About Microprocessor Conductivity TDS Meter
We offer wide range of Microprocessor Conductivity TDS Meter.
Specifications:
Conductivity:
Range:
- 0 to 1000 milli mho in5ranges
Range Selection Automatic:- 0 to 20 micro mho
- 20 to 200 micro mho
- 200 to 2 milli mho
- 2 to 20 milli mho
- 20 to 200 milli mho
- 200 to 1000 milli mho
- Resolution 0.1 micro mho
- Cell Constant Adjustable
- Temperature co-eff. Adjustable between 0 to 4%
- Temperature Comp. Automatic for entire range
- Accuracy +0.5% of range + 1 digit
TDS:- Range 0 to 200 ppt in 5 ranges
- Range Selection Automatic
- Resolution 0.1 ppm
- TDS Factor 0.5 and adjustable manually
Salinity:- Range 0 to 50 ppt
- Resolution 0.1 ppt
- Accuracy +0.5% of range + 1 digit
- Temperature Comp. Automatic
- Salinity Factor .75 and Adjustable Manually
Temperature:- Range -200 TO +200 ºC
- Resolution 0.1 ºC
- Accuracy + 0.2 %
- Input Type Pt 100
- Calibration MANUAL
- Display : 16 Character * 2 Lines Alphanumeric Lcd.
- Display Format : Temp & Cond Or Temp & Tds , Temp& Sal Simultaneously
- Setting : By Soft Touch Keys
- Storage : 1000 Samples With Date &Time
- Interface : Rs-232, Centronics & Computer
- Real Time Display : 24 Hour Mode With Date
- Error Indication : T- Error, Cal Error
- Power Supply : 230 V ±10% Ac 50 Hz
- Digital Output : ASerial Rs-232
BParallel Centronics B Date Wise
Precision Measurement for Laboratories and IndustryThe MICROCON-2 delivers reliable and accurate conductivity and TDS readings, making it essential in laboratories and diverse industrial settings. Its flexibility in cell constant adjustment and TDS factor ensures suitability for various water and solution analyses, while automatic temperature compensation allows precise results across a wide thermal range.
Efficient Calibration and Easy OperationWith both automatic and manual calibration modes, the meter simplifies routine maintenance and ensures ongoing measurement integrity. The clear 6-digit LED display enables effortless reading, and the intuitive controls support efficient range selection and adjustment for different testing requirements.
Versatility Supported by Robust DesignEquipped with a platinum conductivity cell and sturdy ABS housing, this meter endures frequent use and harsh conditions. Its auto cell constant correction, wide measurement range, and TDS measurement features meet the rigorous demands of professional laboratories and industrial quality control.
FAQs of Microprocessor Conductivity TDS Meter:
Q: How do I calibrate the Microprocessor Conductivity TDS Meter?
A: The meter offers both automatic and manual calibration modes. For automatic calibration, follow the units prompts using standard calibration solutions. For manual calibration, adjust cell constants and TDS factors as needed to match reference values. Calibration ensures ongoing measurement accuracy.
Q: What types of solutions can be measured with this TDS meter?
A: This meter is suitable for laboratory and industrial water analysis, including purified water, industrial effluent, and other aqueous solutions. Its wide conductivity and TDS measurement ranges accommodate diverse testing needs.
Q: When should I perform calibration or maintenance?
A: Calibration is recommended before first use, after sensor replacement, or when readings appear inaccurate. Regular calibration (monthly or as dictated by lab protocols) helps maintain precise measurements.
Q: Where can the meter be used and stored safely?
A: It is designed for bench-top use in laboratory or industrial environments. Operate the unit between 5C and 45C, and store it in areas with humidity below 80% RH (non-condensing) to ensure optimal performance and durability.
Q: What is the benefit of automatic cell constant correction?
A: Automatic cell constant correction streamlines calibration and minimizes user intervention, ensuring consistently accurate readings across different conductivity cells and testing conditions.
Q: How does the meter compensate for temperature variations?
A: The instrument features automatic and manual temperature compensation. It detects or permits input of sample temperatures between 0C and 100C, adjusting measurements for thermal effects to deliver precise results.