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HOME PARAMETERS Hot Products innoSens 160T Industrial pH Sensor China Factory and Reliable Suppliers


innoSens 160T Industrial pH Sensor China Factory and Reliable Suppliers
innoSens 160T Industrial pH Sensor China Factory and Reliable Suppliers

innoSens 160T Industrial pH Sensor China Factory and Reliable Suppliers

The innoSens 160T is a high-accuracy composite pH electrode from a leading China factory. Ideal for wastewater, pharmaceutical, and chemical industries, our professional suppliers offer low-maintenance sensors compatible with Flumsys 10TC and innoCon controllers.



Product Features:

The innoSens 160T is a professional-grade pH sensor engineered for high-precision water quality monitoring in demanding industrial environments. Designed to provide stable and accurate pH measurements, this sensor integrates advanced electrochemical technology to ensure reliability in online water analysis, making it an essential component for critical process control and environmental compliance.

Built for longevity and minimal maintenance, the innoSens 160T excels in diverse applications ranging from wastewater treatment to industrial chemical processing. Its robust construction resists fouling and drift, allowing operators to maintain strict pH thresholds with confidence, thereby optimizing chemical dosing and protecting downstream equipment from corrosive fluctuations.

Detailed Parameters

Product ModelinnoSens 160TSensor TypeElectrochemical pH Electrode
Measurement Range0 - 14 pHAccuracy± 0.1 pH
Response Time< 30 secondsTemperature Range0 - 100°C
Body MaterialIndustrial Grade Glass/PolymerPressure RatingUp to 6 Bar
Connection InterfaceStandard Industrial ConnectorCompatibilityCompatible with pH Controllers

Key Advantages

Superior Stability

Engineered to minimize signal drift, ensuring consistent readings over extended periods between calibrations.

Rapid Response

Delivers near real-time pH data, enabling immediate adjustments in automated chemical dosing systems.

High Precision

Utilizes high-sensitivity membranes to detect minute changes in hydrogen ion concentration accurately.

Seamless Integration

Fully compatible with a wide range of pH/Redox controllers for streamlined system deployment.

Low Maintenance

Advanced electrode design reduces the frequency of cleaning and replacement in harsh fluids.

Industrial Durability

Built with corrosion-resistant materials to withstand aggressive industrial water quality conditions.

Product Gallery

Management Platforms

Remote Monitoring

Track pH levels in real-time from any location via cloud-integrated dashboards.

Automated Calibration

Software-driven calibration routines to maintain peak sensor accuracy effortlessly.

Smart Alarming

Instant notifications via SMS or email when pH levels deviate from preset safety limits.

Data Logging

Comprehensive historical data storage for regulatory auditing and trend analysis.

Asset Management

Lifecycle tracking for sensors to schedule preemptive replacements and avoid downtime.

System Optimization

Analyze pH trends to optimize chemical consumption and reduce operational costs.

Investment Return Comparison

FeatureStandard SensorsinnoSens 160T
Calibration CycleWeeklyMonthly / Quarterly
Sensor Lifespan6 - 12 Months18 - 36 Months
Measurement DriftHighUltra-Low
Maintenance LaborHigh CostReduced Cost
Process DowntimeFrequentMinimal

Frequently Asked Questions

Q: How often should the innoSens 160T pH sensor be calibrated?

Depending on the water quality and fouling rate, calibration is typically recommended every 1 to 3 months to ensure maximum precision.

Q: Can this sensor be used in high-temperature industrial wastewater?

Yes, the innoSens 160T is designed to withstand temperatures up to 100°C, making it suitable for various industrial heat processes.

Q: Is the innoSens 160T compatible with third-party pH controllers?

It features a standard industrial interface that is compatible with most professional pH/Redox controllers on the market.

Q: What causes the most common failure in online pH sensors?

The most common causes are membrane fouling and reference junction clogging. The 160T is designed with materials that resist these issues.

Q: How does pH monitoring improve wastewater treatment efficiency?

Accurate pH monitoring allows for precise neutralization and optimizes the biological treatment process, reducing chemical waste.

Q: Does the sensor require special storage when not in use?

Yes, the sensor should be stored in a proper pH storage solution (KCL) to keep the membrane hydrated and functional.

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