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To drill the holes, proceed as follows:
•
Fasten the drilling installation template to the wall with adhesive tape that will not damage the surface,
leaving the necessary space from the ceiling, floor and side walls as shown on the template. Use a small
drill or punch to mark the exact center of each of the holes to be drilled.
Drill the holes slightly downwards (outside being lowest) to prevent water from being fed back
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•
The material being removed by drilling is expelled outwards so the installer must insure it does not hit
any person or object when it falls out.
•
To minimize damage to the exterior wall, proceed carefully with the last part of hole by decreasing
pressure on the drill. Next, drill the holes for anchoring the fastening brackets to the wall using as a first
option the 4 holes on the ends of the bracket as shown on the drilling template.
•
If the wall is not very solid, it is advisable to use extra anchor bolts. As shown on the installation template,
the bracket can be fastened in a number of different ways and positions.
•
The majority of the weight of the unit is on the right side to ensure that the mounting hardware is appro-
priate for the weight.
In all cases the wall should be inspected carefully to determine the best possible anchorage and type
of bolts suitable for your specific application.
Olimpia Splendid shall not be held liable for any underestimates made in the
structural consistency of the wall or the anchoring materials used by the installer.
As such pay close attention when mounting the units to avoid the potential for
serious injury to people or damage to property if carried out incorrectly.
When installing heat pump models, if no condensate line are built into the wall, it will be necessary
to drill a hole through the wall as shown on the installation template.
When installing in cold climate area (Outdoor air below 41F(5C)) a Defrost Heating Cable must
be installed to prevent ice from forming in the drain pan. Part # B0919 (115V)
2.4.2 -
Preparing the condensate discharge (fig.7)
•
For heat pumps connect the unit to the condensate discharge flexible rubber hose(provided with the
unit) by coupling it to the condensate drain valve on the back of the unit (remove the valve cap 6a).
When the max level is reached, a solenoid valve ensures the condensate will flow out from the internal
condensate drain pan.
•
For air conditioning units connect the condensate discharge flexible rubber hose if you intend running
the unit at low outdoor temperatures below 73ºF (23°C). Since the condensate drains by gravity, there
must be a minimum slope of at least 3% at every point of the discharge line.
•
Use a rigid or flexible tube having an inside diameter of at least 6.3" (160 mm).
If the line drains into a sewerage system, assuming local and/or national codes allow this practice, install
a trap before the point in which the pipe reaches the main discharge, at least 12" (300 mm) below the
inlet from the unit (fig. 8).
•
If the drain pipe drains into a vessel (tank or other container), this container should not be sealed, and the
drain pipe should not remain immersed in the water (see fig. 9). The hole through which the condensate
pipe passes should always slope towards the outside (see fig.5). The exact position in which to place
the pipe inlet, as compared to the unit, is shown on the drilling installation template.
Make certain the condensate disposed outside does not damage or disturb persons or property.
During cold weather when the ambient temperature drops below 32ºF (0°C), the condensate may
cause sheets of ice to form. When the condensate lines are installed ensure you do not compress
or kink the rubber hose.
US-ENG- 8
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