Self Tracking
The Eagle Pd H.O.T. design consists of a left and right
helix, which guides the belt into the centre of the Eagle Pd
sprocket, eliminating any belt wander. When compared to
straight tooth timing belt pulleys, Eagle Pd sprockets do
not have flanges and hence, sprocket width is reduced,
allowing for a more compact design and less weight.
Low Vibration
Eagle Pd and H.O.T. design, minimizes belt vibration on flat
pulleys used on entry and exit of slider beds. The Helical
Offset Tooth also moves progressively over straight edges,
reducing both noise and vibration. This same tooth geometry
eliminates the chordal effect around the tooth sprocket,
again reducing drive vibration.
Low Noise
Eagle Pd belts provide a solution to current belt
applications, where noise, an inherent characteristic of
straight tooth synchronous belting, must be limited. The
patented Helical Offset Tooth design provides a continuous
rolling tooth engagement and allows Eagle Pd to run quieter
than any other synchronous product. The Hibrex Eagle Pd
product shows up to a 20 dB(A) advantage over conventional
timing belts, providing an alternative to controlling noisy
drives.
Operates Smoothly over Plain
Cylindrical Pulleys
The Eagle Pd geometry and continuous rolling tooth
engagement of the belt and sprocket allow the belt to
operate on smooth, inside idlers without noise or vibration.
Eagle Pd sprockets are only required on motor shafts and as
an occasional guide pulley.
No Sprocket Flanges
The self-tracking nature of the Helical Offset Tooth
eliminates the need for flanges. Eagle Pd sprockets can be
used on slider bed applications where sprocket flanges would
normally protrude above the bed surface.
High Tooth Shear Capacity
Eagle Pd Acculinear features nylon facing on the Helical
Offset Tooth, which increases the load carrying capacity of
the belt, allowing the teeth transmit more torque while
offering greater, durability. |
