Name: Ionpure CEDI LX-Z IP-LXM18Z-5 Industrial EDI Module for Ultrapure Water
Brand: Wuxi Fenigal Science & Technology Co., Ltd.
SKU: IP-LXM18Z-5
Price: 4,899.20 USD
Availability: InStock

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Dom Produkty Moduły EDI

Ionpure CEDI LX-Z IP-LXM18Z-5 Industrial EDI Module for Ultrapure Water

Szczegóły Produktu:

Place of Origin:	China
Nazwa handlowa:	IONPURE
Orzecznictwo:	CE
Model Number:	IP-LXM18Z-5
Dokument:	fgwater-ionpure-lxz-ds.pdf

Zapłata:

Minimum Order Quantity:	1 pc
Cena:	Negocjowalne
Packaging Details:	standard export packing
Delivery Time:	5- 8 work days
Zasady płatności:	T/T, Western Union
Supply Ability:	60000 Units per Month

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Szczegółowy opis produktu

18Z-5 Minimum Flow Rate m3/hr (gpm):	1.02 (4.5)	18Z-5 Design Flow Rate m3/hr (gpm):	2.0-3.1 (9.0-13.5)
18Z-5 Shipping Weight kg (lbs)**:	99 (217)	18Z-5 Operating Weight kg (lbs):	74 (163)
18z-5 Recovery:	90–95%	Stack Advantages:	Wide Range Of Flow,Low Operating Costs,Super Strong Electrical Insulation
Stack DC Voltage:	0–400	Stack DC Amperage:	1.0–6.0
Application:	Industrial Applications
Podkreślić:	Industrial EDI module for ultrapure water , Ionpure CEDI LX-Z EDI module , EDI module with IP-LXM18Z-5 model

Ionpure CEDI LX-Z IP-LXM18Z-5 High-Flow, Chemical-Free For Ultrapure Water Production

Product Overview

The Ionpure CEDI LX-Z IP-LXM18Z-5 is an industrial-grade electrodeionization module engineered to deliver ultrapure water with resistivity up to seventeen megohm-centimeters without chemical regeneration. Utilizing Ionpure's patented continuous electro-deionization (CEDI) technology, it replaces conventional mixed-bed ion exchange systems, offering zero chemical consumption, minimal operational costs, and uninterrupted twenty-four-hour operation for critical industrial processes.

Key Features

Chemical-Free Operation: Eliminates acid/alkali consumption and neutralization systems, reducing hazardous waste and operational costs by over sixty percent compared to traditional ion exchange.
High-Efficiency Performance: Ninety to ninety-five percent recovery rate minimizes wastewater generation. Silica removal efficiency: ninety to ninety-nine percent (dependent on feed conditions).
Robust Engineering: Dual O-ring seals guarantee leak-free operation at pressures up to seven bar (one hundred psi). Enhanced electrical insulation prevents current leakage.
Plug-and-Play Integration: Pre-installed junction box and standardized CPVC spacers enable rapid deployment in new or retrofit systems.

Technical Specifications

Attribute	Value
Minimum Flow Rate (m3/hr/gpm)	1.02 (4.5)
Design Flow Rate (m3/hr/gpm)	2.0-3.1 (9.0-13.5)
Shipping Weight (kg/lbs)	99 (217)
Operating Weight (kg/lbs)	74 (163)
Recovery Rate	90–95%
Stack DC Voltage	0–400
Stack DC Amperage	1.0–6.0
Primary Application	Industrial Processes

Quality Assurance

CE mark certified, each module undergoes strict factory testing to meet industry standards. Manufactured in compliance with ISO 9001 and ISO 14000 quality and environmental management systems.

Operating Environment

For optimal performance, install indoors away from direct sunlight. Ambient temperature should not exceed 113°F (45°C) to ensure stable operation and extend service life.

Performance Data

Parameter	Value
Product Water Resistivity	Minimum Flow > 17 MW-cm* Maximum Flow > 7 MW-cm*
Silica (SiO2) Removal	90-99% (feed dependent)

*Actual performance can be estimated using the IP-Pro prediction tool. Data based on testing at maximum inlet water conductivity (40 μS/cm).

Feed Water Requirements

Parameter	Specification
Conductivity	< 40 μS/cm
Source	RO permeate
Temperature	5-45˚C (41-113˚F)
Total Chlorine	< 0.05 ppm
Iron/Manganese	< 0.01 ppm
Total Hardness	< 1.0 ppm

Physical Dimensions

Model	Length (mm/in)	Width (mm/in)
LXM18Z	488.2 mm (19.22")	353.8 mm (13.93")

Industry Applications

Successfully implemented in power generation, petroleum refining, chemical processing, steel production, pharmaceuticals, and electronics manufacturing.