Generator Parts & Accessories

Standard size 18” x 18” x 3/4” (450 x 450 x19mm) consists of 81 - 2” (50mm) modules. The 2” (50mm) squares are separated by a thin web that is easily cut to provide evenly dimensioned pads such as 2” x 2” (50 x50mm), 2” x 4” (50 x 100mm), 4” x 4” (100 x100mm), 6” x 8” (150 x 200 mm), etc. EFWP is one of the thickest, most versatile and efficient pads in the market.

Models

1. Natural Rubber for maximum resilience and vibration isolation. Contains anti-oxidants and antiozonants to improve aging.
2. Standard Neoprene for longer life and moderate oil resistance.

Specifications

1. Alternate High/Low Ribbed Construction.
2. Easy to Cut Pads can be cut to be slightly larger than the size of the leg or machine, using shears or knife.
3. Easy Field Installation
4. Multiple layers of Ribbed Mounting Pad can be used to increase deflection.

Specifications

1. Metal Sandwich Pads are constructed of a steel plate bonded between Ribbed Anti Vibration Pads.
2. Designed for very high load capacity

Specifications

1. Cork sandwich Pads are laminated pads having 1/2" thick close grained cork securely bonded between two layers of 1/4" alternate low high ribbed Neoprene rubber pads.
2. Offers highest level of sound attenuation and vibration isolation.
3. No need for bolting.

Selection Procedure

1. 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.
2. 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.
3. Divide the static weight by unit load to get total area of Easyflex Pad that is required.
4. 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.
5. 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.