Passive vibration isolation solution
- AVITAB Passive vibration isolation table
- OPTTAB Optical Platform
- BenchTop Desktop Isolator
- AVILAB Vibration Isolation Bench
- Elastomer Isolator
- Rubber Isolator (Support)
- Rubber Isolator (Foot Mount)
- Rubber Isolator (Military)
- VIB LD 03 Decouping Washers
- LOW DEFLECTION MOUNTS LOW LOAD
- VIBMAR Rubber Isolator
- VIB HD 50 MEDIUM DEFLECTION MO
- VIB HD 45 HIGH DEFLECTION SHOC
- VIB HD 56 MEDIUM DEFLECTION MO
- GB 530 MOUNTS
- “X” TYPE FLEXIBLE MOUNTS
- VIB VHD 75 VERY HIGH DEFLECTIO
- VIB VHD 75 HIGH DEFLECTION MOU
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Home > Passive vibration isolation solution > Elastomer Isolator > Rubber Isolator (Support)
STOPS Rubber Isolator





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STOPS Rubber Isolator的概况 -
Rubber isolator - STOPS Compared to rigid stops, PAULSTRA elastic stops provide better vibration and noise reduction, reducing equipment wear.
DESCRIPTIONThere are several types of stops :cylindrical or DIABOLO stops;conical progressive stops;
LEVAFLEX progressive stops with central cavity;EVIDGOM stops.
RecommendationsThe stops must be fitted so that, on impact, the axis of the stop is perpendicular to the contact surface.On impact, the external diameter of the stop increases: this must be allowed for when fixing. -
STOPS Rubber Isolator的优势 +
OPERATIONThe design of the PAULSTRA elastic stops gives the following basic characteristics :highly deformable allowing high energies to be absorbed;progressive absorption of energy due to the carefully designed shape.
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STOPS Rubber Isolator的性能 +



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STOPS Rubber Isolator的指标 +
CYLINDRICAL STOPS

A
(mm)
B
(mm)
C G
(mm)
Fig H
(mm)
Max load (daN) Deflect(mm)
Energy(joules)Reference 12.5 10 M5 10 1 - 12 2 0,12 511110 13.5 11 2.5 0.13 511128 15 10 3 0.16 511115 20 8 3.5 0.14 511125 16 10 M4 10 1 - 20 2 0.2 511150 15 10 1 - 3 0.3 511151 10 - 2 2.5 2 0.2 511152 15 - 2 2.5 3 0.3 511153 10 M5 12 1 - 20 2 0,20 511292 15 20 3 0,30 511294 20 15 4 0,30 511296 25 15 5 0,30 511298 20 15 M6 - 2 4 35 4 0.7 511154 8,5 M6 16,5 1 - 40 1,5 0,30 511200 15 35 4 0,70 511215 20 30 5 0,70 511220 25 30 5,5 0,80 511225 30 25 7 0,80 511230 25.5 10 M6 18 1 - 80 2 0.8 511158 15 18 1 - 60 3,5 1,00 511155 20 18 1 - 50 5 1,20 511159 30 18 1 - 50 8 2,00 511160 15 - 2 4 60 3,5 1,00 511164 20 - 2 4 55 5,5 1,20 511162 30 - 2 4 50 8 2,00 511163 A
(mm)
B (mm) C G
(mm)
Fig H
(mm)
Max load (daN) Deflect(mm)
Energy(joules)Reference 25,5 10 M8 20 1 - 80 2 0,80 511265 15 60 3,5 1,00 511270 19 55 4.5 1.2 511251 22 50 5.5 1.3 511275 25 50 6 1.5 511280 30 50 8 2 511285 40 50 10 2.5 511290 30 22 M8 - 2 6 80 6 2.4 511156 15 M8 25 1 - 90 4 1.5 511308 22 80 6 2.4 511310 30 70 8 2.8 511312 40 60 9 2.7 511314 40 30 M8 20 1 - 120 7 4.6 511157 40 120 10 6 511161 20 M10 25 1 - 160 5 4 511450 25 150 6 4.5 511401 35 120 8 4.8 511452 40 120 10 6 511454 45 120 11 6.6 511456 50 25 M10 25 1 - 300 6 9 511525 35 250 9 11.2 511535 45 190 11 10 511545 60 25 M10 25 1 - 400 6 12 511625 36 300 9 13.5 511635 45 250 11 13.7 511645 70 35 M10 25 1 - 450 9 20,00 511735 50 350 12 21 511750 70 300 14 21 511770 80 25 M14 45 1 - 1100 6 33,00 513801 30 35 950 8 38 511830 40 35 600 10 30 511840 70 35 500 17 42.5 511870 80 35 450 19 43,00 511880 CONICAL PROGRESSIVE STOPS

