PIS Conductivity Meter

PIS Conductivity Meter

Accurate Measurements for Pure Results. Precision in Every Drop for a Better Tomorrow.

PIS Conductivity Meter is designed for accuracy and ease of use, ensuring reliable results with an intuitive touchscreen interface and advanced data management features. With secure calibration tracking and compliance with industry standards, it is the ideal choice for laboratories seeking precision and efficiency.

Our goal is to deliver reliable instruments that provide accurate results, easy operation, 21 CFR compliance, and trusted technology for modern laboratories.

Salient Features

Engineered with a sleek moulded cabinet, 5" color high-resolution display touch screen interface, simultaneous measurement of conductivity and temperature, and robust data management features.

  • Sleek moulded cabinet with 5" Colour high resolution display touch screen interface & user interactive software.
  • Advanced micro controller based user-friendly state-of-the-art design.
  • Conductivity meter complies with USP and DIN standards.
  • Simultaneous measurement of conductivity and temperature.
  • Password protection for calibration data and stored readings.
  • Calibration data with date stamp for authentication. Facility to view the calibration data.
  • Calibration reminder.
  • Alphanumeric entries of sample name, identification number for authentication.
  • Inbuilt stability indicator for reproducible results.
  • 3 different reading lock – Auto, Manual & User defined.
  • Factory entered customer name and serial number on report printouts for authentication.
  • Combined pH and conductivity instrument is optional.
  • PC based data capturing facility using EDC 21 software.
  • Customizable report file.
  • Preview reading result data before printing.
  • Data backup & restore facility available.
  • Error indication on display helps troubleshooting.
  • Daily auto incremented reading number.
  • Practically unlimited storage of test readings with date and time stamp.
  • User selectable temperature coefficient for automatic temperature compensation, through special TEMPCO function.
  • Automatic evaluation of cell constant with standard solution.
  • Automatic range selection for faster measurement from 0.01µS to 199.9 mS with conductivity cells having constants 0.1, 1.0 and 10 K.



Specifications


Control 32 Bit Micro Controller based
Display 5" capacitive touch screen
Conductivity * Measuring Range Auto ranging 0.01uS/cm to 199.9 mS/cm. (Depending on the cell used 0.1/1.0/10 K)
Resolution 0.01
Accuracy 0.5%
Measurement Modes Conductivity, TDS and Salinity Temperature
Temperature Range 0 to 125°C
Resolution 0.1°C
Relative accuracy ± 0.1°C
Sensor Digital Temperature Sensor
Temp. compensation Automatic/Manual
Input 2 – Banana socket for conductivity electrode, Digital Temperature Sensor
Printer connectivity Centronics parallel port for Dot matrix / Desk jet
Serial Interface RS-232C for PC connectivity for data download
Report Storage Practically Unlimited
Report format a) Calibration report b) Report of all selected Conductivity, TDS and Salinity readings
Power Requirement 9VDC 1A ±0.1V
Environmental Operating Conditions a) Operation: Indoor b) Temperature: Ambient to 45°C
c) Relative humidity: 20 to 80% non-condensing. d) Altitude: Upto 2000m
Dimensions (Approx.) 244 x 160 x 105mm (W x D x H)
Weight (Approx.) 1 kg


Why Choose Phoenix India Solutions?

  • High quality, robust and reliable instruments
  • Complies with global pharmacopoeial standards
  • Ideal for R&D, QC and production environments
  • User friendly operation with advanced software
  • Excellent after-sales support
  • Trusted partner for pharmaceutical & laboratory solutions

Applications

Pharmaceutical Industry

Conductivity testing and pharmaceutical water quality control.

Chemical & Process Industry

Process monitoring and chemical solution analysis.

Research & Academic Institutions

Advanced laboratory experiments and scientific research.

Quality Control Laboratories

Routine industrial quality control testing.