RS PRO HTD Timing Belt 53 Teeth, 265 mm Length, 9 mm Width, Pitch 5mm, Rubber with Fibreglass Cord 175-5193

RS PRO 175-5193 HTD Timing Belt is engineered for high power transmission applications requiring precise synchronization and low speed, high torque performance. Constructed from flexible rubber with a fibreglass cord reinforcement, this belt ensures durability and resistance to elongation while maintaining excellent flex life.

With 53 moulded teeth and a 5 mm pitch, the belt delivers smooth, accurate power transmission and operates quietly across a broad temperature range from -30°C to 80°C. Its 265 mm length and 9 mm width make it suited to a variety of mechanical power transmission systems, including those used in office machines, robotics, vending machines, food processors, and medical diagnostic equipment.

The curvilinear HTD tooth profile is designed to reduce load stress at tooth roots, increasing mechanical efficiency and belt longevity compared to traditional trapezoidal profiles. The belt complies with DIN 7721 and ISO 13050 standards, underscoring its quality and performance reliability.

Made of rubber with fibreglass cord reinforcement for strength and flexibility. 53-tooth count with a 5 mm pitch profile. Operating temperature range from -30°C to 80°C suitable for diverse environments. High resistance to elongation ensures extended operational lifetime.

Low noise and precise power transmission ideal for sensitive machinery. Certified to DIN 7721 and ISO 13050 standards. Applications include office machines, vending machines, robotics, sewing machines, centrifuges, and food processors.

This Timing Belt is a dependable component for industrial, mechanical, manufacturing, and laboratory equipment requiring accurate torque transfer and synchronized motion control. Equip your systems with RS PRO quality to ensure consistent performance and minimal maintenance needs.

Explore more high-quality mechanical power transmission components and belts in the EnvMart Industrial Supplies category for seamless integration and reliability.