|
Full Range of UltraViolet Tubes, Lamps, Sterilizers for
Disinfection and Water Filtration Systems.
See end of page for prices
· This machine can sterilize pre-filtered water for
drinking purposes.
· The casing is made of stainless steel with a high quality quartz sleeve
mounted inside
· A maximum flow rate of 2 500 liters per hour. (Per 55 watts)
· It has 1” or ¾” inlet and out let and should be placed after your filter
system. (inlet and outlet size will differ with bigger unit)
· This sterilizer is powered by a 220 v/ac. It has a 55Watt germicidal lamp that
has a lifespan of 9000 hours. Approximately 14 months (Phillips lamp)
· A two minute warm up time is required on start up for the lamp to reach the
correct temperature.
· The lamp has a wavelength of 254 nanometers that destroys all types of
waterborne disease.
· It is approximately one meter in length and sixty millimeters in diameter.
Specifications for Various UV units:
|
Model number |
watts |
Electricity
unit volts |
Electricity
unit Hz |
Output power |
UV chamber
Material |
UV Dosage uW/cm2 |
|
UVSS11WATT |
11W |
180~230 |
50~60 |
50mA |
304＃ |
>30000 |
|
UVSS16WATT |
16W |
180~230 |
50~60 |
72mA |
304＃ |
>30000 |
|
UVSS25WATT |
25W |
180~230 |
50~60 |
113mA |
304＃ |
>30000 |
|
UVSS30WATT |
30W |
180~230 |
50~60 |
136mA |
304＃ |
>30000 |
|
UVSS55WATT |
55W |
180~230 |
50~60 |
250mA |
304＃ |
>30000 |
|
Model number |
Flow Rate in Clear, clean
water |
Flow Rate in Clear-Di, or RO
water |
In/Out
Connect size(Inch) |
Max pressure
(bar) |
Useful life(hrs) |
LED
Warning system |
|
UVSS11WATT |
0.18t/h |
0.17t/h |
1/4 |
5Bar |
>8000 |
Yes |
|
UVSS16WATT |
0.4t/h |
0.3t/h |
1/4 |
5Bar |
>8000 |
yes |
|
UVSS25WATT |
1.3t/h |
1.2t/h |
1/2 |
5Bar |
>8000 |
yes |
|
UVSS30WATT |
1.8t/h |
1.78t/h |
1/2 |
5Bar |
>8000 |
yes |
|
UVSS55WATT |
2.5t/h |
2.4t/h |
3/4 |
5Bar |
>8000 |
yes |
Specifications for Multi Lamp units:
|
|
Model number |
Flow Rate in Clear-Di, or RO
water |
Flow Rate in Clear, clean
water |
Inlet/ Outlet |
Dimension size /mm |
Max pressure |
Useful life(hrs) |
LED siren |
|
|
UVSS110Watt |
5t/h |
4.8t/h |
1” |
140×970×342 |
6bar |
＞8000h |
Yes |
|
|
UVSS220Watt |
10t/h |
9.6t/h |
1” |
140×970×342 |
6bar |
＞8000h |
Yes |
|
|
UVSS330Watt |
15t/h |
14.4T/h |
2.5” |
220×970×422 |
6bar |
＞8000h |
Yes |
|
|
UVSS440Watt |
20t/h |
19.2T/h |
2.5” |
260×970×500 |
6bar |
＞8000h |
Yes |
|
|
|
Model number |
watts |
Quantity |
Electricity
unit volts |
Electricity
unit Hz |
Output power |
UV chamber
Material |
UV Dosage uW/cm2 |
|
UVSS110Watt |
110W |
2 |
180V~240V |
50Hz~60Hz |
500mA |
304＃ |
＞30000uw |
|
UVSS220Watt |
220W |
4 |
180V~240V |
50Hz~60Hz |
1000mA |
304＃ |
＞30000uw |
|
UVSS330Watt |
330W |
6 |
180V~240V |
50Hz~60Hz |
1500mA |
304＃ |
＞30000uw |
|
UVSS440Watt |
440W |
8 |
180V~240V |
50Hz~60Hz |
2000mA |
304＃ |
＞30000uw |
What are the advantages of Ultraviolet
disinfection device
1. Kills all bacteria.
2. Dose not add chemicals to water. Low cost.
3. Easy to use.
4. Can be used at almost any industry such as hospital, food industry,
environment protection industry, medicine industry and biochemical research etc.
