Skip to main content

Gates® Power Transmission PowerGrip® Twin Power® TP176L050 Light Timing Belt, 1/2 in W, 17.63 in OAL, 3/8 in Pitch, 47 Teeth, Neoprene

Gates_92463300.jpg

Description

Gates® Power Transmission PowerGrip® Twin Power® Timing Belt, Light, Series: 9246, 47 Teeth, 3/8 in Pitch, 17.63 in Overall Length, 1/2 in Width, 2.83 in Minimum Pulley Dia, -30 to 180 deg F, Neoprene, Fiberglass Reinforced Material

PowerGrip™ Twin Power™ Timing Belts are suitable for all industrial serpentine applications that require rotation reversal in some driven shafts. Twin Power belts have precision-formed elastomeric teeth on both sides to provide high-loading capacity synchronization from both driving surfaces. Due to its double and directly opposite teeth, Twin Power synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates PowerGrip Twin Power belts are designed to perform at high speeds and in extreme temperatures, with a larger tooth profile for increased performance capacity.

Specifications

Material Neoprene
Minimum Pulley Diameter 2.83 in
Number of Teeth 47
Overall Length 17.63 in
Pitch 3/8 in
Reinforced Material Fiberglass
Series 9246
Temperature Range -30 to 180 deg F
Type Light
Width 1/2 in

Country of Origin: United States

Standards and Approvals: RMA Standard

Application:
For all industrial serpentine applications requiring rotation reversal in some driven shafts

Features

  • Fiberglass tensile cord provides high strength, excellent flex life and high resistance to elongation
  • Gates® Twin Power® belts have nylon facing on both tooth surfaces providing equal load carrying capabilities on either side of the belt
  • Quieter than roller chain drives and eliminates lubrication and re-tensioning to reduce maintenance and labor
  • Neoprene body provides protection against grime, grease, oil and moisture
  • Belt capacity is equal to standard single-sided PowerGrip® timing belts
  • Twin Power® belts have teeth on both sides to provide synchronization from both driving surfaces

Resources



Related Items

Recently Viewed Items