Led Indicators - IVT DSW 12 V Mode D'emploi

OPERATION AND DISPLAY ELEMENTS
8
7
1 2 3 4 5 6
1
Connection terminal 12 V/24 V DC input
2 DIP switch (sleep, standby and addressing)
Connector for remote control
3
(FB-04, Webbox)
4
Connector for remote switch (FS-01/FS-02)
5
USB output 5 V, 500 mA
Warning:
! It is not allowed to connect the USB interfaces (Nr. 3) to a computer.
The computer can be damaged.

LED INDICATORS

The LED control indicators for DC input and AC output provide important information on the operating
status of your inverter. Both LEDs work independently from one another. I.e., a failure in the DC input
area has direct impact on the function of the AC output; or a failure in the output area affects the input
function directly.
Operating status/ fault indicators
Device is switched on and ready for operation
Early warning for deep discharge protection
Cut-off due to deep discharge protection
Input overvoltage
Output short-circuit or overload
16 3 years manufacturer's warranty. Rechargeable batteries excluded.
9
10
6 LED control indicator for AC output
7 LED control indicator for DC input
8 On/Off switch
9 230 V AC output
Potential equalization screw
10
LED DC input LED AC output
LED is on (green) LED is on (green)
Slow blinking (green) LED is on (green)
Fast blinking (green) Fast blinking (green)
Fast blinking (green) Fast blinking (green)
Fast blinking (green) Fast blinking (green)
CONNECTION
For connecting the DC power supply use the original IVT connection wires, which have their own fuse
and are especially made for this inverters. In general the used cable should be as short as possible with
sufficient cross-section. Also ensure good contact to the battery and to the inverter. Too thin or loose
connectors may cause fire due to overheating!
Observe the following steps for connection:
• On-/off switch (Nr. 8) on the front of the device must be set to "Aus" (off).
• A high-current fuse must be installed directly at the battery. If this fuse is missing, there is a risk of fire
in case of short-circuit of the two connection cables (Original IVT connection wire already have such a
fuse integrated).
• Establish a conductive connection (bridge) between the potential equalization screw (see control and
display element no. 10) and the bodywork of the vehicle.
• Now connect both connection cables to the battery and to the inverter (positive pole = red; negative
pole = black).
The charge of the big capacitors may cause a spark inside the voltage converter when the
i
fuse is connected. This is perfectly harmless.
Recommended cable cross-sections for connection cables
The recommended cable cross-section for connection cables depends on the input voltage, the input
current and the length of the used cable.
Connection cable
DSW-300 DSW-600
Length Cross-section 12 V 24 V 12 V
1 m 16 mm 2
■ ■ ■
2 m 16 mm
2 ■ ■ ■
3 m 16 mm 2 –
■ ■
1 m 25 mm – –
2 ■
2 m 25 mm 2 – – ■
1 m 35 mm 2 – – –
2 m 35 mm – – –
2
3 m 35 mm 2 – – –
1 m 50 mm – – –
2
2 m 50 mm 2 – – –
3 m 50 mm 2 – – –
= recommended connection cable – = unsuitable connection cable
■
Important! Please use for the 12 V version of the DSW-2000 / DSW-2000 Synchron in
i
every case a cable cross-section of 50 mm² for the connection cable to the battery, because
of the high DC input current.
More information at www.ivt-hirschau.de
Inverter
DSW-2000
DSW-1200 DSW-2000
Synchron
24 V 12 V 24 V 12 V 24 V 12 V
– – – – –
■
– – – – –
■
– – – – –
■
– – – –
■ ■
■ – ■ – – –
– – –
■ ■ ■
– – –
■ ■ ■
– – – –
■ ■
–
■ ■ ■ ■ ■
– ■ ■ ■ ■ ■
–
■ ■ ■ ■ ■
Part.-No.
431000
431001
431009
431002
431003
431004
431005
431006
431010
431011
431008
17