6INV250-45US / INV350-60US / INV500-90US 05.2014
For warranty questions, please see our warranty
disclaimer or contact your retailer or installer. If your
device has a defect or malfunction during the warranty
period, please also contact your retailer or installer.
Warranty claims are excluded for:
• alterations or repairs to the unit
• opening of the inverter, for example by unscrewing
the cover
• improper use of device
• improper and non-standard installation
• improper operation
• operating the equipment with defective safety
devices
• impact of foreign objects and force majeure
(lightning, surge, storm, re)
• inadequate or nonexistent ventilation of the device
• disregarding of safety regulations
• shipping damage
3.2 Intended use and liability
The AEconversion Micro-Inverter converts the power
generated by the PV modules from direct current into
grid compliant alternating current and supplies it to the
power network.
Any other or additional use is considered improper.
The manufacturer / supplier shall not be liable for any
resulting damages. The risk is carried solely by the
operator.
Intended use also includes compliance with the
instructions and installation manual. Some of the
documents that you need for the registration and
inspection of your photovoltaic system are included
in the installation instructions. The inverter can be
operated with a permanent connection to the power
network. The inverter is not designed for mobile use.
Changes to the inverter are generally prohibited. For
any changes in the system a qualied electrician must
be called in.
3.3 Service
We have already set high standards in the development
phase on the quality and longevity of the inverter. In
spite of all quality assurance activities, disturbances
may occur in exceptional cases. In these cases, you will
get the maximum possible support to eliminate the
problem quickly and without bureaucratic complexities.
Please contact our service department directly.
AEconversion Service:
+49 (0) 521 329471-0 / info@aeconversion.de
In order for the service department to respond quickly
and correctly, the following information is absolutely
necessary.
1) Details of the inverter:
Product description, type and serial number of the
inverter; this information can be found on the label on
the device.
Short description of the error:
• Did the fault occur immediately at the start or at a
later time?
• Is the fault is reproducible or occurs only
sporadically?
• What environmental conditions (radiation) were
present at the time of the error?
2) Information about the PV-generator
• What module manufacturer and type of module
was installed?
• What is the schematic of the PV-System?
4.0 Product Description
The AEconversion Micro-Inverter is individually
connected to one or two PV-module, depending on
technical specications. The Micro-Inverter converts the
direct current into grid compliant alternating current.
Through the individual conversion at each module,
the sun’s energy can ideally be used. In addition, the
micro-inverter solves another widespread problem in
conventional systems. Because of the series connection
in PV-systems using string- or central-inverters, the
PV-modules are codependent concerning performance.
If the performance of one PV-module drops, due to
shading or module mismatching for example, the
modules in the same string are aected negatively.
Through the individual connection in PV-systems using
micro-inverters the PV-modules work independently,
each at their maximum performance to increase energy
harvest.
The“plug-and play”-system eliminates connection
mistakes, making the installation safe and easy.
There are no high voltage DC circuits to handle and
installation time and costs are reduced.
Installations are eective ranging from small family
houses to large oce fronts and can be installed on
any available space, regardless of orientation, shading
or module tolerances. Each system can be rearranged
or upgraded with more PV-modules when needed,
for example with performance expansion or building
modications.
With the micro-inverter, it is possible to monitor the
performance of PV-systems on modular basis, which
enables comprehensive monitoring and fast problem
recognition. In that way, not only an increase in energy
earning can be provided, but also a decrease in energy
losses can be achieved by detecting and localizing
problems quickly and eectively.
