Leveling Mount w/o Bolt Holes, 3/8-16" Socket, 3.15" Base Dia, 1.75"H, 5000 Lbs. Load Cap - USA

Vibration isolation mounts, also known as vibration mounts, anti-vibration mounts, vibration bobbins or rubber bumpers, are suitable for the elastic mounting of machine units such as motors, compressors and pumps. These rubber mounts are simple and economical construction elements. Their resilience and their broad range of different sizes and dimensions allow these mounts to be used in many applications that require vibration isolation.

Vibration isolation mounts, also known as vibration mounts, anti-vibration mounts, vibration bobbins or rubber bumpers, are suitable for the elastic mounting of machine units such as motors, compressors and pumps. These rubber mounts are simple and economical construction elements. Their resilience and their broad range of different sizes and dimensions allow these mounts to be used in many applications that require vibration isolation.

Vibration isolation mounts, also known as vibration mounts, anti-vibration mounts, vibration bobbins or rubber bumpers, are suitable for the elastic mounting of machine units such as motors, compressors and pumps. These rubber mounts are simple and economical construction elements. Their resilience and their broad range of different sizes and dimensions allow these mounts to be used in many applications that require vibration isolation.

Vibration Mount, 1 Tapped Hole, 1 Threaded Stud, .79" Dia, 15mm H, M6 x 1.0 Thread Vibration isolation mounts, also known as vibration mounts, anti-vibration mounts, vibration bobbins or rubber bumpers, are suitable for the elastic mounting of machine units such as motors, compressors and pumps. These rubber mounts are simple and economical construction elements. Their resilience and their broad range of different sizes and dimensions allow these mounts to be used in many applications that require vibration isolation.

Leveling Mount W/Lag Bolt Holes, 1/2-13 x 6" Stud, 1.97" Base Dia, 7.375"H, 4000 Lbs. Load Cap Leveling feet are simple, economically priced components. The static load rating of these feet is limited due to the acceptable load rating of the stud (tensile strength 500/mm²). The values given in the table assume a straight compressive load, perpendicular to the foot. The bending and buckling stress factors often found in the actual application reduce the load rating of the stud, and must be compensated for accordingly. To insure proper leveling mount size, divide the machine weight by ...