222nm Far UVC Lights 60W 2-Pin Lamp

222nm Far UVC Lights 60W 2-Pin Lamp

Product Details Description

Yoyouv SBS-222-60W-2pin is a 222nm lamp tube for far uvc lights used in air disinfection, surface disinfection, HVAC systems, air purifiers, standalone fixtures, public transport devices, and cleanroom equipment. It has Φ15 x 589mm dimension, DC24V/220V voltage options, 60W bulb power, 400g net weight, high purity quartz glass casing, 6000μW/cm² UV intensity, -10°C to +50°C ambient operating temperature range, and 4000+ hours bulb lifetime.

This model is different from short 100W or large 150W far-UVC lamps. Yoyouv SBS-222-60W-2pin far-UVC lamp features a thin linear form that will be helpful if the final product requires long radiation line, narrow space for installation, or tube-type 222nm source. This product can be applied for OEM far uvc lights when the form factor, installation space, electrical input voltage, and airflow need to be considered all together.

The 222nm wavelength is in the far-UVC range. The far-UVC light is widely applied in the disinfection equipment development because it can efficiently kill bacteria, viruses, and airborne pathogens while being safer due to reduced penetration into the outer layers of human skin and eyes in comparison with conventional 254nm UVC. However, safe usage depends on optical filtering, irradiance, exposure time, distance, installation height, ozone production, and appropriate exposure limits.

Far uvc lights can be installed in the air purifiers, HVAC ducts, upper-air treatment fixtures, enclosed air channels, or ceiling-mounted equipment for air disinfection systems. Disinfection efficiency depends on airflow rate, lamp location, UV dose, exposure time, reflective materials, chamber geometry, and target microorganisms.

Far uvc lights can be used for surface disinfection in the controlled irradiation fixtures in the case of workstation disinfection, equipment surfaces, public transport interiors, cleanroom tools, and commercial space. Efficiency of the surface disinfection depends on the distance and angle of exposure, shadowing, material of the surface, treatment time, and microbial target.

DC24V/220V voltage options are helpful to provide flexibility for equipment manufacturers when choosing electrical platform for far uvc lights. DC24V may be beneficial for low-voltage electrical design of the final product, while 220V may be required to develop line-voltage design of the far UVC fixture. The final power system should include proper driver design, insulation, grounding, thermal management, and electrical protection.

High purity quartz glass casing allows applying the lamp in the far-UVC application and integrating it into small-size devices. Compact Φ15 tube diameter reduces the size of the fixture, while 589mm long emission area may be needed for the air-path or surface-zone design. Mechanical fixtures, reflectors, protective covers, and maintenance access should be developed in the final fixture.

Far uvc lights are intended for chemical-free sterilization equipment. They can reduce the dependence of the disinfection equipment on the liquid disinfectants, chemical residues, and secondary cleaning pollution in the appropriate applications. Every pathogen reduction claim should be proved by the tests of the completed device.

Far uvc lights are designed for low ozone production, but ozone efficiency cannot be calculated just based on the lamp specification. OEM buyers should perform tests of the final device for ozone production, spectral purity, optical filtering, ventilation condition, operating time, and indoor air chemistry.

In the case of occupied-space disinfection system, this lamp should be used only if the final product is properly filtered and operated in accordance with applicable exposure limits. Do not market the open lamp tube as safe for people automatically. The whole device should be equipped with the optical control, user protection, warning labels, exposure calculation, and installation instructions.

Do not look directly at the operating far-UVC lamp. Avoid unnecessary close exposure during testing, installation, and assembly of the final device. Use UV protective eyewear, shielding, interlock design, warning labels, calibrated measurement instruments, and safe operating procedures for the development and operation of the completed equipment.

