Experimental Set Up for Online Dissolved Oxygen

Experimental Set Up for Online Dissolved Oxygen

Overview – Online Dissolved Oxygen Measurement Trainer

The Experimental Set Up for Online Dissolved Oxygen is an advanced water analysis lab equipment designed to study and measure the concentration of dissolved oxygen (DO) in liquids. It helps learners understand the significance of oxygen content in various chemical, biological, and environmental processes.

This dissolved oxygen analyzer trainer is widely used in Engineering Colleges, ITIs, and Research Centers for experiments related to environmental engineering, water quality monitoring, and process control. It provides hands-on training on real-time measurement, calibration, and monitoring of dissolved oxygen levels using industrial-grade sensors and transmitters.

Product Description – Dissolved Oxygen Educational Setup

The online dissolved oxygen experimental setup consists of a DO probe, transmitter, and digital display unit connected through a sampling and circulation system. The trainer allows continuous measurement of oxygen concentration in water or other liquids and displays the results in mg/L (ppm) on a digital interface.

This dissolved oxygen measurement trainer helps students perform experiments such as oxygen saturation studies, calibration of DO sensors, and correlation between temperature and DO concentration. The apparatus can also be used to demonstrate aeration efficiency, biological activity, and process control in wastewater treatment systems.

The setup is designed for ease of use, accurate results, and long-term durability. The system is mounted on an MS powder-coated frame with a transparent reservoir and flow control arrangements, ensuring safe and convenient laboratory operation.

Key Features – Dissolved Oxygen Analyzer Trainer

  • Complete dissolved oxygen trainer kit for Engineering Colleges, ITIs, and Research Laboratories.
  • Real-time monitoring of dissolved oxygen concentration using an electronic DO probe.
  • Digital display for continuous data visualization and analysis.
  • Compact and durable setup with industrial-grade sensors and transmitter.
  • Enables calibration and verification of DO measuring instruments.
  • Supports study of temperature compensation and oxygen solubility relationships.
  • Suitable for research on water quality and environmental control processes.
  • Safe and user-friendly design ideal for continuous academic use.

Technical Specifications – Online Dissolved Oxygen Experimental Setup

Specification Details
Power Supply 230V AC, 50Hz
Measurement Range 0 to 20 mg/L (ppm)
Sensor Type Polarographic or optical DO probe
Display Unit Digital indicator or LCD display
Temperature Compensation Automatic (ATC) through temperature sensor
Sampling System Closed-loop water circulation with flow control
Data Output Optional digital or analog output for monitoring
Construction MS powder-coated frame with safety fittings
Safety Features Overload and overvoltage protection

Applications – Online Dissolved Oxygen Demonstration Unit

  • Measurement and analysis of dissolved oxygen concentration in water samples.
  • Study of oxygen solubility and its dependence on temperature and pressure.
  • Experiments on aeration efficiency and biological activity in treatment systems.
  • Training for students in environmental, chemical, and biotechnology engineering.
  • Practical use in Engineering Colleges, ITIs, and Research Laboratories.
  • Demonstration of DO measurement principles and calibration techniques.
  • Real-time monitoring of DO variations in controlled lab environments.

Why Choose Our Dissolved Oxygen Measurement Trainer?

Our Online Dissolved Oxygen Experimental Setup is engineered to meet modern academic and industrial training standards. It provides accurate, real-time analysis and ensures a thorough understanding of oxygen transfer and monitoring principles.

With a focus on durability, accuracy, and user safety, this trainer is ideal for Engineering Colleges, ITIs, and Research Institutions aiming to enhance their environmental and process control laboratories. It bridges the gap between classroom learning and real-world water analysis systems, preparing students for industrial applications and research work.