Reference Ф
A(mm)
B
(mm)
C G
(mm)Repetitive shocks Exceptionnalshock energyWeight (g) Energy (g)(joules)Deflect.
(mm)Reaction
(daN)512251 25,5 19 M8 20 3 8 100 9 20 512307 30 30 M8 25 6 15 140 18 37 512301 30 30 M6 13,5 6 15 140 18 30 512515 50 50 M10 25 30 25 340 90 85 512501 50 50 M8 20 30 25 340 90 75 512516 50 64 M10 25 40 32 370 120 150 512502 50 64 M8 35 40 32 370 120 150 512517 50 58 M10 25 37 28 400 110 130 512503 50 58 M8 15 37 28 400 110 120 512608 60 40 M10 25 27 18 550 70 140 512601 60 40 M14 62 27 18 550 70 200 512700 72 58 M10 25 50 26 550 150 290 512721 72 58 M12 30 50 26 550 150 300 512951 95 80 M16 45 120 37 1100 350 750
DIABOLO STOPS
Reference S (cm2) ФA (mm) B
(mm)C G
(mm)Max.instant.load (daN)Deflect. (mm) Max.static(daN)Deflect. (mm) Energy(joules)Weight (g) 511571 5 57 42 M8 20 100 10 40 4 1 60 511572 9,5 57 42 M8 20 200 12 75 5,5 2 80 511601 19,5 60 57 M10 25 350 15 150 8 6 190 511801 38,5 80 65 M14 30 800 16 300 9,5 15 500 511951 50 95 70 M16 35 1000 18 400 9,5 20 790 LEVAFLEX PROGRESSIVE STOPS

Reference A(mm) B(mm) φ C (mm) D(mm) φ E (mm) φ G(mm) H(mm) Weight(g) 514085 85 85 8,5 69 8,5 20 5 600 514110 110 110 12,5 90 8,5 30 6 1200 514130 130 130 19 106 11 40 6 2000 514160 160 160 23 132 11 45 8 3000 514200 200 200 28 168 13 60 10 7000 Repetitive shocks Exceptionalshock energy(joules)ReferenceEnergy hardnessEnergy hardness(joules)Correspondingdeflection(mm)Reaction 170 40 1200 500 514085/60 280 40 1700 850 514085/75 330 50 1800 1000 514110/60 550 50 3400 1500 514110/75 600 65 2800 1800 514130/60 650 60 3000 1900 514130/75 1050 75 4500 3000 514160/60 1200 90 4000 3600 514200/60 1300 70 6000 3900 514160/75 2200 85 7800 6600 514200/75 EVIDGOM STOPS


Repetitive shocks Exceptionalshock energy(joules)ReferenceEnergy hardnessEnergy Correspondingdeflection(mm)Reaction (daN) 31 30 190 95 810644 100 50 580 300 810645 110 45 600 330 810666 180 67 750 540 810642 350 75 1250 1050 810653 360 65 1400 1100 810655 400 85 1500 1200 810669 300 70 900 - 810784 600 75 1625 - 810775 1050 90 2375 - 810776 2500 90 5500 - 810733/60 7100 150 11000 - 810732/60 9500 200 9500 - 810731/60 13000 130 18000 - 810732/75 17500 175 19000 - 810731/75 21000 200 25000 - 810735/60 29000 250 35000 - 810734/60 41000 200 70000 - 810735/75 50000 250 55000 - 810734/75 Stop Shape All rubber Evidgomreferenceφ A (mm) B (mm) C φC1 (mm) φC2 (mm) φD (mm) φA under load (mm) 810642 1 810022 85 120 M16 20 30 - 114 810644 1 810004 55 55 M10 14 14 - 72 810645 2 810035 66 93 M16 20 14 - 100 810653 1 810023 100 130 M16 20 30 - 140 810655 1 810025 110 132 M16 20 30 - 142 810666 2 810046 76 90 M16 20 14 - 98 810669 2 810029 110 150 M16 20 30 - 155 810731 3 - 250 400 6 x M24 70 70 150 360 810732 3 - 250 315 6 x M24 70 70 150 380 810733 3 - 250 230 6 x M24 70 70 150 370 810734 3 - 350 500 8 x M24 85 85 196 445 810735 3 - 350 395 8 x M24 85 85 196 500 810775 1 810015 155 150 M16 25 30 - 202 810776 1 810016 188 180 M24 40 40 - 256 810784 1 810014 125 140 M16 30 25 - 168

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