Product Description

Shocks can be defined as sudden changes in an object’s position, velocity, and acceleration for a short period of time. Trelleborg’s shock mounts are designed to protect structures and equipment from destructive consequences of the shock wave and vibrations. 

High Deflection Mounts are available in many different sizes and various characteristics to cover a wide range of applications, from mounting heavy equipment like engines and generator sets to electronic devices and sensitive equipment. By using the same type of element in different stiffness grades, it is possible to get a low natural frequency and still have enough permissive deformation left for protection against shocks. Rubber shock mounts with symmetric constructions have identical characteristics in all horizontal directions as an additional advantage. Our High Deflection Mounts are produced by vulcanizing high-quality natural rubber onto metal parts. The metal parts are standard delivered in galvanized S235, however non-magnetic stainless steel versions, as well as other rubber qualities, are also available. 


APPLICATION EXAMPLES

  • Switch cabinets
  • Electronic equipment
  • Small ventilation systems
  • Equipment with vibration source

CHARACTERISTICS

  • Optional variations in stainless steel, silicon, CR, and NBR
  • Affordable, relatively low pricing
  • Good overall vibration isolation
  • Good overall sound isolation
  • Low plastic-deformation when exposed to shock
  • Captive design (optional)
  • Wide variation of dimensions and load ranges (standard & custom-made) available
  • Non-magnetic optional
  • NATO Stock Numbers (NSN) available
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Product Data

TYPE LO-E1N-3342
CLASS STATIC LOAD (KG) AVERAGE STIFFNESS (N/mm) PERMISSIVE DEFORMATION (mm)
X Y Z X Y Z
005 10-20 13 13 16 55 55 55
01 15-30 16 16 25 55 55 55
02 25-55 35 35 40 55 55 55

LO-E1N-3341-01-white
TYPE LO-E1N-3341/DIN 95365-D
CLASS STATIC LOAD (KG) AVERAGE STIFFNESS (N/mm) PERMISSIVE DEFORMATION (mm)
X Y Z X Y Z
01 30-60 40 40 65 55 55 55
02 40-80 70 70 90 55 55 55
03 75-150 125 125 165 55 55 55

LO-E1N-3341-01-white
TYPE LO-E1N-3340/DIN 95365-D
CLASS STATIC LOAD (KG) AVERAGE STIFFNESS (N/mm) PERMISSIVE DEFORMATION (mm)
X Y Z X Y Z
005 40-80 60 60 115 60 60 60
01 70-130 80 80 145 60 60 60
02 185-350 215 215 380 60 60 60
03 200-400 390 390 450 60 60 60

LO-E1N-3340-01-white
TYPE LO-E1N-2296/DIN 95365-B
CLASS STATIC LOAD (KG) AVERAGE STIFFNESS (N/mm) PERMISSIVE DEFORMATION (mm)
X Y Z X Y Z
S01 15-30 21 21 30 18 18 18
S02 20-40 28 28 40 18 18 18
S03 30-60 42 42 60 18 18 18
21 35-75 49 49 70 25 25 25
01 40-80 56 56 80 25 25 25
22 50-100 70 70 00 25 25 25
02 65-140 91 91 130 25 25 25
23 80-170 84 84 160 25 25 25
03 110-220 147 147 210 25 25 25

LO-E1N-2296-white
TYPE LO-E1N-101/DIN 95365-C
CLASS STATIC LOAD (KG) AVERAGE STIFFNESS (N/mm) PERMISSIVE DEFORMATION (mm)
X Y Z X Y Z
01 30-70 70 70 70 40 40 38
02 55-120 120 120 120 40 40 38
03 75-150 150 150 150 40 40 38
04 110-220 210 210 210 40 40 38
05 150-320 310 310 310 40 40 38
06 230-500 470 470 470 40 40 38

LO-E1N-101-01-white
TYPE LO-E1N-22113
CLASS STATIC LOAD (KG) AVERAGE STIFFNESS (N/mm) PERMISSIVE DEFORMATION (mm)
X Y Z X Y Z
A 280-650 117 117 57 30 30 35
B 600-1100 228 228 114 30 30 35
C 175-350 83 83 40 30 30 35

LO-E1N-22113-A-white

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Antivibration Solutions - Marine Product Portfolio

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