High temperature resistant electrostatic dust analyzerworking principle:

Charge induction: The electrostatic dust analyzer uses a detector with an electric charge. When dust particles pass through the detector, charge induction occurs, causing the dust particles to carry an electric charge.

Charge measurement: The device determines the concentration of dust particles by measuring the amount of charge carried by them, thereby achieving monitoring of dust concentration.

Data processing: The measured charge amount is processed and converted internally by the device, and finally displayed as the numerical value of dust concentration.

Performance advantages:

High sensitivity: The electrostatic dust meter has high sensitivity and can detect the presence of small dust particles in the air, even low concentrations of dust can be accurately monitored.

Quick response: The device has the characteristic of quick response, which can monitor the changes of dust particles in the air in real time and provide timely data feedback.

No filter membrane required: Compared to traditional dust monitoring methods that require replacement of the filter membrane, electrostatic dust meters do not require a filter membrane, reducing maintenance costs and operational complexity.

Strong adaptability: The electrostatic dust analyzer is suitable for various environments, such as industrial production sites, laboratories, indoor air quality monitoring, etc., and has strong adaptability.

High precision: Due to the use of electrostatic principles, the electrostatic dust meter has high accuracy and can accurately measure the concentration of dust particles.

Convenient operation: The device is easy to operate, and users can easily set up the device, read data, and analyze monitoring results.

High temperature resistant electrostatic dust analyzerInstallation precautions

1. Remove the base interface of the transmitter and weld it vertically at the top of a long horizontal pipeline with a diameter of 32 ± 2mm.

2. The transmission wire (0.75mm2-1.5mm2 ordinary twisted pair) is connected through the transmitter interface (regardless of positive or negative).

3. Avoid wiping the probe too vigorously with a dry cloth. If wiping is necessary, use a damp cloth instead of water or organic solvents.

4. Keep away from strong electromagnetic fields. If it is necessary to pass through a strong electromagnetic field, use a metal sleeve to cover the probe.

5. After installation, try not to move the device randomly to avoid collision and affecting use during movement.

This device requires 24V power supply.