Date Sheet of Zone Induction Lamp
- Model number: SL-IUVC1070300-BS
- Power: 300 W
- Wavelength: 254 nm
- Dimension: 702*289*230.5mm
- AC Input: 100-277V 50/60Hz
- UVC Output: 600μw/cm² in 1 meters
- Beam Angle: 175°
- Lifespan: ≥60,000hrs
- Operating Temperature: -20~+40℃
- Test Microorganisms: Escherichia coli 8099
- 6m and 30 mins Test Conditions: >99.99% Sterilization Rate
- 8m and 30 mins Test Conditions: >99.99% Sterilization Rate
- 10m and 30 mins Test Conditions: >99.92% Sterilization Rate
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Induction UV Lamp: The Most Comprehensive Q&A Guide
You’re shopping for an Induction UV Lamp?
If so, you probably have a ton of questions about the efficiency, applications, safety, and use of these types of lights.
For anyone looking to get answers about Induction UVs, you’re in the right place.
Here, I’ll walk you through the most common questions people often ask and accurate answers to each to help you make an informed and worthwhile decision.
Let’s get down to it.
What is a Germicidal Lamp?
A Germicidal lamp is an electric fixture that emits UVC radiation. It is also known as UVC light.
UVC lights utilize specific wavelengths of the ultraviolet spectrum, typically between 100 to 280 nanometers.
These wavelengths are highly effective in inactivating the DNA of bacteria, viruses, and other pathogens. Consequently, destroying their ability to multiply and cause disease.
Germicidal lamps come in different voltages, wattages, base types, and sizes.
These fixtures produce little – almost invisible – light. They are commonly used for Ultraviolet Germicidal Irradiation (UVGI); to purify the air, water, and other surfaces.
There are four common types of germicidal lamps available; i.e.:
- Low-pressure mercury lamps
- High-pressure mercury lamps
- Excimer lamps
- Induction lamps
Due to their unrivaled effectiveness, these lamps have grown popular with sterilization and other related fields.
Germicidal lamps help in purifying drinking water, sterilizing medical instruments, food and beverage processing, as well as industrial production.
As a precaution, germicidal UV lamps mustn’t be lit in areas where there are people nearby. Why? Because human exposure can be dangerous in the long term.
What Is Ultraviolet Germicidal Irradiation?
Ultraviolet Germicidal Irradiation – also known as UVGI – is a method of disinfection that uses the energy from Ultraviolet C (UV-C) rays to destroy or inactivate fungal, viral and other bacterial organisms.
As a widely accepted method of disinfection, ultraviolet germicidal irradiation has a broad variety of applications; from medical sanitation to applications in air purifiers.
UVGI fixtures are designed to produce shorter wavelengths of UV-C energy that penetrate microorganisms to destroy them by disrupting their DNA.
However, these shorter wavelengths of UV-C energy pose some risk to human health.
It should not be executed with people nearby.
Anyway, this method of disinfection has many applications including the purification of water, air, and food.
Once UV-C energy is introduced into air and water filtration systems, it makes these systems inhospitable to molds, pathogens, viruses, and other microorganisms.
After DNA disruption, the deactivated pathogens will remain but will no longer be infectious.
The effectiveness of UVGI systems is heavily reliant on the amount of UV-C energy produced, the duration the organisms are exposed to said energy, and the ability of an organism to withstand UV-C energy.
What Is Induction Light?
Induction light is a form of lighting that employs magnetic fields from a high-frequency generator to conduct electricity and produce light.
It is, basically, fluorescent lamp lighting without internal electrodes.
It uses an electromagnetic field to activate/excite mercury particles inside the glass tube(s).
The mercury particles combine with an inert gas like argon and create UV light.
This form of lighting has been around for over 100 years and boasts a life cycle of up to 100,000 hours.
The main advantages of induction light include;
- A longer life span.
- Low maintenance operation.
- No flickering or noise (unlike fluorescents).
- They offer low-temperature operations.
- Are also incredibly energy efficient, offering up to 80 lumens per watt
These advantages have made induction lights a popular, energy-efficient lighting choice worldwide. It is widely used as an alternative to other types of lighting for industries and warehouses.
