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Ion Exchange Teaching Equipment Industrial Training Equipment Lab Fluid Mechanics Equipment

Item No.: AFF256
AFF256 Ion Exchange Teaching Equipment Industrial Training Equipment Lab Fluid Mechanics Equipment
Description
AFF256 Ion Exchange Teaching Equipment Industrial Training Equipment Lab Fluid Mechanics Equipment

1. Product Introduction
1.1 Product Description
The Ion Exchange Teaching Experiment Device is a teaching device used to demonstrate the principles of ion exchange in water treatment. This device visually demonstrates the softening (removal of calcium and magnesium ions), dealkalization (removal of bicarbonate ions), and complete desalination (deep removal of cations and anions) processes of water using cation exchangers, anion exchangers, and their combinations. Simultaneously, the device supports chemical regeneration of depleted ion exchangers, fully presenting the working cycle of ion exchange technology. The device integrates functions such as flow regulation and real-time conductivity monitoring, making it suitable for principle teaching and experimental operation in higher education institutions and vocational training in fields such as chemical engineering and environmental engineering.
1.2 Product Features
Modular Process: Cation and anion exchange processes can be run independently or in series, flexibly demonstrating different water treatment objectives.
Visual Design: Transparent exchange column design allows direct observation of the ion exchanger state and liquid flow.
Real-time Monitoring: Integrated flow meter and handheld portable conductivity meter, enabling continuous monitoring and recording of changes in flow rate and water conductivity.
Integrated Supply: Equipped with a four-chamber liquid storage tank, it can simultaneously hold raw water, rinsing water, dilute hydrochloric acid, and sodium hydroxide, eliminating the need for an external water source; the experiment is self-contained.
Safe Teaching: The design fully considers teaching safety, clearly marking operational risk points and providing necessary personal protective equipment.
Complete Experiment Cycle: Includes not only ion exchange experiments but also exchange resin regeneration experiments, forming a complete learning loop
2. Technical Specifications
2.1 Basic Technical Parameters

Project

Parameter

Power Supply

Single-phase Three-wire AC 230V/50Hz

Ion Exchanger Form

Cation exchanger: H⁺ type; Anion exchanger: OH⁻ type

Regeneration Reagent Concentration

Dilute hydrochloric acid: 5%~10%; Sodium hydroxide: 2%~4%

2.2 Equipment External Parameters

Main unit dimensions

600mmX500mmX980mm

Storage tank dimensions

350mmX480mmX310mm

Collection tank dimensions

440mmX540mmX230mm

Total weight

≤55kg



3. Product Introduction
3.1 Main Body of the Product

NO.

Name

Qty.

1

Reversing valve assembly

1

2

Flow meter

1

3

Anion and cation filter tubes (exchange column)

2

4

Reservoir (collection tank)

1

5

Conductivity test tank

1

6

Liquid storage tank

1

7

Water pump

1

3.2 Product Accessories

NO.

Name

Qty.

1

Anion exchanger

1

2

Cation exchanger

1

3

flexible conduit

1

4

Plastic syringe

1

5

1m syringe tubing

1

6

300ml measuring cup

1

7

Hex wrench set

1

8

Stirring rod

1

9

Handheld portable conductivity meter

1

10

Conductivity meter spare probe

1

11

Conductivity meter protective cap

1

12

Hydrochloric acid solution (5%~10%)

1

13

Sodium hydroxide solution (2%~4%)

1

14

Rubber gloves

1

15

1000ml measuring cup

1

16

Goggles

1

17

Pipe hoop

2

4. List of Product Teaching Experiments
(1) Principle, Connection and Initial Water Quality Measurement of Conductivity Meter
(2) Start-up and System Initialization of Ion Exchange Experimental Device
(3) Safe Preparation of Experimental Reagents and Pretreatment of Ion Exchanger Filling
(4) Laboratory Safety Regulations and Standardized use of Personal Protective Equipment
(5) Experimental Study on Softening Hard Water by Cation Exchange
(6) Experimental Study on Removing Alkalinity from Water by Anion Exchange
(7) Experimental Study on Preparing High-Purity Water by Multi-Bed Ion Exchange
(8) Failure Criteria of Ion Exchangers and Chemical Regeneration Experiment