system for further analysis.
Measurement Range: Sound level meters have a specified measurement range that determines the minimum and maximum sound levels they can accurately measure.
Calibration: Sound level meters require periodic calibration to ensure accurate and reliable measurements. Calibration involves adjusting the meter's response to a known sound level.
Sound level meters find applications in various fields, including:
Occupational Safety: To assess noise exposure in workplaces and ensure compliance with noise regulations and standards.
Environmental Monitoring: To measure and monitor noise pollution in urban areas, construction sites, and near transportation routes.
Sound Engineering: In music and audio production to measure and control sound levels in recording studios, concerts, and events.
Industrial Noise Assessment: To evaluate the noise emissions of machinery, equipment, and processes in industrial settings.
Sound level meters play a crucial role in promoting health and safety by helping to identify and mitigate excessive noise levels that can have adverse effects on human health, productivity, and the environment. With their portability, ease of use, and accuracy, sound level meters are indispensable tools for professionals dealing with sound measurement and control.
₹2,35,999  
RS PRO ISO-TECH SLM1353M Datalogging Sound Level Meter, 30dB to 130dB, 8kHz max with RS Calibration Model No 1232320 is a portable electronic device used to measure the intensity or level of sound in a given environment. It is an essential tool in various applications, including industrial noise assessment, environmental monitoring, workplace safety, and sound engineering.
Key features and capabilities of a sound level meter include:
Measurement of Sound Levels: Sound level meters measure sound levels in decibels (dB), a logarithmic unit used to express the intensity of sound relative to a reference level. The meter detects sound pressure variations in the air caused by sound waves.
Frequency Weighting: Sound level meters often include frequency weighting filters, such as A-weighting and C-weighting. A-weighting is commonly used for general noise measurements, while C-weighting is suitable for low-frequency noise analysis.
Time Weighting: Time weighting settings, such as Fast (F), Slow (S), and Impulse (I), determine how the meter responds to sound fluctuations over time. Fast mode is used for quick assessments, while Slow mode provides a more averaged measurement.
Display and Output: Sound level meters have digital or analog displays that show the current sound level in real-time. Some models may have built-in data logging capabilities or output options to connect to a computer or data acquisition system for further analysis.
Measurement Range: Sound level meters have a specified measurement range that determines the minimum and maximum sound levels they can accurately measure.
Calibration: Sound level meters require periodic calibration to ensure accurate and reliable measurements. Calibration involves adjusting the meter's response to a known sound level.
Sound level meters find applications in various fields, including:
Occupational Safety: To assess noise exposure in workplaces and ensure compliance with noise regulations and standards.
Environmental Monitoring: To measure and monitor noise pollution in urban areas, construction sites, and near transportation routes.
Sound Engineering: In music and audio production to measure and control sound levels in recording studios, concerts, and events.
Industrial Noise Assessment: To evaluate the noise emissions of machinery, equipment, and processes in industrial settings.
Sound level meters play a crucial role in promoting health and safety by helping to identify and mitigate excessive noise levels that can have adverse effects on human health, productivity, and the environment. With their portability, ease of use, and accuracy, sound level meters are indispensable tools for professionals dealing with sound measurement and control.
₹2,00,599  
RS PRO ISO-TECH SLM1353M Datalogging Sound Level Meter, 30dB to 130dB, 8kHz max Model No 1232226 is a portable electronic device used to measure the intensity or level of sound in a given environment. It is an essential tool in various applications, including industrial noise assessment, environmental monitoring, workplace safety, and sound engineering.
Key features and capabilities of a sound level meter include:
Measurement of Sound Levels: Sound level meters measure sound levels in decibels (dB), a logarithmic unit used to express the intensity of sound relative to a reference level. The meter detects sound pressure variations in the air caused by sound waves.
Frequency Weighting: Sound level meters often include frequency weighting filters, such as A-weighting and C-weighting. A-weighting is commonly used for general noise measurements, while C-weighting is suitable for low-frequency noise analysis.
