Accessories
to buildings such as the installation of ATMs, satellite
dishes and antennas, utility boxes, and vending machines
can impact the District's streetscape and create visual
clutter. Individually, the impact of these items can be
relatively small. However, when viewed collectively, these
inappropriate additions to the buildings in the Historic
District can erode the overall historic and architectural
cohesiveness that make the District unique.
Automated Teller Machines (ATMs)
The HDC reviews exterior work to all buildings, any portion
of which is visible from the public way. In other words,
those ATMs proposed for the exterior of a building will
require prior HDC approval. Those located inside a building
lobby do not require HDC review. In general, these devices
are incompatible with the character of the Historic District.
However, the HDC recognizes their necessity and has approved
their use in several locations in the District.
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- Efforts
should be taken to install an ATM in the least visually prominent
or architecturally important building façade. The HDC encourages
their installation in building recesses and entryways.
- The machine
should be installed is such a manner as to cause the least amount
of destruction or damage to the building's architectural elements.
- ATMs should
be as small in scale as possible while meeting the necessary
banking needs.
- The machines
should be lit using the least obtrusive fixtures and lowest
light levels possible while ensuring customer safety.
- Litter
receptacles are required in the design of all ATMs.
Satellite
Antennas
All satellite antennas and dishes require prior HDC approval before
they can be installed. Such additions are incompatible with the
District's character. For this reason, the Commission strongly
recommends that they be installed in the least obtrusive fashion
possible.
- Antennas
or dishes should be located on the least visually prominent
area of a structure.
- The Commission
encourages the smallest size possible consistent with the requirements
for reception and transmission.
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