DIGITAL CONDUCTIVITY METER 601 & 611

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DIGITAL CONDUCTIVITY METER 601 & 611 Specification

Automation Grade
Manual

Accuracy
100 %

Capacity
199.9 S to 199.9 mS

Feature
Highly Efficient

Measurement Range
0.01 S to 1000 mS

Power Source
AC Mains 230V 10%

Temperature Range
0C to 100C

Core Components
Measuring Cell, LCD/LED Display, Keypad

Frequency
50/60 Hz

Voltage
230 V AC 10%

Model No
601 & 611

Equipment Materials
ABS Plastic Body

Type
Table Top Model

Usage
Laboratory

Display Type
Digital LED Display

Dimension (L*W*H)
235 x 185 x 85 mm

Weight
Approx. 2 kg

About DIGITAL CONDUCTIVITY METER 601 & 611

FEATURES

Highly Stable and Accurate

Auto Temperature Compensation Facility

3 Digit Display

Available in Laboratory & Field Models

Digital Conductivity Meters are reliable and accurate test instruments for measurement of Conductivity of aqueous solutions. They measure Conductivity and TDS in five ranges. The Resolution is 0.1S/Cm and 0.1 ppm repetitively, in the lowest range. The cell constant is flashed on a digital display & can be adjusted from the front panel. The instruments have the Check facility to calibrate the instrument.

These instruments are ideal for monitoring salt contents in water and soluble salts in soils. They are extremely useful instruments for agriculture and soil analysis labs, swimming pools, fertilizer plants, petroleum refineries, textile plants etc.

SPECIFICATIONS : -

Model	601	611
Display	3.5 Digital LED
Measurement	Conductivity
Ranges	0 to 200 uS/cm, 0 to 2 mS/cm, 0 to 20 mS/cm, 0 to 200 mS/cm & 0 to 1000 mS/cm
Accuracy	+ 1%%FS 1 digit
Temperature Compensation	Auto: 0 to 50^oC, Manual: 0 to 50^oC	Manual: 0 to 50^oC
Cell constant	Adjustable on Digital Display
Measuring Cell	Platinum DIP Type
Resolution	0.1uS/cm
Power	230V + 10%%AC, 50Hz
Dimensions	76 X 275 X 175 mm
Accessories	Conductivity Cell, Temperature Probe (in Model - 601), Operation Manual, Dust Cover

Note : Specifications are subject to change due to continuous improvements.

Advanced Measurement Capabilities

With selectable cell constants and a platinum dip-type measuring cell, the meter covers a wide range from ultra-low to high conductivity measurements. This flexibility allows users to analyze a variety of samples accurately.

User-Friendly Calibration and Display

Experience seamless operation with both automatic and manual calibration options, ensuring precision tailored to your requirements. The 3 digit LED/LCD display provides easy-to-read and clear conductivity readings, increasing efficiency in laboratory workflows.

Durable and Practical Design

Housed in a robust ABS plastic body, this table-top model offers enhanced protection and durability. With a lightweight, compact structure, and overload/polarity safeguards, its built for daily laboratory use without compromising performance.

FAQs of DIGITAL CONDUCTIVITY METER 601 & 611:

Q: How do I select the appropriate cell constant for my sample with the DIGITAL CONDUCTIVITY METER 601 & 611?

A: You can choose from cell constants of 0.1, 1.0, or 10.0 depending on your samples expected conductivity range. Lower cell constants (e.g., 0.1) are suitable for highly pure water, while higher constants (e.g., 10.0) are ideal for concentrated solutions. Selection is easily made via the instruments interface.

Q: What is the calibration process for this meter, and does it require specialized solutions?

A: Calibration can be performed either automatically or manually, allowing flexibility for varied laboratory protocols. The meter comes with conductivity standard solutions, which should be used during calibration to ensure accurate, reliable measurements.

Q: When should I use manual versus automatic temperature compensation?

A: Automatic temperature compensation is ideal when you have a compatible probe for real-time adjustments, enhancing measurement precision. Manual compensation can be used when temperature variations are minimal, or probe use isnt feasible.

Q: Where is the optimal environment to operate the DIGITAL CONDUCTIVITY METER 601 & 611?

A: This meter is designed for laboratory use and should be operated within an environment of 10C to 45C, relative humidity below 90%%. Its suitable for most standard laboratory settings in India.

Q: What are the main benefits of using a platinum dip-type cell in this conductivity meter?

A: Platinum dip-type cells provide excellent chemical resistance and stability, ensuring accurate and repeatable conductivity readings across a broad measurement range. This enhances the reliability and longevity of the instrument.

Q: How is overload and polarity protection provided in these models?

A: Overload and polarity protection prevents damage to the device and ensures user safety during operation. The meter automatically safeguards internal circuits against excessive current or incorrect electrode connections.

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