Eagle Belt

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Engineered for Energy Efficiency

The construction of SilentSync® belts and sprockets makes them extremely adaptable to the needs of design engineers and cost-efficient for the end user

Aramid Tensile Member

• Pound for pound, stronger and more flexible than steel to handle today’s drive designs
• Resists fatigue, elongation and shock loads, even in high-torque conditions, so there’s no need to retension belts once properly installed

Plioguard® Facing

• New proprietary treatment strengthens the tooth, increasing rigidity and load carrying capacity
• Reduces tooth engagement friction, allowing for prolonged belt life and minimal wear
• More tolerant of debris, high temperature, oil and chemical permeation, allowing the belts to operate in a wide variety of environments

HiBrex® Rubber Compound

• Resists tooth deformity while increasing tooth rigidity to ensure precise synchronization over prolonged use
• Resists th e effects of oils, coolants, heat and ozone for maximum service life

SilentSync Sprockets

• Continuous rolling tooth engagement allows belt to enter sprocket with minimal impact, wear and operating noise, thus creating longer-lasting, quieter drives
• Does not require flanges; helical offset tooth design allows belt to self-track
• Over 1,500 sprocket combinations available, making it easier to match the desired design speed
• Available in ductile iron, steel, aluminum or stainless steel constructions to meet a variety of design criteria

The SilentSync Color Spectrum System makes it the easiest synchronous drive system to sell, purchase and install. The part numbering system for SilentSync includes a letter that corresponds to the color of the branding on the belt (“Y” for Yellow, “W” for White, etc.). Each color defines a particular tooth pitch and belt width. Match the colors, and you have matched the correct belt and sprocket.

High Performance with Measurable Results

SilentSync® is more than just a synchronous drive system. With up to 25% more power capacity* and static conductivity,** it is a powerful upgrade to the original SilentSync – and even more advanced than standard round-tooth belts and chain drives. Operating up to 19db quieter than straight-tooth belts, SilentSync’s patented Helical Offset Tooth (H.O.T.) design merges belt and sprocket into the quietest, smoothest and one

Improve workforce conditions and eliminate the extra costs associated with making drives meet OSHA regulations. The SilentSync belt and sprocket reduce noise by as much as 19 decibels vs. other synchronous systems. Enjoy smoother, more precise power transmission thanks to SilentSync’s continuous rolling tooth engagement. Vibration normally associated with synchronous drives can be reduced as much as 19%.of the most compact synchronous drive packages available. The result is a continuous rolling tooth engagement that reduces vibration and improves the overall efficiency of your drive system. By employing circular arc geometry, SilentSync belts and sprockets are able to provide better ratcheting resistance, precise movement, increased horsepower rating and Improved stress distribution – all to better withstand the shearing action of high torque loads. In addition, SilentSync sprockets are available in over 1,500 combinations, making it easy to match the range of sizes that are required by your system. More speed ratio options allow for more design flexibility and smaller, lighter drives.The specialized materials that make up SilentSync belts allow you to reduce overall face width and weight without compromising belt strength and durability. The belt’s self-tracking feature eliminates the need for flanges, thus allowing for further width and weight reduction. SilentSync produces a powerful 98% efficiency rating – an impressive 5% higher than typical V–belt drives. That translates into immediate energy savings. But the savings really add up when SilentSync is applied to high-energy consuming drives that run 24 hours a day.

The SilentSync Advantage

• Reduced downtime and maintenance costs
• Eliminates retensioning
• Lower belt tension/reduced bearing loads
• High mechanical efficiency
• No slippage

• Reduced noise
• Reduced downtime and maintenance costs
• Eliminates lubrication system
• Wider speed range
• Longer service life
• Greater precision