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Operation of the Inverter without Automatic Mode (S

tand-by Mode = OFF):

 

 

If the inverter shall be operated without automatic mode, which might be required for unproblematic operation of 
consumers with very low capacity, such as battery chargers, portable radios etc., the automatic mode must be deactivated. 

 

This can be effected in two different ways. 

 

1.

 

Permanent Setting: 
Set switch 3 (PowerSave) to position OFF. 

 

2.

 

Setting can be selected when starting the inverter 

Push the ON/OFF switch for more than 3 seconds when starting the inverter. After this time, the yellow LED 

„AUTOM.“ 

will 

stop lighting

, and the inverter is in continuous mode.

 

 

If the connected consumer is switched-off, the inverter will continue working (idle time), and it will load the 
battery permanently with approx. 3.5 Watts. 

 

 

 
 

Operation of the Inverter in Permanent Continuous Operation: 

 

If the inverter shall operate in permanent continuous operation, set switch 4 (RunMode) to position "Always ON". 

 

This switch position starts the inverter automatically as soon as it is connected to 12 V battery voltage. 
The inverter will only be switched-off automatically if external 230 V supply voltage is supplied, since the unit socket will 
then be supplied by the external supply voltage. After removal of the external supply voltage, the inverter starts 
automatically. 

 

 

 

During this mode the key of the display panel has no function. Operation of the inverter can be reactivated by 
setting switch 4. 

 

 

 
Connected Capacity of the Connected Consumers: 

 

A safe operation requires, that the total of the nominal capacity rates (Watts) of the connected consumers (indication in 
"VA" or "W" on the nameplate or in the technical data of the corresponding appliance) does not exceed the nominal 
capacity of the inverter (300 / 600 W). 
Please observe, that the real current consumption of many 230 V household appliances is higher than the value resulting 
from the active power, which is indicated in "W" on the nameplate.  
It is also to be considered that almost all appliances are requiring a higher capacity during the starting phase (moment of 
starting) than during the normal operation. The starting capacity can be 

many times higher than the continuous rating

When starting these appliances, the inverter can be loaded above its nominal capacity for a short-moment (refer to 
technical data).  

 

Pilot Lamps Load/Overload and Overload Protection:

 

 

The load

 of the inverter is indicated by three light-emitting diodes (LED) at the control panel: 

 

The LED 

„< 50 %“ 

is lighting in green, if the load is approx. 10 / 20 Watts up to 50 % of the nominal capacity of the 

connected appliance. 

 

If the nominal capacity exceeds 50 %, the LED 

„<100 %“ 

will be lighting in yellow. 

 

If the inverter is operated with 

more than

 

100 % 

of its nominal capacity,

 

the red LED

 „OVERLOAD“ 

will be lighting. 

Additionally, an audible alarm will refer to the overload. 
From an overload of 5 %, 

the rhythm of the audible alarm will be slow

. During this operating state, the inverter will 

continue working; however, a disconnection of the inverter due to overtemperature can be expected in the long 
term. 
From an overload of 15 %, 

the rhythm of the audible alarm will be quick.

 In case of this operating state, the 

inverter will be disconnected within the following 10 seconds. Now, the drawn capacity should immediately be 
reduced. 

 

 

If the maximum duration for the overload is exceeded, the inverter will be switched-off. The green LED 

„INVERTER“

 will 

stop lighting, the red LED 

„OVERLOAD“ 

will be flashing, and an audible signal can be heard. After reduction of the 

connected load or disconnection of unused consumers, the inverter can be restarted by pushing the ON/OFF switch. 
 

 

 

Summary of Contents for MobilPOWER SMI 600 Sinus

Page 1: ...l for power saving with automatic disconnection which ensures minimised power consumption during idle time An integrated undervoltage protection protects the batteries by disconnecting the inverter in case of dropped battery voltage An additional special feature of the MobilPOWER Inverter Sinus NVS is the integrated mains priority control One of the special advantages of this commutation to mains ...

