Microprocessor Conductivity Meter

Price 36000 INR/ Piece

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Microprocessor Conductivity Meter Specification

Temperature Range
0C to 100C

Automation Grade
Semi-Automatic

Measurement Range
0.1 S/cm to 1000 mS/cm

Frequency
50/60 Hz

Power Source
230V AC 10%, 50 Hz

Core Components
Microprocessor, Graphical Display, Power Adapter

Capacity
1 S/cm to 1000 mS/cm

Model No
Conductivity Meter 1601

Voltage
230 V AC

Feature
Auto Temperature Compensation, Data Hold, Auto Calibration, Cell Constant Selection

Accuracy
1% F.S.

Equipment Materials
ABS Plastic Housing

Type
Bench Top

Usage
Laboratory Measurement of Conductivity and TDS

Display Type
7-Segment LED Display

Dimension (L*W*H)
275 x 175 x 76 mm

Weight
1.6 kg (Approx)

About Microprocessor Conductivity Meter

Microprocessor pH/Conductivity/TDS/Salinity/Temp. Meter a research grade instrument with 16 x 2 Large LCD
display having automatic calibration, automatic range selection, automatic Temperature compensation, selectable
reference temp, fluid resistant housing & rotational electrode stand along with accessories. Data Storage fealty up to
1000 samples, complete with cell. temperature probe, rotational electrode stand, dust cover & instructions manual,
computer interlace through USB (Table Model)

Precision Measurements for Modern Laboratories

The Conductivity Meter 1601 combines a durable ABS plastic body with advanced microprocessor technology to ensure reliable measurements of both conductivity and TDS. Its selectable cell constants and platinum electrodes enhance adaptability across diverse water quality applications, from research to routine analysis.

Flexible Calibration and Data Management

Calibration is effortless, supporting up to 5 points for greater accuracy. With auto calibration, data hold, and memory storage for 100 readings, users can reliably monitor sample results and maintain calibration integrity, while its semi-automatic operation simplifies laboratory workflows.

User-Friendly and Durable Design

Engineered for bench top use, the meter is compact and lightweight, making it ideal for laboratory environments. The intuitive 7-segment LED display ensures clear visibility of readings. ABS plastic housing delivers resilience against wear and chemical exposure.

FAQs of Microprocessor Conductivity Meter:

Q: How is the cell constant adjusted on the Conductivity Meter 1601?

A: The cell constant can be selected between 0.1, 1, and 10 using the devices interface, allowing users to calibrate for various sample types and measurement ranges according to laboratory requirements.

Q: What types of samples can be measured with this meter?

A: This meter is suitable for liquid samples such as water, aqueous solutions, and industrial effluent, making it ideal for laboratory testing of both conductivity and TDS in a range of scientific and industrial contexts.

Q: What is the calibration process for this meter?

A: Calibration supports up to 5 points using standard solutions. The instruments auto calibration feature guides the user step-by-step for precise adjustment, ensuring optimal measurement accuracy.

Q: Where is the Conductivity Meter 1601 used?

A: Its robust design and broad measurement range make it suitable for laboratories in academic research, manufacturing, water treatment facilities, and industrial quality control across India and global markets.

Q: What are the benefits of automatic temperature compensation?

A: Automatic temperature compensation ensures measurement accuracy by adjusting conductivity readings according to temperature changes in the sample, eliminating the need for manual correction and reducing errors.

Q: How does data storage work on this meter?

A: The instrument can store up to 100 measurement results in its memory, enabling users to review and document datasets efficiently, supporting traceability and regulatory compliance in laboratory testing.

Q: Can the meter be used for both conductivity and TDS measurements?

A: Yes, the meter is designed to measure both conductivity and total dissolved solids (TDS) across ranges from 0 to 20 ppt for TDS and 0.1 S/cm to 1000 mS/cm for conductivity, providing comprehensive analysis for laboratory applications.

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