AST Magazine January 2018 Digital-jan (1) | Page 13

January 2018 Edition
Volume 19
The efficient motion of this gate design reduces
the travel distance required for the barrier to open
and close compared to drop-arm gates, which
pivot from one end post in a long arcing motion.
This feature serves to significantly decrease the
cycle time required to process vehicles and elimi-
nates potential clearance issues with overhead
objects such as trees, buildings or utilities.
The gate can be raised and lowered in just 3 to
5 seconds to easily control wide lanes of traffic.
The XT-4200 Post and Beam Gate secures any control ac-
cess point up to a 24-foot clear opening. (Image courtesy of
Ross Technology)
Another benefit to a singular post and beam gate
is the ability to restrict two-wheeled vehicles,
such as motorcycles and bicycles, which wedges
or bollards cannot accomplish.
The Only Electromechanical
Beam Barrier
Rising
Engineered to be extremely flexible and user-
friendly, the XT-4200 can also reduce downtime
and maintenance costs.
The all-electric system utilizes a continuous-duty
rated motor and gearbox to provide long-term re-
liability. And because the motor and drive system
are located above ground and within the posts,
they’re shielded from the elements to deter cor-
rosion.
The electromechanical design is a perfect fit for
locations where there are environmental restric-
tions and the use of hydraulics fluids is prohib-
ited.
There is no risk of hydraulics fluids seeping into
the ground, and the XT-4200 does not require
regular maintenance to check fluid levels.
Furthermore, the electromechanical drive system
requires fewer power requirements and is more
readily suitable for use in remote locations with
solar panel applications.
Turnkey Perimeter Security
A unique and large benefit of the XT-4200 Post
and Beam Gate, from both an architectural and
security perspective, is its design to seamless-
ly integrate with Ross XL-501 Post and Beam
Fence.
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