IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
IoT 2 in 1 Water EC PH Probe Sensor for Water Treatment
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Product Introduction

Our IoT-compatible 2-in-1 water sensor integrates pH, conductivity (EC), and temperature measurement into a single rugged probe. Featuring industrial-grade electrodes and advanced digital signal processing, it delivers laboratory-grade accuracy (pH±0.03, EC±1.5%FS, Temp±0.2°C) with real-time LCD display.

water quality sensors

Features:

(A)Internal use of axial capacitance filtering, 100MΩ resistor to increase impedance and enhance stability.

(B) Small size, low power consumption, and easy to carry.
(C) Truly achieving low cost, low price, and high performance.Truly achieving low cost, low price, and high performance.
(D) High integration, long lifespan, and high reliability.
(E) Up to four isolation points, able to resist complex interference situations on site, with a waterproof grade of IP68.
(F) The electrode adopts high-quality low noise cable, which can make the signal output length reach over 20 meters.
(G) Waterproof, rail, PLC, Adam and other appearances, suitable for various installation environments.

How It Works

pH Measurement:

Utilizes a glass electrode to detect hydrogen ion activity, converting potential difference to digital values with automatic temperature compensation (ATC) for accuracy across environments.

EC Measurement:

Applies AC voltage between electrodes to measure solution resistance, calculating conductivity while minimizing polarization effects through smart algorithms.

Industry-Specific Applications

1. Wastewater Treatment

  • Critical Parameters:

    • pH: 6.5-8.5 (regulatory compliance)

    • EC: Indicates TDS levels

  • Configuration Tip: Opt for anti-fouling probes with optional auto-cleaning attachments

  • Use Cases: Aeration tank monitoring, effluent quality control

2. Hydroponics & Agriculture

  • Optimal Ranges:

    • Leafy greens: pH 5.5-6.5, EC 800-1600µS/cm

    • Orchids: pH 6.0-7.0, EC 500-1200µS/cm

  • Special Mode: Built-in soil conversion algorithms

3. Industrial Process Control

  • Sector Requirements:

    • Electroplating: pH tolerance ≤0.1

    • Pharmaceutical water: EC <1µS/cm (ultrapure)

  • Integration: Multiple output options (4-20mA/RS485/MODBUS)


Product Parameters

Output signal
RS485
Power supply
7-24VDC
Accuracy
±0.03pH; ±1.5%FS; ±0.2℃
Resolution
0.01pH; 0.1µS/cm; 0.1℃
Work environment: temperature
0-60℃; humidity: ≤100%RH
Measuring range
pH: 0-14pH
EC: 0-2000µS/cm
Waterproof grade
IP68


Application:
Suitable for rapid water quality measurement, plant cultivation, scientific experiments, urban sewage treatment plants, chemical engineering, printing and dyeing, papermaking, pharmaceuticals, electroplating, and environmental protection fields.

Support Services

We provide:

  • Industry-specific calibration protocols

  • On-site installation guidance

  • Data integration solutions (cloud/API/MODBUS)

  • Predictive maintenance alerts



Electrode
1.EC Probe: Plastic, PTFE, Stainless steel, graphite electrode for your choice.
2.EC measuring range can be customized (0-200µS/cm, 0-2000µS/cm, 0-20000µS/cm)
Application
Suitable for rapid water quality measurement, plant cultivation, scientific experiments, urban sewage treatment plants, chemical engineering, printing and dyeing, paper-making, pharmaceuticals, electroplating, and environmental protection fields.

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