Suzhou Dengfeng Environmental Engineering Co., Ltd
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Customizability Water Treatment Equipment - Conductivity Meter
1 . Descriptions:
A conductivity meter is an instrument used to measure the ability of a liquid to conduct electricity and is widely used in the fields of water quality monitoring, industrial process control, environmental protection and scientific research. By measuring the conductivity of a liquid, it can reflect its ionic concentration, thus indirectly assessing the purity of the water quality or solution. The working principle is based on the conductivity of ions in a liquid. Conductivity is a measure of the ability of ions in a liquid to conduct electricity and is usually measured in Siemens per meter (S/m). A conductivity meter measures the current and calculates the conductivity by applying a voltage to the liquid.
2 . Product parameters:
| Measurement Range: | 0~200000㎲/cm | |||
| Accuracy: | ±3%F.S | |||
| Stability: | ±1%F.S | |||
| Temperature Compensation: | -10~130°C manual/automatic (NTC10k/Pt1000) | |||
| Display: | 2.8-inch LCD display | |||
| Output Signal: | 4~20mA variable output, RS485 function, compatible with standard communication protocols | |||
| Power Supply: | AC220V±10%,50Hz | |||
| External Dimensions: | 100×100×150(H×W×D) | |||
| ※parameter and detail are customizable to clients' demands. | ||||
3 . Specificities:
1. Sealed waterproof back cover, three-stage waterproof sealing connector, on-site use, waterproof and anticorrosive, improve stability
2.Adopt 4~20mA isolation transmission output, spraying anti-static metal paint to enhance anti-interference ability.
3. With setting high and low alarm function and hysteresis amount.
4. With setting buzzer, LCD backlight switch function.
5. With configuration temperature manual and automatic compensation function
4 . Appliance:
1. Drinking water and pure water treatment: Monitor the conductivity of tap water and pure water to ensure that the water quality meets drinking standards and industrial requirements.
2. Wastewater treatment: monitor water quality changes during treatment in wastewater treatment plants to ensure that the quality of discharged water meets the standards.
3. Industrial process control: monitoring and controlling the conductivity of solutions in the production process in chemical, pharmaceutical, food and beverage industries to ensure product quality.
4. Environmental monitoring: monitoring the conductivity of rivers, lakes and other natural water bodies, assessing the degree of water pollution and environmental changes.
5. Scientific research experiment: used for chemical analysis and research in the laboratory, measuring the conductivity of various solutions.
