MXT03Q Online Water Quality Monitor for Drainage Networks
Category:
Online Water Quality Monitor for Drainage Networks
Qualifications and Honors
Product Description

Product Package: MXT03 Host + Water Quality Sensor
Product Overview
Water quality monitoring is primarily conducted through two approaches: real-time online monitoring and manual sampling followed by laboratory analysis. Manual sampling suffers from limitations such as small sample sizes, discontinuity, and delayed response, making it inadequate for real-time monitoring and yielding unreliable data. In contrast, automated online water quality monitoring offers a higher sampling frequency, enabling the timely, accurate, and reliable acquisition of indicators that reflect trends in water quality.
MXT03 The online water quality monitor for drainage networks is a device used for monitoring water quality in drainage pipeline systems. This dedicated device is designed with a ultra-low-power microcontroller, features built-in battery power and network communication, and enables monitoring at remote sites without the need for external power or fiber-optic cabling. of the pipeline network drainage water quality Real-time data acquisition. The sensor employs electrode-based sensors that require no reagents and allows for the replacement of the front-end electrodes according to monitoring requirements.
Product Features
● In compliance with the SL651-2014 Hydrological Monitoring Data Communication Protocol – Communication Protocol
● Adopt 32-bit ultra-low-power microcontroller, with a standby current of less than 100uA
● Powered by a single-use, high-capacity battery; under standard operating conditions, the battery replacement cycle is no less than one year.
● IP68-rated design, resistant to water ingress.
● Built-in temperature and humidity sensor, continuously monitoring the environmental conditions inside the chassis.
● Built-in attitude sensor; when the device is moved illegally, it automatically sends an alert to the platform.
● Equipped with electrode-type water quality sensors and optionally featuring an automatic self-cleaning system, the monitoring parameters are: pH, temperature, electrical conductivity, ORP, suspended solids concentration, ammonia nitrogen, COD, and other parameter indicators
● The sensor is equipped with a built-in cleaning system that automatically initiates a self-cleaning cycle at scheduled intervals.
● Supports remote parameter configuration and monitoring, as well as remote device maintenance.
● Supports mobile phones Configuration and maintenance are performed on-site via the app.
● Supports private network communication and can simultaneously report to four central stations.
● Able to store the most recent One year of monitoring data, with a blind-spot reporting function.
● The magnetic switch enables one-touch power on/off, eliminating the need to open the cover.
Technical Specifications
|
Project |
Parameter Metrics |
|
CPU |
Industrial-grade 32-bit low-power processor |
|
FLASH |
16 MB, capable of storing monitoring data from the past two years. |
|
Wireless communication |
Support 4G/5G/NB-IoT communication, supporting private network communications. |
|
Operating system |
Self-developed operating system |
|
Bluetooth communication |
Devices can be controlled via mobile phone. Perform parameter configuration, upgrades, and maintenance. |
|
Expansion interface |
It features three controllable power outputs and can be connected to flow meters, water quality sensors, and other external devices. |
| Water quality monitoring indicators | pH/T, electrical conductivity, turbidity, suspended solids, COD, ammonia nitrogen, etc. |
|
Temperature and humidity acquisition |
The motherboard features a built-in temperature and humidity sensor, enabling real-time monitoring of the internal operating environment’s temperature and humidity. |
|
Pose Acquisition |
The motherboard features a built-in attitude sensor that automatically sends an alert to the platform when the device is moved illegally. |
|
Antenna interface |
External N‑type communication antenna and Bluetooth antenna enable both long-range wireless communication and short-range wireless communication. |
|
Power supply method |
Powered by a built-in battery or an external battery pack. |
| Power supply battery | Battery compartments of varying capacities can be configured according to the monitoring parameters; available compartment capacities include 60 Ah and 10 Ah. |
|
Power consumption |
Under standard configuration, the standby power consumption shall not exceed 100uA |
|
Operating temperature |
-30~+70ºC |
|
Storage temperature |
-40~+85ºC |
|
Operating humidity |
95% (no condensation) |
|
Installation method |
Wellbore Support Installation |
|
Protection rating |
IP68 |
|
Housing material |
316L Stainless steel body |
|
External dimensions |
φ140x180 mm |
|
Overall machine weight |
4 kilogram |
Installation Site Photos

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