ELPLAST EOL User Manual

EN
User manual
models: EOL, ATOL, CLASSIC, ZEFIR, AERO, VULKAN, WK, COMFORT
Technical specifications
Rated supply voltage
Rated frequency
Rated power consumption
Air output
Insulation class
Degree of protection
PURPOSE
The ducted fan is the ideal solution for bathrooms and toilets. It is used to support
gravitational ventilation and can be installed in rooms that have individual ventilation ducts,
in residential buildings for collective housing and public use, except in rooms where a
corrosive or explosive atmosphere may be present.
•
The equipment is not intended for use by persons (including children) with reduced
physical, sensory or mental capacity.
•
The equipment is not intended for children to play with.
•
According to PN-HD-60364, a fan may not be installed in protection zone 0 and 1 in
rooms with a bath or shower.
INSTALLATION AND OPERATION
The fan should be installed in place of the ventilation grille by means of wall plugs, using the
holes prepared for this purpose in the fan body. For through fans, the fan is part of the
ventilation system. Fans equipped with a connecting cable with a plug and an on/off switch
are started up by inserting the plug into a 230V~ mains socket and activating the on/off
switch accordingly. B-type fans and fans with electronic systems (T, HT, FT, VT, VHT, VFT) are
connected directly to the electrical system using a terminal strip with LN terminals or an
electronic system with LNS terminals.
ATTENTION: Adjustment of the settings of fans with electronic systems may only be carried
out after each disconnection of the power supply (e.g. by switching off the fuse in the circuit
from which the fan is to be supplied). Do not use neon or LED switches to switch on fans with
electronic systems.
T - fan with timer
Control of the fan activation requires connection of the controller to an electrical switch. The
existing light switch of the ventilated room can be used for this purpose, fig. 3 1st version of
the fan connection or an additional independent switch controlling the fan switching on, fig.
3 2nd version of the fan connection . After switching off the fan ON/OFF switch, fig. 3, the fan
continues to run for the delay time set in the fan controller. The set time counts down from
the moment the I/O switch Fig. 3 is switched off. The time is set by setting the control system
potentiometer to the required position. The delay time can be set in the range from 0.5 to 30
min.
VT - timer fan with KOMFORT module
The VT fan incorporates a T system and is additionally equipped with a comfort system.
With the switches shown in Fig. 2 we can set the two speeds and select one of the two types
of automatic operation. Switch 1 in the ON position the fan operates in silent mode, Switch
1 in the OFF position the motor runs at high speed guaranteeing maximum fan performance.
Switch 2 in the ON position allows the fan to be switched off when the ON/OFF switch, fig. 3,
is on. The fan will switch on in timed mode when the I/O switch fig. 3 is off and will switch off
after the set time on potentiometer T.
Switch 2 in the OFF position the fan is running at the moment of the ON/OFF switch Fig. 3
The fan will enter time mode when the ON/OFF switch Fig. 3 is switched off and will switch
itself off after the set time on potentiometer T.
NOTE: The fan's transition to timed mode is signalled by the LED flashing.
VFT - fan with photocell and KOMFORT module
The VTF system incorporates the VT system and additionally has a photocell to control the
light level in the room.
With the switches shown in Fig. 2 we can set the two speeds and select one of the two types
of automatic operation. Switch 1 in the ON position the fan operates in silent mode, Switch
1 in the OFF position the motor runs at high speed guaranteeing maximum fan performance.
Switch 2 in ON position allows the fan to be switched off when the ON/OFF switch Fig. 3 is on
or when the photocell detects that the light in the room is on. The fan will switch on in timed
mode when the light or I/O switch fig. 3 is switched off and will switch off after the set time
on potentiometer T.
Switch 2 in the OFF position the fan operates when the ON/OFF switch Fig. 3 is activated or
when the photocell detects that the light is on. The fan will switch on in timed mode when
the light or the W/WO switch fig. 3 is switched off and will switch off after the set time on
potentiometer T.
Use potentiometer F Fig. 1 to set the lighting threshold. For dark rooms without windows, it
is recommended to set the potentiometer in the min. position; for lightly lit rooms, it is
recommended to set it in the max. position.
NOTE: The photocell fan is not suitable for rooms that can already be illuminated (max. 5 lux)
before the light is switched on, i.e. rooms with windows, for example. In the case of LED
lighting, the lighting power may not be sufficient to properly control the electronic system.
HT - fan with humidity sensor
System HT has all the functions of system T, additionally it is equipped with a humidity
sensor allowing to start the fan when the set humidity threshold is exceeded. The fan is
switched on automatically when the air humidity in the vicinity of the fan reaches a pre-set
Ø100 Ø120
~230V
50Hz
7-19W 20W
55-120 m /h 150 m /h 200 m /h
19W 3 3
100 m /h II
3
IP-X4
level or when W/WO is switched off, fig. 3. Switching off takes place after a pre-set delay
time, counted from the moment the required humidity level is reached in the room or when
v. MAN001
W/WO is switched off, fig. 3.
A fan with a humidity sensor (HT) requires adjustment of the room humidity level. The
adjustment is made by turning potentiometer H fig.1 to the extreme (-) position. The fan
starts working and the diode lights up continuously. By turning the potentiometer very
slowly in the (+) direction, at some point the diode will start pulsating. This is the required
Ø150
humidity level position of the room in question.
NOTE: Adjustment is carried out in a dry room before bathing or other operations involving
water.
22W
3
VHT - fan with humidity sensor and KOMFORT module
The VHT unit has all the functions of the VT unit, additionally it is equipped with a humidity
sensor which allows the fan to be activated if the set humidity threshold is exceeded. The fan
is switched on automatically when humidity in the vicinity of the fan reaches a pre-set level
or when W/WO is switched off, fig. 3. Switching off takes place after a pre-set time delay,
counted from the moment of reaching the required humidity level in the room or switching
off W/WO, fig. 3.
The VHT humidity sensor fan requires the room humidity level to be set. The adjustment is
made by turning potentiometer H fig.1 to the extreme (-) position. The fan starts to work and
the LED lights up continuously. By turning the potentiometer very slowly in the (+) direction,
at some point the diode will start pulsating. This is the required humidity level position of the
room in question.
NOTE: Adjustment is carried out in a dry room before bathing or other operations involving
water.
Automatic shutter
Once the fan has been activated, the time taken for the louvres to fully open is approximately
30 seconds.
When the louvre is in the fully open state, the time it takes for the louvre to close completely
after the fan is switched off is approximately 90 seconds.
I nformation for users on disposal of waste equipment.
The symbol shown opposite means that the electrical and electronic equipment,
at the end of its useful life, should not be disposed of with household waste.
Instead, it should be handed over to dedicated collection points for electrical and
electronic equipment for appropriate treatment, recovery and recycling in accordance with
national legislation and in accordance with Directives 202/96/EC and 206/66/EC.
___________________________________________________________________________
ELPLAST.COM P.S.A.
ul.Konarskiego 20, 99-300 Kutno, Poland, e-mail: info@elplast.com