Dometic MSI912, MSI924, MSI1312, MSI1324, MSI1812 User Manual
...
EN
DE
FRESPT
ITNLDA
SV
NOFIRUPLSKCSHU
ENERGY & LIGHTING
SINEPOWER
MSI912, MSI924, MSI1312, MSI1324,
MSI1812, MSI1824, MSI1812T,
MSI1812TOE, MSI1824T
Sine wave inverter
Installation and Operating Manual. . . . . . . 11
Sinus-Wechselrichter
Montage- und Bedienungsanleitung. . . . .37
Onduleur sinusoïdal
Instructions de montage
et de service . . . . . . . . . . . . . . . . . . . . . . . . .64
Convertidor de ondas seno
Instrucciones de montaje y de uso. . . . . . .92
Conversor sinusoidal
Instruções de montagem e manual de
instruções . . . . . . . . . . . . . . . . . . . . . . . . . . 119
Inverter sinusoidale
Istruzioni di montaggio e d’uso . . . . . . . .146
Sinus ondulator
Montagehandleiding en
gebruiksaanwijzing . . . . . . . . . . . . . . . . . .174
Sinus ensretter
Monterings- og betjeningsvejledning . . .201
Sinus växelriktare
Monterings- och bruksanvisning. . . . . . . 227
Sinus vekselretter
Monterings- og bruksanvisning. . . . . . . . 253
Sinus -vaihtosuuntaaja
Asennus- ja käyttöohje . . . . . . . . . . . . . . . 281
Синусоидальный инвертор
Инструкция по монтажу и эксплуатации 307
Przetwornica sinusoidalna
Instrukcja montażu i obsługi. . . . . . . . . . .336
Sínusový menič napätia
Návod na montáž a uvedenie
do prevádzky. . . . . . . . . . . . . . . . . . . . . . .364
Sinusový měnič
Návod k montáži a obsluze . . . . . . . . . . .390
Szinuszos inverter
Szerelési és használati útmutató . . . . . . . 416
SinePower
1
1
BREAKER
1
3
2
2
3
25 cm
BREAKER
25 cm
3
SinePower
4
5
ON
OUT
VOLT.
FREQ.
POWER
SAVING
N.A.
OPTION
1
0
12345678
OFF
REMOTE
LOAD
STATUS
AC OUTPUT
5
1
2
3
4
MSI900, MSI1300, MSI1800
6
AB
AC
INPUT
OUTPUT
AC
BREAKER
1
2
345
A
xxx
ENB
ENB
B
COM
N.O.
DC INPUT
CHASSIS
GROUND
1
REMOTE
A
GND
x
N.C.
5
B
NEG (-)
4 3
POS (+)
1
2
4
SinePower
7
8
MSI1800T
8
BREAKER
MSI1812TOE
8
BREAKER
AC
INPUT
AC
OUTPUT
1
ON
OFF
REMOTE
LOAD
5
STATUS
OUT
VOLT.
FREQ.
POWER
SAVING
12345678
N.A.
OPTION
1
0
AC OUTPUTAC INPUT
67
2
3
4
1
2
3
4
LOAD
STATUS
OUT
VOLT.
FREQ.
POWER
SAVING
12345678
ON
OFF
REMOTE
N.A.
OPTION
1
0
67
5
5
SinePower
1
4
2
3
9
6
SinePower
0
7
Output
FI 1
230 Vw
RCD
L1
N
PE
L1
N
PE
L1
N
PE
2
654
FI 2
RCD
Input
230 V AC
230 Vw
DC
MSI
PE
L1
N
DC
Input
1
3
7
SinePower
a
b
c
d
ENB
GND
ENB
ON:INV.
OFF:INV.
BAT+
BAT–
ON:INV.
OFF:INV.
ON
OFF
ON
OFF
ENB
GND
ENB
GND
TR
ON:INV.
OFF:INV.
HI:INV.
LOW:INV.
