enervent eWind Series - Page 24

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• We recommend that the height of backwater
in the water lock (B) is 50 mm, or at least the
underpressure divided with 20 in millimeters
(i.e. 500 Pa under pressure -> 25 mm height of
backwater). The above also applies to duct coils for
cooling mounted in the outside air duct or extract
air duct.
• There are over pressure inside duct coils mounted
in the supply air duct. We recommend the height
dierence (A) between the duct coil drain and the
water lock drain is 25 mm. The water lock height of
backwater (B) must be 75 mm, or at least the over
pressure divided with 10 in millimeters (i.e. 500 Pa
under pressure -> 50 mm).
• The water lock must be lled with water before
starting up the unit. The water lock might dry up
if water is not accumulated in it. If this happens,
air might get into the pipe and hinder water from
entering the water lock, which might result in an
irritating ”bubbling” sound.
• The functionality of the water lock must be
checked every year before the heating season and
also in the spring if the ventilation unit is equipped
with cooling.
A
B
CONDENSATE WATER DRAIN TABLE
Unit
1/4”
(inner
thread)
DN32
G½”
(VEAB,
outer
thread)
Pinion eWind (E)/(W) •
Pingvin eWind (E)/(W) •
Pingvin eWind E-CG/CHG • •
Pingvin XL eWind (E)/(W) •
Pingvin XL eWind E-CG/CHG • •
Pandion eWind (E)/(W) ••
Pandion eWind E-CG • • •’
Pandion eWind E-CHG •• •
Pelican eWind (E)/(W) ••
Pelican eWind E-CG • • •’
Pelican eWind E-CHG •• •
Pegasos eWind (E)/(W) ••
Pegasos eWind E-CG • •
Pegasos eWind E-CHG •• •
Pegasos XL eWind (E)/(W) ••
Pegasos XL eWind E-CG/CHG •• •
LTR-2 eWind (E)/(W) ••
LTR-2 eWind E-CHG •• •
LTR-3 eWind (E)/(W) ••
LTR-3 eWind E-CG/CHG •• •
LTR-4 eWind (E)/(W) ••
LTR-4 eWind E-CG •• •• •’
LTR-4 eWind E-CHG •• •
LTR-6 eWind (E)/(W) ••
LTR-6 eWind E-CG •• • •’
LTR-6 eWind E-CHG •• •
LTR-7 eWind (E)/(W) ••
LTR-7 eWind E-CG/CHG •• •
LTR-7 XL eWind (E)/(W) ••
LTR-7 XL eWind E-CG/CHG •• •
• condensate drain
•• two condensate drains of the same size
•’ option