TLR 30 GERMICIDAL UV-C LUMINAIRE

this ceiling-mounted unit is ideal for open-plan spaces, foyers and can cover an area of up to 36 square meters.

Luminaire with patented technology, that ensures a powerful narrow beam and safety

  • Ceiling Mounted size 560x550x300cm
  • Fitted with Philips 6 X PL-S – 9W TUV lamps
  • Coverage 36m / 360º
  • Weight 23 KG
  • Manufacturing Plants – Restaurant’s – Hospitals

Unit Price

€1185 excl. VAT

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TLR 30 GERMICIDAL UV-C LUMINAIRE

 

Model UV-C radiant Flux(UV-C W ) Radiant Efficacy

Peak UV-C Irradiance

1.0 M 2.0 M
TLR 30 1.36 0.0025W/VA
39.80 11.24

 

Coverage 36m² / 360º
Electrical 220/230V AC Supply
Size 560 x 550 x 300
Weight 23 Kgs
Lamp Type & Watt Rating 6 x Philips PL-S TUV 9W
Lamp Life/Replacement Hours 15000 Hours
Durability of Fitting Lifespan 7 to 10 years
Manufacturing ISO 9001 Approval
UV-C 254nm Emission Delivers the straightest, most
powerful UV beam with a higher kill rate
Upper Air UV-C Fluence 1.2M 20m² 5.0M 10m²
Lower Safe Working Zone 0.2-0.4m²

The Electromagnetic Spectrum

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Industry Leading Technology

All TECHNILAMP* Luminaires use Philips TUV PLS 5 UV-C lamps

  • Security of disinfection over the useful Lifetime of the Lamp
  • The lowest amount of Mercury, environmentally friendly
  • Short -wave UV radiation with a peak fo 253.7nm (UV-C)
  • The protective coating ensures UV output
  • 4-Pin PL-S lamps designed for use on electronics drivers
  • Warning signs on the lamp indicates that the lamps radiate UV-C

SOURCE PHILIPS

VIEW TECHNICAL INFO

Common Questions

What is ultraviolet (UV) light?
Ultraviolet light is a type of electromagnetic radiation that can be transmitted in waves or particles at different wavelengths and frequencies.
What is germicidal UV light?
Germicidal ultraviolet light is UV light that inactivates microorganisms by disrupting their DNA. The degree of disinfection is related to the spectrum of UV, the intensity, and the duration.
What are the different types of UV light?
The types of UV light include • UVA: UVA accounts for approximately 95 percent of the UV radiation reaching the Earth’s surface. It is responsible for tanning, skin aging, and wrinkling, and is an effective disinfectant for many common bacteria.

UVB: Most solar UVB is filtered by the atmosphere and is responsible for delayed skin burn and skin aging. It significantly promotes the development of skin cancer and is a highly effective disinfectant for many common bacteria.

UVC: This is the most biologically damaging type of UV radiation and is completely filtered by the atmosphere. It does not reach the Earth’s surface. It is extremely effective for both bacteria and viruses. GERMICIDAL UV LIGHTING

Can germicidal UV light kill both bacteria and viruses including the coronavirus?
All types of UV light can inactivate bacteria with the correct direct exposure time and intensity. The UV- C spectrum is the only UV light proven to inactivate viruses and is believed to inactivate coronavirus, but can be dangerous to humans when directly exposed.
Is there clinical data showing the effectiveness of UV-C light in deactivating Coronavirus?
There are a number of studies, one of the key studies is from Columbia University proving that Far-UVC light (222 nm) efficiently and safely inactivates airborne human coronaviruses, the study is presented by Manuela Buonanno, David Welch, Igor Shuryak & David J. Brenner, this was done with 222nm, which is weaker than most UV-C lamps used at ceiling height which is 254nm, which is more effective.
Are there safety concerns with germicidal UV-C light?
There are very serious health conditions that can develop due to exposure to germicidal ultraviolet light if not properly designed, installed, and maintained. Over exposure to Skin of germicidal wavelengths can produce skin reddening and skin cancer and direct exposure of the eye to germicidal wavelengths can produce serious vision problems.
What are the safety guidelines associated with germicidal UV light?
Safety guidelines can be found from the following sources: • National Institute for Occupational Safety and Health • World Health Organization • The International Commission on Non-Ionizing Radiation Protection • The Center for Disease Control
Where is germicidal ultraviolet light being safely installed?
In hospitals and healthcare systems that are highly concerned with infections, particularly bacterial and viral infections.