Time Weighting: Time weighting settings, such as Fast (F), Slow (S), and Impulse (I), determine how the meter responds to sound fluctuations over time. Fast mode is used for quick assessments, while Slow mode provides a more averaged measurement.
Display and Output: Sound level meters have digital or analog displays that show the current sound level in real-time. Some models may have built-in data logging capabilities or output options to connect to a computer or data acquisition system for further analysis.
Measurement Range: Sound level meters have a specified measurement range that determines the minimum and maximum sound levels they can accurately measure.
Calibration: Sound level meters require periodic calibration to ensure accurate and reliable measurements. Calibration involves adjusting the meter's response to a known sound level.
Sound level meters find applications in various fields, including:
Occupational Safety: To assess noise exposure in workplaces and ensure compliance with noise regulations and standards.
Environmental Monitoring: To measure and monitor noise pollution in urban areas, construction sites, and near transportation routes.
Sound Engineering: In music and audio production to measure and control sound levels in recording studios, concerts, and events.
Industrial Noise Assessment: To evaluate the noise emissions of machinery, equipment, and processes in industrial settings.
Sound level meters play a crucial role in promoting health and safety by helping to identify and mitigate excessive noise levels that can have adverse effects on human health, productivity, and the environment. With their portability, ease of use, and accuracy, sound level meters are indispensable tools for professionals dealing with sound measurement and control.
₹1,769  
The HTC 30-130dB Sound Level Meter SL-13A is a professional-grade instrument designed for accurately measuring sound levels across a wide range of applications. With its advanced features and reliable performance, this sound level meter is widely used in industrial, environmental, and occupational noise monitoring To ensure accuracy and reliability, the HTC SL-13A is equipped with a high-precision condenser microphone. This microphone is designed to capture sound waves with high fidelity, providing accurate measurements in various environments. The meter also features a built-in calibration function, allowing users to verify and adjust the accuracy of the device when needed The SL-13A offers several additional features to enhance usability. It includes a data hold function, allowing users to freeze the displayed measurement for later reference. It also has a backlight feature, enabling easy reading in low-light conditions A typical sound level meter consists of a microphone, an amplifier, and a display unit. The microphone picks up the sound waves, which are then converted into electrical signals. The signals are amplified and processed by the meter, and the resulting sound level is displayed on the unit. Sound level meters are designed to measure sound pressure levels, which indicate the intensity of sound. The unit of measurement for sound pressure levels is the decibel Min./Max. Data hold Overload Indication "UN & OL" Auto Power off (APO) Technical Data: Sensor Type: 1/2 inch condenser Micro Phone Standard Accessories: Soft Carrying Case, Manual
₹10,855   ₹11,422
You save ₹567!
4.97% OFF
₹4,011  
The KERRO Sound Level Meter with LCD Display, 35 dBA - 100 dBA Measurement Range and ± 3 dBA Accuracy, HT-80A is designed to deliver accurate and reliable performance, making it an essential tool for professionals and personal users alike. Built with advanced technology and user-friendly features, the KERRO Sound Level Meter with LCD Display, 35 dBA - 100 dBA Measurement Range and ± 3 dBA Accuracy, HT-80A ensures precise measurements while maintaining ease of operation. Its compact and durable design makes it suitable for frequent use, while the clear display and intuitive interface enhance usability in various environments. Whether used in industrial, laboratory, or field applications, the KERRO Sound Level Meter with LCD Display, 35 dBA - 100 dBA Measurement Range and ± 3 dBA Accuracy, HT-80A provides dependable functionality tailored to meet specific needs.Engineered for efficiency, the KERRO Sound Level Meter with LCD Display, 35 dBA - 100 dBA Measurement Range and ± 3 dBA Accuracy, HT-80A offers consistent results with minimal effort, supporting both beginners and experienced users. Its robust build and accurate output make it a reliable choice for monitoring, testing, and analysis. The KERRO Sound Level Meter with LCD Display, 35 dBA - 100 dBA Measurement Range and ± 3 dBA Accuracy, HT-80A combines precision, durability, and convenience, making it a trusted solution across diverse industries. With its high performance and practical design, the KERRO Sound Level Meter with LCD Display, 35 dBA - 100 dBA Measurement Range and ± 3 dBA Accuracy, HT-80A stands out as a dependable tool that ensures accuracy and reliability in every use case.
