Conductivity Electrode K=0.1
MTW-CON5230 Conductivity Electrode K=0.1 is a low cell constant conductivity probe specially designed for low-conductivity water quality. With cell constant K=0.1, it is highly suitable for accurate measurement of ultrapure water, high-purity water and boiler feed water with extremely low ion content.
This conductivity electrode adopts high-quality graphite / titanium alloy sensing material, with stable performance and strong corrosion resistance. Built-in temperature compensation element, it automatically corrects temperature deviation to ensure reliable and consistent conductivity data.
It supports long-term submerged online installation, compatible with conductivity transmitters, controllers and multi-parameter water quality analyzers. Compact structure, anti-fouling and pressure-resistant design, meeting the strict water quality monitoring requirements in precision industries.
It is widely used in power plant boiler water, semiconductor ultrapure water, pharmaceutical water, laboratory pure water and reverse osmosis water systems.
K=0.1 conductivity electrode is a high-precision 2-pole sensing probe, specially designed for low conductivity, pure water and ultra-pure water measurement. With cell constant K=0.1, it features high sensitivity, stable reading and corrosion-resistant housing, ideal for accurate monitoring of low-ion water quality.
Product Features
1. Power supply and output isolation design to ensure electrical safety
2. Built-in protection circuits in the power supply and communication chips, featuring strong anti-interference capability
3. Adopting comprehensive protection circuit design, enabling reliable operation without the need for additional isolation equipment
4. The circuit is built into the electrode, resulting in good environmental tolerance and easier installation and operation
5. RS-485 transmission interface, MODBUS-RTU communication protocol, supporting two-way communication and remote command reception
6. The communication protocol is simple, practical, and extremely easy to use
7. Outputs more electrode diagnostic information, making it more intelligent
8. Built-in internal memory, which can retain stored calibration and setting information even after power failure
Core Principle
The electrode adopts two-pole measurement structure. The cell constant K=0.1 is suitable for low conductivity range, effectively weakening polarization effect and ensuring linear and accurate detection in pure water, RO and deionized water systems.
Typical Applications
RO reverse osmosis system, deionized water, ultra-pure water equipment, boiler feed water, pharmaceutical water, cosmetic process water, laboratory high-purity water monitoring.
Technical Parameters
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Measurement Range |
0.00-200.0mS |
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Resolution |
0.01uS .1uS1uS.1mS(depending on different ranges) |
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Accuracy |
±2%F.S. |
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Temperature Compensation Mode |
Automatic temperature |
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Temperature Measurement Range |
-10.0~110.0℃ |
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Operating Temperature |
0~60℃ |
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Temperature Compensation Coefficient |
0.0~10.0% Can be set |
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Reference Temperature |
15.0~35.0℃ Can be set |
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Conductivity Electrode Constant |
0.01, 0.1, 1, 10.0 Can be set |
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Pressure |
0~4bar |
Physical Dimensions and Electrical Characteristics
1. Conductivity K=1, K=10, K=0.1, K=0.01 are made of PPS material (customizable)
2. 3/4-inch front and rear threads for easy on-site installation.
3. 2 power cords and 2 RS-485 signal lines.
4. 12-24V DC power supply, with a power fluctuation range of ±10% and 2000V isolation.
Product Features
1. Power supply and output isolation design to ensure electrical safety
2. Built-in protection circuits in the power supply and communication chips, featuring strong anti-interference capability
3. Adopting comprehensive protection circuit design, enabling reliable operation without the need for additional isolation equipment
4. The circuit is built into the electrode, resulting in good environmental tolerance and easier installation and operation
5. RS-485 transmission interface, MODBUS-RTU communication protocol, supporting two-way communication and remote command reception
6. The communication protocol is simple, practical, and extremely easy to use
7. Outputs more electrode diagnostic information, making it more intelligent
8. Built-in internal memory, which can retain stored calibration and setting information even after power failure
Product Application
