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Digital Conductivity Meter

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

Price 5500.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Digital Conductivity Meter Specification

Capacity
Range: 0-200 S, 0-2 mS, 0-20 mS, 0-100 mS (selectable)

Accuracy
1% F.S.

Weight
Approx. 2 kg

Usage & Applications
Measurement of conductivity in liquids (laboratory, industrial, educational)

Dimension (L*W*H)
275mm x 175mm x 70mm

Phase
Single Phase

Voltage
230V

Color
Grey and White

Display Type
Digital LED Display

Control Mode
Manual calibration

Frequency
50Hz

Power Supply
230V AC, 50Hz

Power
230V AC, 50Hz

Product Type
Digital Conductivity Meter

Features
Temperature compensation, Auto/manual calibration, Rugged and portable design

Frame Type
Bench-top

Automation Grade
Manual

Body Material
Powder coated metal cabinet

Calibration
2 point calibration (Zero and Span)

Cell Constant
1.0 Included (others optional)

Sampling Time
Approx. 2 seconds

Included Accessories
Conductivity cell, instruction manual, power cord

Resolution
0.01 S/cm (depending on range)

Operating Temperature Range
0C to 50C

Protective Fuse
0.5A (internal)

Input
Accepts Conductivity Cell and Temperature Probe

Storage Temperature
-10C to 60C

Probe Type
Conductivity cell with platinum electrodes

Temperature Compensation
Manual (10C to 50C)

Digital Conductivity Meter Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
500 Units Per Month

Delivery Time
7 Days

About Digital Conductivity Meter

The Digital Conductivity Meter is a precision laboratory instrument used for measuring the electrical conductivity (EC) of water and aqueous solutions. It helps determine the ionic concentration in a sample, making it an essential tool for water quality analysis and process control applications.

This instrument is widely used in water treatment plants, environmental laboratories, chemical industries, pharmaceutical units, RO plants, agriculture testing labs, and research institutions.

Key Features:

Digital LCD Display: Clear and accurate conductivity readings
High Precision Measurement: Ensures reliable and repeatable results
Microprocessor-Based Design: Stable and consistent performance
Automatic / Manual Calibration: Multi-point calibration for better accuracy
Temperature Compensation (ATC): Automatically adjusts readings with temperature changes
User-Friendly Interface: Simple operation with fast response
Compact and Durable Build: Suitable for laboratory environments

Working Principle:

The instrument measures the ability of a solution to conduct electricity using a conductivity probe (cell). The ionic concentration in the liquid affects conductivity, which is measured and displayed in S/cm or mS/cm.

Applications:

Drinking water quality testing
Wastewater and effluent monitoring
RO plant performance evaluation
Chemical and pharmaceutical industries
Soil and fertilizer analysis
Hydroponics and agricultural research
Laboratory R&D and educational use

Technical Specifications:

Measuring Range: 0 200 mS/cm (varies by model)
Resolution: 0.1 S/cm / 1 S/cm
Accuracy: 1% of full scale (approx.)
Calibration: 13 point calibration
Temperature Compensation: Automatic (ATC) / Manual
Display: Digital LCD
Power Supply: 220V AC / Adapter

Advantages:

Accurate measurement of ionic strength in liquids
Quick and stable readings
Easy calibration and maintenance
Suitable for both routine and advanced laboratory use

Optional Features:

TDS measurement mode
Salinity measurement function
Data output (USB/RS232)
Combined pH/EC/TDS multi-parameter systems

Limitations:

Requires periodic calibration for best accuracy
Conductivity probe needs regular cleaning and maintenance

Precision Measurement for Reliable Results

Equipped with a high-grade platinum electrode conductivity cell and selectable measurement ranges, this meter delivers accuracy of 1% F.S., making it suitable for demanding applications. Manual temperature compensation and two-point calibration allow for customized, reliable measurements across various liquid samples.

Robust and User-Friendly Design

Encased in a powder-coated metal cabinet, the meter stands up to routine laboratory and industrial operations. The clear digital LED display, manual controls, and bench-top frame provide ease of use and durability, while a protective internal fuse (0.5A) ensures operational safety.

Comprehensive Accessories and Flexible Application

Supplied with a conductivity cell, instruction manual, and power cord, this meter is ready for immediate deployment. Its multi-range functionality and temperature compensation cater to a wide range of liquid conductivity measurements, making it a valuable asset in numerous laboratory and field scenarios.

FAQ's of Digital Conductivity Meter:

Q: How do I calibrate the Digital Conductivity Meter?

A: Calibration is performed manually using a two-point process-Zero and Span. Use standard conductivity solutions to set both points, following the instructions provided in the manual. This ensures the meter maintains optimal measurement accuracy.

Q: What types of liquids can I measure with this meter?

A: This instrument is suitable for measuring the conductivity of a wide variety of liquids, including water, solutions in laboratory experiments, and industrial process fluids. Its selectable ranges and robust design enable diverse applications.

Q: When should temperature compensation be used, and how is it adjusted?

A: Temperature compensation should be used when measuring samples at temperatures between 10C and 50C to account for changes in conductivity with temperature. Adjust it manually by inputting your sample's temperature using the meter's controls.

Q: Where can this conductivity meter be effectively utilized?

A: The meter is suited for laboratory research, educational demonstrations, and quality control in industrial facilities. Its portability and rugged build make it ideal for bench-top use in various environments across the laboratory, industry, and educational institutions.

Q: What is the process for connecting the probes and starting a measurement?

A: First, attach the supplied conductivity cell and temperature probe to their respective inputs on the meter. Select the appropriate range, immerse the probe in your sample, manually set the temperature compensation if needed, and read the value on the digital LED display.

Q: What are the main benefits of using this conductivity meter?

A: Key benefits include high accuracy, configurable measurement ranges for flexibility, manual temperature compensation for reliable results, and a robust, portable design that withstands demanding environments. Its clear digital display and simple controls enhance user experience.

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