Technical data

20 msec. Landstrom
Ausfall
Inverter
Ausgang
50 msec.
120 121
SinePower
PerfectPower
PocketPower
Mobile energy systems
Inverters
Contents, specifications and availability are subject to change due to the technical improvement. Contents, specifications and availability are subject to change due to the technical improvement.
Device Power rating Quality of the output voltage
Coffee maker (filter) 800 – 1500 watts modified sine wave voltage
Coffee maker (pads) 1200 – 1600 watts pure sine wave voltage
Espresso machine 1200 – 1600 watts pure sine wave voltage
microwave oven 1000 – 1600 watts modified sine wave voltage
Toaster 1000 – 1500 watts modified sine wave voltage
Kettle 1000 – 1500 watts modified sine wave voltage
Reading lamp 50 – 100 watts modified sine wave voltage
Energy-saving bulb 10 – 20 watts pure sine wave voltage
Fluorescent tubes 50 – 100 watts pure sine wave voltage
Audio / video device 100 – 200 watts pure sine wave voltage
Laptop computer 100 – 200 watts modified sine wave voltage
Power drill / circular saw 500 – 1500 watts modified sine wave voltage
Vacuum cleaner 1000 – 1600 watts modified sine wave voltage
Electric toothbrush 50 watt pure sine wave voltage
Example:
≥ Largest appliance on board is a
toaster with 1400 watts
≥ The technically most demanding appliance is
an electric toothbrush with 50 watt output
Our recommendation:
A sine wave inverter with at least 1400 watts:
WAECO SinePower MSP 1512
Alternatively:
WAECO PerfectPower PP 2002 for the
toaster and an additional sine wave inverter
SinePower MSP 162 for the toothbrush
Minimal power requirements for some electrical appliances
All technical data, see P. 142 – 149 or www.my-caravanning.com
INVERTERS FROM XS TO XXL
MOBILE “POWER SOCKETS”
Whether it’s a car, motorhome or a boat – it makes sense to have 230 volts on board your leisure vehicle. After
all, enjoying your holiday means being able to use the electrical gadgets you are used to. The problem is they work on
230 volt sockets. Here the vehicle battery or leisure battery can be the power source for the on-board system. How
do you turn 12 or 24 volts direct current into 230 volt AC? Quite simply: by using a WAECO inverter. The comprehensive
range of inverters has been tailored to suit a variety of applications. It accounts for all your needs – if you just want a
reasonably priced compact unit to run your laptop or if you are often on the road and would like to run your microwave or
espresso machine using an inverter. All units feature outstanding quality and a contemporary, user-friendly design.
Pure sine wave voltage
The voltage is precisely controlled by a microprocessor.
The result: a clean sine wave voltage, like that from a home power socket
≥ WAECO SinePower sine wave inverters (p. 122 – 126)
Modified sine wave voltage
The voltage produces a stepped curve simulating a pure sine wave.
The result: an output voltage of stable amplitude and frequency
≥ WAECO PerfectPower inverters (p. 127 – 128)
All larger inverters in the PerfectPower and SinePower series feature an integrated
mains priority circuit. This automatically gives priority to mains power as soon as it is
available. Consequently, the inverter is switched off and the battery saved as soon as
your boat or motorhome has access to an external mains supply.
Mains priority circuit with voltage synchronisation
All high-performance inverters of the WAECO SinePower series have been equipped
with this technical highlight. Here’s why it makes sense. Many 230-volt appliances
depend on an uninterrupted power supply. Moreover, it is vital to ensure a “smooth”
voltage switchover, which is exactly what the MSP 702 to 2524 sine wave inverters
provide. In these units the inverter voltage is synchronised to match the mains voltage,
and the switchover takes place in a fraction of a second.
Pure or modified sine wave voltage?
What are the advantages of a mains priority circuit
with voltage synchronisation?
Mains power
Appliance
Inverters
Mains failure