Microprocessor Based Conductivity And Tds Meter

Price 22000 INR/ Unit

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Microprocessor Based Conductivity And Tds Meter Specification

Measurement Range
Conductivity: 0.1 S/cm to 100 mS/cm; TDS: 0.01 ppm to 100 ppm

Voltage
230V 10%

Feature
Auto Temperature Compensation, Calibration facility, Range hold

Core Components
Microprocessor, Conductivity Cell, Display Module

Power Source
230 V AC

Capacity
Up to 3 ranges selectable

Frequency
50 Hz

Model No
CD-801

Temperature Range
0C to 100C

Automation Grade
Automatic

Accuracy
1% full scale

Equipment Materials
ABS Plastic Body

Type
Microprocessor Based

Usage
Laboratory, Industrial water testing, Educational Institutes

Display Type
Large 16x2 alphanumeric LCD display

Dimension (L*W*H)
230 x 90 x 250 mm

Weight
Approx 2.5 kg

About Microprocessor Based Conductivity And Tds Meter

Microprocessor Based Conductivity And TDS Meter

Microprocessor Conductivity/TDS/Salinity/Temp. Meter (Graphical Display) a research grade Instrument with 128x64 Large Graphical 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) (HSN Code : 90278090)

Advanced Digital Calibration

The CD-801 meter offers a convenient digital calibration facility, enabling users to ensure measurement accuracy quickly and easily. The selectable or manually enterable cell constants (0.1, 1.0, 10) allow adaptation to various sample types, while auto and manual temperature compensation ensures reliable results across a wide thermal range.

Versatile Applications and Data Management

Using a platinum conductivity cell and operating between 5C to 45C, the meter efficiently determines both conductivity and TDS in multiple settings. It holds up to 100 readings for efficient record keeping and features RS-232 output for data transfer and review. Its large 16x2 LCD display facilitates clear, real-time readings.

FAQs of Microprocessor Based Conductivity And Tds Meter:

Q: How do I calibrate the Microprocessor Based Conductivity And TDS Meter?

A: Calibration is straightforward using the digital calibration facility. You can select or enter the cell constant (0.1, 1.0, 10) based on your application and run the automated process, ensuring accurate measurements every time.

Q: What is the benefit of automatic temperature compensation in this meter?

A: Automatic temperature compensation eliminates the influence of temperature variations on readings, providing precise and reliable conductivity and TDS values even as sample temperatures change from 0C to 100C.

Q: When should I use the different cell constant settings?

A: Choose the cell constant (0.1, 1.0, or 10) depending on your sample type and expected conductivity range. Lower cell constants are ideal for pure water, while higher values suit higher conductivity solutions or soil extracts.

Q: Where can the CD-801 meter be utilized?

A: This meter is versatile and can be used in laboratories, industrial water testing, and educational institutions for research and routine analysis of water, soil, and chemical solutions.

Q: What is the process for data storage and transfer?

A: The meter stores up to 100 sample readings internally. Users can review the results on the large LCD display or export data via the RS-232 interface for further documentation or analysis.

Q: How does the meter ensure user safety and equipment protection?

A: The CD-801 is equipped with overload and short-circuit protection features, securing both users and the device during extended or high-load operation.

Q: What makes the CD-801 advantageous for laboratory and field use?

A: Its high accuracy (1% full scale), user-friendly calibration, robust ABS plastic build, and automated features allow reliable, repeatable results with minimal manual intervention, benefiting diverse testing environments.

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