Page 2: ...y for insulation faults points of break or loosened connections Occurring defects must be remedied immediately The unit is to be disconnected from any connection prior to execution of electrically welding or work on the electric system If the non commercial end user is not able to recognize the characteristic values being valid for a unit or the regulations to be observed a specialist is always to...

Page 3: ... 10 16 mm is possible In this case the screwed connection between the original cable and the extension should be sound Always protect and cover this screwed connection because of the risk of short circuit The connection of the battery cable for the inverter should always be made with C O R R E C T P O L A R I T Y Wrong polarity might result in destruction of the unit A unit failure due to wrong po...

Page 4: ...safety relay ensures that the inverter cannot be restarted before the country current is removed Restarting of the inverter requires pushing the ON OFF switch at the display panel The LED Line will stop lighting and the LEDs Inverter and Autom will be lighting By this the user recognises that the 230 V consumers are now supplied by the inverter The integrated commutation to mains allows a load up ...

Page 5: ...ontrol The consumer will be connected at the shockproof socket OUT of the unit The connection to the current supply at the vehicle is effected by insertion of the delivered mains cable into one of the mains sockets 1 and on the other side into the IEC power socket IN at the inverter ...

Page 6: ...lled and the connection of the earth bolt at the inverter with the potential equalization cable 4 mm green yellow to the main earth terminal of the vehicle serves as protection from possible insulation faults of the connected units The connection to the current supply at the vehicle is effected by insertion of the delivered mains cable into one of the mains sockets 1 and on the other side into the...

Page 7: ...ditional potential equalization cable Furthermore the terminal screws N1 and PE at the inverter will be connected with a short insulated piece of wire 2 5 mm serving as earth bridge and the earth bolt and the potential equalization cable 4 mm green yellow will be connected to the main earth terminal of the vehicle The connection to the current supply at the vehicle is effected by insertion of the ...

Page 8: ...d AUTOM will be lighting When being switched on the inverter checks the connected load continuously e g TV set So capacity is required as long as the TV set is switched on 15 W see below Adjustment of the Threshold If the TV set will be switched off 15 W the inverter will recognize this state and it changes automatically to stand by mode after a short observation time All light emitting diodes wil...

Page 9: ...the nominal capacity of the inverter 300 600 W Please observe that the real current consumption of many 230 V household appliances is higher than the value resulting from the active power which is indicated in W on the nameplate It is also to be considered that almost all appliances are requiring a higher capacity during the starting phase moment of starting than during the normal operation The st...

Page 10: ...ory C The inverter has recognized an excessive load or load jump Load jumps or high starting current rates are always an extreme load for the inverter In order to prevent damage of the inverter by these characteristics the inverter being already heated by load will be switched off earlier than an inverter being cold As long as the LED INVERTER is flashing the inverter has not been cooled down suff...

Page 11: ... 2067 Technical Data SMI 300 Sinus NVS SMI 600 Sinus NVS Nominal Voltage Lead Acid Gel AGM Battery DC 12 V 12 V Nominal Voltage Lithium LiFePO4 Battery DC 12 V 13 3 V 12 V 13 3 V Input Voltage DC 10 5 V 15 5 V 10 5 V 15 5 V Recommended Minimum Battery Capacity 60 Ah depending on consumer 80 Ah depending on consumer Connection Cable Battery 2x 4 mm2 1 2 m length 2x 10 mm2 1 2 m length Recommended F...

Page 12: ...Cable Length 2 m Installation and Operating Manual Control Cable 5 m Length for Operation of the Display Panel as Remote Control Available Accessories Control Unit Order No 2065 Extension Set with Second Remote Control Order No 2067 Fuse holder for strip fuse Order No 2242 For SMI 300 Sinus NVS Strip Fuse 40 A Order No 2244 For SMI 600 Sinus NVS Strip Fuse 80 A Order No 2247 Subject to misprints e...

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