ON
OFF
+
DC POWER
–
ON
(TR ON)
OFF
(TR OFF)
8
SinePower
NEG (-)
REMOTE
CHASSIS
DC INPUT
GROUND
B
A
1
POS (+)
1
A
B
ENB
N.O.
ENB
COM
GND
N.C.
2
xxx
x
345
ON
OUT
VOLT.
FREQ.
POWER
SAVING
N.A.
OPTION
1
0
12345678
OFF
REMOTE
LOAD
STATUS
AC OUTPUTAC INPUT
BREAKER
ON
OUT
VOLT.
FREQ.
POWER
SAVING
N.A.
OPTION
1
0
12345678
OFF
REMOTE
LOAD
STATUS
AC OUTPUT
MSI900, MSI1300, MSI1800MSI1800T
186,6 mm
200,6 mm
10 mm
Ø7 mm
MSI900: 186,5 mm
MSI1300: 220 mm
MSI1800: 245 mm
MSI1800T: 284 mm
MSI900: 313 mm, MSI1300: 342 mm
MSI1800: 367 mm, MSI1800T: 406 mm
94,5 mm
200,6 mm
94,5 mm
e
9
f
186,6 mm
17,5 mm 17,5 mm
200,6 mm
283,9 mm
94,5 mm
406 mm
MSI1812TOE
SinePower
10
EN
SinePower
Please read this instruction manual carefully before installation and first
use, and store it in a safe place. If you pass on the product to another
person, hand over this instruction manual along with it.
Table of contents
1 Explanation of symbols . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12
2 General safety instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12
3 Scope of delivery . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14
4 Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14
5 Target group for this Instruction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15
6 Intended use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15
7 Technical description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
8 Mounting the inverter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .19
9 Connecting the inverter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
10 Use inverter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
11 Cleaning and caring for the inverter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
12 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
13 Warranty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .31
14 Disposal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .31
15 Technical data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32
11
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Explanation of symbols SinePower
1 Explanation of symbols
WARNING!
!
A
I
Safety instruction: Failure to observe this instruction can cause fatal or
serious injury.
NOTICE!
Failure to observe this instruction can cause material damage and impair
the function of the product.
NOTE
Supplementary information for operating the product.
2 General safety instructions
2.1 General safety
The manufacturer accepts no liability for damage in the following cases:
• Faulty assembly or connection
• Damage to the product resulting from mechanical influences and excess voltage
• Alterations to the product without express permission from the manufacturer
• Use for purposes other than those described in the operating manual
!
12
WARNING!
• Only use the device as intended.
• Do not operate the device in a damp or wet environment.
• Do not operate the device near any flammable materials.
• Do not operate the device in areas that are potentially explosive.
• Maintenance and repair work may only be carried out by qualified
personnel who are familiar with the risks involved and the relevant regulations.
• People (including children) whose physical, sensory or mental capacities or whose lack of experience or knowledge prevent them from
using this product safely should not use it without the supervision or
instruction of a responsible person.
EN
SinePower General safety instructions
• Electrical devices are not children’s toys
Always keep and use the device out of the reach of children.
2.2 Safety when installing the device
WARNING!
!
A
• Installing the device may only be performed by qualified personnel
who are familiar with the guidelines and safety precautions to be
applied.
• If electrical devices are incorrectly installed on boats, corrosion
damage might occur. The device should be installed by a specialist
(marine) electrician.
NOTICE!
• Ensure that the device is standing firmly.
The device must be set up and fastened in such a way that it cannot tip
over or fall down.
• Do not expose the device to a heat source (such as direct sunlight or
heating). Avoid additional heating of the device in this way.
• If cables have to be fed through metal walls or other walls with sharp
edges, use ducts or tubes to prevent damage.
• Do not lay cables which are loose or bent next to electrically conductive material (metal).
• Do not pull on the cables.
• Do not lay the 230 V mains cable and the 12/24 V DC cable in the
same duct.
• Fasten the cables securely.
• Lay the cables so that they cannot be tripped over or damaged.
2.3 Operating the device safely
WARNING!
!
• Only operate the device if you are certain that the housing and the
cables are undamaged.
