Manual Cleaning UV Disinfection System for Water Treatment

• Customization: Available
• Certification: ISO9001, CE
• Application: Household
• Model NO.: YLC-300
• Disinfection Method: Ultraviolet
• Model: Ylc-300
• Name: Manual Cleaning UV Sterilizer
• Material: SUS304/316/316L
• Flow Rate: 12m/3
• Inlet and Outlet: Dn50mm/2"
• Lamp Power: 300-800W
• Lamp Life: 9000 Hours
• Equipment Pressure: 0.6MPa
• Power Supply: 220V/50Hz, 380V/50Hz
• UV Wavelength: 254nm
• Transport Package: Plywood Case Into Container
• Specification: CE, SGS
• Trademark: YLD
• Origin: Jiangyin, Jiangsu
• HS Code: 842121999
• Production Capacity: 5000 Sets/Year

Product Description

Features:
1. High efficient sterilization: normally kill 99%-99.9% bacteria within 1 to 2 seconds
2. Broad spectrum: UV rays has broadest spectrum, can kill almost all bacteria and virus.
3. No secondary pollution: don't add any chemical agent, so cannot create secondary pollution to water and ambient environment, do not change any ingredients in water.
4. Safe and reliable to operate: traditional disinfection technology such as adopting chloride or ozone, whose disinfection agent itself are highly toxic and flammable material. While UV sterilizer has no such potential safety hazard.

 




How Ultraviolet Disinfection System Works
As water flows past the UV lamp(s) in a UV disinfection system, microorganisms are exposed to Ultraviolet light energy. Ultraviolet light alters the DNA material in cells so that bacteria, viruses, molds, algae and other microorganisms can no longer reproduce. The microorganisms are considered dead, and the risk of disease from them is eliminated. These Ultraviolet Disinfection Systems are designed for commercial & industrial applications. The process of UV Disinfection is accomplished without adding any harmful chemicals to your drinking water and does not distort the water or effect its pH value. UV Disinfection has an effective kill rate of 99.99% of most living microorganisms such as bacteria & viruses.

 



Comparison of disinfection methods:

Factors to be considered		Liquid chlorine disinfection	Chlorine dioxide disinfection	Ozone disinfection	UV disinfection
Time to be processed		30 min	≤30min	5~10min	30~60s
Dosage (mg/l)		2~20	5~10	1~3	30~40
Efficiency of inaction bacteria		High	High	High	High
Efficiency of bacteria and viruses		Lower middle	Middle	High	High
Water quality factors		More easily affected by PH and temperature	More easily affected by PH and temperature	Less affected by PH and temperature	Less affected by PH and temperature
Operation complexity		Simple to middle	Middle	Complicated	Simple to middle
Economical efficiency	Operation cost	Lower middle	Middle	Above the average	Lower middle
	Area	Large	Less	Small	Small
	Maintenance work	Large	Less	Large	Small
Adverse impact	Safety during transportation	Yes	Yes	No	No
	Site security	Very high	Middle	Middle	Smaller
	Poisoning against the fishes and large invertebrates	Toxic	Poisonous	No	No
	Whether there exists the toxic by product	Yes	Exist in small quantity	Yes	No
	Disposal of the cleaning agents	No	No	No	Have
	Whether or not to increase the content of the soluble solid	Yes	Yes	No	No
	Corrosively	Yes	Yes	Yes	No
	High energy consumption	No	No	Yes	Yes

Application
1. Food processing industry, including juices, milk, drinks, beer, practical oil and canned food.
2. Electronic industry.
3. Hospitals, various laboratory and high levels of pathogenic body water disinfection.
4. Households building, residential, office buildings, hotels, restaurants, water factories.
5. Purification and disinfection of shellfish, fish cleaning and disinfection
6. Military camp, field water supply system
7. Urban wastewater disinfection.
8. Swimming pool, other recreational water disinfection
9. Thermal power, nuclear power plant industrial, central air conditioning system cooling water.
10. Biological, chemical and pharmaceutical, cosmetics for the production of cooling water.
11. Sea water, fresh water breeding, aquaculture water
12. Agricultural water disinfection





