Online Analyzer of pH, ORP and EC
The MX1 Device is One of the Real-Time and Continuous Measurement Devices of this Company, which, while Being Small and Light, Has All the Necessary Facilities for a Stable and Easy-to-Use Controller.
This Device is an Optimal Controller for Industrial Purposes, which can be Connected to All Kinds of pH/ORP, EC and Temperature Electrodes. This Analyzer has the Ability to Measure and Display One or Two Parameters Such as Insulation Output (4~20 mA) and Alarm Output Terminal (2 Circuit Change Over), It Has the Ability to Send pH/ORP, EC and Temperature Measurement Results.
This Device Has a Graphic Screen Suitable for Industrial Spaces and Also Has a High-Precision Analog-to-Digital Converter, which is Able to Read pH/ORP, EC and Temperature Parameters with Appropriate Accuracy and Repeatability.
The Dimensions of cm (Height) 9* (Width) 5* (Length) 10 and the Use of Electronic Parts from the Most Famous and Most Reliable Brands in the World Have Turned it into a Completely Industrial and Light Device.
Isolated Analog Output
The Device Has an Analog Current Output of 4-20 mA with Isolated Input and Output Terminals, which Provides the Ability to Connect to any External Device. This Output is Based on Optical Electronic Isolation Technology and Provides the Possibility of Sending Results to Long Distances with Minimal Noise.
This Type of Transmitter is Very Small and Light and is Used for a Wide Range of Needs from Drinking Water and Industrial Water Production Processes to Wastewater Treatment Industry.
Free Power Source
The Power Supply of this Type of Device Can be DC with Voltages of 12 and 24 or Periodically with Voltage of 100~240VAC and 50/60Hz.
By Adding a Variety of Temperature Sensors, you will be Able to Measure the Temperature of the Sample or Even the Environment.
Perform More Than One Point Calibration
Performing a Multi-Point Calibration Allows you to Achieve more Accurate Results over a Wider Measurement Range
The Alarms in the System or the Departure of the Values from the Defined Upper and Lower Limits Are Announced on the Screen as a Free Voltage Connection Output to Be Used in Control or Automation Systems.
Automatic and Manual Temperature Compensation
Due to the Dependence of pH Value on Temperature, Very Accurate Temperature Compensation is Possible in a Wider Temperature Range Than the Analog Method.