• Even after the fuse triggers, parts of the inverter remain live.
• Always disconnect the power supply when working on the device.
13
EN
Scope of delivery SinePower
NOTICE!
A
• Make sure the air inlets and outlets of the device are not covered.
• Ensure good ventilation. The inverter produces dissipated heat which
has to be diverted.
• Do not connect the 230 V output of the inverter (fig. 6 5, page 4 to
fig. 8 5, page 5) to another 230 V supply.
3Scope of delivery
MSI900, MSI1300, MSI1800
No. in
fig. 1,
page 3
1 Sine wave inverter
– Operating instructions
MSI1800T
Label
No. in
fig. 2,
page 3
1 Sine wave inverter
2 Connection cable with safety coupling (for 230 Vw output)
3 Connection cable with safety plug (for 230 Vw supply)
– Operating instructions
Label
4Accessories
Label Item no.
Remote control MCR7 9600000090
Remote control MCR9 9600000091
14
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SinePower Target group for this Instruction
5 Target group for this Instruction
It is chapter “Connecting the inverter” on page 21 expressly intended for technical
people who are familiar with the corresponding VDE-Guidelines.
All other chapters are also intended for the users of the device.
6 Intended use
WARNING!
!
The wave inverter converts direct current of
• 12 Vg:
SinePower MSI912
SinePower MSI1312
SinePower MSI1812
SinePower MSI1812T
SinePower MSI1812TOE
• 24 Vg:
SinePower MSI924
SinePower MSI1324
SinePower MSI1824
SinePower MSI1824T
Never use the inverter on vehicles where the positive terminal of the
battery is connected to the chassis.
into a 200 – 240 V AC supply of 50 Hz or 60 Hz.
15
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Technical description SinePower
7 Technical description
The inverters can be operated wherever
• a 12 Vg connection (MSI912, MSI1312, MSI1812, MSI1812T, MSI1812TOE)
• a 24 Vg connection (MSI924, MSI1324, MSI1824, MSI1824T)
is available. The light-weight and compact construction of this device allows for easy
installation in mobile homes, commercial vehicles or motor and sailing yachts.
The output voltage corresponds to the household voltage from the socket (pure sine
wave, THD < 3 %).
Please observe the values for constant output power and peak output power as indicated in chapter “Technical data” on page 32. Never connect devices that have a
higher power requirement.
NOTE
I
The inverter has various protective mechanisms.
• Overvoltage protection: The inverter shuts itself off when the voltage exceeds
the cut-off value. It restarts when the voltage returns to the restart value.
• Low-voltage protection: The inverter shuts itself off when the voltage sinks
below the cut-off value. It restarts when the voltage rises to the restart value.
• High temperature protection: The inverter switches off when the tempera-
ture inside the device or the temperature on the cooling element exceeds a
cut-off value. It restarts when the temperature has reduced.
• Overload protection: The LED on the inverter indicates an operating fault
(constant red light) when an excess load is connected or a short circuit has
occurred. The fuse in the device must be pressed in again by hand after it is triggered by excess current.
• Incorrect polarity protection: The incorrect polarity protection prevents the
wrong polarity when connecting the inverter.
• Device fuse (only MSI1812T, MSI1812TOE, MSI1824T): The LED on the
inverter indicates an operating fault (constant red light). The fuse in the device
must be pressed in again by hand after it is triggered.
Note when connecting devices with an electrical drive (such as power
drills and refrigerators), that they often require more power than is
indicated on the type plate.
I
16
NOTE
The individual switching values are found in chapter “Technical data” on
page 32.
EN
SinePower Technical description
In addition the device can be configured over an RS-232 interface by a PC and with
the DIP switches on the device.
The inverter can be switched to an energy-saving mode to prevent the connected
battery from discharging too quickly.
The inverter can be easily controlled with a remote control (accessory).
The inverters SinePower MSI1812T, MSI1812TOE, MSI1824T are fitted with a
230 Vw priority circuit. If there is an external 230 Vw voltage this is used as a first
priority. If no external 230 Vw voltage is connected, then the connected battery will
be used as the power supply.
