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Industrial Equipment Vibration Pads

The document outlines the selection procedure for Easyflex Pads, emphasizing the calculation of total load and appropriate pad area for stable support to prevent distortion and ensure uniform deflection. It highlights the features of the pads, including their resilience, cost-effectiveness, and resistance to various elements, making them suitable for a range of machinery and equipment. Additionally, it provides technical specifications and a loading chart for different pad sizes and hardness levels, noting that specifications are subject to change without notice.

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raja sekhar
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80 views2 pages

Industrial Equipment Vibration Pads

The document outlines the selection procedure for Easyflex Pads, emphasizing the calculation of total load and appropriate pad area for stable support to prevent distortion and ensure uniform deflection. It highlights the features of the pads, including their resilience, cost-effectiveness, and resistance to various elements, making them suitable for a range of machinery and equipment. Additionally, it provides technical specifications and a loading chart for different pad sizes and hardness levels, noting that specifications are subject to change without notice.

Uploaded by

raja sekhar
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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Rubber Pads

Selection Procedure
Compute the total load in kg. to be supported by Easyflex Pads. This includes machine weight and work load
it carries and also concrete or steel base or inertia block if used.
Determine unit loading to suit type of machine and supporting ground structure 23 kg. per square inch is
practical and effective loading and is recommended for most type of machines and equipment for isolation
of sustained vibration.
Divide the static weight by unit load to get total area of Easyflex Pad that is required.
Arrange the total area of into adequate number of pads that are necessary to give stable support and to
avoid base distortion. The area of each pad should be in proportion to the load carried by it so that the unit
loading or stress on all pads will be approximately the same.
The pads should be placed in such way that uniform deflection is obtained. Uniform load distribution
prevents over loading and possible premature failure of some of the mountings, prevents sagging and
enables the machine to maintain the normal horizontal position and make maximum isolation possible.

Features
Scientifically designed resilient material that isolates shock and all the six modes of Vibration and reduce
acoustic noise.
They give more deflection than any other material i.e. cork, felt etc.
They are cheaper than metal springs and have greater sound insulation ability.
They are highly resistant to oil, cleaning compounds, dirt, water, strength, heat aging and fatigue.
These are mostly used for machine tools, production equipments, heating and ventilation equipments,
pumps, generators, compressors, air handling units, fans, under heavy concrete bases, electronics or
sensitive laboratory apparatus, business machines, computers and data processor etc.

Due to policy of continual improvement, the specifications are subject to change without prior notice.
Measurements are subject to 5% tolerance.

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Technical Specifications

LOAD DEFLECTION CHART LOAD DEFLECTION CHART

LOADING CHART OF EASYFLEX PADS


Part No. Thickness of Max. unit Size (mm)
/Hardness Rubber Pad Load (kg/cm2) 75 X 75 100 X 100 150 X 150 225 X 225 450 X 450

EFRP101/50 of 8 mm 3.5 197 350 787 1772 7087


EFRP102/70 of 8 mm 7 394 700 1575 3544 14175
EFRP103/50 of 12 mm 14 788 1400 3150 7088 28350
EFRP104/70 of 12 mm 21 1181 2100 4725 10631 42525

DEFLECTION IN INCHES
EFRP-101-A
EFRP-102-B
EFRP-103-C
EFRP-104-D

0 0.02 0.04 0.06

Other VI Pad sizes which are not our standard sizes (as mentioned above) would be specially manufactured as
per client requirement. The Shore hardness ‘A’ can be altered as per customer requirement to suit duty condition.

Due to policy of continual improvement, the specifications are subject to change without prior notice.
Measurements are subject to 5% tolerance.

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