UV System

Q: How does the UV System achieve such high disinfection efficiency?

A: The system employs a UV-C lamp with a 254 nm wavelength, which effectively disrupts the DNA of bacteria, viruses, and other microorganisms. This ensures 99.99% disinfection efficiency, making your water safe for consumption and industrial use.

Q: What is the recommended maintenance process for this UV System?

A: This UV System is designed for low maintenance, thanks to its sanitary welds and easy-to-clean components. Regularly check the digital control panel for lamp life alerts, clean the quartz sleeve as needed, and replace the UV lamp after approximately 9000 hours of operation.

Q: When should I consider replacing the UV lamp?

A: The UV lamp should be replaced when the system indicates it has reached the end of its lifespan, typically up to 9000 hours. The digital control panel will provide an alarm to notify you when it's time for a new lamp to maintain optimal disinfection performance.

Q: Where can this UV System be installed?

A: This system supports both skid and floor-mounted installations and is suitable for a variety of environments including drinking water facilities, industrial processes, laboratories, and hospitals. Its robust design ensures reliable operation across various applications.

Q: What types of water sources is this system compatible with?

A: It is specifically designed for groundwater and can handle water in conductivity below 2000 S/cm, with output water purity levels below 2 S/cm. The system effectively treats water for applications requiring high purity.

Q: How does the automatic shutdown feature enhance user safety?

A: The automatic shutdown mechanism safeguards users by switching off the system in the event of an overload, protecting both the equipment and operators. This ensures safe and reliable long-term use of the UV system.

Q: What are the benefits of the integrated filtration setup?

A: The UV System combines sediment, activated carbon, and UV filtration, ensuring removal of physical particles, organic contaminants, and pathogens. This multilayer purification approach enhances water quality and safety for a wide range of uses.