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Marketing Collateral

Clinical Data Information

Installation Guidelines

Branding and Logos

GUVTEC Brochure

GUVTEC Installation Guidelines (en)

GUVTEC Installation Guidelines (en)

Document Download

Journal of Photo-Chemistry

History Of UV-C

Columbia Surgical Site Infections

Upper Room UV Air Disinfection

Columbia University Covid Report

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Related Items

THE ELECTROMAGNETIC BAND OF 254NM UV-C LIGHT IS EFFECTIVE

Ultraviolet-C (UV-C) short wave 254nm light is able to inactivate foreign pathogens by damaging nucleic acid, forming pyrimidine dimmer, inhibiting DNA/RNA replication, rendering them an inactive cellular function.

IMMEDIATE EXPOSURE TO UV-C light 254nm...
damages the DNA and RNA cells, so that they can't replicate, effectively killing or inactivating a microorganism or virus. The energy to excite doubly bonded molecules into a permanent chemical rearrangement, causing lasting damage to DNA and RNA, ultimately killing the cell, upper-air purification has proven to be very effective to supplement existing controls for TBC and other airborne diseases.

UV-C LIGHT 99.9% PROVEN TO...
eliminate all foreign pathogens, Moulds, Bacteria and Viruses, substantial data has been gained in showing the effectiveness of UV-C light, which provides a safe air purified facility, UV germicidal irradiation provides a potent, cost-effective solution against contaminated air. These droplet nuclei can be inhaled, spreading infections. It is estimated that up to 99% of airborne pathogens are destroyed.

WITHIN THE ELECTROMAGNETIC SPECTRUM...
far-UVC light 254 nm has been shown to be as efficient and it the most commonly employed type of UV-C light for germicidal application, which is a low-pressure mercury-vapor arc lamp, emitting around 254 nm; Many disease-causing organisms circulate on air currents in "droplet nuclei", 1 to 5 micron in size, that are expelled with a cough, sneeze or even with speech.

WHY TECHNILAMP* LUMINAIRES ARE SAFE TO HUMAN SKIN AND EYES

Luminaire's are placed at ceiling height, with its patented design of reflectors and louvers beams a powerful narrow light, which is not directly exposed to human skin and eyes, below ceiling height, allowing for normal public activity to take place.

THE TECHNILAMP* PATENTED DESIGN...
emits a narrow band of UV-C light, is placed near the top of the celling and achieves two objectives, not to expose light to human contact and provide a powerful narrow beam of light that eliminates foreign airborne pathogens, across the whole ceiling ensuring flat broad coverage.

PHILIPS UV LAMPS (UV-C) - CHEMICALLY FREE...
UV-C germicidal irradiation provides a potent, cost-effective solution to upgrade protection against infection. Especially, upper-air purification has proven to be very effective. As there is no use of chemicals, this provides pure clean air that does not have harmful contaminants, such as harmful chemicals.

LUMINAIRE PLACED AT CEILING HEIGHT...
negates any possibility of UV-C light shining directly onto skin and exposure to eyes, this allows the normal day to day activity to take place in offices, gyms, schools, or any public area. While eliminating foreign pathogens 24 hours 7 days a week, without interruption, which is key to ensure purified air.

HOW DOES CONVECTION OF AIR ASSIST IN THE ELIMINATION OF FOREIGN PATHOGENS?