However, some of their disadvantages are also worth mentioning; for example:
- They can cause interference with radio waves.
- They are bulky.
- Long warm-up time.
What Is an Induction UVC Lamp?
An induction UVC lamp is quite similar to a fluorescent lamp but it lacks the internal electrodes.
UVC induction lamps contain solid metals enveloped in a gas-filled tube or bulb. These fixtures have a metal coil ring that creates a magnetic field around the glass lamp tube or bulb through the frequency generated by its electron ballast.
This in turn causes the acceleration of free electrons which collide with mercury atoms to excite the inert gas in the lamp tube; leading to ionization.
In the process, the excited electrons radiate to give out UVC light.
Induction UVC lamps last six times more than a regular UVC lamp or fluorescent fixture; which last about 9000 hours.
They can also be turned on and off frequently without failing or deteriorating in quality.
What does this mean?
This reduces their cost of replacement and also lowers maintenance expenses. And the best part is that these Induction lights have a high UVC output that increases the intensity of killing bacteria and viruses with a 99.9% efficiency rate.
How Do I Choose A UV Lamp?
When in the market for a UV lamp, you should pick one that is suited to your specific needs. Generally, there are three types of UV lights; categorized according to their power (or wavelengths), namely;
- UV-A– This emits low energy (longest wavelength).
- UV-B– This emits medium energy.
- UV-C– This emits high energy (shortest wavelength).
Due to their difference in energy levels, their applications also differ.
First, we have Black-Light Blue Bulbs (BLB). These are the most common and widely known types of UV-A lights. They emit a luminous bluish/purple color due to a mixture of UVA and visible light.
Their most common uses include; nightclub lighting, detecting forged banknotes, anti-theft protection, UV lamps for curing nails, and scorpion detection.
The other type – Black Light (BL350/BL368) – emits a luminous blue light.
Their most common uses are; polymerization – which is the bonding of molecules chemically, bug zappers, and tanning beds.
Next, there are UV-B lamps. Here, these lights don’t emit any visible light. They are stronger than UV-As but weaker than UV-Cs. Primarily, UV-Bs help to convert skin cholesterol into vitamin D3. These lights are also used to treat a myriad of health complications; including:
- Vitiligo (or loss of skin color).
- Among other skin diseases.
Lastly, Germicidal or UV-C lamps. These have the shortest wavelength and are more hazardous. They are mainly used in water treatment, sterilization, and food sanitation.
Protective gear is advocated when handling them and reduced exposure is also advised.
Is UVC Light Safe?
Well, it depends.
Because there are some particular UVC wavelengths that cause skin cancer.
Scientists have found that UVC light doesn’t discriminate in degrading genetic material like DNA among organisms.
Although injuries from UVC radiation can be severe, most are temporary. But, long exposure to UVC light is likely to cause more damage depending on the light intensity and exposure period.
However, there’s a particular subset of UVC wavelength known as “far-UVC” that doesn’t pose harm to humans.
This is because the absorption length of far-UVC radiation in human skin is extremely short. Therefore, almost no UVC radiation can reach the living cells in the skin; all the absorption occurs in the dead cell layers.
Simply, your dead skin acts as a barrier protecting your living cells from far-UVC radiation.
Scientific studies on the effects of far-UVC lights exposure on mice for a period of 10 weeks yielded no negative effects.
UVC exposure is unlikely to cause acute or long-term damage to the skin but can cause severe acute damage to the eyes. Though, the long-term risk for large cumulative exposure includes premature aging of the skin and skin cancer.
What Is Better For Germicidal Irradiation, An LED UV Lamp or Induction UV Lamp?
There’s no automatic answer as to which lighting technology best fits your UVC needs. But to get the best one, there are some factors to consider first.
- The actual cost; i.e. whether it fits into your budget.
- What is your application area type?
- Size of your application areaand so on.
To make a more informative decision between the two, here’s a quick summary of their pros and cons:
LED UV Lamps
· Dimmable with lows of up to 10%
· Directional light source
· Lower maintenance
· Longer life than HIDS
· Readily available
· Low wattage
· Highly sensitive to heat
· Can be expensive in some applications
· Lacks lumen output in high-bay applications over 24 feet
Induction UV Lamps
· Low wattage
· Impressively long life
· Less expensive than LEDs at the moment
· Caters for a wide variety of applications
· Performs in a wide temperature range
· Few varieties are dimmable
· Difficult to control directionally
· Longer heating time
Which UV Germicidal Lamp Has A Long Lifespan?
