Group: Scaglia
Catalog excerpts
ELA-flex SD® timing belts are manufactured with truly endless high tension strength steel tension cords and high wear, abrasion and tear resistant polyurethane. Special cords In order to solve any design needs, ELA-flex SD® belts may be produced with special cords: INOX stainless steel for high aggressive environments ARAMID low weight, non magnetic Antistatic belts On request it is possible to deliver ELA-flex SD® belts with antistatic properties by using a specific electrically conductive coating or a special compound. A minimum quantity is applied. Having no splice or welding,...
Open the catalog to page 2Belt characteristics • Truly endless polyurethane timing belt with steel tension cords • Tooth profile according to ISO 17396 • Metric pitch 5 mm • Ideal for drives where high belt flexibility is required • Allows the use of small diameter pulleys • Transmissible power up to 5 kW • Rpm up to 10.000 [1/min] • Dual toothing available from 1500 mm
Open the catalog to page 3Belt characteristics • Truly endless polyurethane timing belt with steel tension cords • Tooth profile according to ISO 17396 • Metric pitch 1 0 m m • Ideal for drives where high belt flexibility is required • Allows the use of small diameter pulleys • Transmissible power up to 30 kW • Rpm up to 10.000 [1/min] • Dual toothing available from 1500 mm Other widths are available on request. Tooth shear strength rpm [min-1] The total power “P” and the total torque “M” transmitted by the belt, are calculated with the following formulas: P [kW] = Pspez • Ze M [Nm] = Mspez • ze Z Zk Pspez =...
Open the catalog to page 4Bek characteristics • Truly endless polyurethane timing belt with steel tension cords • Tooth profile according to ISO 17396 • Metric pitch 20 mm • Ideal for drives where high belt flexibility is required • Transmissible power up to 100 kW • Rpm ufe to 6.000 [1/min] • Dual toothing available from 1500 mm • HPL cord execution available
Open the catalog to page 5Bek characteristics • Truly endless polyurethane timing belt with steel tension cords • Tooth pro file according to ISO 17396 • Metric pitch 5 mm • Tooth profile and dimension are optimised to guarantee uniform load distribution and minimum 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 • Transmissible power up to 115 kW • Rpm up to 10.000 [1/min] • Dual toothing available from 1500 mm Other widths are available on request. Tooth shear strength rpm [min-1]...
Open the catalog to page 6BeK characteristics • Truly endless polyurethane timing belt with steel tension cords • Tooth profile according to ISO 17396 • Metric pitch 10 mm • Tooth profile and dimension are optimised to guarantee uniform load distribution and minimum 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 • Transmissible power up to 70 kW • Rpm up to 10.000 [1/min] • Dual toothing available from 1500 mm • HPL cord execution available
Open the catalog to page 7Bek characteristics • Truly endles s polyurethane timing belt with steel tension cords. • Metric pitch 15 mm • Tooth profile and dimension are optimised to guarantee uniform load distribution and minimum 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 • Transmissible power up to 200 kW • Rpm up to 6.000 f1/min] Other widths are available on request. Tooth shear strength rpm [min-1] The total power “P” and the total torque “M” transmitted by the belt, are...
Open the catalog to page 8BeK 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 minimum 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 • Transmissible power up to 70 kW • Rpm up to 10.000 [1/min] • Max. length 2400 mm The total power “P” and the total torque “M” transmitted by the belt, are calculated with the following formulas: Pspez =...
Open the catalog to page 9Bek characteristics • Truly endless polyurethane timing belt with steel tension cords • Tooth profile according to ISO 17396 • Metric pitch 20 mm • Tooth profile and dimension are optimised to guarantee uniform load distribution and minimum 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 • Transmissible power up to 200 kW • Rpm up to 6.0(00 [1/min] • Dual toothing available from 1500 mm • HPL cord execution available Other widths are available on request....
Open the catalog to page 10BeK characteristics •Truly endless polyurethane timing belt with steel tension cords • Tooth profile according to UNI/ISO 5296 • Imperialpitch 1/5” = 5,08 mm • Allow to use small diameter pulley • Mainly used in applications where inch pitch is an advantage • Transmissible power up to 5 kW • Rpm up to 10.k00 [1/min] Belt width [inch] / [mm] Other widths are available on request. Tooth shear strength rpm [min-1] The total power “P” and the total torque “M” transmitted by the belt, are calculated with the following formulas: Pspez = specific power Mspez = specific torque ze = number of...
Open the catalog to page 11BeK characteristics •Truly endless polyurethane timing belt with steel tension cords • Tooth profile according to UNI/ISO 5296 • Imperial pitch 3/8” = 9,525 mm • Mainly used in applications where inch pitch is an advantage • Transmissible power up to 20 kW • Rpm up to 10.000 [1/min] • Dual toothing available from 1500 mm Belt width [inch] / [mm] Other widths are available on request. Tooth shear strength rpm [min-1] The total power “P” and the total torque “M” transmitted by the belt, are calculated with the following formulas: P [kW] = Pspe[ • Ze M [Nm] = Mspez • ze Z Zk Pspez =...
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