UVC Air Purification Device for Infection Control Designed, Developed, and Designed for Infection Prevention
The most efficient and safe infection control measure for uniformly purifying spaces: UVC air sterilization device. Inactivates airborne bacteria in "less than 1.0 second." Purifies a room of about 20 tatami mats (100㎥) in approximately 30 minutes. The "sterilizing power of UVC light source" adopted by eLENA. When UVC is irradiated onto viruses and bacteria, the structure of their DNA or RNA changes, preventing them from proliferating and rendering them inactive. In particular, among UVC light sources, the wavelength of 254nm shows the strongest sterilizing effect, which is why eLENA uses a 254nm UVC lamp.
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basic information
Main Body: Steel plate housing Color: White/Gray/Black Processing Method: Air-blowing UV irradiation Purpose of Use: Sterilization of airborne bacteria Used Lamps: 20W x 2 Lamp Life: 8,000 hours Airflow Rate: 1.0/2.0/3.0 m³/min Power Supply Voltage: AC100V 50/60Hz Power Consumption: 65W Body Size: H983mm x Φ200mm (Leg Diameter Φ270mm) Weight: Approximately 14.5kg Timer: Off 1/2/3 hours Operation Panel: Electrostatic type: Power, Airflow, Timer, Alert Safety Mechanisms: - Tilt Sensor: Stops on tilt, can resume - Vibration Sensor: Stops on impact, can resume - Lamp/Fan Abnormality: Linked stop, alert display, cannot resume Recommended Operating Temperature Range: Indoor environment of 20-30°C Lamp Unit Replacement: Recommended once every 2 years Air Circulation Time by Area and Airflow Rate (min): Purifies 20 tatami mats (100m³) in 30 minutes Power Supply Frequency: Dedicated for East Japan 50Hz / Dedicated for West Japan 60Hz
Price range
P3
Delivery Time
Applications/Examples of results
Clinic, nursing facility, daycare center, tutoring school, restaurant, and other various business establishments.
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Company information
Fujidenolo manufactures precision products for various industries, including medical devices, at its own factory. It has numerous networks, and its group companies engage in the development of medical software and the production of a wide variety of items using specialized processing equipment such as large injection molding machines.