UV-C LED DISINFECTION EQUIPMENT Products

Specifications:

• Power supply: 230V AC 50Hz Maximum power consumption:
• The size and number of modules to be installed depends on the size of the air duct, which determines the power consumption.
• The UV-C LED has a useful life of 10,000 hours.
• UV-C-LED Wavelength: 265sqm
• Dimensions: The air duct is manufactured based on the size of the air duct

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Operation:

The ILST-UV-C-LED air disinfector performs air sterilization in a similar way to classic UV-C air disinfectors, using state-of-the-art UV-C-LED technology.

UV-C light with a wavelength of 265 nm destroys the DNA structure of microorganisms (virus, fungus, bacteria). Different doses of action are required to kill different organisms.

The 265nm wavelength is the most suitable for destroying the DNA structure. UV-C dose depends on the time of irradiation and the intensity of the irradiation, unit µJ / cm2 (J / m2). Efficacy can be determined by the dose that the device is able to deliver per unit time. Dose escalation can be achieved by increasing the exposure time. Air disinfection equipment is sized for air ducts of the size specified by the customer, as the size of the air duct and the air delivery capacity determine the amount of irradiation time required to deliver the required dose.

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Doses required to kill different viruses
MERS-CoV	2019-nCoV	SARS-CoV
UV disinfectant dose Log1(90%) =21J/m2 Log2(99%) =42J/m2 Log3(99,9%) =63J/m2 Log4(99,99%) =84J/m2	UV disinfectant dose Log1(90%) =21J/m2 Log2(99%) =42J/m2 Log3(99,9%) =63J/m2 Log4(99,99%) =84J/m2	UV disinfectant dose Log1(90%) =21J/m2 Log2(99%) =42J/m2 Log3(99,9%) =63J/m2 Log4(99,99%) =84J/m2
Ebola-virus	Influenza The H7N9 subtype of the virus	Influenza The H7N9 subtype of the virus
UV disinfectant dose Log1(90%) =55J/m2 Log2(99%) =110J/m2 Log3(99,9%) =165J/m2 Log4(99,99%) =220J/m2	UV disinfectant dose Log1(90%) =34J/m2 Log2(99%) =68J/m2 Log3(99,9%) =102J/m2 Log4(99,99%) =136J/m2	UV disinfectant dose Log1(90%) =34J/m2 Log2(99%) =68J/m2 Log3(99,9%) =102J/m2 Log4(99,99%) =136J/m2

 

 

Like all light sources, their intensity gradually decreases over their lifetime, including UV-C LEDs. At 10,000 hours of operation, the sterilization efficiency of the UV-C LED is reduced to 85%. After 10,000 hours of operation, the light sources need to be replaced to maximize sterilization efficiency. 

Based on the international recommendation of IUVA (IUVA Guideline GO1A-2005), air treatment with the generally expected degree of sterilization, classifies air disinfection equipment according to the radiation dose. Air handling units must have a minimum URV rating of 14.

The devices developed by our company belong to a minimum URV grade of 17, sized for the cross-sectional size of the air duct and the maximum air flow capacity of the air handler. * URV = Ultraviolet Germicidal Irradiation Rating Values

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Advantages:

• Ozone production during operation 0%
• Quick, easy installation
• Turning it on / off multiple times a day does not affect its life
• State-of-the-art UV-C LED technology (Mercury-based fluorescent lamps will soon be phased out worldwide)
• Prior to on-site commissioning, it is not necessary to disassemble, dismantle or replace a certain section of the already installed air duct, only to stop the operation of the air duct during commissioning
• Because it is a closed system, UV-C radiation does not endanger those nearby
• Easy maintenance
• With a unique design, sized for any air duct cross-section and air flow capacity, we can implement UV-C LED air disinfection
• Thanks to the built-in control after commissioning, no specialist is required for its operation
• Possible troubleshooting takes a short time due to the modular design of the device
• The modules are mounted on an easy-to-move rail system, so the repair means a simple module replacement
• The modules are housed in a rail system, the repair is a simple module replacement
• Hour count, user-friendly display
• Operation or fault indication module
• ILST development. 

 

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Areas of application:

• Hospitals, pharmaceutical factories
• Educational institutions, health care institutions
• Plants, industrial halls
• Food factories
• Commercial centers, office buildings
• Residential buildings
• Sports centers, fitness and fitness rooms
• Shopping centers