5VX1500 Super HC Molded Notch V-Belt by Gates

The 5VX1500 Super HC Molded Notch V-Belt is engineered for high-performance applications where space and weight are at a premium. Thanks to its innovative construction, this belt can transmit up to three times the horsepower of similarly sized belts, making it an ideal choice for high-horsepower and compact drive systems.

Key Features

• Promotes smoother and quieter operation with reduced slippage, enhancing belt life and minimizing maintenance costs.
• Designed for compact applications, this belt is perfect for systems with small pulley diameters, offering an optimized solution for high horsepower needs.
• The proprietary Flex-Weave cover provides exceptional protection against oil, contaminants, and heat, ensuring longevity.
• Flex-bonded cords are securely integrated into the belt body, allowing for equal load distribution and resistance to fatigue and shock loads.
• Precision-ground straight sidewalls ensure a snug fit within pulley grooves, promoting even wear and extending the life of the belt.
• Molded notches help to evenly distribute thermal and bending stresses while also reducing noise during operation.
• Constructed with a patented Ethylene Elastomeric compound, this belt is resistant to heat, ozone, and sunlight.
• Meets ARPM/RMA IP-3-2 and IP-3-3 standards for oil and heat resistance, as well as static conductivity requirements.
• Temperature Range: -70°F to +250°F (-57°C to +121°C).

Specifications

• Type: Narrow Section Molded Notch V-Belt
• Section: 5VX
• Number of Strands: 1
• Top Width: 16 mm
• Outside Circumference: 3810 mm
• Construction: Notched
• Belt Material: Ethylene Elastomer (EE)
• Cord Material: Polyester

Fitment

This versatile belt is available in various cross-sections, including 3VX, 5VX, and 8VX, as well as Super HC Molded Notch PowerBand joined V-belts, ensuring compatibility with a wide range of applications.

Why Choose the 5VX1500?

Opting for the 5VX1500 means investing in a belt that balances performance and durability. Its unique design not only enhances the efficiency of your drive system but also reduces the frequency of replacements, saving you time and money in the long run.