AG7805DL Integrated Flow Through Water Turbidity Sensor 0.001-20.00NTU Range with 90° Infrared Technology

Price Negotiable
Price: USD300-2000
MOQ: 1 Unit
Delivery Time: 5-8 working days
Brand: JUGE
Product Description
Product Overview

The AG7805DL Integrated Flow Through Water Turbidity Sensor utilizes advanced infrared scattering light technology to measure water clarity with exceptional precision. When infrared light passes through the sample, scattering occurs, and the intensity of this scattered light at a 90-degree angle is measured to determine turbidity values.

Key Applications

Ideal for municipal pipeline water quality monitoring, circulating cooling water systems, effluent from activated carbon filters, membrane filtration effluent, water treatment plant effluent, and secondary water supply systems.

AG7805DL Integrated Flow Through Water Turbidity Sensor with low range 20NTU measurement capability
Product Features
  • Built-in bubble elimination system prevents measurement interference
  • Simple cleaning and maintenance with extended calibration intervals
  • Excellent reproducibility unaffected by sample flow rate or pressure
  • Long-lasting light source with minimal attenuation
  • Digital signal output ensures stable, interference-free transmission
Technical Specifications
ParameterSpecification
ModelAG7805DL
Power Supply9-36VDC/RS485 MODBUS RTU
Measurement Method90° Infrared Scattering
Dimensions400 × 300 × 170mm
Weight5.4kg
Housing MaterialABS
Waterproof LevelIP65
Measurement Range0.001-20.00NTU
Accuracy±2%
Pressure Range≤0.2MPa
Water Sample Flow200-400mL/min
Working Temperature0-45℃
CalibrationStandard solution, water sample
CableStandard 10 meters, extendable to 100 meters
Installation TypeFlow through, wall-mounted

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Nanjing Juge Environmental Technology Co., Ltd.
Location Building 17, No. 99 Guangli Road, Moling Subdistrict, Jiangning District, Nanjing, Jiangsu
Contact Person Leon Chen

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