1V-SH Spring Mount

Open high-deflection spring mount for very low-frequency vibration isolation. Static deflection up to 50 mm (2 inches) and natural frequencies as low as 3 Hz.

The AMC-MECANOCAUCHO® 1V-SH spring mount is designed for applications requiring very low-frequency vibration isolation.

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 for low-speed equipment or machinery generating very low-frequency vibrations.

Its open design provides no lateral restraint, so particular attention must be paid to equipment stability and the position of its centre of gravity.

The spring mount incorporates a levelling system and a Sylomer® pad, complementing the action of the spring by improving vibration isolation at medium and high frequencies.

1V-SH Spring Mount
TypeCodeMax. Load(kg)Spring colorK(N/mm)A(mm)B(mm)C(mm)D(mm)E(mm)F(mm)Weight(kg)3D
1V-SH2100167BLUE1393173M1298,5120121.616
2100295WHITE1993173M1298,5120121.668
21003123BLACK2593173M1298,5120121.694
21004173BEIGE3593173M1298,5120121.786
21005223RED4393173M1298,5120122.154
21006335GREY6893173M1298,5120122.327
21007446GREEN8893173M1298,5120122.628
20462700BROWN15093173M1298,5120121.542
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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