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3. DESCRIPTION
VENTILATION SYSTEM
PH, PE, Solace, XPH1.5, XPH2.0, RNC1.5, RNC2.0 & RNC2.0ES
Side View
VENTILATION SYSTEM WITH RECIRCULATION MODE
MODEL XDH
Side View
COMPACT VENTILATION SYSTEM
Front View
•
Fresh Air from Outside Port
A
:
Inlet for fresh outdoor air.
•
Exhaust Air to Outside Port
B
:
Outlet for exhausting stale,
humid & contaminated air to the outdoors after transferring its heat to
the recovery core.
•
Exhaust Air From Home Port
C
:
Exhausts stale, humid &
contaminated air to the outside from multiple location of the home or
from the return air of the forced air system, prior to passing threw the
heat recovery core. Ex: Bathroom, laundry room etc.
•
Fresh Air to Home Port
D
:
Introduces & distributes clean & fresh
air to your home. The homes fresh air ports are normally installed
in the main living areas or in the return/supply duct of the forced air
system. Ex: Living room, bedrooms, recreation rooms etc.
•
5th Port on XDH Models only
E
:
Re-circulating port during
defrost sequence, or with specific wall control Vectra EHC1.5, (RD-3D &
RD-4D) Re-circulation mode can be chosen. (Ref. The Installation Guide)
•
Duotrol
TM
Systems:
Selects your ventilation modes
(OFF, CONT or INTER), also to adjust your continuous airflow rates:
Increasing
(+)
/Decreasing
(-)
.
•
German Engineered Motors(2):
Designed with high performance
and reliability, they are maintenance free for your comfort and peace
of mind.
•
Synthetic Filters:
Capture the largest particle & protects your heat
recovery core from potential obstruction by these particles.
•
Heat Recovery Core:
A polypropylene cross-flow type it is
designed to transfer the heat between both exhaust & supply air
streams without allowing any contamination or mixing of both air
streams to maximize the efficiency and improves your indoor air quality.
*Ideal for cold climates.
•
Energy Recovery Core:
An energy recovery core transfers latent
energy (humidity) & heat from one airstream to the other without
mixing the airstreams for maximum efficiency and improves your
indoor air quality.
*Ideal for warm humid climates.
•
Condensate Drain Pan & Drainage Hose:
Captures the water
that accumulates during the heat transfer and defrosts sequence in
the fall, winter & early spring seasons. Drain hose is connected to the
drain pan and serves as drainage for the accumulation of water. It is
normal during summer months to find no condensation in drain pan or
in drainage hose.
•
Automatic Defrost Sequence:
The defrost sequence is
electronically controlled to measure the incoming outdoor air
temperature, the sequence is activated at -5°C (23°F) and colder. This
system eliminates that the heat recovery or energy recovery core
doesn’t build with ice or freezes.
•
PH, PE, Solace XPH1.5, XPH2.0, SS 3.80, RNC1.5, RNC2.0
& RNC2.0ES Series defrost sequence:
Supply fans shuts
down, the exhaust fan speed increases pending the measured outside
temperature.
•
XDH Model defrost sequence:
An automatic motorized
damper closes the fresh air port, the exhaust fan shuts down, the
supply fan increases speed pending the measured outside temperature
and will draw air from the 5th port located upper left side.
•
C3.14HRV, RNC1.0 & RNC12 Defrost sequence:
An automatic
motorized damper closes the supply & exhaust air and opens the
re-circulation damper. this allows the unit to re-circulate the ambiant
air in the house. The supply motor is then off.
Recirculation of warm
ambient air without
unpleasant odors
Recirculated
warm ambient
air to home
Fresh air
from outside
Exhaust air
to outside
Exhaust air
from home
Fresh air
to home
Continuous Ventilation Mode
Advanced Defrost Sequence / Recirculating Mode
Recirculation of warm
ambient air without
unpleasant odors
Recirculated
warm ambient
air to home
Fresh air
from outside
Exhaust air
to outside
Exhaust air
from home
Fresh air
to home
Continuous Ventilation Mode
Advanced Defrost Sequence / Recirculating Mode
Fresh Air
From Outside
Exhaust Air
To Outside
Exhaust Air
From Home
Fresh Air
To Home
Air frais provenant
de l’extérieur
Air vicié évacué
à l’extérieur
Évacuation de l’air
vicié vers l’extérieur
Air frais distribué
vers l’intérieur
A
A
B
B
C
C
D
D
D
E
Air frais provenant
de l’extérieur
Air vicié évacué
à l’extérieur
Évacuation de l’air
vicié vers l’extérieur
Air frais distribué
vers l’intérieur
Fresh Air
From Outside
Exhaust Air
To Outside
Exhaust Air
From Home
Fresh Air
To Home
A
B
C
D
A
B
C
D
A
B
C
D
Air frais provenant
de l’extérieur
Air vicié évacué
à l’extérieur
Évacuation de l’air
vicié vers l’extérieur
Air frais distribué
vers l’intérieur
Fresh Air
From Outside
Exhaust Air
To Outside
Exhaust Air
From Home
Fresh Air
To Home
A
B
C
D
A
B
C
D
A
B
C
D
Top View
