Fantini Cosmi EV91C Manual de Usario
Lee a continuación 📖 el manual en español para Fantini Cosmi EV91C (12 páginas) en la categoría Caldera de calefacción central. Esta guía fue útil para 2 personas y fue valorada con 4.5 estrellas en promedio por 2 usuarios
Página 1/12
1
FANTINI COSMI S.P.A. VIA DELL’OSIO 6
20090 CALEPPIO DI SETTALA (MI) ITALIA
Phone no. +39 02 95682.222 Fax no. +39 02 95307006
E-mail: export@fantinicosmi.it
Web: www.fantinicosmi.it
EV91C - SLAVE
MODULE FOR
REGULATING TWO OR
OPERATION
The device uses a measuring probe to read the
temperature value of the delivery header and if the
temperature drops below a set value and for a xed
time, the device will switch on the rst auxiliary boiler
by opening the buttery valve and turning on the re-
levant burner.
If after a certain period of time one boiler is not enough,
the second one will be turned on, and so on.
When the number of turned on boilers becomes ex-
cessive, the control unit will turn them off by shutting
off rst the burner and then, after an adjustable delay,
the buttery valves.
CALCULATED BOILER TEMPERATURE
The boiler temperature calculated by the control unit
may be xed or sliding. When it is xed, the tempe-
rature value stays unvaried (i.e.: exactly like the set
value), whereas when it is sliding, the value set is
added to the highest temperature value required by
the connected slaves. It is thereby possible to regu-
late the boiler with a temperature that constantly va-
ries according to plant requirements.
N.B.: when setting the required boiler temperature
value, take into account that with the xed point regu-
lation this will be the value used by the control unit
whereas, with the sliding point regulation the value
set will represent the increase with respect to the
max. value established by the various control units
USE
The EV91C module is suitable to be used on all types
of heating plants where it is required to portion out
power over several cascaded boilers.
The module with address 0 enables full management
of two cascaded boilers by controlling automatically
both the buttery valves and the burners.
When more than two boilers are present, add as
many EV91C modules as necessary to cover sy-
stem requirements. The maximum number of EV91C
mo-dules that may be connected is four, for a total of
eight cascaded boilers.
MORE CASCADED BOILERS
2
of the plant.
LIMITS
The EV91C module also enables to set min. and
max. boiler temperature limits within which the cal-
culated temperature may vary. The control unit will
ensure that these values are not exceeded.
REGULATION
The device controls automatically both the burners
and the relevant buttery valves. The valve of the
main boiler is always open; when the auxiliary boiler
intervention is required the relevant valve and burner
will open in sequence.
The temperature value (that may be xed or sliding)
calculated by the control unit is used as max. boiler
temperature value. Should this value be exceeded,
all burners are turned off whereas the main boiler but-
tery valve stays open and the auxiliary boiler butter-
y valves are opened or closed as necessary.
When the measured temperature drops below Diff 1
value the main burner will switch on and it will switch
off as soon as the calculated boiler temperature (TCC
value) is exceeded.
If the temperature drops below Diff 2 value and stays
at this value for a certain period of time (to be set
on the control unit) then, an auxiliary boiler will be
switched on (in addition to other boilers operating
yet).
When a new boiler is switched on, the relevant but-
tery valve will open and after a certain time (to be set
on the control unit) the burner will turn on.
Auxiliary boilers are cut off (always one at a time),
when the measured temperature exceeds Diff 1 value
and stays at this value for a certain period of time.
DIFFERENTIAL 1
Main boiler differential: it indicates the temperature
difference, referred to the one calculated by the
control unit, below which the main boiler burner is
switched on.
DIFFERENTIAL 2
Auxiliary boiler differential: it indicates the tempera-
ture difference, always referred to the one calculated
CALCULATED T.
+ 1 AUX BOILER
BOILER T.
- 1 AUX BOILER
DIFF. 1
DIFF. 2
100
90
80
70
60
50
40
30
20
3
by the control unit, below which an auxiliary boiler is
switched on.
BOILER ROTATION
To obtain even power consumption of the different
boilers, the main boiler is rotated automatically after a
set number of days.
The control unit at the set time will replace the main
boiler with the next one. Set “FIXED BOILERS” in the
conguration menu if this function is unnecessary.
MAIN CONTROL UNIT
The main control unit (or master) has address 20 (no
address bridge). The measuring probe shall always
be connected to this control unit.
This control unit implements all logic and regulation
functions and it is adequate for controlling automati-
cally two boilers (boiler no. 1 and boiler no. 2). The
master control unit determines the operation of all
auxiliary cascaded control units through the bus.
AUXILIARY CONTROL UNITS
Auxiliary control units are used when there are more
than two boilers. Their address determines the boil-
ers sequence according to the following logic:
Address 21: boilers 3 and 4
Address 22: boilers 5 and 6
Address 23: boilers 7 and 8
The chief thing is to give addresses in progressive
sequence without intermediate skipping. Since pro-
cessing is implemented by the master control unit no
measuring probe is to be connected to slaves.
DESIGN CHARACTERISTICS
6-module DIN container; removable terminal boards
facilitate replacement.
Valve command
indication
Burner 1
command
indication
Valve com-
mand
indication
Burner 2
command
indication
Indication of
data reception
through BUS
Indication of
data transmission
through BUS
BUTTON to reset
factory settings
Especificaciones del producto
| Marca: | Fantini Cosmi |
| Categoría: | Caldera de calefacción central |
| Modelo: | EV91C |
¿Necesitas ayuda?
Si necesitas ayuda con Fantini Cosmi EV91C haz una pregunta a continuación y otros usuarios te responderán
Caldera de calefacción central Fantini Cosmi Manuales
24 Septiembre 2024
17 Agosto 2024
13 Agosto 2024
1 Agosto 2024
26 Julio 2024
Caldera de calefacción central Manuales
- Caldera de calefacción central ATAG
- Caldera de calefacción central Bosch
- Caldera de calefacción central Junkers
- Caldera de calefacción central Nefit
- Caldera de calefacción central Remeha
- Caldera de calefacción central Vaillant
- Caldera de calefacción central A.O. Smith
- Caldera de calefacción central ACV
- Caldera de calefacción central AGPO
- Caldera de calefacción central Itho
- Caldera de calefacción central De Dietrich
- Caldera de calefacción central Truma
- Caldera de calefacción central Intergas
- Caldera de calefacción central Buderus
- Caldera de calefacción central Elco
- Caldera de calefacción central Nibe
- Caldera de calefacción central Ferroli
- Caldera de calefacción central Viessmann
- Caldera de calefacción central Itho-Daalderop
- Caldera de calefacción central Saunier Duval
- Caldera de calefacción central Vokèra
- Caldera de calefacción central Bulex
- Caldera de calefacción central AWB
- Caldera de calefacción central Wolf
- Caldera de calefacción central Daalderop
- Caldera de calefacción central Baxi
- Caldera de calefacción central Morco
- Caldera de calefacción central Mikoterm
- Caldera de calefacción central Oertli
- Caldera de calefacción central Ygnis
- Caldera de calefacción central ROC
- Caldera de calefacción central Thermona
Últimos Caldera de calefacción central Manuales
27 Octubre 2024
19 Octubre 2024
17 Octubre 2024
17 Octubre 2024
17 Octubre 2024
17 Octubre 2024
15 Octubre 2024
10 Octubre 2024
8 Octubre 2024
7 Octubre 2024