512517

STOPS See : Supports and Bump stops Cylindrical stop Conical progressive LEVAFLEX progressive EVIDGOM stop stop stop DESCRIPTION There are several types of stops : Cylindrical or DIABOLO stops. Conical progressive stops. LEVAFLEX progressive stops with central cavity. EVIDGOM stops. OPERATION The 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. Advantages : By comparison with rigid stops, PAULSTRA elastic stops are quiet and avoid hammering and deterioration of equipment. Recommendations : The 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. 60DIMENSIONS AND OPERATING CHARACTERISTICS CYLINDRICAL STOPS Fig. 1 Fig. 2 New range A RADIAFLEX C A C Charge A B G H Deflect. Energy C Fig. maxi Reference mm mm mm mm mm Joules daN 10 80 2 0.80 511265 15 60 3.5 1.00 511270 19 55 4.5 1.20 511251 5.5 511275 25.5 22 M8 20 1 - 50 1.30 25 50 6 1.50 511280 30 50 8 2.00 511285 40 50 10 2.50 511290 Max. 22 M8 - 2 6 80 6 2.40 511156 A B G H Deflect Energy C Fig. load Reference 15 90 3.5 1.50 511308 mm mm mm mm mm Joules daN 30 22 80 6 2.40 511310 M8 25 1 - 10 12 2 0.12 511110 30 70 8 2.80 511312 13.5 11 2.5 0.13 511128 40 60 9 2.70 511314 12.5 M5 10 1 - 15 10 3 0.16 511115 30 120 7 4.60 511157 20 8 3.5 0.14 511125 M8 20 1 - 40 120 10 6.00 511161 1 - 2 0.20 10 511150 20 160 511450 5 4.00 1 - 0.30 15 3 511151 M4 - 20 40 25 150 511401 6 4.50 2 2.5 0.20 10 2 511152 35 M10 25 1 - 120 8 4.80 511452 2 2.5 0.30 15 3 511153 16 40 120 10 6.00 511454 2 10 20 0.20 511292 11 6.60 45 120 511456 15 20 3 0.30 511294 M5 12 1 - 25 300 6 9.00 511525 20 15 4 0.30 511296 25 15 5 0.30 511298 50 35 M10 25 1 - 250 9 11.20 511535 45 190 11 10.00 511545 15 M6 - 2 4 35 4 0.70 511154 1.5 25 400 6 12.00 511625 8.5 40 0.30 511200 15 35 4 0.70 511215 60 36 M10 25 1 - 300 9 13.50 511635 20 20 M6 16.5 1 - 30 5 0.70 511220 45 250 11 13.70 511645 25 30 5.5 0.80 511225 35 450 9 20.00 511735 30 25 7 0.80 511230 70 50 M10 25 1 - 350 12 21.00 511750 10 18 1 - 80 2 0.80 511158 70 300 14 21.00 511770 15 18 1 - 60 3.5 1.00 511155 25 45 1100 6 33.00 513801 20 18 1 - 50 5 1.20 511159 25.5 30 M6 18 1 - 50 8 2.00 511160 30 35 950 8 38.00 511830 15 - 2 4 60 3.5 1.00 511164 80 40 M14 35 1- 600 10 30.00 511840 20 - 2 4 55 5.5 1.20 511162 70 35 500 17 42.50 511870 30 - 2 4 50 8 2.00 511163 80 35 450 19 43.00 511880 See current price list for availability of items. CONICAL PROGRESSIVE STOPS Exceptional Repetitive shocks shock A B G Energy Deflect. Reaction Wght Energy Reference C mm mm mm Joules mm daN joules g A 512251 25.5 19 M8 20 3 8 100 9 20 C 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 See current price list for availability of items. DIABOLO STOPS C Max. Max. S A B G Deflect. Deflect. Energy Wght instant. static Reference C load mm load mm Joules cm mm mm mm g daN daN 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 S (cm) 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 See current price list for availability of items. A 61 B G B G G B B H