The Light Spectrum showing Ultraviolet
range
What is Germicidal Ultraviolet?
UV-C light is germicidal - i.e., it deactivates the DNA of bacteria,
viruses and other pathogens and thus destroys their ability to multiply and
cause disease. Specifically, UV-C light causes damage to the nucleic acid of
microorganisms by forming covalent bonds between certain adjacent bases in the
DNA. The formation of such bonds prevents the DNA from being unzipped for
replication, and the organism is unable to reproduce. In fact, when the organism
tries to replicate, it dies.
What are the beneficial uses of germicidal UV?
Ultraviolet technology is a non-chemical approach to disinfection. In
this method of disinfection, nothing is added which makes this process simple,
inexpensive and requires very low maintenance. Ultraviolet purifiers utilize
germicidal lamps that are designed and calculated to produce a certain dosage of
ultraviolet (usually at least 16,000 microwatt seconds per square centimetre but
many units actually have a much higher dosage.) The principle of design is based
on a product of time and intensity - you must have a certain amount of both for
a successful design.
How do ultraviolet purifiers work?
purifier units contain one or more germicidal ultraviolet lamps. The germicidal
lamp is a short wave low pressure mercury vapor tube that produces ultraviolet
wavelengths that are lethal to micro-organisms. Approximately 95% of the
ultraviolet energy emitted is at the mercury resonance line of 254 nanometers.
This wavelength is in the region of maximum germicidal effectiveness and is
highly lethal to virus, bacteria and mold spores. Therefore, the water or air
that passes through the chamber is exposed to the germicidal uv light and the
genetic material of the micro-organism is deactivated, which prevents them from
reproducing and renders them harmless.
Here are just a few of the applications...
Drinking Water and Animal Husbandry,
Aquaculture
- under sink installs & water vending machines
- aircraft, boats & recreational vehicles
- water wells & water cisterns
- swimming pool & hot tubs
- farms, ranches & trailer parks
- schools & hotels
- aquarium, hatcheries and nurseries
- ice making
Food Processing
- brewery & winery
- soft drinks, fruit drinks and juices
- bottling facilities
- diary processing
- liquid sugars, sweeteners and edible oils
- water based lubricants
- pure wash water
Medical
- pharmaceutical production
- laboratories, hospitals and clinics
- maternity labour and delivery areas
- pathology labs, kidney dialysis
- animal husbandry
Industries
- cosmetics and electronic production
- pond & lake reclamation
- laundry water
UV Industrial Applications
UV irradiation has emerged as a proven treatment
technology for the treatment of process water and wastewater in industrial
applications. UV treatment has been established as a low cost,
environmentally-friendly treatment technology that provides exceptional
disinfection benefits. Exposure to UV irradiation ensures the inactivation of
all types of microorganisms, including bacteria, viruses, yeasts, moulds and
spores. UV treatment can also be combined with other oxidants (i.e. ozone,
hydrogen peroxide) to create hydroxyl radicals for removal of many other harmful
contaminants.
UV treatment has numerous advantages in industrial applications. UV treatment
can easily inactivate, even with low UV doses, chlorine resistant compounds such
as Giardia and Cryptosporidium. UV is a "green technology", as it is chemical
free and produces no disinfection by-products (DBPs). The systems can also be
easily retrofitted into existing treatment plants due to its small footprint.
Eco-Logical Technology offers a wide range of low pressure and medium pressure
UV systems for various industrial applications:
Food and Beverage
UV disinfection equipment can be used prior to filters and/or membranes or after
carbon beds to disinfect the source water and minimize microbial contamination
at beverage plants, reducing backwashing and servicing frequencies. Waste water
streams can also be treated with UV in order to disinfect and reduce BOD levels
for safe discharge or reuse.
