Home chevron_right Sensors 
Online pipeline turbidity sensor for tap water quality turbidity monitoring AMT-ZD300
Online pipeline turbidity sensor for tap water quality turbidity monitoring
Online pipeline turbidity sensor for tap water quality turbidity monitoring
Online pipeline turbidity sensor for tap water quality turbidity monitoring
Online pipeline turbidity sensor for tap water quality turbidity monitoring

Online pipeline turbidity sensor for tap water quality turbidity monitoring - AMT-ZD300

Product name Intelligent Turbidity Sensor Product model AMT-ZD300
Measurement parameter Turbidity Measurement principle 90° scattered light method
Measurement range 0~10NTU, 0...4000NTU, 0~0-20mg/L Measurement accuracy 1%FS
Resolution 0.01NTU (<10), 0.1NTU (>10), 0.01mg/L Response time T90≤2s
Operating temperature 0~60℃ Pressure resistance 1MPa
Power consumption <0.2W Protection rating IP68
Calibration method 1-point calibration or 2-point calibration Supply voltage 7~28V DC
Installation specifications Front and rear NPT3/4" threads (custom threads available upon request)

Product Model: AMT-ZD300

Product Introduction

Online-turbidity-sensor-01
70912001
AMT-ZD300
AMT-ZD300 intelligent turbidity sensor

It is an intelligent water quality sensor that uses an RS485 communication interface and standard Modbus protocol. The sensor uses infrared LEDs of specific wavelengths as the light source, is not affected by the color of the water sample, and adopts the 90° scattering method, complying with ISO 7027 international standards and USEPA 180.1 U.S. environmental protection standards.
The AMT-ZD300 intelligent turbidity sensor has advantages such as self-cleaning, maintenance-free, and strong anti-interference capability. It is widely used in surface water, municipal sewage, industrial wastewater, sewage treatment, water plants, process control, and other fields.

1.2 Functional features
Dual signal output: Modbus 485 and 4-20mA output simultaneously, directly connecting to computers and PLC systems.
Customizable measurement range: (0~10NTU, 0~100NTU, 0~1000NTU, 0~4000NTU, 0-20mg/L).
Made of special materials: sapphire measurement window, resistant to wear from small particles and sand.
Advanced measurement principle: advanced 90° scattered light method.
Excellent protection: IP68 protection standard.
Low drift, small size, fast response.
Easy installation, simple, direct reading, setting, and calibration on computer and mobile phone.


Product name Intelligent Turbidity Sensor Product model AMT-ZD300
Measurement parameter Turbidity Measurement principle 90° scattered light method
Measurement range 0~10NTU, 0...4000NTU, 0~0-20mg/L Measurement accuracy 1%FS
Resolution 0.01NTU (<10), 0.1NTU (>10), 0.01mg/L Response time T90≤2s
Operating temperature 0~60℃ Pressure resistance 1MPa
Power consumption <0.2W Protection rating IP68
Calibration method 1-point calibration or 2-point calibration Supply voltage 7~28V DC
Installation specifications Front and rear NPT3/4" threads (custom threads available upon request)

Main Application Areas

  • Tap Water Quality Monitoring — Continuous turbidity measurement in drinking water treatment and distribution networks to ensure compliance with safety standards.
  • Municipal Wastewater Treatment — Monitoring turbidity in aeration tanks, clarifiers, and effluent to optimize treatment processes and meet discharge regulations.
  • Industrial Process Control — Turbidity monitoring in chemical, pharmaceutical, and food & beverage production for quality assurance and process efficiency.
  • Surface Water Monitoring — Real-time turbidity tracking in rivers, lakes, and reservoirs for environmental assessment and early warning of pollution events.
  • Wastewater Recycling — Turbidity measurement in reclaimed water systems to ensure water quality for reuse in irrigation and industrial applications.

Keywords:online turbidity sensor, tap water turbidity monitor, industrial turbidity sensor, water quality sensor, RS485 turbidity sensor, Modbus turbidity sensor, smart turbidity sensor, pipeline turbidity sensor