As determined by the law of Convection of airflow, that dictates that HOT air rises and COOL air descends, viruses attach to dust particles, and as part of the foreign pathogens move upwards, towards the kill zone.

CONVECTION OF AIR DICTATES...
that HOT air rises and COOL descends, this is enhanced by a fan or air conditioners that move pathogens upwards to the kill zone, air has a low absorption coefficient and hence allows UV-C to attack micro-organism present.

FOREIGN PATHOGENS ATTACH TO DUST...
as part of natural circulation dust particles moves with the flow of air, it is this movement of dust particles that moves the virus that is attached into the Kill zone at ceiling height where it is eliminated. this constant movement of air circulation purifies the air in a confined space.

HOW DO WE AFFECT CONVECTION OF AIR...
with more people in the room, their air density is less, we naturally emit warmth, this influence the temperature of the air around us, coming to contact with cool air, this forces the hot air upwards with the foreign pathogens included

WARNINGS AND SAFETY:

DANGER: Each TECHNILAMP* Luminaire's is fitted with PHILIP UV-C lights. Direct exposure to UV-C can be dangerous and result in a sunburn-like reaction to the skin and serious damage to the cornea. As UV-C is invisible to the eye, the UV-C luminaire must be used and installed in strict accordance with the requirements set forth in the user manual and/or the mounting instructions. TECHNILAMP* UV-C Luminaries must only be sold and installed by nominated Electrical and Air Conditioner Installers, that have been trained according to our stringent safety and legal requirements.

KEY GUIDELINES

TECHNILAMP* Luminaires are not certified or approved as a medical device, locally or globally, and should not be used as such. They should never be used in applications or activities that may cause and or lead to death, personal injury, and or damage to the environment.

UV-C lighting presents a minimal risk when used in the correct way. Direct exposure to UV-C is dangerous. The lighting must always be installed with adequate shields and safeguards (such as presence detection sensors or timers) to avoid light damage and severe injuries to the eyes and skin. TECHNILAMP* luminaires are not provided with the above-mentioned safeguards and are only intended to be used as components of air purification system that contain any safeguards indicated, but not limited to, those specified in mounting instructions and user manuals.

DISCLAIMER:

The UV-C TECHNILAMP* Luminaire's that are fitted with PHILIPS UV-C lights, is effective in the deactivation of certain mould, bacteria, viruses or any foreign pathogens that is explained and referenced by clinical research and data referenced (above (2). TECHNILAMP*, GUVTEC* and PHILIPS do not promise or warrant that the use of the UV-C Luminaire's will protect any user from or prevent infection and/or contamination with any mould, bacteria, viruses, illness or disease. The UV-C TECHNILAMP* Luminaire's (including PHILIPS lights) are not approved and/or certified as a medical device by the FDA and/or any other regulatory body. As such, the TECHNILAMP* Luminaire's (PHILIPS lights) are not intended for and must not be used to disinfect medical devices and/or for medical purposes. In addition to and without limitation of any exclusions or limitations of liability of TECHNILAMP*, GUVTEC* and PHILIPS lights, as set forth in any agreement for the sale, distribution or otherwise making available of the UV-C TECHNILAMP* Luminaire's (PHILIPS lights) shall have no responsibility or liability whatsoever for any claim or damage that may arise from or relate to any use of the UV-C upper air devices outside of their intended use or contrary to their installation and operation instructions, each as described in this document, the user manuals and/or the mounting instructions of UV-C TECHNILAMP Luminaires.

The trademark GUVTEC* 667556 is registered in accordance with the corresponding legal precepts in the name of QUAVEL INVESTMENTS LIMITED 577456. GUVTEC* shall not be liable for loss of profit, loss of savings, damage to reputation, loss of goodwill, indirect, incidental, punitive or consequential damages arising out of regarding the contract or the sale of any products or services by GUVTEC or their use, whether such damages are based on tort, warranty, contract or other legal concept - even if GUVTEC* has been informed or is aware of the possibility of such damages.