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Noise sensor is a device used to measure sound to monitor the sound intensity or noise level in the environment in real time. It usually consists of a microphone and a signal processing unit. Noise sensors work by using a microphone to receive sound waves and convert them into electrical signals. The signal processing unit is responsible for processing the electrical signals and converting them into readable data or alarm signals. Depending on the need, the noise sensor can b···
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Noise Sensor Product Description:
Noise sensor is a device used to measure sound to monitor the sound intensity or noise level in the environment in real time. It usually consists of a microphone and a signal processing unit.
Noise sensors work by using a microphone to receive sound waves and convert them into electrical signals. The signal processing unit is responsible for processing the electrical signals and converting them into readable data or alarm signals. Depending on the need, the noise sensor can be configured to output an analog signal or a digital signal.
Noise sensor main role:
1.Monitor environmental noise levels to help protect workers and the public from the hazards of noise pollution.
2. Detect the noise level of machines and equipment to help protect workers from hearing damage caused by long-term exposure to noise.
3. To help determine the noise characteristics of buildings and structures in order to design and improve the acoustic performance of buildings.
4. For sound measurement and analysis, for example in the fields of music, speech recognition and speech signal processing.
5. Noise sensors can also be used in traffic management and intelligent transportation systems, e.g., to monitor traffic noise, traffic signal tones, etc., in order to improve the efficiency and safety of urban transportation.
6. In medical applications, noise sensors can be used to measure noise levels in wards and operating rooms to ensure that patients receive adequate rest and recovery.
7. Noise sensors can also be used for environmental monitoring, such as detecting animal sounds, wind noise, etc. in the natural environment to understand the health of the ecosystem.
8.In scientific research, noise sensors can be used to measure sound waves generated in natural disasters such as earthquakes and tsunamis.
Noise sensor technical parameters:
Measuring range: Range: | 30~130dB. |
Output: | RS485 (MODBUS-RTU) |
Accuracy (23 ± 5 ℃): | Frequency weighting in accordance with IEC 61672 type 2 standard, in the input signal for 94dB (31.5Hz - 8kHz) conditions for calibration. |
Frequency range: | 31.5Hz to 8kHz. |
Time Response: | Fast response: T = 200ms. |
Calibrator: | B&K (Bruel & kjaer), Multifunction Sound Calibrator, type 4226. |
Microphone: | Condenser microphone. |
Microphone size: | 0.5 inches. |
Range Selection: | 30~130dB |
Power Supply: | DC 12V |
Power Loss: | DC 12V: ≈ 20mW |
Package: | ABS plastic |
Operating temperature: | -15-50°C (5-122°F). |
Operating humidity: | <80% relative humidity. |
IP Rating: | IP65 |
Noise sensor structure dimensions:
Noise sensors are used in a wide range of applications, such as in industrial environments to monitor the noise level of machines to ensure that noise in the workplace meets health and safety standards; in urban environments to monitor traffic noise to assess the quality of the urban sound environment; and in domestic environments to monitor indoor noise to improve the comfort of the living environment.
In addition to the common analog-type noise sensors, there are some new digital noise sensors and intelligent noise sensors. Digital noise sensors can convert sound signals into digital signals and utilize microprocessors or digital signal processors for processing and storage. Intelligent noise sensors, on the other hand, have more advanced features, such as automatic calibration, adaptive filtering and pattern recognition, to more accurately measure and monitor noise in the environment.
In conclusion, noise sensors are an important measurement device that can be used to monitor sound intensity or noise levels in the environment, providing important data support for noise control and management in industrial, urban and domestic areas.
Noise sensor use instructions :
Wire the sensor according to the instructions in the wiring method, turn on the power supply and collector switch to obtain the measurement point noise.
Precautions:
1, please check whether the package is intact, and check whether the product model number is consistent with the selection;
2、Do not wire with electricity, and do not turn on the power until the wiring is completed and checked for correctness;
3、Do not change the components or wires that have been welded at the factory when using the product;
4, the sensor is a precision device, the user in the use of the user do not disassemble, sharp objects or corrosive liquids in contact with the sensor surface, in order to avoid damage to the product;
5, please save the calibration certificate and certificate of conformity, return with the product during maintenance.
Noise sensor troubleshooting:
1、Analog output, the display meter indicates that the value is 0 or not within the range. It is possible that the collector cannot get the information correctly due to the wiring problem. Please check whether the wiring is correct and firm;
2、If it is not the above reason, please contact the manufacturer.
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