Experience At5-1125-200 - 200at5/1125 Megadyne Megapower Pu Timing Belt Premium Build [t1dxsMwY]

200AT5/1125 Megadyne Megapower PU Timing Belt

The 200AT5/1125 Megadyne Megapower PU Timing Belt is a cutting-edge solution for power transmission and precise motion control applications. Engineered with a unique molding process and high-performance compound, this belt delivers superior dynamic performance, increased power transmission, and exceptional dimensional stability. With an impressive 30% performance boost over the first generation Megapower, this timing belt is designed to meet the demanding requirements of modern machinery and equipment.

Product Features and Specifications

The Megadyne Megapower 2 timing belt stands out for its high traction resistance and flexibility, making it the most efficient power transmission system available. Constructed with a thermoset polyurethane body of 88 ShA, this belt offers excellent resistance to load surging shocks during stop/start cycles. The combination of the best materials and advanced production techniques ensures improved performance. Key components include a grey/green thermoset polyurethane body and high-strength helically wound zinc coated steel tension members, providing high breaking load and extremely low elongation. Available with various cord options, including Kevlar, Fiberglass, Stainless steel, HP, HF, and HPF, this belt offers versatility for diverse applications.

Practical Applications and Benefits

The 200AT5/1125 Megadyne Megapower PU Timing Belt is ideal for a wide range of applications, including power transmission and precise motion control. Its low pretension, excellent dimensional stability, and constant high angular speed make it a reliable choice for various machinery and equipment. With a linear speed capability of up to 20 m/sec, this belt is perfect for high-performance applications. Whether used in industrial machinery, automotive systems, or precision instruments, the Megadyne Megapower 2 timing belt offers numerous benefits, including increased efficiency, reduced maintenance, and improved overall performance.