Connections For Twin Systems; Table 5: Outputs Out1 And Out2; Table 6: Characteristics Of The Output Contacts - DAB EVOPLUS B 120/220.32 M Instrucciones Para La Instalación Y El Mantenimiento

8.2.4 Outputs
Figure 9: Pull-out 6-pole terminal board: example of output connection
With reference to Figure 9 the digital outputs available are:
Type of
Output Terminal no.
contact
1 NC
OUT1 2 COM
3 NO
4 NC
OUT2 5 COM
6 NO

Table 5: Outputs OUT1 and OUT2

The outputs OUT1 and OUT2 are available on the pull-out 6-pole terminal
board as specified in Table 5 which also shows the type of contact (NC =
Normally Closed, COM = Common, NO = Normally Open).
The electrical characteristics of the contacts are shown in Table 6.
In the example shown in Figure 8 the light L1 is lit when there is an
alarm in the system and it goes off when no kind of malfunction is found,
whereas the light L2 is lit when the pump is running and goes off when
Associated function
Presence/Absence of alarms in the
system
Pump running/Pump stopped
the pump is stopped.
Characteristics of the output contacts
Max. bearable voltage [V]
Max. bearable current [A]
Max. accepted cable section [mm²]

Table 6: Characteristics of the output contacts

8.3 Connections for Twin Systems

Per realizzare un sistema gemellare è sufficiente collegare 2 circolatori
EVOPLUS utilizzando il cavo fornito in dotazione inserendolo nel connet-
tore apposito (si veda Tabella 2).
For correct operation of the twin system, all the external connec-
tions of the pull-out 13-pole terminal board must be connected in
parallel between the 2 EVOPLUS respecting the numbering of the
individual terminals.
For the possible operating modes of twin systems see par. 12 Page 8.0
of the EVOPLUS menu.
9. START
All the starting operations must be performed with the cover of
the EVOPLUS control panel closed.
Start the system only when all the electrical and hydraulic con-
nections have been completed.
Avoid running the circulator when there is no water in the sys-
tem.
ENGLISH
250
5 If resistive load
2,5 If inductive load
2,5
GB
29