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| Environmentally friendly water disinfection using VISADES UV technology: No chemicals, no polluting or dangerous by-products, no chance of overdosing. | |
Controls Controls the system and some safety functions, and provides connection to process control systems.
Photovoltaics Our UV water disinfection system can also be operated with solar energy or other alternatives.
LimeStop Protection against calcium buildup in your UV water disinfection system. |
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VISADES PRODUCTS
| VISDAES UV water disinfection systems are tested for disinfection capacity by the ÖVGW (Austrian Association for Gas and Water.) The main criterion for selecting the correct UV disinfection system is the maximum water demand in your distribution network. VISADES offers models for every requirement. |
 | The product range extends from small systems, with flow capacities of 1.5 m³/h, up to large municipal or industrial systems, which can provide flow capacities of 3000 m³/h or more.
VISADES uses its own radiators for low and medium pressure systems – depending on the area of application.
We have listed all the models here to provide you with a simple overview.
For additional information, please click on the model name.
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For the good of the environment, and your budget, we emphasize energy efficiency in the design of our UV disinfection systems, since the devices are used constantly. Energy savings are a top priority at VISADES, as is the fundamental use of environmentally friendly UV technology. This high energy efficiency is achieved through ideal circulation flow design and the use of modern controls technology.
We are always happy to help you with any questions.
>> VISADES Information Folder<< |
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Products |
| Type |
Power |
Flow Capacity |
| T40 |
40W |
1,54 m³/h |
| T60 |
60W |
2,80 m³/h |
| T80 |
80W |
4,20 m³/h |
| T130 |
130W |
5,60 m³/h |
| T240 |
240W |
20,53 m³/h |
| T480 |
480W |
40,20 m³/h |
| T720 |
720W |
57,19 m³/h |
| T1700 |
1800W |
194 m³/h |
| T2500 |
2240W |
310 m³/h |
| T3000 |
2880W |
520 m³/h |
| T4200 |
3840W |
630 m³/h | |
| The stated flow capacity is always relative to a certain % transparency. For details, please see the available data sheets. | |