Water Purifier LBN-WP181 offers 400 GPD production capacity ensuring reliable supply of clean water. It features large flux RO reverse osmosis system for efficient purification. Integrated with a filter element life reminder, it displays three colours to indicate replacement needs. Designed with three-in-one compound filter, providing high efficiency pollutant removal and odour absorption. Our Water Purifier system is ideal for general laboratories, molecular biology, life science and more.
| Water Production Capacity | 400 GPD |
| Total Purified Water Quantity | 5000L |
| Purified Water Flow | ≥1L |
| Inlet Water Pressure | 0.1 to 0.4 MPa |
| Operating Pressure of RO Membrane | 0.4 to 0.8MPa |
| Operating Ambient Temperature | 4℃ to 40℃ |
| Applicable Water Temperature | 5℃ to 38℃ |
| Applicable Water Quality | Municipal Tap Water |
| Power Supply | 110 V to 240 V |
| Power Consumption | 64 W |
| Dimensions | φ240×395mm |
| Net Weight | 7.84 kg |
| Gross Weight | 9.65 kg |
Water Purifier LBN-WP181 is essential for applications in general laboratories, molecular biology, life science, and analytical applications, including HPLC, DNA sequencing, TOC testing, ion chromatography, water quality testing, and pharmaceutical analysis.
Water Purifier LBN-WP181 is essential for applications in general laboratories, molecular biology, life science, and analytical applications, including HPLC, DNA sequencing, TOC testing, ion chromatography, water quality testing, and pharmaceutical analysis.
Most Frequently Asked Questions
1. What are Water Purifiers used for?
Ans. Water Purifiers are used to produce high-quality RO and ultra-pure water for laboratory, healthcare, and industrial applications.
2. How do Water Purifiers ensure water purity?
Ans. Water Purifiers use multi-stage filtration systems to effectively remove impurities, contaminants, and pathogens.
3. What monitoring features are included in Water Purifiers?
Ans. Water Purifiers feature smart monitoring systems to ensure consistent performance and operational efficiency.
4. How do Water Purifiers support cost-efficient operation?
Ans. Water Purifiers reduce operational costs through efficient multi-stage filtration and optimized system performance.
5. How do Water Purifiers improve overall water quality?
Ans. Water Purifiers are designed to enhance water quality through flexible system configurations and reliable purification processes.
6. Where are Water Purifiers commonly used?
Ans. Water Purifiers are commonly used in laboratories, healthcare facilities, and industrial environments requiring purified water.
Water Purifier LBN-WP181 offers 400 GPD production capacity ensuring reliable supply of clean water. It features large flux RO reverse osmosis system for efficient purification. Integrated with a filter element life reminder, it displays three colours to indicate replacement needs. Designed with three-in-one compound filter, providing high efficiency pollutant removal and odour absorption. Our Water Purifier system is ideal for general laboratories, molecular biology, life science and more.
