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TracWater Multiparameter Sondes

Multiparameter Sondes

Specifications 

  • Name: TracWater Online Multi-parameter Sonde

  • Model: TW-8214

  • IP Range: IP68 

  • Size: Φ84mm*476mm

  • Main Body: Connect up to 6 probes (DO, TUR, EC,OIW,pH,ORP,CHL,BGA & depth), plus a central cleaning brush

Note: Please contact TracWater to get a copy of the full sensor specifications.

TracWater Online Multi-parameter Sonde

Model number:

TW-8214

Product description:

TracWater TW-8214 Online Multiparameter Sonde for Water Quality Monitoring, made for monitoring, long-term deployments, multiparameter data collection and transmission.

Overview

TracWater TW-8214 multi-parameter sonde features an integrated multi-in-one structural design. Each individual probe is an RS485 digital probe with calibration data stored directly in the single-parameter sensor. This allows for easy on-site calibration or replacement of each probe. The sonde supports online monitoring of multiple parameters, including temperature, pH, ORP, DO, conductivity, turbidity, chlorophyll, BGA, OIW, salinity, and depth. The main body can connect up to six probes, enabling simultaneous detection of seven parameters. Additionally, the TW-8214 is equipped with a self-cleaning brush that effectively cleans the measurement surface, removes bubbles, prevents microbial attachment, and ensures reliable performance across various water environments, such as wastewater treatment, surface water, oceanic, and groundwater monitoring.

Features

  • RS485 output with standard MODBUS protocol, facilitating seamless integration between data acquisition platforms and water quality automatic monitoring stations.

  • The main body supports connection to up to six probes for parameters such as DO, conductivity (salinity), turbidity, pH, ORP, chlorophyll, BGA, OIW, and depth.

  • Equipped with a self-cleaning brush for scheduled cleaning at predefined intervals, minimising errors caused by bubbles or contamination.

  • Each probe can be individually replaced, calibrated, and maintained on-site, offering flexibility and convenience.

  • Features an efficient acquisition algorithm with a system-wide response time of ≤30 seconds.

Applications

  • Sewage and Wastewater Treatment: Continuous monitoring of effluent quality to ensure compliance with environmental regulations. Optimisation of treatment processes based on real-time data.

  • Surface Water Monitoring: Monitoring lakes, rivers, and reservoirs for pollution, eutrophication, and other environmental concerns. Supporting environmental research and management.

  • Oceanographic Studies: Studying marine ecosystems by monitoring water quality parameters. Detecting oil spills and monitoring algal blooms.

  • Groundwater Monitoring: Ensuring the safety and quality of groundwater for drinking purposes. Monitoring the impact of agricultural and industrial activities on groundwater.

  • Industrial Applications: Monitoring process water in various industries to ensure it meets quality standards. Managing cooling water systems to prevent issues like scale, corrosion, and biological growth.

  • Aquaculture: Ensuring optimal water quality in fish farms to promote healthy fish growth. Monitoring harmful algae that can affect aquatic life.

  • Municipal Water Supply: Ensuring safe drinking water by monitoring water quality from source to tap. Detecting and addressing contamination issues in the distribution system.

  • Environmental Impact Assessments: Providing baseline data for environmental impact assessments. Ongoing monitoring to detect changes due to project implementation.

Disclaimer: Images of sensors on this website are for illustration purposes only and do not represent the actual product. Please contact us for a copy of the specifications for the sensor you require.

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