Power and Cogeneration
UV disinfection equipment can be used prior to RO/UF membranes or mixed bed
resins to disinfect and lower TOC levels, reducing backwashing and servicing
frequencies, limiting the need for chemical biocides, and minimizing downstream
contamination problems.
Oil Field Water Injection
UV equipment placed after particle filtration, which minimizes reservoir
plugging, disinfects the water to prevent microbial contamination from being
injected into the oil reservoir. The use of UV disinfection virtually eliminates
the need for water treatment chemicals and expensive dosage monitoring
equipment, preventing the chemical composition of the oil from being altered. \
Pharmaceutical & Cosmetics
UV disinfection equipment can be used prior to filters and/or membranes or
after carbon beds to disinfect the process water and reduce TOC levels, thereby
reducing backwashing and servicing frequencies for downstream treatments. UV
equipment can also be implemented in the recirculation line from purified water
storage tanks, for residual ozone destruction and to provide additional
disinfection and microbial control. Waste water streams can also be treated with
UV in order to disinfect for safe discharge. UV can be combined with other
advanced treatment technologies (i.e. hydrogen peroxide, ozone, etc.) to remove
numerous harmful and difficult to remove compounds.
Chemical Process
UV disinfection equipment can be used prior to filters and/or membranes or
after carbon beds to disinfect the process water, reduce TOC levels, minimize
microbial contamination, thereby reducing backwashing and servicing frequencies.
Waste water streams can also be treated with UV in order to disinfect for safe
discharge. UV can be combined with other advanced treatment technologies (i.e.
hydrogen peroxide, ozone, etc.) to remove harmful and difficult to remove
compounds.
Aquaculture
UV disinfection equipment can be positioned after particle filters to
disinfect the source water and significantly reduce microbial contamination
prior to fish and shellfish exposure. The treatment leads to reduced BOD levels,
and reduced disease and mortality of aquatic species
Electronics
UV disinfection equipment can be used prior to RO/UF membranes or mixed bed
resins to disinfect and lower TOC levels, reducing backwashing and servicing
frequencies, limiting the need for chemical biocides, and minimizing downstream
contamination problems.
Accordingly, UV irradiation is regarded by many industry professionals as the
most technically effective and cost-effective treatment option for numerous
industrial applications.
In order to simplify the integration of UV into existing or future processes,
Eco-Tec has engineered and fabricated a broad range of UV systems to fit nearly
every application.
Costing for Ultraviolet range: July 2010 (All Prices
Exclude VAT and freight)
(INDEX UV) ULTRAVIOLET FILTRATION SYSTEMS. (STERILIZERS)
UV SS-55 55 Watt
stainless steel UV sterilizer 2 500 LITRES
PER HOUR MAX R 3
965.00
UV SS-30 30 Watt
stainless steel UV sterilizer 1 800 LITRES
PER HOUR MAX R 2
940.00
UV SS-25 25 Watt
stainless steel UV sterilizer 1 300 LITRES
PER HOUR MAX R 2
130.00
UV SS-16 16 Watt
stainless steel UV sterilizer
400 LITRES PER HOUR MAX R
1 449.00
UV SS-11 11 Watt
stainless steel UV sterilizer
180 LITRES PER HOUR MAX R
1 035.00
UV SS-110 (NEW) 110 Watt
stainless steel UV sterilizer 5 000 LITRES PER
HOUR MAX R 16 560.00
UV SS-220 (NEW) 220 Watt
stainless steel UV sterilizer 10 000 LITRES PER HOUR MAX
R 19 067.00
UV-55WL Watt Germicidal lamp for the above sterilizers R 328.00
Exploded view for accessories names
Please fill in your contact and enquiry details and send an email for a free consultation
regarding your needs; Click Here: info@eco3.co.za
| 
Useful Links
