UltraViolet Devices Air Disinfection manual Safety Instructions, Product Application, Construction

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SAFETY INSTRUCTIONS

!WARNING: To guard against injury, basic safety precautions should be observed, including the following:

1.Read and follow ALL safety instructions.

2.! WARNING: Avoid exposure to direct or strongly reflected germicidal ultraviolet rays. Germicidal ultraviolet rays are harmful to the eyes and skin.

3.Intended for indoor use only.

4.Do not alter the construction or design.

5.Do not override safety interlock.

6.Do not remove safety labels or devices.

7.! CAUTION: Do not operate without proper electrical ground.

8.Do not operate without louver panel secured.

9.Use personal protection equipment, such as gloves, long sleeves with no gaps between cuffs and gloves, and an ultraviolet resistant face shield, when entering the irradiated space above 6 ½ feet.

10.Utility power supplied, to the fixture, MUST match power requirements listed on the System label.

11.Always disconnect power, from the fixture, before performing any maintenance.

12.Read and follow all notices and warnings on the fixture.

13.SAVE THESE INSTRUCTIONS.

PRODUCT APPLICATION

CONSTRUCTION

The Hygeaire ® brand fixtures are categorized as indirect type germicidal fixtures, which utilize germicidal lamp(s) with a series of louvers to direct ultraviolet rays to the upper areas of a room, thereby destroying bacteria and viruses that are carried into the ultraviolet field by convection currents or air circulation.

The Hygeaire ® consists of; a Louver Panel, Parabolic Reflectors with specular aluminum inserts, Electronic Variable Output Ballast, Germicidal Lamp, and Stainless Steel Housing.

LIMITATIONS

Hygeaire ® requires knowledgeable planning for; location, installation, and continued supervision to prevent exceed- ing the ultraviolet radiant exposure incident Threshold Limit Value (TLV) set by the American Conference of Governmental Industrial Hygienists. Currently the ultraviolet radiant exposure incident for unprotected skin or eyes should not exceed 0.2 microwatts per square centimeter (µW/cm2) at 254 nanometers (nm) for an eight (8) hour period. Hygeaire ® requires professional installation so all wiring complies with applicable local and national electrical codes. Installation is permanent, and relatively inflexible.

Safety and maintenance procedures should be implemented to prevent accidental exposure of personnel, who might enter the irradiated space (Electricians and other trades people in particular). All work performed (painting, new ceil- ings, equipment or fixture installation, etc.) in the irradiated space must be monitored to insure that they do not adversely impact the safety or effectiveness of the installation.

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Contents Ultraviolet.com Table of Contents Safety Warnings Safety Instructions Product ApplicationConstruction LimitationsIinspection InstallationLocation Installation of Lind 24-EVO Lind 24-EVO InstallationPrecautions Installation of Lind 24-EVO-2PMRecommended Options Maintenance Ultraviolet Output AdjustmentCleaning Germicidal Lamps Disposal of Mercury Added LampsTroubleshooting Technical SpecificationsReplacement Parts Lind 24-EVOReplacement parts Model Lind 24-EVO-2PM Lind 24-EVO-2PMUser Assistance Patent Notice

Air Disinfection specifications

UltraViolet Devices (UVDI) specializes in advanced air disinfection technologies that harness the power of ultraviolet (UV) light to enhance indoor air quality and promote safer environments. With increasing concerns over airborne pathogens and pollutants, UVDI offers innovative solutions that cater to various settings, including hospitals, schools, and commercial facilities.

One of the main features of UVDI's air disinfection systems is their use of UV-C light, a segment of the ultraviolet spectrum known for its germicidal properties. UV-C light efficiently inactivates a broad range of microorganisms, including bacteria, viruses, and mold spores. This technology provides an effective layer of defense against the spread of airborne illnesses, making it pivotal in healthcare settings where infection control is paramount.

UVDI employs cutting-edge technologies in its air disinfection products. For instance, the UVDI-360® Disinfection System utilizes a combination of UV-C light and advanced airflow engineering to ensure maximum exposure of air contaminants to the disinfecting light. This design allows for optimal air circulation, resulting in thorough disinfection of the air within a room or building. Additionally, UVDI’s products are engineered to be compatible with existing HVAC systems, making implementation seamless and efficient.

Another significant characteristic of UVDI’s air disinfection systems is their ongoing efficacy and low maintenance requirements. The company uses high-intensity UV-C lamps that have a long operational lifespan, ensuring consistent performance over time. Moreover, UVDI provides monitoring solutions that allow users to track system performance and ensure that air disinfection is being maintained at the required levels.

UVDI also emphasizes safety in its designs. The UV-C technology used is focused on air but does not pose risks to human health when used correctly in controlled environments. The systems are designed with user-friendly interfaces, making it easy for facility managers to operate and maintain them.

In conclusion, UltraViolet Devices is a leader in air disinfection solutions, combining powerful UV-C technology with innovative engineering to create effective and reliable systems for improving indoor air quality. With a strong focus on health and safety, UVDI continues to play a vital role in the fight against airborne pathogens, ensuring cleaner and safer environments for everyone.