“How long will it last?”
This is one of the most common questions among germicidal lamp buyers.
LED UV-C lights can last for up to 50,000 hours. In most cases, the light intensity often remains the same after a complete lifespan. However, the fixture’s germicidal effectiveness will have deteriorated by a huge percentage.
On the other hand, Induction UV-Cs often last longer. They can still be effective even after 50,000 hours. Some come with a lifespan rating of over 100,000 hours.
With most UV-C, only the UV function/effectiveness gets affected over time. However, any visible light may still be there even after the fixture has surpassed its lifespan.
However, if you are looking for a long-lasting UV-C fixture, go for UV induction lamps.
Do Germicidal UV Lights Really Work?
Germicidal or UVC lamps have been proven to be quite effective in sterilization and disinfection.
Nowadays, these lights are extensively used to kill viruses, reduce and kill bacteria and reduce fungi.
Disease-causing microorganisms cannot flourish under the germicidal lights.
Because the UV C radiation emitted by germicidal lamps alters the DNA and RNA of these microorganisms by hindering growth and reproduction; which is fatal.
Scientists have been successful in producing positive results from tests conducted on various microorganisms and insects as well.
Most tests show that UVC lamps have up to 99% effectiveness.
A few months ago, a scientist from Columbia University determined that UVC light is effective in the fight against SARS-CoV-2; (the virus causing COVID-19).
How Long Does The UV Lamp Disinfection Effect Last?
The duration of effectiveness of UV lamps is determined by various factors.
a) UV C LIGHT QUALITY
The quality of the fixture you use needs to be of a high standard. Basically, this influences the spectrum/wavelength the lamps produce.
Shorter wavelengths are more effective for sterilization. Because they are stronger and have more energy than longer wavelengths during disinfection.
Depending on the UV product used, multiple cycles of sterilization may be required to produce desired results.
I’m talking about the distance between the UV lamps and the surface or target area for sterilization.
Note that where and how you install the germicidal lamps matters a lot. This distance needs to be as short as possible so as to produce the best results.
C) MATERIAL BEING DISINFECTED
The last factor to consider is the material being disinfected.
Air needs to be disinfected more regularly than water; depending on the frequency of usage or human interaction.
Moreover, surfaces that experience high human interaction or traffic need more sterilization.
A restaurant kitchen requires frequent disinfection than a home kitchen. Also, the cleanliness of the surface will determine the effectiveness of the UVC lamps.
How Effective Are Germicidal Lamps and How Do You Use Them?
Germicidal lamps also known as UVC lamps replicate UVC radiation.
UVC radiation has been proven to have immense disinfection and sterilization properties. That’s why germicidal lamps are quite effective in the sterilization of water, air, and surfaces.
This, in turn, has granted these lights the first choice for many industries; in terms of disinfection.
In the sterilization of air, germicidal lamps are applied mostly as ultraviolet germicidal irradiation systems (UVGI).
UVGI is employed in HVAC systems to sterilize air as it runs through while also fending off mold on cooling coils. They are quite effective in public areas; for example, schools, hospitals, and airports.
UVC lamps are also very effective in treating water while also preventing pollution in water bodies. Compared to other treatment methods, UVCs are more cost-effective and relatively safer.
They are mostly applied in the purification processes of drinking water, wastewater, pools, spas, and aquariums.
On surfaces, germicidal lamps are used in places like hospitals to effectively kill germs, pathogens, and viruses. Here these lamps help to disinfect hospital equipment, surfaces, and, most importantly, surgical instruments.
And that’s not all.
UVC lamps also come in handy in the treatment of food and restaurant industries to prevent E. coli and salmonella contamination.
Can A UV Lamp Be Used To Kill Insects?
UV light can be fatal to insects as well. Scientists in quarantine labs routinely use UV light to ensure that harmful insects do not escape.
