1V-SH DB Spring Mount

High-deflection spring mount with double Sylomer® pads. Static deflection up to 50 mm (2 inches) and natural frequencies as low as 3 Hz.

The AMC-MECANOCAUCHO® 1V-SH DB spring mount is designed for applications requiring very low-frequency vibration isolation without rigid anchoring.

With a static deflection of up to 50 mm (2 inches), the spring can achieve natural frequencies as low as 3 Hz, providing highly effective isolation of very low-frequency vibrations.

The DB design incorporates Sylomer® pads above and below the spring mount. These provide decoupling between the equipment, spring and supporting structure, while improving vibration isolation at medium and high frequencies.

This combination of a high-deflection spring and Sylomer® provides effective vibration isolation over a particularly wide frequency range.

1V-SH DB Spring Mount
TypeCodeSpring colorMax. Load(kg)K(N/mm)A(mm)B(mm)C(mm)D(mm)E(mm)Weight(kg)2D3D
V-SH-DB20512BLUE67131401821298,51201.48
20513WHITE95191401821298,51201.48
20514BLACK123251401821298,51201.48
20515BEIGE173351401821298,51201.48
20516RED223431401821298,51201.48
20517GREY335681401821298,51201.48
20518GREEN446881401821298,51201.48
20530BROWN7001501401821298,51202.72
Technical characteristics

Technical characteristics

The mounts are able to reach low natural frequencies from 2 to 5 Hz. The spring combined with sylomer® is able to provide high isolation at low and medium frequencies.

The curves are showing the deflection and natural frequencies according to the load of the spring. Temperature working range from -30 to 70º. Short term higher temperatures are possible.

Elastic properties
Advantages
01
Easy Installation
This mount requires minimal structural modifications, making installation quick and straightforward.
02
Improved isolation
It offers improved isolation compared with conventional anti-vibration mounts of similar geometry.
03
Incorporates Sylomer® elastomer, highly effective for isolating both high and low frequencies
Sylomer® provides high isolation across a wide frequency range and is particularly effective at high frequencies, effectively eliminating the transmission of structure-borne noise.
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Technical Data Sheet
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