7.1 C o n t ro l s
NOTE
I
The inverter has the following connections, displays and control elements on the
back:
No. in
fig. 5,
page 4
The version for continental Europe is depicted.
Label Description
1 Terminal Set up operation via remote control
2 RS-232 port,
REMOTE port
3 POS+ Positive terminal
4 NEG– Negative terminal
5 Earth terminal Earthing on the vehicle bodywork
Connection of a PC using a serial RS-232 interface or
connection of the MCR7 or MCR9 remote control
17
EN
Technical description SinePower
MSI900, MSI1300, MSI1800
The inverter has the following connections, displays and control elements on the
front:
No. in
fig. 6,
page 4
Label Description
1 Main switch
“ON/OFF/REMOTE”
2 “Input Level” LED Displays the input voltage range
3 “Load Level” LED Displays the power being supplied
4 Dip switch Makes settings on the inverter (such as mains voltage,
5 Safety socket 230 V output
Switches the device on, off or to operation via the
remote control (accessory)
mains frequency, energy-saving mode).
MSI1800T
The inverter has the following connections, displays and control elements on the
front:
No. in
fig. 7,
page 5
1 Main switch
2 “Input Level” LED Displays the input voltage range
3 “Load Level” LED Displays the power being supplied
4 Dip switch Makes settings on the inverter (such as mains voltage,
Label Description
Switches the device on, off or to operation via the
“ON/OFF/REMOTE”
remote control (accessory)
mains frequency, energy-saving mode).
5 AC output 230 V output
6 AC input 230 V input
7 Fuse Protects the inverter from overload.
The fuse can be pressed in again once it has triggered.
8 Earthing screw Sets or removes the grounding bridge
18
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SinePower Mounting the inverter
MSI1800TOE
The inverter has the following connections, displays and control elements on the
front:
No. in
fig. 8,
page 5
Label Description
1 Main switch
“ON/OFF/REMOTE”
2 “Input Level” LED Displays the input voltage range
3 “Load Level” LED Displays the power being supplied
4 Dip switch Makes settings on the inverter (such as mains voltage,
5 AC input 230 V input
6 AC output 230 V output
7 Fuse Protects the inverter from overload.
8 Earthing screw Sets or removes the grounding bridge
Switches the device on, off or to operation via the
remote control (accessory)
mains frequency, energy-saving mode).
The fuse can be pressed in again once it has triggered.
8 Mounting the inverter
8.1 Tools required
For the electrical connection you will need the following tools:
• Crimping tool
• 3 multi-coloured, flexible connection cables. You can see the required cross
section for cable lugs and conductor sleeves in the table in the chapter “Connecting the inverter” on page 21.
• Cable lugs and conductor sleeves.
For fastening the inverter you will require the following tools:
• Machine bolts (M4) with washers and self-locking nuts or
• self-tapping screws or wood screws.
19
EN
Mounting the inverter SinePower
8.2 Installation instructions
When selecting the installation location, note the following:
• The inverter can be mounted horizontally or vertically.
• The inverter must be installed in a place that is protected from moisture.
• The inverter may not be installed in the presence of flammable materials.
• The inverter may not be installed in a dusty environment.
• The place of installation must be well ventilated. A ventilation system must be
available for installations in small, enclosed spaces. The minimum clearance
around the inverter must be at least 25 cm (fig. 3, page 3).
• The air intake on the underside or the air outlet on the back of the inverter must
remain clear.
• For ambient temperatures higher than 40 °C (such as in engine or heating
compartments, or direct sunlight), the heat from the inverter under load can lead
to automatic shutdown.
• The device must be installed on a level and sufficiently sturdy surface.
NOTICE!
A
Before drilling any holes, make sure that no electrical cables or other
parts of the vehicle can be damaged by drilling, sawing and filing.
8.3 Mounting the inverter
➤ Hold the inverter against the installation location you have chosen and mark the
fastening points (fig. 4 A, page 4).
