VTOMAN JUMP1000 Manual Del Usuario página 11

6.FAQs
1.What is V-surging Technology?
V-surging Technology refers to the technology exclusive to VTOMAN
which enables power staiton to keep supplying power even when the
connected appliances add up to a higher rated power than max
output. (In V-surging status, the output power of power station is
stable at the max output.)
2.Does VTOMAN power station pass-through charging？
Yes, all Vtoman power stations support pass-through charging. You
can recharge your power stations and use them to charge other devic-
es and appliances simultaneously.
3.How can I connect an extra battery to VTOMAN power station?
First, you need to disconnect your power station from the supported
devices or apliances. Then you connect the extra battery to your
power station and you can use power station to power other devices
and apliances again.
4.Is VTOMAN power station water-resistant? Can I use it in ourdoors
when it's raining?
VTOMAN power station is not water-resistant. It is not recommended
to expose it to rain. When your VTOMAN power station gets wet, if is
is not inputing or outpputing, you can continue to use after drying it.
5.How long can I use my power station to power my devices?
The conversiona rate of VTOMAN power station is greater than 90%,
so you can estimate a rough period of time with 90% (at least) conver-
sion rate. When the connected product power is lower than rated
power of your power station, the length of power supply = remained
capacity of you power station * 0.9 / product input power; when the
connected product is beyond rated power of your power station, the
length of power supply = remained capacity of you power station * 0.9
/ rated power of your power station. Please note that in the later case,
although the product can be used, the effect may not be as good as
that of its fully operating. In addition, refrigerators, microwave ovens,
washing machines and other heavy-duty appliances may be more sen-
sitive to the temperature, and their conversion energy loss does up
when the temperature is higher. Neither such cases nor appliances
with additional power output are subject to the formula mentioned
above.
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