InteliMains
NT
, SW version 3.2.0
InteliMains-NT-MCB-MGCB-3.2.0-Reference Guide.pdf,
©ComAp – April 2015
48
F
UNCTION
N
AME
(
ALPHABETICAL
ORDER
)
B
RIEF
D
ESCRIPTION
R
ELATED
S
ETPOINTS
,
I
NPUTS AND
O
UTPUTS
Detection of
empty CAN bus
This function can be used to detect failed
communication via CAN2 bus. If no other
controllers are found on CAN2 bus,
alarm is issued.
CAN2emptDetect
Disable Circuit
breaker
function
It is possible to disable one or both
breakers via InteliMains. Disabled circuit
breaker opens (if previously closed) and
InteliMains keeps it open under any
conditions.
MGCB
DISABLE
MCB
DISABLE
MGCB
OPEN
Evaluation of
CAN2
communication
collision
Controller automatically detects possible
collisions on CAN2 bus (e.g. same
shared binary outputs are broadcasted
by two controllers on one CAN bus).
SHxOcol detect
External values
available for
repeated writing
It is not possible to repeatedly write
setpoints from external device (although
it is possible to repeatedly force different
values or continuously changing values
into setpoint because forced value is not
stored in the memory) because of
possible memory damage. If continuous
writing of some value into a setpoint from
external device is needed, External
values should be used and their value
should be subsequently forced to the
setpoint for safe operation. For detailed
guide to the usage of external value
please refer to a separate chapter.
ExtValue1deflt
ExtValue2deflt
ExtValue3deflt
ExtValue4deflt
ExtValue1LoLim
ExtValue2LoLim
ExtValue3LoLim
ExtValue4LoLim
ExtValue1HiLim
ExtValue2HiLim
ExtValue3HiLim
ExtValue4HiLim
ExtValue1 rate
ExtValue2 rate
ExtValue3 rate
ExtValue4 rate
E
XT
V
ALUE
1
UP
E
XT
V
ALUE
2
UP
E
XT
V
ALUE
3
UP
E
XT
V
ALUE
4
UP
E
XT
V
ALUE
1
DOWN
E
XT
V
ALUE
2
DOWN
E
XT
V
ALUE
3
DOWN
E
XT
V
ALUE
4
DOWN
E
XT
V
ALUE
1
RESET
E
XT
V
ALUE
2
RESET
E
XT
V
ALUE
3
RESET
E
XT
V
ALUE
4
RESET
Forcing of a
value to the
setpoint
It is possible to force up to 16 different
values to one setpoint to change various
functions of the controller. Any suitable
setpoint or value can be forced into the
setpoint provided that this setpoint is
forcable. There are 16 Force value
setpoints designed just for forcing (if
correct value for forcing is not available
in any other setpoint or value). For
detailed step-by-step instruction on how
to use value forcing please refer to a
separate chapter.
Force value 1
Force value 2
Force value 3
Force value 4
Force value 5
Force value 6
Force value 7
Force value 8
Force value 9
Force value 10
Force value 11
Force value 12
Force value 13
Force value 14
Force value 15
Force value 16
F
ORCE
V
ALUE
I
N
1
F
ORCE
V
ALUE
I
N
2
F
ORCE
V
ALUE
I
N
3
F
ORCE
V
ALUE
I
N
4
F
ORCE
V
ALUE
I
N
5
F
ORCE
V
ALUE
I
N
6
F
ORCE
V
ALUE
I
N
7
F
ORCE
V
ALUE
I
N
8
F
ORCE
V
ALUE
I
N
9
F
ORCE
V
ALUE
I
N
10
F
ORCE
V
ALUE
I
N
11
F
ORCE
V
ALUE
I
N
12
F
ORCE
V
ALUE
I
N
13
F
ORCE
V
ALUE
I
N
14
F
ORCE
V
ALUE
I
N
15
F
ORCE
V
ALUE
I
N
16
