The testo 816-1 noise level meter is a leading device that complies with all requirements related to carrying out noise level measurements according to EC 61672-1 Class 2 and ANSI S1.4 Type 2. This making the testo 816-1 suitable for carrying out noise measurements in the workplace as well as in public, industrial and manufacturing places. The testo 816-1 possesses all the features of the previous version (testo 816), with memory for up to 31000 measurement values and dedicated PC software.
The testo 816-1 noise meter is for professionals
The testo 816-1 comes with a bag to hold all accessories and equipment. Ability to change measurement speed from slow (one measurement every second) to fast (one measurement every 125 milliseconds) depending on the measurement type. You can choose between two types of frequency measurements: the A characteristic curve corresponds to how the human ear perceives sound pressure, while the C characteristic curve measures the low frequency percentage of the noise.
Alternatively, you can also use the optional sound calibrator and included screwdriver to recalibrate your testo 816-1 sound level meter on-site wherever you are.
The testo 816-1 noise level meter has an integrated backlight for use in all lighting conditions.
But that's not all: the testo 816-1 sound level meter has a memory of 31000 measurement values and the included USB cable allows you to connect your meter to a computer. Specialized computer software is designed to help you manage and analyze collected data.
Fields of use of the testo 816-1 sound level meter
Health and safety is an important issue in the workplace, where noise levels are not allowed to exceed regulatory limits. However, high noise levels are also a problem in public places. Where environmental noise caused by traffic, industry and public works reaches levels that not only cause some residents to feel uncomfortable or annoyed, but can also be harmful to their health.
The testo 816-1 sound level meter is also designed to test and measure noise levels in workplaces and public places using selective measurements or long-term measurements.