schwingmetall angled mounting rubber vibration isolator, Z series, 20290/A, with inclined mounting bracket. German schwingmetall metal buffer. schwingmetall in stock.

German schwingmetall rubber vibration isolator, Z series, 20290/A. Compression bracket or rail strip design for inclined mounting and natural frequencies up to 3.7Hz, with excellent lateral stability. Load per element ranges from 100 kg to 4500 kg. Can be combined for support elements of any size; installation is flexible and simple.

schwingmetall angled mounting rubber vibration isolator, Z series, 20290/A, with inclined mounting bracket. Specifications.

Installation instructions: The inclined base generates shear forces due to the wedge effect, which must be absorbed by the substrate. The maximum shear force per element can equal the vertical force (FQmax=FH).

Features: Identical spring characteristics in vertical and lateral directions. Low natural frequency. Excellent stability of the installed mass in the lateral direction.

Model 20290/A

Type Z 

Elastomer hardness Shore A: 40, 55, 65 optional

schwingmetall rubber vibration isolator, Z series, 20290/A. Dimensions: a1=82, a2=100, b1=106, b2=124, d1=70, d2=11, h1=45, h2=90, s=2.5mm

schwingmetall rubber vibration isolator, Z series, 20290/A. Rubber type: Natural rubber

Spring stiffness Cx  [N/mm]: 47, 86, 133 optional

Spring stiffness Cy  [N/mm]: 155, 281, 433 optional

Spring stiffness Cz  [N/mm]: 155, 281, 433 optional

Max. load Fx [N]: 750, 790, 830 optional

Max. load Fy [N]: 1850, 2150, 2350 optional

Max. load Fz [N]: 1850, 2150, 2350 optional

schwingmetall rubber vibration isolator, Z series, 20290/A. Unit weight Kg 0.754

Weidou Intelligent Technology (Shanghai) Co., Ltd. is a professional authorized distributor of German schwingmetall angled mounting rubber vibration isolators, Z series, 20290/A, with inclined mounting brackets; schwingmetall metal buffers, Z series, 20290/A; and schwingmetall shock absorbers, Z series, 20290/A. Original German imports. Inquiries and orders are welcome.