Sampling and monitoring stations MSX

Monitoring and sampling of water and wastewater

MSX is an automatic water and wastewater sampling and monitoring station

The MSX monitoring and sampling station is integrated with DIQ series transmitters for continuous monitoring of parameters such as pH level, redox potential, electrical conductivity, salinity, dissolved oxygen, temperature, COD, BOD, COD, BOD, NO3-N, NO2-N, TSS, color, and others.

The unit can also be equipped with a GSM telemetry modem, allowing the user to remotely control and visualize real-time parameters from a web browser. Access to parameter monitoring is possible through a computer or smartphone. There is also the option to receive notifications via SMS and email regarding exceeding permissible wastewater parameters and alarms.

This option also allows for monitoring the filling level of bottles. By connecting the measuring devices to the sampling unit, full control of physicochemical parameters is possible. In case of any exceedances, a sample is taken, which can undergo thorough chemical analysis.

Download flyer "MSX sampling and Monitoring Station"

MONITORING STATIONS MSX

Download the brochure "MSX Water and Wastewater sampling and Monitoring Station"

Remote Online Monitoring for MSX Stations

There is also the option to receive notifications via SMS and email regarding exceeding permissible wastewater parameters and alarms. This option also allows for monitoring the filling level of bottles. By connecting the measuring devices to the sampling unit, full control of physicochemical parameters is possible. In case of any exceedances, a sample is taken, which can undergo thorough chemical analysis.

Visualization of MSX station monitoring

WTW Transducers and Measurement Probes

WTW measurement sets for MSX

DIQ 282/284 Transmitters All parameters visible on the screen: pH, COD, conductivity, salinity, TDS, turbidity, and many others, up to 20 parameters available simultaneously. Intuitive software and a large graphical display provide a comprehensive view of the measurement system.

WTW Measurement Probes

  • Electrochemical SensoLyt® 700 IQ (SW)
  • Electrochemical TetraCon® 700 IQ (SW)
  • Optical CarbiVis 701 IQ
  • Optical CarbiVis 705 IQ
  • Optical NitraVis 701 IQ NI
  • Optical NitraVis 705 IQ NI
  • Optical NiCaVis 705 IQ
  • Optical NiCaVis 701 IQ NI
  • Optical NiCaVis 705 IQ NI
WTW measurement probes for MSX

FAQ - Frequently Asked Questions and Answers

A water sampling station is a comprehensive solution used for collecting water samples from various sources. Its main functions include automatic sample collection, measurement of physicochemical parameters, and data transfer to the monitoring system.

We manufacture refrigerators in various capacities tailored to individual customer needs. We offer models with capacities ranging from 70 to 1365 liters.

POL-EKO's MSX sampling stations can monitor various parameters such as temperature, pH, pollutant levels, dissolved oxygen levels, and other essential water quality indicators.

Monitoring water with the MSX sampling station allows real-time assessment of water quality, enabling a quick response to potential threats, optimizing production processes, and ensuring compliance with environmental standards and regulations.

MSX sampling stations enable real-time monitoring, meaning that data is collected and transmitted immediately, allowing for the quick identification of changes and prompt actions.

Yes, MSX sampling stations are designed for multiple water types, making them versatile and adaptable to various industrial needs.

Regular calibration of sensors, cleaning of probes, and maintaining the equipment in good technical condition are crucial for the effective operation of MSX sampling stations.

Yes, MSX sampling stations are typically customizable for integration with existing monitoring systems, facilitating the use of the existing infrastructure.

Yes, POL-EKO's MSX sampling stations are designed to comply with current regulations and standards for environmental monitoring and protection in the industry.

MSX sampling stations use advanced technologies such as electrochemical sensors, optical probes, and wireless technology for effective data collection and transmission.