Eltek Valere Flatpack2, Быстрый старт

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Quick Start Guide Flatpack2 PS System, 4U, SP2-based
356825.103, 2v0 -2011-09
25
Load Monitor CAN Node
The Load Monitor CAN Bus Node enables you to decentralize and increase the number of input
fuse monitoring and current sense signals in your Compack- , Smartpack- or Smartpack2 -based DC
power supply system. The fuse monitoring inputs are suitable for monitoring a wide range of
breakers in both positive and negative DC distributions.
Read also the “Installation Guide
Load Monitor CAN Node”,
document 351506.033.
CAN Bus Nodes
Appendix
CAN port 1&2
Electrically identical
DIP switches
CAN ID address
DIP switch #1
Load Monitor
Power
LED Lamp (green)
Warning
LED Lamp (yellow)
Alarm
LED Lamp (red)
Fuse Monitoring Inputs
Terminal Block X*
Input 1
Load Monitor
DIN Rail
mounting
clips
Screw head
mounting slot (2x)
(Head’s diameter >5 mm
and <8 mm)
Current Sense Inputs
Terminal Block X**
Input 1
Load Monitor Connections
Voltage free relay outputs and Configurable monitoring inputs
FUNCTION SIGNAL PIN-OUT
Load Monitor
To next
CAN bus node
CAN
port 1&2
RJ45, 8 pins
From p
revious
CAN bus node
O
r
R
J45 C
A
N
b
u
s t
e
rm
ina
tion pl
ug, i
f th
e L
oad
M
oni
tor
is
th
e l
a
st
no
de
in
the C
A
N
bus
(Customer Connections)
DIP
Switches
(5-8 always
OFF)
1
2
3
4
Input Circuit 1
Input Circuit 2
Input Circuit 3
Input Circuit 4
6
Config. Input
(F
ro
m
br
eaker
s a
n
d
ex
ter
n
al
equi
pm
ent)
3
2
1
4
5
Config. Input
Config. Input
Config. Input
Config. Input
Config. Input
Input Circuit 5
Input Circuit 6
Fuse M
oni
torin
g
Inp
u
ts
+
–
+
–
–
–
+
–
+
+
+
–
X:*
+
–
+
–
8 Config. Input
7 Config. Input
Input Circuit 7
Input Circuit 8
Input Circuit 1
Input Circuit 2
Input Circuit 3
Input Circuit 4
6
Sense Input
(Fro
m cu
rre
n
t sh
un
ts
)
3
2
1
4
5
Sense Input
Sense Input
Sense Input
Sense Input
Sense Input
Input Circuit 5
Input Circuit 6
Current
Sense I
npu
ts
+
–
+
–
–
–
+
–
+
+
+
–
X:**
+
–
+
–
8 Sense Input
7 Sense Input
Input Circuit 7
Input Circuit 8
1.5 mm
2
, 14
AWG
max. wire section
Load
Monitor
ID
#
DIP Switch Position
1

2

3

4
1
st
Monitor 49
OFF

OFF

OFF

OFF
2
nd
Monitor 50
ON

OFF

OFF

OFF
3
rd
Monitor 51
OFF

ON

OFF

OFF
4
th
Monitor 52
ON

ON

OFF

OFF
5
th
Monitor 53
OFF

OFF

ON

OFF
6th Monitor 54
ON

OFF

ON

OFF
7
th
Monitor 55 OFF

ON

ON

OFF
8
th
Monitor 56
ON

ON

ON

OFF
9
th
Monitor 57
OFF

OFF

OFF

ON
10
th
Monitor 58
ON

OFF

OFF

ON
11
th
Monitor 59
OFF

ON

OFF

ON
12
th
Monitor 60
ON

ON

OFF

ON
13
th
Monitor 61
OFF

OFF

ON

ON
14
th
Monitor 62
ON

OFF

ON

ON
Load Monitor
DIP switch configuration
ID <49>
(All switches OFF)
Note:

DIP switch
positions 5
through 8 are
always to be OFF

The monitor’s
ID # corresponds
to the DIP
switch’s binary
value plus 49