17X1280 Equivalent to R73784,T31710 For John Deere Tractors.
John Deere 3130,840,940,1040,1140,1640,1840,2040,2040S,2240,2140 V-belt 17X1280,R73784,T31710
17X1280 Specification:
Width | 17mm |
Height | 11mm |
Inner length | 1280mm |
Calculated length | 1323mm |
Outer length | 1349mm |
Wedge angle | 40 ° |
Minimum calculated pulley diameter | 112mm |
Minimum ambient temperature | -30 ° |
Maximum ambient temperature | 60 ° |
17X1280 OEM Equivalent Part Number:
John Deere R73784,T31710
17X1280 Apply Equipment:
John Deere Tractor Models:
3130,840,940,1040,1140,1640,1840,2040,2040S,2240,2140,1350,1550,1750,1850,1950,1950N,2150,2350,2550,2750,2155CS,2155TSS,2255,2355N,5200,5300,5400,5400N,5103,5103E+
Description:
V-belts are designed for drives of machine tools,industrial equipment and agricultural machinery.They are structural elements of the belt drive,one of the important working units of machines and all kinds of mechanical equipment.The direct purpose of V-belts is to transmit torque.
The belt consists of a carrier layer based on chemical fibrous materials (cord,cord fabric),rubber and wrapping fabric,vulcanized into one product.The construction of V-belts,as the name suggests,is wedge-shaped ,thanks to which such a belt creates a more reliable grip on the pulley.The trapezoidal part in this belt enables more efficient operation of the mechanisms and the small center distance makes the transmission the most compact.When assembling several V-belts on one pulley at a time,it is very important that the V- belts are the same length,so-called "calibrated" belts.V-belts are used in grinders,saws and circular saws,gasoline lawn mowers,agricultural machinery,equipment and conveyor lines,industrial sewing machines and many more.
It is strongly recommended to select the belt in strict accordance with the documentation for the equipment in which it is used-belts from different manufacturers that match in geometric dimensions may differ in strength characteristics.
Advantages of V-belts:
maximum transmission power
smaller belt angle on a small pulley
smaller distance between axles
infinitely adjustable speed
reduce noise and absorb shocks
simplicity of design
ease of maintenance
the ability to withstand excessive loads without transmission failure