The Microprocessor Turbidity & Temperature Meter (S-966) is a precision laboratory instrument designed for accurate measurement of turbidity (water clarity) and temperature in a wide range of water testing applications.

The S-966 features a user-friendly interface, digital display, and high measurement stability, enabling users to monitor water quality with confidence. Its robust construction and precise optical sensing system ensure dependable performance for routine testing and research purposes.

• Highly Stable & Accurate.
• 16 Character X 2 Lines Alphanumeric LCD.
• 30 mm flat bottom Test Tube.
• 0 to 1000 NTU
• Automatic Range Selection.
• Higher durability and long life.
• Tested on quality parameters.
• 1000 Samples Storage with Date &Time.
• Measurement of Temp. and Turbidity.

Technical Specifications:-

Accessories:- 

• Test tube (Set of 5)
• Operation Manual
• Dust Cover

Applications

• Drinking water testing

• Wastewater treatment plants

• Environmental monitoring laboratories

• Research and educational institutions

• Industrial water quality control

• Aquaculture and fisheries

• Pharmaceutical and food processing industries

• Municipal water treatment facilities

Frequently Asked Questions (FAQs)

1. What is a turbidity meter used for?

A turbidity meter measures the cloudiness or haziness of a liquid caused by suspended particles. It is commonly used to evaluate water quality in laboratories, water treatment plants, and environmental monitoring applications.

2. What does the S-966 measure?

The S-966 measures both turbidity and temperature, allowing users to assess water quality and sample conditions using a single instrument.

3. Why is turbidity measurement important?

Turbidity measurement helps determine water cleanliness, treatment effectiveness, and compliance with regulatory standards. High turbidity can indicate contamination or the presence of suspended solids.

4. Can this meter be used for drinking water testing?

Yes. The Microprocessor Turbidity & Temperature Meter is suitable for drinking water quality analysis, helping laboratories and treatment facilities monitor water clarity.

5. Is the S-966 suitable for laboratory use?

Yes. The instrument is designed for laboratory environments and provides reliable and repeatable measurements for routine and research applications.

6. Can the meter be used for wastewater analysis?

Absolutely. It is commonly used to monitor turbidity levels in wastewater treatment processes and environmental water samples.

7. What industries use turbidity meters?

Turbidity meters are widely used in water treatment, environmental monitoring, pharmaceuticals, food and beverage processing, aquaculture, and research laboratories.

8. How does a microprocessor-based turbidity meter improve accuracy?

Microprocessor technology enhances signal processing, reduces measurement errors, improves stability, and provides consistent results compared to conventional systems.

9. Is temperature measurement important during turbidity testing?

Yes. Temperature can influence sample characteristics and testing conditions. Measuring temperature alongside turbidity provides more comprehensive water quality analysis.

10. How often should a turbidity meter be calibrated?

Calibration frequency depends on usage and quality requirements. For best accuracy, calibration should be performed regularly according to the manufacturer's recommendations.

11. Can the S-966 be used for educational laboratories?

Yes. Its simple operation and accurate measurements make it an excellent choice for colleges, universities, and training laboratories.

12. What are the benefits of using a digital turbidity meter?

Digital turbidity meters provide faster readings, improved accuracy, easy data interpretation, reduced operator error, and enhanced testing efficiency.