Oscillating Mountings

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DOUBLE SUSPENSION TYPE AD-P Type AD-PV Type AD-PV with offset flanges G Weight Art. No. Type K = 2 K = 3 K = 4 n err sw c d A B C D E F H in kg Oscillating Mountings 07 111 001 AD-P 18 150 120 100 640 17 22 100 62 5 60 85 9.5 35 1.21 07 111 002 AD-P 27 300 240 200 590 21 32 120 73 5 80 110 11.5 45 2.55 07 111 003 AD-P 38 600 500 400 510 28 45 160 95 6 100 140 14,5 60 5.54 07 111 004 AD-P 45 1200 1000 800 450 35 50 200 120 8 130 180 18,5 70 8.51 07 111 005 AD-P 50 1800 1500 1200 420 44 55 250 145 10 140 190 18,5 80 12.90 G Weight Art. No. Type K = 2 K = 3 K = 4 n err sw c d A B 1 C D E F H in kg 07 121 001 AD-PV 18 150 120 100 640 17 22 100 68 5 60 85 9.5 35 1.21 07 121 002 AD-PV 27 300 240 200 590 21 32 120 80 5 80 110 11.5 45 2.55 07 121 003 AD-PV 38 600 500 400 510 28 45 160 104 6 100 140 14,5 60 5.54 07 121 004 AD-PV 45 1200 1000 800 450 35 50 200 132 8 130 180 18,5 70 8.51 07 121 005 AD-PV 50 1800 1500 1200 420 44 55 250 160 10 140 190 18,5 80 12.90 G = max. loading in N per suspension K = oscillating machine factor n err = max. frequency in min –1 at ) 10°, from zero ) ±5° sw = max. amplitude in mm c d = dynamic spring value in N/mm at ) ±5°, in frequency range 300 – 600 min –1 Suspensions for higher loads or asymmetric distances between centres A available on request available on request Material Structure Rocker arm made out of welded steel structure; inner square and fixation flange in steel. Guidelines for Fitting The rocker angle of the rocker suspensions is 10° to 30° according to experience, depending largely on the conveying performance and the material to be moved. To secure optimal performance the troughs, screens etc. must be designed stiff and rigid. Types AD-P are intended for flange mounting. Types AD-C for central fixing. ROSTA 46
DOUBLE SUSPENSION TYPE AD-C G Weight Art. No. Type K=2 K=3 K=4 n err sw c d A B C D E in kg 07 101 001 AD-C 18 150 120 100 640 17 22 100 50 2.5 55 13 + 0 .0 07 101 002 AD-C 27 300 240 200 590 21 32 120 60 2.5 65 16 + 0.5 07 101 003 AD-C 38 600 500 400 510 28 45 160 80 5.5 90 20 + 0.5 07 101 004 AD-C 45 1200 1000 800 450 35 50 200 100 5.5 110 24 + 0.5 G = max. loading in N per suspension K = oscillating machine factor n err = max. frequency in min –1 at ) 10°, from zero ) ±5° sw = max. amplitude in mm c d = dynamic spring value in N/mm at ) ±5°, in frequency range 300 – 600 min –1 Suspensions for higher loads or asymmetric distances between centres A available on request available on request – 0.2 0.84 + 0.3 1.84 + 0.2 4.09 + 0.2 6.08 Oscillating Mountings Material Structure Rocker arm made out of welded steel structure; inner square in light alloy profile. Typical Calculation Given: Weight of trough = 200 kg Weight of counter mass = 200 kg Material on trough = 50 kg of this 20 % coupling effect = 10 kg Total weight of oscillating mass m (trough, counter mass and coupling effect) = 410 kg Eccentric radius R = 14 mm Speed n err = 360 min –1 Ocillating machine factor K = (2π · n err ) 2 60 · R 9810 = 2.0 Total spring value c t = m · ( 2π · n err ) 2 · 0.001 60 = 582.7 N/mm Wanted: Number of double rocker suspensions of size 38 for example a) in resonance operation Here the total spring value of the suspensions must be about 10 % above the total spring value c t of the installation. From this follows: Spring value c d of the rocker suspension AD 38 = 45 N/mm c Number of suspensions z = t 582.7 = = 14.4 pieces 0.9 · c d 0.9 · 45 Selected: 14 of AD-P 38 or AD-C 38 b) without resonance operation Here the total weight G must be taken up by the total number of rocker suspensions. The oscillating machine factor K = 2.0 must be taken into account, also the admissible loading of one AD 38 under acceleration 2 g = 600 N Number of suspensions z = m · g = 410 · 9.81 = 6.7 pieces G 600 Selected: 8 of AD-P 38 or AD-C 38 ROSTA 47
Page 1 and 2: Elastic Suspension for Screens and
Page 3 and 4: SELECTION TABLE FOR OSCILLATING MOU
Page 5 and 6: TECHNOLOGY 2.2. Two-mass Oscillatio
Page 7 and 8: APPLICATIONS Double rockers on taba
Page 9 and 10: OSCILLATING MOUNTING TYPE AU To cal
Page 11 and 12: OSCILLATING MOUNTING TYPE AR Double
Page 13: ROCKER SUSPENSION TYPE AS-C G A K K
Page 17 and 18: RUBBER SUSPENSION UNIT TYPE DO-A As
Page 19 and 20: RUBBER SUSPENSION UNIT TYPE DO-A On
Page 21 and 22: TECHNOLOGY 4.3. Drive with two Unba
Page 23 and 24: OSCILLATING MOUNTING TYPE AB G ➡
Page 25 and 26: OSCILLATING MOUNTING TYPE AB-HD G
Page 27 and 28: OSCILLATING MOUNTING TYPE HS HS 27,
Page 29 and 30: UNIVERSAL JOINT TYPE AK Joint Suppo
Page 31 and 32: OSCILLATING MOUNTING TYPE AV Instal

Oscillating Mountings

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