

ACT96
A conductivity controller works by measuring the electrical conductivity of a solution and adjusting a process variable to maintain a desired conductivity level. This is typically achieved by applying a voltage across electrodes in the solution, measuring the resulting current, and using this data to control a valve or other actuator that adds or removes substances from the solution.
- SMPS Power Supply to protect from Power Fluctuation.
- Bright LED Display.
- 5A 2 relay output.
- Programmable relay operation.
- Auto temperature compensation.
- Temperature Compensation Auto manual Selectable.
Power Supply | 100 ~260 VAC @ 50Hz OR 24VDC. | |
Measuring Range | 0-20uS/0-200uS/0-2000uS/0-20mS[Predefine on Order time] | |
Output | 2 nos. Relay 3A 1CO | |
Analogue Output | 4~20mA [Optional] | |
Calibration | Front Key. | |
Display | Segment. | |
Temperature Compensation | Auto /Manual Front Key Selectable. | |
Size | 96x96x85mm | |
Panel Cutout | 92x92mm | |
Body | ABS, Flame Proof [optional] | |
Operating Temperature | -20 ~55’C | |
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Water Treatment:Conductivity control is crucial in water treatment processes to ensure the water meets specific quality standards.
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Industrial Processes:It’s used in various industrial applications, including chemical processing, food and beverage production, and pharmaceutical manufacturing.
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Agriculture:Conductivity controllers are used in irrigation systems to maintain the optimal nutrient balance for crops.
- Hydroponics:
They ensure proper nutrient levels in hydroponic systems.
- Pharmaceuticals: Water For Injection [WFI Plant], DM Water.