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3.2.3 SENEC.Inverter V3 LV Status-LEDs
Die 4 LEDs zeigen den Betriebszustand des SENEC.Inverter V3 LV.
LED 1
Inverter OK
Passive
Charge
Discharge
Inverter startet
Error
OK
ESC
Legende:
LED leuchtet;
LED blinkt
+
+
COM2 COM1 LAN
PV1
PV2
SENEC.Inverter V3 LV
Inverter
BDC
Limited
OK
OK
status
Defect
1
2
3
4
Inverter
BDC
Temperature
Fault
start-up
start-up
derating
U
230 / 240 V AC
nom, AC
f
50 / 60 Hz
nom, AC
I
20 A
AC
I
40 A
SC, AC
P
4600 W
(230 V)
/ 5000 W
(240 V)
max, AC
S
4600 VA
/ 5000 VA
max, AC
(230 V)
(240 V)
0.8
- 0.8
ind
cap
U
75 V - 650 V
DC, PV, MPP
MCU, NPU
U
750 V
DC, PV, max
I
2 x 20 A
DC, PV
X52
X53
X57
X60
I
2 x 23 A
Display
NPU
X59
SD
WR
X5
SC, PV
U
35 V - 65 V
DC, Bat
I
75 A
X5
X300
DC, Bat
P
3500 W
X6
NPU
RST
Backup power
MCU
X55
T
- T
0 °C - 60 °C
RST
PWR
X4
min
max
ETH
X3
MCU
Inverter topology
isolated
(Bat)
non-isolated
(PV)
Ingress protection
IP20
J1
Bat
CAN
X150
X51
Protective class
I
J2
OUT OC
PM
X1
Pollution degree
PV
CAN/
X58
X54_2
2
RS485
J3
Temp
COM
MCU
J4
X54_1
Serial number:
X56
X4
RCR
PWR
MCU
IPU
X50 BUS
X3
NPU
X9
X6
X5
BMZ Term
Diffsensor
Isoguard
AC-HK
X10
X8
X13
X2
PV-HK
Backup-SW
AC-SW
X14
Master
BMZ
DC-SW
10
X4
GRID
X11
MCU
IPU
min
X12
SENEC GmbH
BAT
Wittenberger Straße 15
04129 Leipzig
X7
PWR
MCU
WEEE: DE20792790
+49 341 87057-0
TD110-071.11
service@senec.com
X1 MCU IDC
TD110-078.10
Abb. 9 LEDs am SENEC.Inverter V3 LV
BAT
+
TD140-057.10 | Version 1.0 | 09.10.2019
LED 2
BDC OK
BDC startet
LED 3
Eingeschränkter Status
Temperaturbedingtes Derating
LED 4
Defekt
Fehler
23
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