Noise Meter / Sound Meter PCE-318 with a range between 26 ... 130 dB (A) and an analog output / recalibrated / Class II (accuracy ±1.5 dB)

The noise meter PCE-318 detects the volume from a sound level of 26 dB (A). The meter is ideal for measuring very low noises, for example, noises from computer fans. The class II noise meter with jumbo display (and at a very good price/performance ratio) is ideal for measurements of sound and noise in different environments, at work, condition monitoring, etc.

Also known as the phonometer, this device is designed for IEC 651 Type II and has a very high accuracy of ± 1.5 dB. Another advantage of this meter is the analog output. This allows the connection of an external data logger/recorder for long-term recording.

- measuring range 26 ... 130 dB
- 6 measuring ranges selectable
- analog output (AC & DC) / usable in combination with an optionally available data logger (see accessories)
- memory for 99 measured values, available in the display
- frequency range 31.5 Hz to 8 kHz
- large display with bar graph
- adjustable measuring ranges on the dB meter: Low & High
- A and C frequency rating
- fast and slow time evaluation
- Min- & Max Hold function
- Tripod mounting device
- including wind noise suppressor
 

-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

Sound Measuring Instrument

What is a Sound measuring instrument?

A sound measuring instrument is a device used to measure and record the intensity of sound waves in an environment. It looks like a microphone, but instead of picking up sound vibration, it measures the noise levels in real-time. Sound measuring instruments can be used to monitor worker safety, industrial process control and environmental noise monitoring.

These instruments can measure different types of noise, such as high frequency (HF), low frequency (LF), ultra-sonic and infra-sound. They are equipped with a sound level meter that can record the levels of noise in real time from multiple sources, including machines, construction sites and workplaces.

The sound measuring instruments are also used to measure a wide range of noise levels, such as peak sounds, average sound pressure and cumulative exposure. They can be used in both indoor and outdoor settings, as well as for short-term or long-term monitoring. These instruments come with different features such as memory cards, time-weighted averages (TWA) and frequency weightings.

ADK Instruments offers a wide selection of sound measuring instruments, which are designed to provide accurate and reliable measurements in any environment. Our instruments come with features such as high-precision sensors, long battery life, automatic data logging, and adjustable frequencies for recording different noise levels. With our tools, you can measure sound intensity without having to compromise on accuracy.

How does a Sound measuring instrument work?

Sound measuring instruments, also known as sound level meters or noise dosimeters, are used to measure the sound pressure of any given environment. They work by receiving and converting the energy of sound waves into electric signals that can be read with a gauge, thus allowing for an accurate assessment of noise levels in different settings. The instrument will typically have two main parts: A microphone that picks up sound and converts it into electrical signals and a meter that displays the sound pressure level (SPL).

The instrument is typically equipped with various features such as frequency weighting, ranging, time averaging, filters, etc. These features allow for more accurate measurements of noise levels in different settings and environments. For example, if the environment has high background noise, the instrument can be set to filter out unwanted sound, thus obtaining more accurate measurements.

Sound measuring instruments are used in a variety of settings, such as industrial sites, construction sites, studios, and auditoriums. They are also used for monitoring employee safety at work sites as well as helping prevent hearing loss due to over-exposure to loud noises. Furthermore, sound measuring instruments are used for acoustic testing to determine the efficacy of certain sound systems and devices.

How to choose the best Sound measuring instrument?

The choice of the best sound-measuring instrument depends on several factors, including the purpose for which it is being used. Different types of instruments can be used to measure sound levels in different environments and under different conditions. The most important things to consider when choosing a noise-measuring instrument include accuracy, precision, dynamic range, frequency response, and user-friendliness.

Accuracy is the ability of an instrument to measure sound levels accurately in comparison with accepted standards. The precision of a sound-measuring device refers to its ability to resolve small changes in sound levels. A good instrument should have a wide dynamic range so that it can be used in a variety of environments. Frequency response refers to the ability of an instrument to faithfully capture the sound spectrum. Finally, user-friendliness is important as it determines how easy and convenient an instrument is to use.