CAN LITE carbon filter 3000-3300m3/h fi250mm

The Original Can Lite Carbon Filter is a basic carbon filter designed to purify the air and combat unwanted odor in grow rooms and other areas.

Small cultivation rooms, stores, bars, kitchens, sanitary rooms, etc.

Many years of experience of the manufacturer resulted in the development of LITE VIRGIN ACTIVATED CARBON. It is designed for long-term operation in ventilation systems with high performance parameters. The very process of creating activated carbon meets the requirements of grain size and its physical and chemical characteristics.

Technical data:

Filter connection flange diameter: Ø 250
Filter diameter: Ø 40 cm
Material: steel
Activated carbon: LITE VIRGIN ACTIVATED CARBON
Height: 100 cm
Weight: 26 kg
Weight of activated carbon: 14.3 kg
Width of activated carbon layer: 5 cm
Maximum filter capacity: 3300m³/h
Optimum filter capacity: 3000m³/h
Lifespan:optimally works from 12 to 18 months

Comes with pre-filter.
Originally packaged in a cardboard box.

The activated carbon of the Can Lite line is created in exactly the same way as in the Can Filter line.

The only difference is the lower density of the activated carbon used.

The design of the Can Lite carbon flits is based on simple and proven elements, however, meeting high inspection requirements and customer expectations. The Can Lite carbon filter makes maximum use of the filter area, so it takes up less space. The design of the carbon filter ensures its airtightness. At the same time, it retains its key functions, namely enabling specially prepared activated carbon to eliminate unwanted odors and purify the air.

Can Lite filters can be refilled with activated carbon. This is technically possible, but it is not recommended to do it yourself at home. The carbon filter is a structure consisting of a clique of elements among which the key place is occupied by air ducts, which under the influence of pressure and activated carbon purify the air. If refilling is done incorrectly, and according to the manufacturer this cannot be done at home, the air channels do not function over the entire surface of the carbon filter only in selected areas. Thus, the effect is that the carbon filter is operated after refilling only to the extent that the air channels function properly.

Thus, Can Lite is designed as a disposable filter with a high durability factor. This is very important, Can Lite carbon filters should be expected to provide consistent performance and long life. CAN Original carbon filters have the best life expectancy among carbon filters on the market today.

The main distinguishing feature of Can Lite charcoal filters is the ability to effectively perform their functions in humidity of up to 75%. The Can Lite carbon filter meets an equally high parameterin terms of the maximum temperature of the working environment, which is 80 °C. If any of these parameters is exceeded, the carbon filter continues to work, but its life is reduced very quickly.

Can Lite optimally works from 12 to 18 months. In fact, however, it very much depends on the fan matched to it and the diameter of the ventilation system ducts. The carbon filter retains its service life if the fan used guarantees a constant amount of pressure and when the diameter of the ventilation system ducts is not smaller than the flange of the selected Can Lite carbon filter.

Installation of the Can Lite carbon filter is quick and easy.

Can Lite Manufacturer's Recommendations:

1. When unpacking and installing the carbon filter, be careful not to damage or cut the white coating of the active filter, any damage to the protective material will make the inside of the carbon filter more vulnerable to contaminants that should be retained on the external filter. This will not damage the carbon filter, however, it will affect the life of the filter and the maintenance of expected performance throughout the ventilation system.

If it is planned to use in the planned ventilation system various types of basic connections (between the filter and the fan) or additional connections (for example: reduction or expansion of the size of the diameter of the ventilation ducts), it is worth trying to ensure that the place of connection is filled with any airtight insulating material with good resistance to high temperature and increased humidity. The material used will make it easier to maintain the tightness and maintain the strength of the joint itself. It is worth paying attention to this element when the individual components of the ventilation system are made by different manufacturers. Small differences in size in the elements used affect the effectiveness and efficiency of the ventilation system.