Sound measurement - Import export

Alpha Cabins (Determination of acoustic properties of materials) Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: ​ Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.

Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: ​ Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.

Cabins, also known as acoustic test cabins or reverberation rooms, are essential for assessing the acoustic absorption properties of materials. These specialized environments are meticulously designed to measure sound absorption against frequency, evaluate acoustic performance, and determine material properties. Reverberation rooms facilitate the measurement of acoustic absorption capabilities by allowing sound waves to reflect and resonate within the space. Acoustic test booths are tailored to evaluate specific materials or products, equipped with high-sensitivity microphones, sound sources, and measuring devices to accurately assess acoustic performance. Larger and specially designed acoustic rooms serve for broader-scale or specialized tests of material acoustic properties. Within these cabins, sound transmission loss (STL) and sound absorption measurements can be conducted, providing invaluable insights into material performance.

Acoustic Testing Cabins are specialized enclosures designed for conducting precise evaluations of soundproofing and acoustic performance. These cabins provide controlled environments for testing materials, components, and products under various noise conditions. Equipped with advanced sound measurement instruments and analysis tools, these cabins facilitate comprehensive acoustic testing. They allow for the assessment of sound absorption, transmission loss, reverberation time, and other key parameters crucial for evaluating noise reduction capabilities. Acoustic Testing Cabins feature customizable configurations to accommodate different testing requirements and sample sizes. They offer flexibility in testing methodologies and ensure accurate and reliable results.

Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: ​ Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.

Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: ​ Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.

The CR:308 and CR:310 are basic sound level meters that are perfect when you need simple noise information. Both meters are capable of measuring the maximum sound level (LMax) and the sound pressure level (SPL). Both the CR:308 and CR:310 are used for simple sound measuring applications, such as alarm testing, spot checks, and very basic occupational noise checks. The Cirrus Research CR:308 and CR:310 sound level meters provide an entry level for noise measurement across multiple sectors, and meet current international standards for noise measurement instrumentation. Both variants provide the sound pressure level (SPL) and maximum sound level (LMax) readings, which can help you determine how loud something/somewhere is without overcomplicating the data with other acoustic information. Both variations can also measure different frequency weightings, which provides more detailed and accurate data than many other basic sound level meters available on the market.

The Optimus+ Yellow is a range of basic sound level meters built to international standards (IEC 61672) and available as either Class 1 or Class 2 sound level meters. The range is the entry-point for Cirrus Research's well-renowned Optimus+ range. The Optimus+ Yellow noise level meter is capable of measuring the maximum noise level during a session, and provides simple and easy-to-understand data, including frequency weightings and time history. The Optimus+ Yellow is a state-of-the-art noise level meter that has been designed by the engineers at Cirrus Research to meet the very latest international standards in sound measuring and monitoring.

The Optimus+ Yellow is a range of basic sound level meters built to international standards (IEC 61672) and available as either Class 1 or Class 2 sound level meters. The range is the entry-point for Cirrus Research's well-renowned Optimus+ range. The Optimus+ Yellow noise level meter is capable of measuring the maximum noise level during a session, and provides simple and easy-to-understand data, including frequency weightings and time history. The Optimus+ Yellow is a state-of-the-art noise level meter that has been designed by the engineers at Cirrus Research to meet the very latest international standards in sound measuring and monitoring.

The CR:308 and CR:310 are basic sound level meters that are perfect when you need simple noise information. Both meters are capable of measuring the maximum sound level (LMax) and the sound pressure level (SPL). Both the CR:308 and CR:310 are used for simple sound measuring applications, such as alarm testing, spot checks, and very basic occupational noise checks. The Cirrus Research CR:308 and CR:310 sound level meters provide an entry level for noise measurement across multiple sectors, and meet current international standards for noise measurement instrumentation. Both variants provide the sound pressure level (SPL) and maximum sound level (LMax) readings, which can help you determine how loud something/somewhere is without overcomplicating the data with other acoustic information. Both variations can also measure different frequency weightings, which provides more detailed and accurate data than many other basic sound level meters available on the market.

The Optimus+ Yellow is a range of basic sound level meters built to international standards (IEC 61672) and available as either Class 1 or Class 2 sound level meters. The range is the entry-point for Cirrus Research's well-renowned Optimus+ range. The Optimus+ Yellow noise level meter is capable of measuring the maximum noise level during a session, and provides simple and easy-to-understand data, including frequency weightings and time history. The Optimus+ Yellow is a state-of-the-art noise level meter that has been designed by the engineers at Cirrus Research to meet the very latest international standards in sound measuring and monitoring.

The CR:308 and CR:310 are basic sound level meters that are perfect when you need simple noise information. Both meters are capable of measuring the maximum sound level (LMax) and the sound pressure level (SPL). Both the CR:308 and CR:310 are used for simple sound measuring applications, such as alarm testing, spot checks, and very basic occupational noise checks. The Cirrus Research CR:308 and CR:310 sound level meters provide an entry level for noise measurement across multiple sectors, and meet current international standards for noise measurement instrumentation. Both variants provide the sound pressure level (SPL) and maximum sound level (LMax) readings, which can help you determine how loud something/somewhere is without overcomplicating the data with other acoustic information. Both variations can also measure different frequency weightings, which provides more detailed and accurate data than many other basic sound level meters available on the market.