Design And Operating Principle - Vents VUTR 200 VK EC User Manual

DESIGN AND OPERATING PRINCIPLE

The principle of operation of the unit is as follows: warm exhaust air from the room is drawn into the unit via the air ducts, where it is
filtered. The air then passes through a rotary heat exchanger and is removed outside through air ducts by an exhaust fan.
The clean, cool air from the outside is supplied via the air ducts to the unit's supply filter, where it is filtered. The air then passes through a
rotary heat exchanger and an electric heater (for VUTR 200 VEK(S) EC units), where it is heated, and is then supplied into the room through
the air ducts by a supply fan.
The rotary heat exchanger exchanges the heat energy of the warm exhaust air extracted from the room with clean, cool air supplied
from the street. Heat exchange minimises heat loss and operating costs for heating the building in the cold season and cooling it in the
warm season.
The cooker hood is equipped with an air damper that closes the exhaust air duct when the unit is not in use.
1
2
9
8
10
1 — supply fan; 2 — supply filter; 3 — exhaust fan; 4 — exhaust filter; 5 — humidity sensor (optional); 6 — rotary heat exchanger; 7 —
control unit; 8 — rotary heat exchanger drive; 9 — electric heater (models equipped with a heater); 10 — cooker hood; 11 — Setup Mode
button; 12 — airtight lead-ins; 13 — service panel, 14 — decorative panel (accessory, not included in the delivery set); 15 — cooker hood
filters.
VUTR 200 V(E)K(S) EC L
D D
C C
B B
A A
8
11
12
5
3
4
6
7
VUTR 200 V(E)K(S) EC R
B B
A A
D D
C C
13
A — supply air to the room;
B — supply air from the street;
C — exhaust air from the room;
D — exhaust air to the outside.
VUTR 200 V(E)K(S) EC
14
15
www.ventilation-system.com