Hydra Flow West | Air Compressor and Vacuum Applications

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ANTI-VIBRATION PADS

Anti-Vibration Pads

Constructed from High Quality Neoprene Elastomeric Materials
Designed to Resist Aging, Compression Set, Water and Oil
Features Alternate Rib Height for Additional Vibration Isolation Under Both High and Low Weight Loads
Available Either as an All Rubber Pad with Cross Ribbed Design or a Cross Ribbed Pad with 1/2â€ Cork for Additional Sound Isolation
Durometer of All Rubber Pads 60±5 Points on â€œAâ€ Scale
Rubber Pads are 3/8â€ Thick ·
Combination Pads (Rubber & Cork) are 7/8â€ Thick

Sizing Information

Pads Should be Sized so There is No More Than 50 Pounds per Square Inch of Machine Weight On It When Installed
(Most Machinery is Designed with Approximately 50 PSI Maximum Base Loading)
Installing a Pad Equal to the Size of the Foot with 1/2â€ Overlap All Around Will Generally Insure Proper Loading

To Dampen Vibration

Example: A Machine Weighing 1800 Pounds Will Require an Anti - Vibration Pad Approximately 6â€ x 6â€
(1800 Ã·50 PSI = 36 Square Inches or One 6 x 6 Pad). A 3 x 3 Pad Under Each Leg is Required, Provided the Weight is
Distributed Evenly Among the Four Legs

For Impact Machines (Punch Presses, Drop Hammers)

A Lesser Loading Capacity is Recommended - Generally 25 PSI
A Double Thickness of a Pad May be Used to Accomplish Proper Loading If Desired

When Hold Down Bolts are Necessary, the Bolt Should be Isolated from the Machine
Recommended Maximum Loading Capacity: 50 Lbs per Square Inch

Part No.	Thickness (In)	Size (In)	Qty Per Carton
Rubber and Cork Pads
CP3X3	7/8	3x3	36
CP4X4		4x4	24
CP4X6		4x6
CP6X6		6x6
All Rubber Pads
RP4X4	3/8	4x4	48

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