For many indoor and outdoor growers, the question of whether to reuse soil after harvest is both economic and envir...
Continue Reading

Description
Flange: 160
Height: 400 mm
Max. Flow: & nbsp; 620 m3/h & nbsp;
opt. Flow: & nbsp; 475 m3/h
Weight: 5.1 kg
Eco line carbon filter range - easy installation and super -spolever, active carbon inside each filter effectively removes all odors from the room while allowing fans to work more efficiently than competing carbon filters.
for cleaning incoming, outgoing or passing air flow from odor by means of physical or chemical adsorption.
temperature: maximum air temperature flow = 70 ° C
Relative humidity: maximum air humidity flow = 70%
Which carbon filter size do I need?
Count si a required filter with active carbon in just three easy steps. These calculations are based on air exchange in the room once behind a minute.
Measure the air volume in the room by multiplying the length of the width and height (in meters) room. Eg a measuring 3m x 4m measuring with ceiling height 2 M has an air volume of 3 x 4 x 2 = 24 m3.
multiply the air volume of 60. It gives you the amount of air you need to move every hour.
Height: 400 mm
Max. Flow: & nbsp; 620 m3/h & nbsp;
opt. Flow: & nbsp; 475 m3/h
Weight: 5.1 kg
Eco line carbon filter range - easy installation and super -spolever, active carbon inside each filter effectively removes all odors from the room while allowing fans to work more efficiently than competing carbon filters.
for cleaning incoming, outgoing or passing air flow from odor by means of physical or chemical adsorption.
temperature: maximum air temperature flow = 70 ° C
Relative humidity: maximum air humidity flow = 70%
Which carbon filter size do I need?
Count si a required filter with active carbon in just three easy steps. These calculations are based on air exchange in the room once behind a minute.
Measure the air volume in the room by multiplying the length of the width and height (in meters) room. Eg a measuring 3m x 4m measuring with ceiling height 2 M has an air volume of 3 x 4 x 2 = 24 m3.
multiply the air volume of 60. It gives you the amount of air you need to move every hour.