Specifications:

model	Processing capacity (Ton/Hour)	power (W)	inlet and outlet (inch)	working pressure (Kg/cm 2 )	malfunction alert for UV lamp	reactor dimension (cm) L×W×H	dimension of panel(cm)	anchor bolt  (cm)	overall weight (Kg)
YLCn-005	0.3	16	1/2"	6	matched	30×6×11			5
YLCn-008	1	25	1/2"	6	matched	47×6.3×11			10
YLCn-050	2	40	1"	6	matched	100×9×20	Φ8.9×25 (diameter×length)	69×4×Φ1	25
YLCn-150	6	80	1+1/4"	6	matched	100×11×23		69×4×Φ1	30
YLCn-200	8	120	1+1/2"	6	matched	100×15.9×30	Φ8.9×45 (diameter×length)	69×7×Φ1	35
YLCn-300	12	160	2"	6	matched	100×15.9×32		69×7×Φ1	40
YLC-050	2	40	DN25/1"	6	matched	100×8.9×30	25×30×12 (L×H×w)	60×4×Φ1	45
YLC-150	6	80	DN32/1 1/4 "	6	matched	100×10.8×30		60×4×Φ1	50
YLC-200	8	120	DN40/1 1/2 "	6	matched	100×15.9×40		60×7×Φ1	60
YLC-300	12	160	DN50/2"	6	matched	100×15.9×40		60×7×Φ1	70
YLC-360	15	200	DN65/2 1/2"	6	matched	100×15.9×40	50×78×25 (L×H×W)	60×7×Φ1	120
YLC-500	20	240	DN65/2 1/2"	6	matched	100×21.9×50		60×11×Φ1.2	130
YLC-600	25	280	DN80/3"	6	matched	100×21.9×50		60×11×Φ1.2	140
YLC-700	30	320	DN100/4"	6	matched	100×21.9×50		60×11×Φ1.2	150
YLC-1000	40	360	DN100/4"	6	matched	100×21.9×50		60×11×Φ1.2	160
YLC-1200	50	400	DN125/5"	6	matched	100×21.9×50		60×11×Φ1.2	180
YLC-1500	60	420	DN150/6"	6	matched	170×27.3×57		120×16×Φ1.4	210
YLC-2000	80	560	DN150/6"	6	matched	170×27.3×57		120×16×Φ1.4	220
YLC-2500	100	700	DN150/6"	6	matched	170×27.3×57	60×128×30 (W×H×T)	120×16×Φ1.4	275
YLC-3000	125	840	DN150/6"	6	matched	173×27.3×57		120×16×Φ1.4	300
YLC-4000	150	1120	DN200/8"	6	matched	173×32.5×65		120×20×Φ1.6	325
YLC-5000	200	1400	DN200/8"	6	matched	173×37.7×72		120×22×Φ1.6	350
YLC-7000	300	2100	DN250/10"	6	matched	175×42.6×80		120×24×Φ2.0	400
YLC-10K	400	2520	DN250/10"	6	matched	176×52.9×95	60×150×40 (W×H×T)	120×28×Φ2.2	475
YLC-15K	600	3080	DN300/12"	6	matched	176×78×110		120×32×Φ2.4	600
YLC-20K	800	3920	DN350/14"	6	matched	confirmed	confirmed	confirmed	confirmed
YLC-25K	1000	4760	DN350/14"	6	matched	confirmed		confirmed	confirmed

Frequently Asked Questions About Ultraviolet (UV) Purification
1. What is UV? 
Ultraviolet (UV) light is at the invisible, violet end of the light spectrum. Even though we can't see UV light, we are exposed to UV rays from all light sources, including the sun.
 
2. How does ultraviolet light purify water? 
UV-C rays penetrate the cells of harmful bacteria and viruses in our drinking water, destroying their ability to reproduce. Without this ability, these organisms die and no longer pose a health threat. It is a simple but very effective process, with the system destroying 99.99% of harmful microorganisms.
 
3. Why not use chlorine instead? 
Chlorine changes the taste and odor of water. Chlorinating also produces harmful by-products called Trihalomethanes (THMs) which are linked to incidence of cancer.
 
4. Does a UV system use a lot of energy? 
No, the UV unit will use about the same amount of energy as a 60 watt light bulb. It is a cost effective, natural way to increase water quality.
 
5. Why do UV purifiers require sediment pre-filtration? 
UV systems require pre-filtration to maintain effectiveness as sediment and other contaminants in the water can create a "shadow" which prevents the UV rays from reaching and disinfecting the harmful microorganisms.