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Essential Insight.mesh
TM
Installation and Maintenance Manual
16
Although it is not possible to list specific guidelines
about how to minimize these effects, it is important
to be aware of these effects whenever the wSIMs
and Repeaters are positioned and mounted. It is also
important to know that some of these effects, such
as reflection and diffraction, can help the signal
reach its destination due to multipath interference.
Repeaters should be mounted in proper locations to
provide redundant communication links and increase
signal strength which will improve network path
stability required for highly reliable communication.
about how to minimize these effects, it is important
to be aware of these effects whenever the wSIMs
and Repeaters are positioned and mounted. It is also
important to know that some of these effects, such
as reflection and diffraction, can help the signal
reach its destination due to multipath interference.
Repeaters should be mounted in proper locations to
provide redundant communication links and increase
signal strength which will improve network path
stability required for highly reliable communication.
An unobstructed, straight path causes the least
amount of signal attenuation and results in the
greatest path stability. Mounting locations that are
high and are as removed from obstructions as
possible result in greater path stability.
amount of signal attenuation and results in the
greatest path stability. Mounting locations that are
high and are as removed from obstructions as
possible result in greater path stability.
Antennas used in the components of the wireless
system transmit Radio Frequency energy in a
toroidal pattern horizontally from the antenna as
shown in the blue region in the diagram below.
Because of the shape of this transmission pattern,
the typical transmission range of 50 m is oriented in
a perpendicular direction from the axis of the
antenna.
system transmit Radio Frequency energy in a
toroidal pattern horizontally from the antenna as
shown in the blue region in the diagram below.
Because of the shape of this transmission pattern,
the typical transmission range of 50 m is oriented in
a perpendicular direction from the axis of the
antenna.