➤ Attach the inverter using your chosen fastening method (fig. 4 B, page 4).
20
EN
SinePower Connecting the inverter
9 Connecting the inverter
9.1 General instructions
WARNING!
!
• When installed in vehicles or boats, the inverter must be connected to the chassis
or earth.
• When setting up a socket distribution circuit (mains set up), comply with
VDE 0100.
• Only use copper cables.
• Keep the cables as short as possible (< 1.8 m).
• Keep to the required cable cross section and fit a cable fuse (fig. 9 3, page 6) as
close as possible to the battery in the positive cable (see Table).
• The inverter may only be connected by a suitably qualified technician. The following information is intended for technicians who are
familiar with the guidelines and safety precautions to be applied.
• For vehicles in which the positive terminal of the battery is connected
with the chassis the inverter must not be installed.
• If you do not fit a fuse to the positive cable, the cables can over-
load, which might result in a fire.
• Reversed polarity can damage the inverter.
• MSI900, MSI1300, MSI1800: The inverter must not be used in a
ring main, but only used for supplying individual devices with electricity. These devices must be plugged directly into the inverter, or
connected to the inverter using a sheathed extension cable manufactured for this purpose.
Device
MSI912 25 mm² 115 A
MSI924 25 mm² 75 A
MSI1312 35 mm² 170 A
MSI1324 35 mm² 85 A
MSI1812/MSI1812T/
MSI1812TOE
MSI1824/MSI1824T 35 mm² 115 A
Required cable
cross section
35 mm² 228 A
Cable fuse
(fig. 9 3, page 6)
21
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Connecting the inverter SinePower
9.2 Connecting the inverter to the battery
NOTE
I
➤ Put the main switch (fig. 6 1, page 4 to fig. 8 1, page 5) on ‘OFF’.
➤ Loosen the screw (fig. 9 1, page 6) from the red positive terminal (fig. 9 2,
page 6).
➤ Push the cable lug (fig. 9 2, page 6) of the positive cable into the red positive
terminal and fasten it with the screw.
➤ Connect the negative cable corresponding to the black negative terminal
(fig. 9 4, page 6).
➤ Lay the positive cable from the inverter to the positive terminal of the vehicle
battery and connect it.
➤ Lay the negative cable from the inverter to the negative terminal of the vehicle
battery and connect it.
➤ Connect the earth terminal with the vehicle body earth.
Tighten the screws or nuts with a torque of 12 – 13 Nm. Loose connections may cause overheating.
9.3 Connect the 230 V supply cable
(only MSI1800T, MSI1800TOE)
➤ Plug in the 230 Vw connection cable with Schuko plug into the 230 Vw input
bush (fig. 7 6, page 5 and fig. 8 5, page 5).
➤ Connect the Schuko plug to the 230 V AC mains.
9.4 Connect the 230 V output cable
(only MSI1800T, MSI1800TOE)
WARNING!
!
➤ Plug the 230 Vw connection cable with Schuko coupling into the
230 Vw output bush (fig. 7 5, page 5 and fig. 8 5, page 5).
Before connecting the 230 V output cable, make sure the inverter is
switched off at the main switch.
22
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SinePower Connecting the inverter
9.5 Connect several loads
(only MSI1800T, MSI1800TOE)
The device is equipped with galvanic isolation when delivered. For the safe operation of multiple loads, it is essential that a circuit breaker (residual current circuit
breaker) is built into the socket distribution circuit, see sample circuit diagram in
fig. 0, page 7.
Sample circuit diagram legend:
No. in
fig. 0,
page 7
1 230 Vw power source
2 Additional devices, e.g. battery charger, refrigerator
3 DC power source (battery)
4Inverter
5 Grounding bridge set (At delivery: not set, shown by dotted line)
6 Circuit breaker (residual current circuit breaker)
7 Socket distribution circuit for load unit
Explanation
WARNING! Danger of electrocution
!
➤ Install a residual current circuit breaker in the socket distribution circuit.
