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Ring Type Mounts
New Series of Ring Type Natural Rubber Vibration And Shock Mounts From AAC Feature Lower Vertical Spring Rate And Superior Horizontal Stiffness
A
new series of ring-type natural rubber vibration and shock mounts
from Advanced Antivibration Components features a low natural
frequency which will remain constant in a wide range of loads,
providing excellent vibration and electrical isolation. Typical
applications for these units include their use in rotating and
reciprocating production machinery, compressors, pumps and blowers.
The configuration of the ring-type
mounts, identified as the V10Z47MRM Series, make them ideal for use
as production machinery mounts. They are available in two-ring,
three-ring or combination mount varieties, with 9 different mounting
styles and 10 different load ratings allowing for up to 90 available
options. These ring-type shock mounts range in diameter and height
from 2.36" to 9.06" (60 mm to 230 mm), and from 1.38"
to 6.61" (35 mm to 168 mm), respectively. Ring-type units are
designed for standard load ranges of 165 lbs. to 2645 lbs. (75 kg to
1200 kg).
A new series of 104 small square
and round vibration isolators from Advanced Antivibration Components
are designed for vibration and noise isolation within computers,
business machines, or any instrument with rotating or reciprocating
movement.
The maximum compression loads for
these units, identified as the V10Z 1 and V10Z 2 Series, range from
4.91 lbs. (2.2 kg) to 330 lbs. (149.7 kg). The maximum shear load
for this series range from 2.6 lbs. (1.2 kg) to 140 lbs. (63.5 kg).
All units are made of natural
rubber and range in diameter from 3/8" (9.5 mm) to 2-3/4"
(69.9 mm), and in length from 5/16" (7.9 mm) to 1.26" (32
mm). Zinc plated steel fasteners, ranging in length from 7/32"
(5.6 mm) to 29/32" (23 mm), are bonded to the main isolator
section.
Minimum load rating tables for both
compression and shear loading to achieve 81% isolation efficiency
are available for each of the 27 types of isolators in the series.
Similarly, static deflection charts for both compression and shear
loading will be sent to all interested engineers. |
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