Step 3: Connect the device.
You can extend the connection cable to the device without problems.
Step 4: switch on the inverter.
The green LED lights up. The inverter delivers an output power of 240VAC.
Step 5: Switch on the connected device.
Respect the order of the aforementioned steps. To switch off the system, proceed in reverse order.
6. Measuring AC Voltages
The output wave of the AC inverter is a MODIFIED SINEWAVE. An AUTHENTIC RMS VOLT METER is required to
measure the AC output voltage. Using any other type of voltage measuring device will result in an AC voltage
reading that is up to 20 to 30V lower than the rated value. Only an authentic RMS voltmeter provides an accurate
reading.
7. Technical Specifications
The following chart contains all VELLEMAN square wave inverters. Every type is available in a 12V or a 24V version.
The suffix x or xx stands for the plug type of the output.
S = German type Schuko plug
B = French type Schuko plug
DC Input Voltage
Output Voltage
USB output
Battery-Low alarm
Battery-Low Shutdown
Auto restart
Short-circuit Protection
No-Load Current
Overheating Protection
Protection
Dimensions (mm)
Weight
AC Output Voltage
Frequency
For more info concerning this product, please visit our website www.velleman.eu.
The information in this manual is subject to change without prior notice.
PSIC75/150 SERIES
PSIC75
75W
-
The power inverter being shut off through e.g. the short-circuit protection does not
need to be switched on manually; it will restart automatically.
0.15A
Overload, high temperature, short-circuit, reverse polarity protection
70 x 70 x 90
260g
DC 10V – 15V (12V)
10.5VDC +/- 0.5VDC (12V)
10VDC +/- 0.5VDC (12V)
Yes, with auto restart
55°C +/- 5°C
230VAC +/- 5%
50Hz +/- 1Hz
- 5 -
PSIC150
150W
5V / 0.5A max.
0.2A
70 x 70 x 170
500g
HQ POWER