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Turbidity Meter

Name: Turbidity Meter
Brand: Sami Lab Tek
Price: 5500.0 INR
Availability: InStock

Price 5500.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Turbidity Meter Specification

Color
Grey/White

Product Type
Turbidity Meter

Frequency
50 Hz

Weight
Approx. 3 kg

Voltage
220 V

Control Mode
Digital

Gauge
Standard

Power Supply
AC 220V, 50Hz

Display Type
Digital LED Display

Accuracy
2% FS

Features
Auto zero, Stable readings, Simple operation, Portable design

Phase
Single Phase

Usage & Applications
Water quality analysis, Laboratory, Industrial, Environmental monitoring

Power
AC 220V, 50Hz

Dimension (L*W*H)
300 x 220 x 150 mm

Capacity
10-1000 NTU

Frame Type
Tabletop

Automation Grade
Automatic

Operating Temperature
0-50C

Operating Humidity
85% RH

Sample Size
10-30 ml

Light Source
Infrared LED/ Tungsten Lamp

Response Time
<5 seconds

Storage Temperature
-20-60C

Measuring Range
0-1000 NTU

Interface
RS232 (on select models)

Calibration Standards
0, 20, 100, 400, 800 NTU

Repeatability
1% FS

Turbidity Meter Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
500 Units Per Month

Delivery Time
7 Days

About Turbidity Meter

The Turbidity Meter is a precision analytical instrument used to measure the clarity or cloudiness of liquids by detecting the amount of suspended particles present in a sample. It provides readings in NTU (Nephelometric Turbidity Units), making it essential for water quality monitoring and treatment processes.

This instrument is widely used in drinking water plants, wastewater treatment facilities, environmental monitoring agencies, and industrial laboratories.

Key Features:

Digital Display: Easy-to-read LCD/LED screen showing NTU values
High Accuracy Measurement: Provides reliable turbidity readings for quality control
Microprocessor-Based System: Ensures stable and repeatable results
Fast Response Time: Quick measurement with minimal sample preparation
Compact & Portable Design: Suitable for both lab and field use
Easy Calibration: Simple calibration using standard solutions

Working Principle:

The Turbidity Meter works on the nephelometric principle, where a light beam passes through the liquid sample. Suspended particles scatter the light, and the intensity of scattered light is measured at a specific angle to determine turbidity in NTU.

Applications:

Drinking water quality testing
Wastewater and effluent monitoring
Environmental water analysis (rivers, lakes, reservoirs)
Food and beverage industries
Pharmaceutical quality control
Laboratory research and education

Technical Specifications:

Measuring Range: 0 1000 NTU (or as per model)
Resolution: 0.01 / 0.1 NTU
Accuracy: 2% of reading
Light Source: LED / Tungsten lamp
Detector: Photodiode sensor
Display: Digital LCD/LED
Power Supply: 220V AC / Battery operated (optional)

Advantages:

Accurate and quick turbidity measurement
Easy operation with minimal training
Portable for field and lab applications
Low maintenance and long service life

Optional Features:

Data storage and export (USB/RS232)
Auto-ranging capability
Battery backup for field use
Multi-point calibration system

Limitations:

Requires regular calibration for best accuracy
Sample cells must be clean and scratch-free for correct readings

Reliable Water Quality Assessment

Engineered for versatility, this Turbidity Meter meets the stringent requirements of laboratory, industrial, and field use. It supports sample volumes from 10 to 30 ml and can operate seamlessly between 0-50C. Digital controls and a user-friendly interface streamline daily operations, making routine testing both quick and dependable. Its portable tabletop build ensures ease of transport and setup in different settings.

Advanced Calibration and Accuracy

The device features a robust calibration process with standard solutions at 0, 20, 100, 400, and 800 NTU, optimizing measurement accuracy up to 2% FS. Automated zeroing and digital display guarantee consistent, high-precision readings for every test. These advantages make it ideal for professional applications where compliance and data integrity are crucial.

Broad Application Spectrum

This turbidity meter is widely suitable for water treatment plants, laboratories, environmental monitoring agencies, and industrial quality control. Whether for routine monitoring or detailed analysis, its blend of reliability and simplicity ensures optimal performance across various testing scenarios. The instrument also offers RS232 connectivity on select models for efficient data management.

FAQ's of Turbidity Meter:

Q: How is the Turbidity Meter calibrated for optimal accuracy?

A: The meter uses predefined calibration standards at 0, 20, 100, 400, and 800 NTU. Calibration is an automatic process; simply follow the digital display prompts to use the provided standard solutions, ensuring readings remain within the 2% FS accuracy range.

Q: What applications is this Turbidity Meter suitable for?

A: This instrument is designed for water quality analysis across laboratory, industrial, and environmental monitoring purposes. It is especially useful in water treatment plants, research labs, and field studies requiring consistent turbidity measurements.

Q: Where can the Turbidity Meter be used considering its operating environment?

A: The meter operates effectively within 0-50C and up to 85% relative humidity, making it appropriate for controlled indoor environments such as laboratories or onsite water testing in industrial settings. The robust design also allows storage between -20C and 60C.

Q: What benefits does the automatic zeroing and digital display offer?

A: The automatic zeroing feature ensures baseline accuracy before each measurement, while the digital LED display provides clear, real-time readouts. This combination guarantees reliable, stable readings with minimal user intervention.

Q: How should samples be prepared and processed for measurement?

A: Prepare a sample volume between 10 and 30 ml, ensuring it's homogenous and free from bubbles or debris. Place the sample in the designated vial, insert it into the meter, and initiate the measurement using the digital controls. Results are typically available within five seconds.

Q: What are the advantages of the infrared LED and tungsten lamp light sources?

A: Both light sources ensure precise detection of suspended particles, improving measurement reliability. Infrared LEDs reduce background interference for colored samples, while tungsten lamps are ideal for broader water sample types, enhancing instrument versatility.

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