Iloxair ILOX 129, Инструкция по установке, эксплуатации и обслуживанию

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Heat Recovery Unit ILOX 129 - Installation, Operation and Maintenance
FläktGroup DC_10201GB_20190207_R2 We reserve the right to make changes without prior notice
DESCRIPTION, ELECTRICAL DATA, CONTROL EQUIPMENT
Winter mode Summer mode
ELECTRICAL DATA
Voltage: 230 V, single phase, 50 Hz
Code
Fan motors
Rated output, W
Electric
heater, W
Rated output,
W
Rated output,
A
ILOX 89 2 x 175 1200 1570 6.9
FANS
The fans are powered by energy-efficient EC motors.
HEATER
A heater (electric or water coil) is supplied as standard.
TEMPERATURE CONTROL
In cold weather the bypass damper closes and outdoor air is routed
through the heat exchanger in order to recover the heat from the ex-
tract air (winter mode). The heat that the counterflow heat exchanger
recovers is generally sufficient.
When outdoor temperatures are low and the desired supply air tem-
perature cannot be achieved using recovered heat alone, the heater
assists.
In warm weather the bypass damper opens and the outdoor air is
routed past the heat exchanger (summer mode).
CONTROL EQUIPMENT
The unit is equipped with an electronic Curo control unit The control
unit is integrated into the unit and controls the
operation of the fans, the bypass damper and the heater.
FAN CONTROL
Three operating modes can be selected via the Curo Touch control
panel:
• “AWAY” (low speed) is only used when the premises are left empty
for an extended period (during a holiday for example)
• “HOME” (normal speed) is used for normal ventilation flow
• “FORCED” (high speed) is used when there is a greater need for ven-
tilation (reverts to normal automatically after 120 minutes)
The speed of the fans can be adjusted independently of each other.
COOLING RECOVERY
In the summer, if the extract air is colder than the outdoor air, the by-
pass damper closes to recover cooling from the colder extract air. This
applies particularly if there is some form of cooling unit in the facility/
house.
DEFROSTING, TERMO ICE
During cold periods when frost forms in the heat exchanger, the Termo
Ice function defrosts the unit and the supply air fan is stopped. Defros-
ting does not start until it is really needed. In other words when much
of the heat exchanger has been covered in frost. This is to allow the
highest degree of heat recovery possible. The Termo Ice system can
detect the difference between frost and condensate.
THE UNIT’S MAIN COMPONENTS
The figure above shows a unit bb = 14 = outdoor air right and supply air left.
1. Counterflow heat exchanger
2. Extract air fan (behind the heat exchanger)
3. Supply air fan (behind the heat exchanger)
4. Heater, electric
5. Heater, water
6. Control box
7. Supply prefilter ISO Coarse (G3)
8. Supply filter ISO ePM1, 55% (F7)
9. Extract air filter ISO Coarse (G3)
10. Door switch
11. Bypass damper
12. Reset button, thermal overload protection
1
7
10
11
12
3
9
2
6
8
5
4
ETHERNET CONNECTION (ACCESSORY)
This function can be used to connect the unit to an existing network.
The unit has an integrated web server, which makes it possible to read
and change certain parameters via a web browser.
The connection can also be used for connection to a superior system
via Modbus TCP/IP.
ENERGY CLASS
Compliant with energy class A+ in cold climate conditions (Scandinavia).