If you wish to connect more than one load unit to the inverter and install
a socket distribution circuit, you must arrange a circuit breaker (residual
current circuit breaker) and put an earthing strap in the inverter.
9.6 Connect earthing strap (only MSI1800T,
MSI1800TOE)
MSI1800T: fig. 7 8. page 5
MSI1800TOE: fig. 8 8. page 5
➤ Screw the earthing screw out of the upper hole.
➤ Screw the screw in the lower hole in.
23
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Connecting the inverter SinePower
9.7 Connecting the MCR7 or MCR9 remote control
(accessory)
NOTICE!
A
➤ Connect the remote control (accessory) on the remote port (fig. 5 2, page 4).
9.8 Connect external switch to turn device on and off
I
You can use the following as an external switch:
• external switch, voltage supply from the inverter: fig. a, page 8
• Control unit with relay or transistor circuit (TR): fig. b, page 8
• external switch with voltage supply from the battery (BAT) of the vehicle: fig. c,
page 8
• external switch with its own voltage supply (DC POWER) e.g. from the ignition:
fig. d, page 8
• Only plug in the connection to the remote control in the remote port.
The device can be damaged by connecting it incorrectly.
• Ensure that the remote control and inverter are supplied with the
same input voltage.
• Follow the instruction manual of the remote control.
NOTE
Use cable with a cable cross section of 0.25 – 0.75 mm².
➤ Put the main switch (fig. 6 1, page 4 to fig. 8 1, page 5) to ‘OFF’ and ensure
that the connection for the remote control (fig. 5 2, page 4) is not filled.
➤ Put the main switch (fig. 6 1, page 4 to fig. 8 1, page 5) to ‘REMOTE’.
➤ Connect the external on/off switch with the connection cable to the terminal
(fig. 5 1, page 4).
24
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SinePower Connecting the inverter
9.9 Pin assignment
NOTE
I
The pins of the RS-232 ports are assigned as follows:
Keep the cable lengths as short as possible (< 10 m) so that there are no
losses in the signal transmission.
Inverter Computer
Pin Description Description Pin
1 Not assigned Not assigned 1
2GNDRXD 2
3RXDTXD3
4TXDDTR4
5 Not assigned GND 5
6 Not assigned DSR 6
RTS 7
CTS 8
Not assigned 9
The pins of the RJ11 remote control connection are assigned as follows:
Inverter
Pin Description
1–
2GND
3 RS-232 RXD
4 RS-232 TXD
5 RMT remote control
6 Not assigned
25
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Use inverter SinePower
10 Use inverter
10.1 Switching on inverter
➤ Put the main switch (fig. 6 1, page 4 to fig. 8 1, page 5) of the inveter in switch
position’ON’.
Set the On/Off switch to “OFF” to switch off.
➤ The inverter performs a self-test.
During the self-test, the built-in speaker emits tones and the LEDs flash.
✓ After the successful self test the LEDs ‘Input level’ light.(fig. 6 2, page 4 to
fig. 8 2, page 5) and ‘Load Status’ (fig. 6 3, page 4 to fig. 8 3, page 5)
green.
Note the following instructions in operation (see also chapter “Troubleshooting” on
page 30
The inverter switches off if:
• the battery voltage drops below 10.5 V (12 Vg connection) or 21 V
(24 Vg connection),
• the battery voltage rises over 16 V (12 Vg connection) or 32 V
(24 Vg connection),
• the inverter overheats.
➤ Switch the inverter off with the main switch in this case (fig. 6 1, page 4 to
fig. 8 1, page 5).
➤ Check that the inverter is sufficiently ventilated and that the ventilation grilles are
unimpeded.
➤ Wait about 5 – 10 minutes and switch the inverter on again without loads.
When operating the inverter at high load for lengthy periods, it is advisable to start
the engine in order to recharge the vehicle battery.
26
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SinePower Use inverter
10.2 Status indications
LED ‘Input Level’ (fig. 6 2, page 4 to fig. 8 2, page 5)
The “Input Level” LED shows the present range of the input voltage.
