VIQUA UV Max PRO30 NSF 55 Certified Professional UV Water Sterilizers with LightWise Lamp Dimming Technology
Validated with NSF 55 Class A, the VIQUA UV Max PRO 30 offers outstanding UV disinfection performance for commercial applications. Rated for flow rates up to 30 gpm (115 lpm) at 40 mJ/cm². VIQUA’s NSF 55 Class A Professional systems feature flow meter technology for accurate real-time UV dose measurement and reporting, together with a completely redesigned UV sensor for vastly improved reliability.
LightWise Lamp Dimming Technology: Dims the lamp under no flow conditions. Benefits include:
Ease of Maintenance: Up to 60% less maintenance
Reduced internal chamber temperature resulting in decreased sleeve fouling
Benefits of VIQUA UV Max PRO 30 Professional Commercial Ultraviolet Systems:
Chemical Free, Economical, and Energy Efficient. Addresses broader range of pathogens than chlorine. (Some protozoa like Cyrptosporidium and Giardia are resistant to chlorination.)
Ease of Maintenance: Use the diagnostic system display to troubleshoot, should a problem arise
High-performance amalgam UV lamp, reduces maintenance requirements by lasting up to 2 years replacement
Powerful/Space Saving: Revolutionary Amalgam lamp provides 4x the output of standard output lamps, giving you compact single-lamp systems that are half the size of their predecessors
Convenient: Features countdown timer with digital display and audible lamp change reminder for ease of maintenance
Cool-Touch fan technology helps reduce the temperature within the chamber to prevent overheating
Solenoid Valve – which will stop the flow of water through the chamber should the UV performance fall below a safe level
Application: Perfect for a wide range of large homes or light commercial applications including, small businesses, hospitals, dentist offices, etc.
Features of UV Max PRO30 UV System:
NSF 55 Class A Certified for Disinfection Performance
Flow meter & UV sensor for real-time UV dose measurement & reporting
LightWise™ technology to lower lamp power during no flow periods to extend lamp life, reduce sleeve fouling, and lower energy consumption.
Cool Touch Fan
Sensor reading output (4-20mA) available with cable: 260134 (sold separately)
Visual lamp change count down timer & audible replacement reminder
Audible lamp failure indicator alarm
Visual “Power On” LED
Dynamic flow restrictor to ensure UV dose of 40 mJ/cm²
Inlet solenoid valve
Operating pressure: 15 -100 psi (1-6.89 bar)
Ambient air temperature: 32-104°F (0-40°C)
Influent water temperature: 34-113°F (1-45°C)
Installation Orientation: Vertical Only
Benefits of UV Disinfection Water Treatment
99.99% destruction of bacteria, virus & protozoan cysts (Giardia Lamblia & Cryptosporidium) at rated flow
Chemical-free
Easy to install and service
Economical and energy efficient
Specifications for Viqua PRO30
UV Max Model:
PRO30
Viqua Part Number:
650659
Flow Rate:
30 GPM (113 LPM) at NSF/EPA 40 mJ/cm2
Certification:
NSF/ANSI 55 for Disinfection Performance, Class A
Voltage:
100-240v/50-60Hz
Power Consumption:
230W
Connection:
1-¼" MNPT/ 1" FNTP Combo
Dimensions:
4" Dia x 41" L (10cm x 103cm)
Max. Operating Pressure:
125 psi (8.62 bar)
Ambient Water Temperature:
36-104ºF (2-40°C)
Chamber Material:
316L SS
Installation:
Vertical Only
What Size of UV System Do I Need?
Choose a UV System with a recommended flow that meets or exceeds your peak flow rate. When in doubt, always choose the next size up.
Typical Installation of VIQUA UV Max PRO30 Whole-House Ultraviolet Water Treatment System. Vertical Installation is Mandantory
About Viqua LightWise Technology
VIQUA’s new LightWise™ technology allows the system’s electronic controller to automatically reduce lamp power during periods of no water flow, reducing the rate of sleeve fouling by up to 60%, and providing estimated energy savings of 30% compared to standard PRO systems. By adjusting the lamp power, water temperature is maintained below 40˚C (104˚F), and the rate of sleeve fouling is consequently reduced by as much as 60%. This can more than double the amount of time between cleanings in the sleeve cleaning maintenance cycle.
Sleeve Fouling
In many situations, the most common problem affecting ultraviolet (UV) water disinfection is the fouling of the quartz sleeve which surrounds the UV lamp. The rate of sleeve fouling is influenced by water temperature, water flow, and water quality – specifically the concentrations of calcium, magnesium, and iron in the water, which are the most common constituents that lead to sleeve fouling. Under no-flow conditions through the UV chamber, the water temperature increases, which causes an accelerated rate of calcium, magnesium, and iron deposits precipitating onto the quartz sleeve. This decreases the level of UV transmittance and eventually requires the sleeve to be cleaned. While actual water usage may vary significantly in a 24-hour period, conditions of no water flow typically account for as much as 60% of the day. During this time, the UV lamp heats the water, resulting in water temperatures as high as 55˚C (131˚F) in the chamber and significantly increasing the rate of sleeve fouling.
Viqua's Solution
VIQUA’s new LightWise technology allows the controller to reduce lamp power during periods of no water flow, leading to estimated energy savings of 30%. By adjusting the lamp power, water temperature is maintained below 40˚C (104˚F), and the rate of sleeve fouling is consequently reduced by as much as 60%. This can more than double the amount of time between sleeve cleaning cycles.
Benefits of LightWise Technology in Ultraviolet Water Treatment
Lower maintenance (Up to 60% less maintenance)
Decrease conditions that contribute to fouling and corresponding maintenance
Increase time period between required maintenance
Eliminates the need for a complicated mechanical sleeve cleaning system
Lower energy consumption
Estimated energy savings of 30% (A typical two unit installation uses 1400 kW/yr)
Lower Operating Temperature
Water temperature is maintained below 40˚C (104˚F) in no-flow conditions
Eliminates the need for hot water purging in no-flow conditions
Buy Now & Ship Today
Stock orders placed by 3:00 PM PT on a business day are shipped the same day.
VIQUA’s new LightWise™ technology allows the system’s electronic controller to automatically reduce lamp power during periods of no water flow, reducing the rate of sleeve fouling by up to 60%, and providing estimated energy savings of 30% compared to standard PRO systems. By adjusting the lamp power, water temperature is maintained below 40˚C (104˚F), and the rate of sleeve fouling is consequently reduced by as much as 60%. This can more than double the amount of time between cleanings in the sleeve cleaning maintenance cycle.
In many situations, the most common problem affecting ultraviolet (UV) water disinfection is the fouling of the quartz sleeve which surrounds the UV lamp. The rate of sleeve fouling is influenced by water temperature, water flow, and water quality – specifically the concentrations of calcium, magnesium, and iron in the water, which are the most common constituents that lead to sleeve fouling. Under no-flow conditions through the UV chamber, the water temperature increases, which causes an accelerated rate of calcium, magnesium, and iron deposits precipitating onto the quartz sleeve. This decreases the level of UV transmittance and eventually requires the sleeve to be cleaned. While actual water usage may vary significantly in a 24-hour period, conditions of no water flow typically account for as much as 60% of the day. During this time, the UV lamp heats the water, resulting in water temperatures as high as 55˚C (131˚F) in the chamber and significantly increasing the rate of sleeve fouling.
