Klimor EVO-RX, Руководство по эксплуатации и обслуживанию

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43
2,0
Ho [m]
1,0 3,0 4,0
30
°
6,0 5,0 8,0 10,0
kąt nachylenia lamel 35 ° 40 ° 45 ° 50 °
Nawiewnik wirowy
NWO-11
Nawiewnik wirowy NWO-11 Dn-630 CHŁODZENIE
Oznaczenia:
3
Q [m /h] - strumień
objętościowy powietrza
Ho [m] - odległość do
strefy przebywania ludzi
D T [K] - różnica pomiędzy
temperaturą nawiewaną
a temperaturą w
pomieszczeniu
P.P.H.U. 99-122 Góra św. Małgorzaty 31a tel./fax 0-24/389-22-80 e-mail: www.sawpol.pl biuro@sawpol.pl
8000 6000 4600
3100 2200 1600
D T [K]
0
2
5
10
15
Nawiewnik wirowy NWO-11 Dn-710 CHŁODZENIE
2,0
Ho [m]
1,0 3,0 4,0
30 °
6,0 5,0 8,0 10,0
kąt nachylenia lamel
35 ° 40 ° 45 ° 50 °
9500 7400 5800 4200 3000 2000
D T [K]
0
2
5
10
15
Kąt nachylenia lamel w zależności od wysokości pomieszczenia, temperatury i strumienia
powietrza nawiewanego (chłodzenie)
Dane techniczne
Nawiewnik wirowy
NWO-11
P.P.H.U. 99-122 Góra św. Małgorzaty 31a tel./fax 0-24/389-22-80 e-mail: www.sawpol.pl biuro@sawpol.pl
Nawiewnik wirowy NWO-11 Dn-630 OGRZEWANIE
3,0
Ho [m]
2,0 4,0 5,0 7,0 6,0 8,0 10,0
kąt nachylenia lamel
45 °
50 °
12000 6000 4700 3600 1200
D T [K]
5 10 15
60 ° 70 ° 90 °
30
20
2400
Oznaczenia:
3
Q [m /h] - strumień
objętościowy powietrza
Ho [m] - odległość do
strefy przebywania ludzi
D
T [K] - różnica pomiędzy
temperaturą nawiewaną
a temperaturą w
pomieszczeniu
Nawiewnik wirowy NWO-11 Dn-710 OGRZEWANIE
3,0
Ho [m]
2,0 4,0 5,0 7,0 6,0 8,0 10,0
kąt nachylenia lamel
45 °
50 °
14000 8300 5700 4100 1500
D T [K]
5 10
15
60 ° 70 ° 90 °
2100
20
Kąt nachylenia lamel w zależności od wysokości pomieszczenia, temperatury i strumienia
powietrza nawiewanego (ogrzewanie)
Dane techniczne
There is a two-section damper mounted on the inlet to
the exchanger: one part on the exchanger and the other
on the by-pass. Both sections are coupled with each
other. At full flow through the exchanger, the damper
by-pass section is closed. Closing the exchanger section
opens the by-pass section.
Air is directed only through the by-pass, as a standard,
during the summer season or when the frost protection
of the exchanger is activated.
The frost protection system protects the exchanger
against the effects of excessive cooling and freezing of
the exhaust part of the exchanger.
The protection consists of:
• actuator of the cross-flower damper
• differential pressure sensor before and behind the ex-
changer on the exhaust air side,
• regulator.
When the preset pressure drop on the pressure switch is
reached (by 150% of the design drop value), as a result
of the exchanger’s abrasion, the regulator gives a signal
to the actuator. The damper on the exchanger is closed
and the air flow is opened through the by-pass. This
happens until the exchanger heats up and melts the
ice/frost collected inside the exchanger. From this mo-
ment on, the damper on the exchanger starts to open,
passing through the exchanger an increasing flow of
fresh air.
NOTE: The anti-frost cross-freeze system of the
counter-current cross-flow exchanger is supplied
within the scope of delivery of the automation sys-
tem
5.5 Air swirl diffuser
The EVORX indoor unit is equipped with a swirl diffuser
for air supply.
The diffuser is made of steel sheet powder-coated white
9016. It has movable blades for correct direction of the
air stream depending on the supply air temperature.
The blades are driven by a wax actuator that does not
require a power supply or control signal.
Fig. 22 Nomogram for determining the flow range of the EVO- RX 0500. Top for cooling, bottom for heating.
Designation:
Q [m
3
/h] - air volume flow rate
Ho [m] - distance from the zone of human
presence
ΔT [K] - difference between supply
and room
T [K] - difference between supply air
temperature and room temperature
Designation:
Q [m
3
/h] - air volume flow rate
Ho [m] - distance from the zone of human
presence
ΔT [K] - difference between supply air
temperature and room temperature
lamella inclination angle
lamella inclina
tion angle