6262/9, 6262/26, Idgah Road, Ambala Cantt 133001. India.

Awaiting product image

Ion Exchange Demonstration Unit

Ion Exchange Demonstration Unit is a self-contained benchtop unit, which incorporates two vertical transparent tubes mounted on a panel. The tubes contain the respective cation and anion resins. A manifold arrangement allows the flow configuration to be changed. A rotameter, connecting hoses, a separate sump tank with suction pipe and pump for regenerant, test water or wash solutions complete the set-up. A conductivity meter connected to the outlet of the second ion exchange tube gives a continuous indication of the progress of demineralisation. The unit has been designed to demonstrate the use of ion-exchange resins for either continuous water softening or demineralisation.

SKU: 5b5eb788ae47 Category:
Request a Quote

Ion Exchange Demonstration Unit

Interlabs presents Ion Exchange Demonstration Unit, listed under our Process Control Eengineering range. This product page brings together the available product information to help laboratories, educational institutions, engineering departments and procurement teams assess its relevance.

Product Overview

Ion Exchange Demonstration Unit is a self-contained benchtop unit, which incorporates two vertical transparent tubes mounted on a panel. The tubes contain the respective cation and anion resins. A manifold arrangement allows the flow configuration to be changed. A rotameter, connecting hoses, a separate sump tank with suction pipe and pump for regenerant, test water or wash solutions complete the set-up. A conductivity meter connected to the outlet of the second ion exchange tube gives a continuous indication of the progress of demineralisation. The unit has been designed to demonstrate the use of ion-exchange resins for either continuous water softening or demineralisation.

Key Information and Features

The details below are based on the supplied product description. Please confirm the final configuration, included accessories, materials, dimensions and operating requirements with Interlabs before placing an order.

Applications and Use

Ion Exchange Demonstration Unit is listed in the Process Control Eengineering category. Its intended use should be assessed against the experiments, demonstrations, training activities or operational requirements described in the product information. Contact Interlabs if you need help matching the product to a particular application.

Selection and Enquiry Guidance

When evaluating this product, share your application, required configuration, quantity and any institutional or project requirements. Interlabs can help clarify available options and confirm the product details relevant to your enquiry.

Frequently Asked Questions

What category does this product belong to?

This product is listed under Process Control Eengineering.

Where can I get confirmed specifications?

Contact Interlabs with the product name and your requirements to confirm current specifications, configuration and included components.

Can I request product or bulk enquiry support?

Yes. Share the required quantity, application and delivery location with Interlabs for enquiry assistance.

Contact Interlabs

For product details, technical clarification, configuration questions or a quotation, contact Interlabs and mention Ion Exchange Demonstration Unit.

Related products

  • Placeholder
    Process Control Eengineering

    Training System Level Control

    This compact teaching / training unit offers every opportunity to learn the fundamentals of process control through experimentation on a level control system. The experimentation set-up is mounted in a solid housing which also accommodates all the electronics. The transparent process tank is fed from the storage tank with the aid of a speed-controlled pump. The liquid level is measured using a pressure transducer. The transducer output signal is sent to the software controller. The controller’s output signal influences the speed of the pump motor and therefore delivery flow rate. To investigate the influence of disturbance variables, an electromagnetic proportional valve in the tank outlet can be activated by the software. The powerful state-of-the-art software is an integral part of the training system, embodying the principle of hardware/software integration (HSI). It enables the experiments to be conducted and evaluated in a user-friendly manner. The software has network capability. The link between the training system and the PC is made via a USB port. The clearly structured instructional material sets out the technological fundamentals and provides a step-by-step guide through the experiments.

  • Placeholder
    Process Control Eengineering

    Nutsche Pressure Filter

    Nutsche Filters are used for discontinuous cake filtration of suspensions with high solid concentrations. The suspension production unit produces a suspension of diatomite and water and delivers it from above into the Nutsche Filter. In the bottom flange of the Nutsche Filter is a recessed sieve base with a filter cloth. A growing filter cake accumulates on the filter cloth made from the separated solid material. The applied pressure in the top section of the Nutsche Filter pushes the filtrate through the filter cake and the filter cloth. It is collected in the bottom section of the tank. After filtering, the filter cake obtained is washed with a washing liquid (water) and is then dried by an air stream.

  • Placeholder
    Process Control Eengineering

    Test Stand for Control Valves

    Control valves are an essential part of process and chemical engineering. The connection between controller and plant is realised with control valves as actuators. Control valves are usually used to regulate flows of gases or liquids. Optimum control loop design depends on a sound knowledge of control valve behaviour as well as a knowledge of the controlled system’s response. This mobile test stand allows to investigate and study control valves of different types. For this purpose the valve is installed in a closed water circuit with a pressure pump and a supply tank. Flow rate and pressure drop across the valve are measured. The trigger signal is generated by potentiometers and indicated on a display. Electrically operated motor valves can be investigated as well as pneumatic control valves. A data acquisition system can be used to record and evaluate characteristics and step responses on a PC.

  • Placeholder
    Process Control Eengineering

    Training System Position Control

    This compact teaching / training unit offers every opportunity to learn the fundamentals of process control through experimentation on a linear position control system. The experimentation set-up is mounted on a solid housing which accommodates all the electronics. A transparent protective cover permits safe observation of the experiments. A carriage can be moved by a DC motor via a toothed belt. The linear positioning is measured by a rotary encoder and delivered as a voltage signal. The output signal from the transducer is sent to the software controller. The output signal from the controller influences the motor current. The motor is automatically shut down if the carriage reaches one of the two end positions. The powerful state-of-the-art software is an integral part of the training system, embodying the principle of hardware/software integration (HSI). It enables the experiments to be conducted and evaluated in a user-friendly manner. The software has network capability. The link between the training system and the PC is made via a USB port. Clearly structured and comprehensive instructional material sets out the fundamentals and provides a step-by-step guide through the experiments.

Scroll to Top