Studer Innotec XPC 2200-48 User Manual
Page 3
STUDER Innotec
XP-COMPACT
User manual
XP-COMPACT V5.1 E
2
4.8.3
Delayed mode of the Transfer System .........................................................................................................15
4.9
T
HE
S
OLAR CHARGE CONTROLLER
(
OPTION
)....................................................................................................15
4.10
T
HE
M
ULTIFUNCTIONAL
C
ONTACT
..................................................................................................................16
4.11
T
HE
T
EMPERATURE SENSOR
.............................................................................................................................16
5
The Remote Control ...............................................................................................................16
5.1
R
EMOTE CONTROL PLUG
-
IN
..............................................................................................................................16
5.2
P
OWER MONITOR
..............................................................................................................................................16
5.3
B
ATTERY
C
ONDITION
:......................................................................................................................................17
5.4
F
AULT INDICATOR
............................................................................................................................................17
5.4.1
Overtemp. (10) ............................................................................................................................................17
5.4.2
Overload (11)..............................................................................................................................................17
5.4.3
Battery low/high..........................................................................................................................................17
5.5
D
EPORTED ALARM CONTACT AND ON
/
OFF CONTROL
........................................................................................17
5.6
M
ANUAL CONTROL OF THE AUXILIARY CONTACT
............................................................................................17
6
Programming ..........................................................................................................................17
6.1
S
TANDARD SETTING
.........................................................................................................................................18
6.1.1
Battery voltage ............................................................................................................................................18
6.1.2
Auxiliary contact .........................................................................................................................................18
6.2
R
ESET VALUE
...................................................................................................................................................18
6.3
B
ATTERY VOLTAGES AND ABSORPTION TIME
: ..................................................................................................18
6.3.1
Table of voltage and timing threshold.........................................................................................................18
6.3.2
Set the voltage and timing threshold ...........................................................................................................18
6.4
P
ROGRAM THE AUXILIARY CONTACT
...............................................................................................................19
6.4.1
Principle......................................................................................................................................................19
6.4.2
The programming of the Auxiliary Contact is carried out in the following Steps.......................................19
6.4.3
Example ......................................................................................................................................................20
6.5
D
ISABLING SOME OF THE
XP-COMPACT
FUNCTIONS
.....................................................................................20
6.5.1
Diagram of the different mode ....................................................................................................................20
7
Maintenance............................................................................................................................21
8
CE Compliance .......................................................................................................................21
9
Technical Data ........................................................................................................................22