Lovejoy 61450 Size CJ 38 Curved Jaw Coupling Spider, Urethane - 92 Shore A, Yellow, 1680 in-lbs Nominal Torque, 7100 rpm Max Rotational Speed

Lovejoy 61450 Size CJ 38 Curved Jaw Coupling Spider, Urethane - 92 Shore A, Yellow, 1680 in-lbs Nominal Torque, 7100 rpm Max Rotational Speed

$57.99
Sale price  $57.99 Regular price  $89.99
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Lovejoy 61450 Size CJ 38 Curved Jaw Coupling Spider, Urethane - 92 Shore A, Yellow, 1680 in-lbs Nominal Torque, 7100 rpm Max Rotational Speed

Lovejoy 61450 Size CJ 38 Curved Jaw Coupling Spider, Urethane - 92 Shore A, Yellow, 1680 in-lbs Nominal Torque, 7100 rpm Max Rotational Speed

$57.99
Sale price  $57.99 Regular price  $89.99
FREE shipping on this itemShips from West Long Branch, NJ. Typically arrives in 3–7 business days.
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Key features

  • For use with Lovejoy curved jaw style flexible coupling assembly (sold separately)
  • Urethane for transferring and absorbing shock load
  • Absorbs shock and misalignment within the coupling assembly for reduced wear on the shaft assembly
  • Country of origin: Poland

This Lovejoy curved jaw coupling spider replaces the spiders on Lovejoy curved jaw style flexible spider coupling assemblies and is made of urethane for transferring and absorbing shock load. This center element, also known as a spider, absorbs shock and misalignment within the coupling assembly for reduced wear on the shaft assembly. Lovejoy curved jaw style couplings are a type of flexible coupling suitable for use in various industrial power transmission applications such as compressors, blowers, pumps, conveyors, mixers, and gear boxes, among others. Flexible couplings are used to link two rotating shafts that are not aligned in order to transmit the rotational power, known as torque, from one shaft to the other. Most flexible couplings consist of two hubs and a middle assembly; each hub attaches to a shaft while the middle assembly flexes between the hubs to accommodate the misalignment of the two shafts. Shaft misalignments are generally either parallel or angular and cause complications to transmitting rotational power from one shaft to another in the form of stresses, loads, vibrations, and other forces, which vary from one type of misalignment to another. Flexible coupling

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