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| Categories | Turbidity Analyzer |
|---|---|
| Brand Name: | Daruifuno |
| Model Number: | OPTU201 |
| Certification: | CE,ISO |
| Place of Origin: | China |
| MOQ: | Negotiable |
| Price: | 400~800USD |
| Payment Terms: | T/T |
| Supply Ability: | 500pcs/month |
| Delivery Time: | 1-15 work days |
| Packaging Details: | carton |
| Product Name: | Turbidity sensor |
| Measuring Technology: | Infrared |
| Measuring Range: | 0.01~3000NTU |
| Resolution: | 0.01NTU |
| Accuracy: | Better than 5.0% of the measured value or ±0.5NTU, whichever is greater |
| Communication: | RS485 MODBUS-RTU |
| Response Time: | T90<60s |
| Work Pressure: | ≤4Bar |
| Operating Temp: | 0~50℃ |
| Shell Material: | SS 316L |
| Protection Grade: | IP68 |
| Cable: | 10 meters |
| Company Info. |
| Suzhou Delfino Environmental Technology Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
Digital Turbidity Probe With Brush For Surface Water Or Sewage
The Daruifuno OPTU201 is a reliable digital turbidity sensor
designed for accurate and stable water quality monitoring. Using
the infrared absorption and scattering method, this sensor features
a stable 860nm LED infrared light source, ensuring consistent and
reliable data.
Measures turbidity from 0 to 3000 NTU, suitable for a wide range of
applications.Built with SS316L stainless steel and an IP68
waterproof rating, it is highly durable and resistant to harsh
environments.Features electrically isolated communication and power
interfaces for strong anti-interference capabilities. It supports
the standard Modbus communication protocol, allowing for seamless
integration with industrial control systems like PLCs, DTUs, and
PCs.
Technical Parameters
| Sensor Information | Infrared Turbidity Sensor |
| Model | OPTU201(with brush) |
| Measuring Technology | Infrared scattering principle |
| Measuring Range | 0.01~3000NTU |
| Resolution | 0.01NTU |
| Accuracy | Better than 5.0% of the measured value or ±0.5NTU, whichever is greater |
| Communication | RS485 MODBUS-RTU |
| Response Time | T90< 60s |
| Calibration Method | Multi-point calibration; factor correction |
| Working Pressure | ≤4Bar |
| Sample Flow Rate | No dependency |
| Working Temp. | 0~50°C (no freezing)) |
| Storage Temp. | 0~60℃ |
| Main Material | SUS 316L stainless steel (@Titanium customized) |
| Dimension | Φ50mm*L235mm |
| Mounting | R1 thread |
| Lead Interface | Integrated lead |
| Protection Grade | IP68 |
| Power Supply | 12V DC |
| Power Consumption | 1.5W |
| Weight | 800g |
| Cable | Standard 10 meters |
Features
High-Precision Measurement: Utilizing an advanced 860nm LED infrared light source and the infrared absorption and scattering method, the sensor delivers exceptionally stable and accurate turbidity data.
Robust and Durable Design: Built with SS316L stainless steel and an IP68 waterproof rating, the OPTU201 is engineered to withstand harsh industrial and environmental conditions, ensuring a long operational life.
Self-Cleaning Functionality: The integrated self-cleaning brush automatically prevents fouling and biofouling on the optical surface, significantly reducing maintenance and ensuring continuous, reliable readings without manual intervention.
Excellent Anti-Interference Capability: With electrically isolated communication and power interfaces, the sensor effectively resists electromagnetic interference, guaranteeing stable and uninterrupted data transmission.
Seamless System Integration: The sensor supports the standard RS485 Modbus RTU protocol, allowing for easy and direct connection to industrial systems like PLCs, DTUs, and PCs.
Wide Application Range: Its versatile design and reliable performance make it suitable for a broad spectrum of applications, including wastewater treatment, waterworks, surface water monitoring, and various industrial processes.
The Daruifuno OPTU201 combines advanced communication with
practical functionality. It features an industry-standard RS485
Modbus RTU interface, ensuring reliable and robust data transfer to
industrial systems like PLCs, DTUs, and PCs. To minimize upkeep, an
integrated self-cleaning brush automatically keeps the optical
surface free from fouling, ensuring continuous accuracy and
reducing the need for manual maintenance. This powerful combination
of seamless connectivity and a low-maintenance design makes the
sensor both easy to integrate and highly reliable in demanding
environments.
Application environment:
Water quality monitoring: Infrared digital turbidity sensors can be used to monitor
turbidity changes in water bodies such as tap water, surface water,
rivers, lakes and reservoirs. In these environments, sensors help
assess the cleanliness of water bodies and changes in water
quality.
Sewage treatment: In sewage treatment plants, infrared digital turbidity sensors can
be used to monitor the turbidity of sewage before and after
treatment, help evaluate the treatment effect and determine whether
further treatment steps are required to ensure that the treated
water quality meets the discharge standards.
Aquaculture: In hydroponic and aquaculture farms, infrared digital turbidity
sensors can help monitor suspended matter in water to maintain a
suitable water quality environment and promote the growth and
health of plants and animals.
Environmental monitoring: Infrared digital turbidity sensors can also be used in
environmental monitoring projects, such as measuring water quality
in rivers, lakes and oceans to monitor environmental changes and
pollution conditions.
Waterworks (Tap Water Plants): It plays a key role in ensuring the safety of drinking water by
continuously monitoring the turbidity levels throughout the
purification process, from raw water intake to the final output.
Industrial Applications: It serves numerous industries that require precise turbidity
control, such as food and beverage production, chemical processing,
and aquaculture, helping to maintain product quality and
operational efficiency.
Infrared digital turbidity sensors are widely used in various
fields involving water turbidity and suspended solids
concentration. They provide a convenient, efficient, and accurate
measurement method that contributes to water safety, environmental
monitoring, and quality control of industrial production processes.
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