
SI-XL SYSTEM ISOLATOR
The System Isolator is a multi-purpose isolator coupler specific
to the Canon XL camcorder. The SI-XL is designed to provide
shock and vibration isolation to the XL viewfinder and microphone
mount assembly system of the camera.
The SI-XL can be attached or removed instantly, as the unit
utilizes and conforms to the Canon method of slide assembly,
positioning and locking. It can remain on either the camcorder
or viewfinder if separation is made for compact travel packing,
though sits best right beside the viewfinder eyepiece extension.
Also it is faster to attach to the main body mounting. When
fitting the SI-XL to the viewfinder assembly, it is necessary
to have the microphone fully forward to clear. When using
a Lightwave microphone windscreen, the microphone will usually
be rearward in the clamp holder.
Main benefits gained by the SI-XL are:
- Distinct reduction of mechanically transmitted motor noise
and operator handling noise, or shock to the microphone.
Even the finest mechanisms generate an amount of bearing
rumble and whine, producing a variety of high and low frequencies
that combine into unwanted harmonics. Effective microphone
isolation brings presence to the audio gathering process.
Full isolation is accomplished by using the Minimount.
- The SI-XL isolates both the camcorder body and viewfinder
assembly unit from physical damage that can occur when an
unintended bump or jolt strikes one of these, relative to
the other. The SI-XL will enable angular displacement in
all directions including rotational twist. The viewfinder
and camera operator's face have a large degree of protection
from any sudden displacement of the camera body and lens
mass.
- As a coupler, the SI-XL body length has been set at 2.375"
(60 mm) to customize the camcorder balance point. Moving
the viewfinder by this distance forward equates to moving
the camcorder back by this same amount, where the flat base
section of the unit will rest in a natural balanced carriage
on the shoulder. The camera body/lens weight factor is removed
from the operators arms, resulting in a relaxed operational
mode. The upper arms of the operator are now close to the
chest, enabling a steadying support from the arms.
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