Boasting a high resolution of 0.1dB, with a remarkable accuracy of ±1.5dB, noise detection sensor delivers precise data for detailed analysis and monitoring.

Specification

Feature

• L-shaped bracket and double nuts: Easy to install and remove, more convenient construction.
• Precision dual X-layer board design: Professional noise processing chip, processing weighting network, designing filter network, mourning and RMS operation circuit, and on-board calibration potentiometer. On-board TVS, ESD and self-recovery fuse protection devices to increase circuit reliability.
• Stainless steel tube body: Adopting 304 stainless steel to make the tube body, with strong, rust-resistant and high-temperature-resistant features.
• Stainless steel waterproof sealing connector: It can cope with the complex outdoor environment and realise waterproof and moisture-proof function.
• 1 metre four core cable: 0.5 flat core, easy wiring, more stable communication

 Dimension

Wiring Description

The three-wire method is used, and the specific wire sequence is shown in the table below:

Tips: Is the Noise sensor compatible with common data acquisition systems?

To determine the compatibility of the noise sensor with common data acquisition systems, you should refer to the sensor's technical specifications or documentation. Look for information related to communication protocols and output signals. Common data acquisition systems typically support various analog signals.

• Check the Datasheet: Look for a datasheet or technical documentation that comes with the noise sensor. It should provide details on the electrical outputs and communication protocols.
• Analog Output Compatibility: Confirm that the voltage outputs (0-5V, 0-10V) and current output (4-20mA) are within the input range of your data acquisition system. Most systems are versatile and can handle a variety of analog signals.
• Communication Protocols: Check if the noise sensor uses standard communication protocols such as voltage signals or current loops. Common data acquisition systems often support widely used protocols.
• Voltage/Current Input of Data Acquisition System: Ensure that the data acquisition system you plan to use has input channels that match the voltage and current specifications of the noise sensor. For example, if the sensor outputs a 0-5V signal, make sure the data acquisition system has input channels designed for that range.
• Signal Conditioning Requirements: Some sensors may require signal conditioning or amplification. Check if the noise sensor needs any specific signal conditioning and whether your data acquisition system can provide it if necessary.
• Compatibility with Software: Verify if the software used by your data acquisition system supports the type of signal and units provided by the noise sensor. This is important for accurate data interpretation and analysis.