Full Product Manual
100603 - INVERTER GENERATOR COVER STEP 1: DETERMINE THE FIRST ANGLE BRACE LOCATION
6
– Angle Brace – this component is held to the four
corners of your case, and creates a mounting and
adjustment point for the Extender Arms.
– Gator Grommet™ – your package will contain 8
grommets. These grommets are pressed onto the
pins of the Angle Brace to create mounting “feet”.
The feet grip the case without marring the surface.
Two wall thicknesses allow for optimal fit on various
cases.
– Extender Arm – this component snaps into place
on the Angle Brace as well as into other Extender
Arms. A maximum of 3 Extender Arms per corner
will be used during setup and operation.
The following diagrams provide a more detailed
description of the key features of the Angle Brace and
Extender Arm:
Angle Brace Detail Diagram
Figure 2: Angle Brace Detail Diagram
Extender Arm Detail Diagram
Figure 3: Extender Arm Detail Diagram
STEP 1: DETERMINE THE FIRST
ANGLE BRACE LOCATION
To determine the location of the first Angle Brace (whose
height is then replicated on the other corners) follow this
procedure:
1. Place the Angle Brace on a corner adjacent to the
electrical panel. Locate the Angle Brace so that it
is slightly under the electrical panel.
2. Translate this height to the location of the exhaust
pipe on the inverter. If the Angle Brace is at the
same height as the exhaust pipe, lower the Angle
Brace so that it is below the exhaust pipe. This
is necessary to prevent the Kevlar strap from
blocking the exhaust pipe.
WARNING
Never mount the Kevlar strap so that it blocks,
or is in direct line of, the exhaust. The Kevlar will
withstand the heat, however, blocking the exhaust
can damage the inverter generator.
3. Measure this height from the ground up to the
bottom of the Angle Brace. This provides the initial
location of the Angle Braces on all four corners.
NOTICE
Some Inverters position the exhaust above the
height of the electrical panel. In this case, it is ok
to have the Angle Braces at different heights on
the exhaust side as compared to the electrical
panel side. The result will be a sloped Storm Shield
canopy, but performance is not affected.