Display Input voltage
MSI912, MSI1312,
MSI1812, MSI1812T,
MSI1812TOE
Red, slow flash + 10.6 V + 21.2 V
Red 10.6 – 11.0 V 21.2 – 22.0 V
Orange 11.0 – 12.0 V 22.0 – 24.0 V
Green 12.0 – 14.2 V 24.0 – 28.4 V
Orange, flashing 14.2 – 15.0 V 28.4 – 30.0 V
Red, quick flashing > 15.0 V > 30.0 V
MSI924, MSI1324,
MSI1824, MSI1824T
LED ‘Input Level’ (fig. 6 3, page 4 to fig. 8 3, page 5)
The “Load Level” LED shows the power being supplied by the inverter.
Display Input voltage
MSI1812,
MSI 912,
MSI924
Off 0 – 80 W 0 – 120 W 0 – 160 W
Green 80 – 320 W 120 – 480 W 160 – 640 W
Orange 320 – 720 W 480 – 1080 W 640 – 1440 W
MSI1312,
MSI1324
MSI1812T,
MSI1812TOE,
MSI1824,
MSI1824T
Red, slow flash 720 – 800 W 1080 – 1200 W 1440 – 1600 W
Red, quick flash > 800 W > 1200 W > 1600 W
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EN
Use inverter SinePower
10.3 Configuring the inverter
NOTE
I
You can adjust the device with the help of he dip-switch (fig. 6 4, page 4 to
fig. 8 4, page 5).
Setting the mains voltage
You can set the mains voltage using the S1 and S2 dip switches.
Setting the mains frequency
Settings can only be made using the dip switch if the S8 dip switch S8 is
in the position ‘On’.
Dip switch
Mains voltage S1 S2
200 V Off Off
220 V On Off
230 V Off On
240 V On On
WARNING! Danger of electrocution
!
You can set the mains frequency using the S3 dip switch.
Only adjust the S3 DIP switch when the respective frequency for the
output voltage should be used.
Dip switch
Net frequency S3
50 Hz Off
60 Hz On
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SinePower Use inverter
Switching to energy-saving mode
You can set the energy-saving mode using the S4, S5 and S6 dip switches. In this
way, the battery you connect to the inverter is not discharged as quickly.
The inverter operates in energy-saving mode as long as the required power is below
the set level. If the required power exceeds the set level, the inverter works in normal
mode.
The values to be set on your inverter can be found in the following table:
Energy-saving mode Dip switch
MSI900 MSI1300 MSI1800 S4 S5 S6
Off Off Off Off Off Off
– 60 – 120 W 110 – 190 W On Off Off
70 – 110 W 130 – 170 W 190 – 240 W On On Off
180 – 240 W 180 – 240 W 240 – 300 W On On On
Define settings
You can specify whether the works settings or the settings of the switch S1 – S7
should be used with the dip switch S8
Dip switch
Parameter S8
Works settings On
Use dip switch S1 – S7 Off
Works settings
Mains voltage Net frequency Energy-saving mode
230 V 50 Hz Off
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Cleaning and caring for the inverter SinePower
11 Cleaning and caring for the inverter
NOTICE!
A
➤ Occasionally clean the product with a damp cloth.
Do not use sharp or hard objects or cleaning agents for cleaning as these
may damage the product.
12 Troubleshooting
WARNING!
!
I
The ‘Load Status’ LED (fig. 6 3, page 4 to fig. 8 3, page 5) red indicates a fault:
Do not open the device. You risk sustaining an electric shock by doing
this.
NOTE
If you have detailed questions on the specifications of the inverter
please contact the manufacturer (addresses on the back of the instruction manual).
LED display Cause Remedy
Quick flashing Input voltage is too high Check the input voltage and reduce it.
Slow flashing Input voltage too low The battery needs recharging.
Check the cables and connections.
Occasional flashing
30
Overheating Switch off the inverter and the load.
Wait about 5 – 10 minutes.
The inverter is being reset.
Then switch the inverter back on without
the load.
Reduce the load and make sure the
inverter has better ventilation. Then switch
the load back on.
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