UV light has also been used as an alternative to chemical methods of pest control. This has employed its use in industries and agriculture due to its lethal property to insects, while also being friendly to the environment.
It’s a fact that UV light, particularly UVB and UVC (shortwave lights), are toxic to living organisms. Most UV lights used are often invisible to the human eye, which can be quite potent to humans.
UV lights are quite hazardous to humans after long exposure and thus are not advocated for use in occupied rooms or homes.
What’s the science behind all this?
Well, shorter wavelengths have been found to be more lethal (carry more energy) than visible light. Hence, irradiation with short-wavelength visible blue light kills eggs, larvae, pupae, and adults of fruit flies.
Moreover, this light can also kill mosquitoes and flour beetles. Basically, the shorter the wavelength, the stronger the lights (more lethal). And, thus, different wavelengths will be effective for different insect species.
What's The Use Of UV Germicidal Lamps In Aquariums?
A clean aquarium is a crucial factor when it comes to the health and safety of your fish. And one way to keep an aquarium habitable or clean is by the use of UV germicidal lamps.
What exactly do these lamps do?
Germicidal UV light fixtures inhibit the capacity of bacteria, viruses, and other pathogens to reproduce and cause disease. As mentioned earlier, this is accomplished by deactivating their DNA.
How does this process keep fish safe?
UV germicidal lamps are used to reduce illnesses by preventing bacteria from spreading from one fish to another. They are favored because they pose no toxic harm to your fish; unlike other chemical methods.
More so, UVGI is highly convenient and effective.
These lamps are also widely used in the eradication of algae. Typically, algae bloom in aquariums due to high levels of nutrients in the water. After a while, too many algae will deprive your fish of nitrogen and phosphorus; which are essential for growth and reproduction.
Lastly, germicidal UV lamps are also used to remove odor in aquariums. The odor in aquariums is emitted by the hydrogen sulfide generated as a result of the breakdown of fish excrement and wasted food.
Which Germicidal UV Lamp Should I Choose For An Electroplating Factory?
Go for an Induction UV light because it is the most ideal for this application.
What is electroplating?
As the name implies, electroplating is the process of applying a metal coat on a solid substrate using an electric current.
The most common application of electroplating is usually to coat metals/solids that would otherwise rust or deteriorate if left or used in their bare form.
And the biggest benefit of this process is that the end result always has an even/equal layer of coating.
How does germicidal UV help during electroplating?
Well, aside from its usual sterilization and disinfection qualities, UV radiation often enhances the process of electroplating due to the photo irradiation effect.
And that begs the question:
Which UVGI lamp should you use in an Electroplating Factory?
Well, when deciding on which type of lamp to use, you have to make a few considerations.
- Will the lighting fixture be compatible with your electroplating system?
- Which fixture gives you the best quality UV irradiation?
- How much value for your money does the UVGI lamp offer?
- And, how long will the fixture serve you?
Unlike in domestic applications, a UV fixture in an electroplating factory is often in use for longer periods in a day. Therefore, you need something that has a long lifespan. Also, it should be strong enough to withstand the pressure and harsh environments in a factory
And that’s why an Induction UV light is most ideal for this application.
Where Can I Buy An Induction UV Light (Ultraviolet Lamp)?
There is a probability that your local lighting department stores have induction UV light on their shelves. But, as a buyer, your goal has to be to find the best quality at a competitive price. Right?
But before that:
You need to, first, check on your intended application. Where are you installing these lights? What is your budget? How many do you need?
That way, you’ll be able to strike a balance between quality and price.
Most shelved products, nowadays, are often of low quality. And while it may not be such a big issue for small-scale purchases, it can be disastrous for a bulk buyer.
And that’s why, if you plan on making a bulk purchase, it’s always advisable to deal with a reputable and reliable manufacturer or supplier.
It comes competitively priced and full of useful/impressive features and specifications.
- Impressively long lifespan (+60,000 hours).
- It’s Ozone Free.
- UVC-300W offering up to600μw/cm² in 1 meter.
- Has asterilization rate of 99.99%.
- Featuresintelligent induction and so on.
That’s just about everything you need to know about UVC lamps.
If you have any more questions or would love to place a personalized order, feel free to Contact Us Today.