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SYSTEM AND MODULE DATA
3.2.3 Electrical data High Voltage Interlock Loop (HVIL)
The HVIL is designed as short-circuit bridge in the T6
tion of the signal loop. Evaluation and reaction is to implement by the customer. For an
overview of the connection =>
connection"
High Voltage Interlock Loop (HVIL)
DC input voltage range
Maximum current
Table 10:
3.2.4 Low Voltage LV-DC input
The LV-DC input supplies the T6
equipped with integrated overvoltage protection. The protection against reverse polarity
is only given with external fuse.
The protection of the system is prescribed by an external fuse supplied by the customer.
The design of the fuse is in the responsibility of the customer.
The T6
mended to use a flat vehicle fuse type Mini or standard.
The voltage range of the following table must be obtained at the system input at the
connector.
Low Voltage LV-DC input
DC input voltage range
DC rated input voltage
Max. DC rated input voltage for 60
minutes
DC rated input current
Power input
Max. fuse value
Table 11:
„4.3.1.1 High Voltage Interlock Loop (HVIL) - Exemplary
.
Electrical data High Voltage Interlock Loop (HVIL)
system must be protected with a maximum fuse value of 15 A. It is recom-
APD
Starting current note
The internal electrolytic capacitors have no series resistor or a starting current
limiting. By way the starting current is essentially determined by the type and
length of the connection cable.
Electrical data low voltage DC input
system. There is no evalua-
APD
/ V
U
in_HVIL_dc
I
/ A
_max_dc
system at the low-voltage level. This input is
APD
/ V
U
LV_dc
U
/ V
12
N_LV_dc
U
/ V
_max_LV_dc
/ A
I
I
LV_dc
LV_dc
=>
„Table 12: Power input of the
/ W
P
LV_dc
/ A
I
_max_dc
0...32
1
9...32
24
36
= P
/ U
LV_dc
N_LV_dc
modules"
15
39
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