₹10,737   ₹17,842
You save ₹7,105!
39.82% OFF
₹1,29,799  
Supco presents Sound Level Meter - EM80. Sales for the Supco Sound Level Meter - EM80 have been strong, with increasing demand from a variety of industries. The meter has been used for applications in a variety of settings:
The most frequent use case is for construction noise monitoring. Workers are often required to wear ear protection devices in areas where noise levels exceed 85 decibels, and the Supco Sound Level Meter - EM80 can be used to test whether this requirement is being met. Like many field-ready meters, the instrument comes with a mounting bracket and lanyard, and some customers have found that these features allow the measurements to be taken with minimal inconvenience to workers in relation to other competing products.
The Supco Sound Level Meter - EM80 has also seen widespread adoption in data centers, where it can be used for both ongoing noise monitoring as well as troubleshooting. Because of the meters' durability and portability, they're easy to keep around on-site even after installation, which makes them convenient for use whenever an issue arises. In some cases, they've even been used to monitor equipment before installation, so that issues can be avoided by making adjustments during production.
The Supco Sound Level Meter - EM80 is designed to be a handheld digital sound level meter that measures, displays, and stores the decibels (dB) of sound. It is great for helping you determine sound levels when designing new buildings, apartments, or homes; it can help you choose the right components for your home theater system, or it can be used to help ensure that noise levels in industrial facilities are safe and within government standards. This product is also useful in measuring the noise levels of loud machinery such as lawnmowers, leaf blowers, and weed eaters.
₹2,713   ₹3,999
You save ₹1,286!
32.16% OFF
The NS Digital LCD Backlit Display Sound Level Meter stands as a pinnacle of precision, innovation, and functionality, offering an essential tool for monitoring and analyzing sound levels within laboratory environments. This meticulously designed instrument embodies a harmonious fusion of cutting-edge technology and user-centric design, providing researchers and laboratory professionals with a reliable means of assessing and managing acoustic environments with precision and efficiency.
The prominent digital LCD display, enhanced with a backlit feature, serves as the focal point of the sound level meter, offering a clear and comprehensive interface for real-time monitoring and analysis of sound levels. The vivid display ensures optimal visibility under varying lighting conditions, empowering users to access critical information with ease and accuracy, regardless of the ambient environment within the laboratory.
Equipped with advanced digital capabilities, the sound level meter provides precise measurements of sound intensity, enabling researchers to quantify and assess the acoustic characteristics of their surroundings with a high degree of accuracy. This quantitative data serves as a valuable foundation for research, compliance, and quality control efforts, empowering laboratory professionals to make informed decisions and implement targeted interventions to mitigate excessive noise levels.
The ergonomic and user-friendly design of the sound level meter prioritizes intuitive operation and portability, allowing laboratory professionals to wield this powerful tool with ease and convenience. Its sleek and compact form factor, coupled with intuitive controls and functions, ensures that users can navigate and utilize the instrument with minimal effort, fostering a seamless and productive user experience.
The integration of advanced digital signal processing technology within the sound level meter enhances its capacity to capture, process, and analyze sound data in real time, providing users with a wealth of actionable insights into the acoustic characteristics of their laboratory environment. This real-time feedback enables researchers to proactively address sound-related challenges and optimize the acoustic conditions within their laboratories, promoting a conducive and controlled environment for experimentation and analysis.
In conclusion, the NS Digital LCD Backlit Display Sound Level Meter represents a pinnacle of precision, innovation, and functionality, redefining the landscape of sound monitoring and analysis within laboratory environments. Its prominent digital display, advanced measurement capabilities, user-centric design, and real-time feedback position it as an indispensable tool for scientists and laboratory professionals, empowering them to assess, manage, and optimize the acoustic environments of their laboratories with precision, insight, and efficiency.
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