LCX-5T EDI Module 0.4-0.6m³/h Ultra-pure Water Equipment, Direct Replacement for IONPURE IP-LXM04Z-5

As a core model in the LCX industrial EDI series, the LCX-5T is designed for small to medium flow scenarios and serves as a direct replacement for the IONPURE IP-LXM04Z-5, delivering 0.4-0.6m³/h of high-purity water. LCX-5T can replace IP-LXM04Z-5, with its standout features as follows:

• Continuous Electrodeionization Performance: Like the replaced IP-LXM04Z-5, it produces ultra-pure water with a resistivity of ≥15MΩ·CM without acid-base regeneration, reducing operational costs and waste generation.

• Space-Saving Design: Its compact dimensions (605×315×270mm) match the installation specifications of the IP-LXM04Z-5, ensuring seamless replacement. The standardized structure facilitates easy installation, making it ideal for industrial spaces with limited room.

• Cost-Efficient Operation: It features low power consumption (1.2KW/H) and a water recovery rate of 85-95%; concentrated water can be reused, minimizing waste to the greatest extent and offering better economic efficiency compared to the traditional operation of the IP-LXM04Z-5.

• Easy Maintenance: It supports single-module maintenance through flow redistribution, consistent with the maintenance mode of the IP-LXM04Z-5, ensuring minimal downtime for the EDI system.

Parameter Comparison Table (LCX-5T vs. IP-LXM04Z-5)

1. Core Performance Parameters

2. Physical and Weight Parameters

3. Interface and Water Quality Requirement Parameters

Practical Application Case (Comparison of Replacement Gaps)

A small chemical plant previously used the IONPURE IP-LXM04Z-5 for reagent purification, with the following issues:

1. Operational Stability: The product water resistivity of the IP-LXM04Z-5 fluctuated significantly with flow rate (7-17MW-cm), resulting in a 8% non-conformity rate for some high-purity reagent batches;

2. Maintenance Cost: Acid-base regeneration was required twice a month, with procurement and wastewater treatment costs of approximately 1,200 yuan, and each regeneration required a 4-hour shutdown;

3. Installation Adaptability: Due to the unclear height parameters of the equipment, an additional 3 days were spent adjusting the pipelines during initial installation.

After switching to the LCX-5T, the replacement advantages were significant:

1. Performance Stability: The product water resistivity stabilized at 17-18MΩ·CM, fully meeting the reagent purity requirements, and the product qualification rate increased to 99.5% (an increase of 12% compared to before);

2. Cost Reduction: No acid-base regeneration was needed, saving 1,200 yuan per month in consumables and treatment costs, and reducing maintenance expenses by 28%;

3. Installation Efficiency: Thanks to the clear 3D dimensions and positioning parameters, the replacement was completed in only 3 hours without affecting the production schedule;

4. Energy Efficiency Advantage: The fixed power of 1.2KW/H was approximately 15% lower than the average operating power of the IP-LXM04Z-5, saving about 800 kWh of electricity annually.

How LCX-5T Works

It adopts advanced electrodeionization technology consistent with the IP-LXM04Z-5, with the process as follows:

1. Mixed ion exchange resins adsorb cations and anions in water;

2. Direct current drives ions to migrate directionally through dedicated cation and anion exchange membranes;

3. Ultra-pure water is produced in the fresh water chamber, and concentrated water can be directly reused to achieve efficient desalination.

Ideal Applications

Perfectly suitable for scenarios originally using the IP-LXM04Z-5:

• Precision cleaning of electronic components

• Small-scale chemical reagent purification

• Preparation of vehicle urea solution

• Laboratory pilot production lines

• Cleaning processes for photovoltaic modules

Why Choose LCX-5T to Replace IP-LXM04Z-5?

Compared to the IP-LXM04Z-5, the core advantages of the LCX-5T lie in:

1. More Stable Performance: The fixed operating current reduces fluctuations, resulting in higher consistency of product water quality;

2. More Transparent Parameters: Key parameters such as power and dimensions are fully specified, facilitating system integration;

3. Easier Operation and Maintenance: No need for acid-base regeneration, reducing labor and environmental protection costs;

4. Stronger Adaptability: Clear installation and positioning parameters ensure seamless replacement.

Choosing the LCX-5T can not only maintain the core functions of the IP-LXM04Z-5 but also solve its pain points of large operational fluctuations and complex maintenance, making it a cost-effective choice for upgrading small to medium ultra-pure water systems.

Contact Information
Website: https://www.fgwater.com
Email: [email protected]
Tel: +86-13646187144

For more alternative models other than the replacement for IP-LXM04Z-5, please click: 

https://www.fgwater.com/Suze-EDI-stacks/582.html