Ambient noise sensor

Ambient Noise Sensor Product Overview

Ambient Noise Sensor Ambient Noise Sensor is a high-performance and high-precision noise monitoring device. Adopting advanced technology and durable structure design, it provides you with accurate and stable noise measurement solutions. It is suitable for environmental protection, industrial monitoring, traffic management and other fields to help you better understand and improve the noise environment.

Ambient Noise Senso Technical Parameters

Ambient Noise Sensor Working Principle

The operating principle of the Ambient Noise Sensor is based on the pressure changes caused by the propagation of sound waves. Sensitive elements inside the sensor (e.g. a condenser microphone) capture these pressure changes and convert them into electrical signals. These electrical signals are then amplified, filtered and converted to digital or analog signals for use in subsequent data processing and analysis systems.

Ambient Noise Senso Product Features

High-precision measurement: Advanced capacitor microphone and signal processing technology to ensure the accuracy and reliability of the measurement results.

Multiple Output Methods: Supports 485 output and 4~20mA current output to meet the needs of different application scenarios.

Wide Measuring Range: Covering 30~130dB noise level, suitable for various noise monitoring environments.

Durable structure: ABS plastic housing and high-quality internal components ensure that the sensor can still work stably in harsh environments.

Low power consumption design: 0.15W power consumption, reducing energy consumption and prolonging service life.

Wide Frequency Range: 31.5Hz to 12.5kHz, fully capturing noise signals.

Ambient Noise Senso Product Classification

Ambient Noise Sensor can be categorized into various types according to different technical principles and application scenarios:

Capacitive Microphone Sensor: High sensitivity, wide frequency response range, suitable for recording equipment, conference system and other fields.

Piezoelectric Noise Sensor: suitable for measurements in high-noise environments, such as industrial sites, traffic monitoring, etc.

MEMS microphone sensor: small size, low power consumption, low cost, widely used in smart phones, smart home and other devices.

Fiber optic noise sensor: strong anti-interference ability, long transmission distance, suitable for noise monitoring in special environments.

Ambient Noise Senso Application Areas

The applications of Ambient Noise Sensor are wide and deep, covering the following fields:

Environmental protection: real-time monitoring of noise levels around cities, industrial areas and airports, providing data support for environmental assessment and noise pollution prevention.

Industrial monitoring: monitoring the noise condition of factory workshops and mechanical equipment operation, timely detection and treatment of potential noise pollution problems.

Traffic management: monitor the noise in road traffic and rail transportation system, and assess the impact of transportation facilities on the surrounding environment.

Urban management: monitor the noise level in urban parks, residential areas and other areas to provide data support for urban acoustic environment management and improvement of residents' quality of life.

Ambient Noise Senso User Guide

To ensure the normal use and accuracy of Ambient Noise Sensor, please read the product manual carefully and follow the steps below:

1. Install the sensor: Choose a suitable installation location according to the application scenario and make sure the sensor is fixed firmly.

2. Connect the power supply: Use a DC 12V~24V power supply that meets the requirements to supply power to the sensor.

3. Configure the output: Select 485 output or 4~20mA current output according to the requirements and configure accordingly.

4. Start monitoring: Turn on the power of the sensor and start real-time monitoring of the noise level.

5. Data analysis: Import the data output from the sensor into the data processing and analysis system for further analysis and evaluation.

Caution

Do not expose the sensor to extreme temperatures or humidity.

Avoid subjecting the sensor to severe shock or vibration.

Regularly check the sensor's connecting wires and interfaces to ensure a reliable connection.

Contact the after-sales service personnel if you notice any degradation of sensor performance or malfunction.

Technical Innovation

Incorporating the latest digital signal processing technology, our environmental noise sensors are able to optimize the frequency response through adaptive algorithms to ensure stable and reliable noise data in complex and changing environments. Whether you are an urban planner, an environmental scientist or an ordinary user, you will be able to gain in-depth acoustic environmental insights and contribute to the creation of a more harmonious acoustic environment.

After-sales service

1. This product is covered by a one-year warranty from the date of purchase. 

2. During the warranty period, if the product fails due to non-man-made damage, we will repair or replace it for you free of charge. 

3. professional technicians to provide you with a full range of technical support.

Purchase Ambient Noise Sensor today to provide accurate and reliable data support for your noise monitoring applications!

Noise Sensor Data Sheet

NBL-W-NS Noise-Sensor-Instruction-Manual.pdf