ELATECH® ISync
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ELATECH® iSync™ high performance timing belts

ELATECH® iSync™ In the spirit of continuos innovation, in order to answer to the increased need of industry in power transmission, ELATECH® has developed the iSync™ range of belts. iSync™ belts are made with special polyurethane compound and high resistance steel tension cords which are processed with a unique and highly sophisticated technology to get a superior polyurethane belt. iSync™ belts offer optimal performances on all type of industrial applications. iSync™ belts are able to transmit up to 30% more than conventional T, AT type of belts in the same space or same power with a more...

Standard belt sizes ELATECH® iSync™ Order example ELATECH iSync™ Timing Belt ®

Order example ELATECH® iSync™ Timing Belt

ELATECH® iSync™ high performance endless timing belt technical data T2,5 Belt characteristics • Truly endless polyurethane timing belt with steel tension cords according to DIN 7721 T1 • Metric pitch 2,5 mm • Ideal for drives where high belt flexibility is requested • Allows to use small diameter pulleys • Transmissible power up to 5 kW • Rpm up to 10.000 [1/min] • Width tolerance: • Thickness tolerance: Other widths are available on request Tooth shear strength rpm [min-1] Mspez Pspez [Ncm/cm] [W/cm] Mspez Pspez [Ncm/cm] [W/cm] Mspez Pspez [Ncm/cm] [W/cm] = power in kW = torque in Nm =...

Belt characteristic • Truly endless polyurethane timing belt with steel tension cords according to DIN 7721 T1 • Metric pitch 5 mm • Ideal for drives where high belt flexibility is requested • Allows to use small diameter pulleys • Rpm up to 10.000 [1/min] • Width tolerance: • Thickness tolerance: Mspez Pspez [Ncm/cm] [W/cm] Other widths are available on request Tooth shear strength rpm [min-1] Mspez Pspez [Ncm/cm] [W/cm] Mspez Pspez [Ncm/cm] [W/cm] The total power “P” and the total torque “M” transmitted by the belt, are calculated with the following formulas: Flexibility Minimum number of...

Belt characteristics • Truly endless polyurethane timing belt with steel tension cords according to DIN 7721 T1 • Metric pitch 10 mm • Ideal for drives where high belt flexibility is requested • Allows to use small diameter pulleys • Rpm up to 10.000 [1/min] • Width tolerance: • Thickness tolerance: Other widths are available on request Tooth shear strength rpm [min-1] Mspez Pspez [Ncm/cm] [W/cm] Mspez Pspez [Ncm/cm] [W/cm] Mspez Pspez [Ncm/cm] [W/cm] The total power “P” and the total torque “M” transmitted by the belt, are calculated with the following formulas: = power in kW = torque in...

Belt characteristics • Truly endless polyurethane timing belt with steel tension cords. Metric pitch 5 mm • Tooth profile and dimension are optimised to guarantee uniform load distribution and mini mum deformation under load • High resistance and low stretch steel cords to guarantee high stability and low elongation • Reduced polygonal effect with reduced drive vibration and noise • Rpm up to 10.000 [1/min] • Width tolerance: • Thickness tolerance: Mspez Pspez [Ncm/cm] [W/cm] Other widths are available on request Tooth shear strength rpm [min-1] Mspez Pspez [Ncm/cm] [W/cm] Mspez Pspez...

Belt characteristics • Truly endless polyurethane timing belt with steel tension cords. Metric pitch 10 mm • Tooth profile and dimension are optimised to guarantee uniform load distribution and mini mum deformation under load • High resistance and low stretch steel cords to guarantee high stability and low elongation • Reduced polygonal effect with reduced drive vibration and noise • Rpm up to 10.000 [1/min] • Width tolerance: • Thickness tolerance: Other widths are available on request Tooth shear strength rpm [min-1] Mspez Pspez [Ncm/cm] [W/cm] Mspez Pspez [Ncm/cm] [W/cm] Mspez Pspez...

= 0,1 [Kg] ⋅ 1 + ⋅ 1 + =  = 0,33 kg 2 2 2 9,81 2  d2  2  100 2  5_pag_143_157_manicotti:Ela_manicotti61 a 0, mmS 28 2 Peso mc + mR + msred = 50 +Peso + 0,1 [Kg] ,81 Kg ⋅ 1d dPAG.,61  ⋅ 1.qxd 13/04/2010 16:19 Pagina 152 0,48 = 0,33 = 50 UOVE FORMULE  0 41 en + 28 = 0,33 kg S  = 0,1 [Kg] N ⋅ 1 + 2  = = ⋅ 1 + + = 0,33 kg  2 2 2 9,81 CALCOLO DELLA MASSA TOTALE100   9,81 1  z g − zk ⋅ t  2 2   d ad  2 2  t 100 2 2000 ⋅ M a L R ≈ ⋅ z g + z k + 2A + ⋅ Ft =  dp 50 + 0,48 + 0,33 = 50,81 Kg 2 π 4A  m = m + m + m = OLO DELLA FORZA PERIFERICA FU L 1600 2 33 = 50 81...

v sc CALCOLO DELLA FORZA PERIFERICA FU 2000 = s2000 s ab + s + s av  t c = = s c = v ⋅ t c ⋅ 1000 t av = 5_pag_143_157_manicotti:Ela_manicotti enFU ⋅ dw FU = m ⋅ ab + m ⋅⋅ ∆n m ⋅ g ⋅ µ z 2 ⋅ s ab  t ⋅ π ⋅ n− k  Z β 1000 ⋅ 20 ⋅ 1,4.qxd 13/04/2010 16:19 Pagina z153ges19100 ⋅kv c 60000t ⋅ vz g − z1000v J g+ av av ⋅ vt⋅ k  2  M = = 4,86 = 120⋅ zk ,6 mm ⋅ arccos ⋅  = g 2 = ,86 = n = ⋅ arccos ⋅  1116ab 101 β 2 ,2 ⋅ mS  d FU = F Mab = + ,55 ⋅mU ⋅g ⋅ µ b =56 ⋅ 12 ⋅ 8,572 ⋅ d z e cm = 48 = m =a + F = 50,ω ⋅230+ A == d a m m ⋅ g ta 2000 z ⋅t 2 ⋅ π ⋅ A  a b F ⋅ 25 20 ⋅ 100 1128d4 [N] ,W...

Calculation example From selection graph and the corrected power of 21 kW, a AT10 pitch is chosen. Calculate pulley diameter giri / min albero veloce giri / min albero lento From the maximum allowable pulleys diameter, the drive ratio and the type of belt selected, the number of teeth of the driver and driven pulley is calculated. LR = 2 ⋅ A + π ⋅ d allowable The maximumw = 2 ⋅ A + z ⋅ t diameter is chosen to minimize belt width. 1 zL = 40 400 + 40 ⋅ 10 = 1200 mm R = 2⋅ z2 = 40⋅ π 130 Calculate belt length Calculate belt width 130 ⋅ π z = 130 ⋅ π = 15 ⋅ 1,4 1000 ⋅ = 2,92 cm = zbR= 10⋅ 400 +...