Specifications

Brand: yoyouv
Model NO.: SBS-222-60W-2pin
Dimension: Φ15 x 589mm
Voltage: DC24V/220V
Bulb Power: 60W
Net Weight: 400g
Bulb Casing: High purity quartz glass
Ambient Operating Temperature Range: -10°C to +50°C
UV Intensity: 6000μW/cm²
Bulb Lifetime: 4000+ hours

Features and Benefits

Effective germicidal performance
222nm far uvc lights efficiently inactivate bacteria, viruses, and airborne pathogens
Designed for safer occupied-space disinfection systems when properly filtered and operated within applicable exposure limits
Supports continuous disinfection equipment design with correct exposure control
Chemical-free sterilization without liquid chemicals, residues, or secondary cleaning pollution
Rapid microbial reduction under suitable UV dose and exposure conditions
Ideal for air and surface disinfection equipment
Designed for low ozone generation in suitable system designs
Compact Φ15 x 589mm linear tube for air purifiers, HVAC systems, and standalone fixtures
Energy-efficient far-UVC light source for engineered disinfection applications
Suitable for hospitals, schools, offices, public transport, cleanrooms, and other controlled disinfection environments

Key Applications

Air disinfection systems
Surface disinfection fixtures
HVAC disinfection modules
Air purifier integration
Ceiling-mounted far-UVC fixtures
Standalone 222nm disinfection devices
Hospital air and surface sanitation systems
School and office disinfection equipment
Public transport interior disinfection
Cleanroom far-UVC equipment

FAQ

What are these far uvc lights used for?

These far uvc lights are used as 222nm far-UVC lamp sources for air disinfection, surface disinfection, HVAC systems, air purifiers, standalone fixtures, public transport devices, and cleanroom disinfection equipment.

What is the model number?

The model number is SBS-222-60W-2pin.

What is the bulb power?

The bulb power is 60W.

What voltage does the lamp support?

The lamp supports DC24V/220V voltage options.

What is the lamp dimension?

The lamp dimension is Φ15 x 589mm.

What is the UV intensity?

The UV intensity is 6000μW/cm².

What is the bulb lifetime?

The bulb lifetime is 4000+ hours.

What is the bulb casing material?

The bulb casing is high purity quartz glass.

What is the operating temperature range?

The ambient operating temperature range is -10°C to +50°C.

What is the net weight?

The net weight is 400g.

Is this a 222nm far-UVC lamp?

Yes. This product is a 222nm far-UVC lamp source for OEM disinfection fixtures and controlled far-UVC equipment.

What does 2-pin mean?

The 2-pin design refers to the lamp connection format. OEM buyers should verify the lamp holder, wiring method, driver, voltage, and electrical safety design before integration.

Can these far uvc lights be used while people are present?

They may be used in occupied-space systems only when the final fixture is properly filtered, shielded, installed, measured, and operated within applicable exposure limits. An open lamp tube should not be used as an uncontrolled UV source.

Do far uvc lights penetrate human skin or eyes?

222nm far-UVC has limited penetration compared with traditional 254nm UVC. However, final safety depends on spectral filtering, UV intensity, distance, exposure time, installation design, ozone production, and compliance with exposure limits.

Can the lamp operate continuously?

It can be used in continuous disinfection system designs, but 24/7 operation should be verified in the final equipment. Exposure level, airflow, fixture placement, room layout, ozone level, and user safety limits should be verified before continuous operation.

Is this lamp ozone-free?

The product is designed for low ozone generation, but ozone level should be tested in the final device. Lamp spectrum, filtering, ventilation, enclosure design, and operating time can affect actual ozone performance.

Can it be used in HVAC systems?

Yes. It can be integrated into HVAC systems if the final design includes airflow control, lamp mounting, shielding, electrical safety, thermal structure, and maintenance access.

Can it be used in air purifiers?

Yes. It can be integrated into air purifiers or air treatment devices if the system is designed for far-UVC exposure, airflow control, optical shielding, and safety compliance.

Can it be used for surface disinfection?

Yes. It can be used for surface disinfection equipment. Final performance depends on UV dose, distance, exposure time, surface geometry, shadowing, and target microorganisms.

Is it safe to look directly at the lamp?

No. Do not look directly at the operating far-UVC lamp. Use UV protective eyewear, shielding, interlocks, warning labels, and safe operating procedures.

What should OEM buyers verify before using this lamp?

OEM buyers should verify spectral output, optical filtering, UV intensity, exposure limits, ozone level, electrical safety, thermal design, installation height, disinfection dose, airflow or surface exposure design, lamp holder compatibility, and regulatory requirements for the final equipment.