Flexible aluminum alloy coupling for stepper motor, type PE40-49-10-11-2.0, plum shape, for drive shafts.

Welcome to our shop! Discover our high-quality flexible coupling, designed for reliable and precise power transmission in a wide range of mechanical applications. This "plum shape" clamp coupling, made of aluminum alloy, combines robustness and lightness. **Main Features and Benefits:** **Versatile Application:** Ideal for shaft transmission on various equipment such as pumps (especially high-power and chemical), fans, compressors, hydraulic machines, machine tools, servo systems, stepper motors, encoders, screw drives, and many others. It is also commonly used in demanding sectors such as aerospace, marine, metallurgy, and power generation.* **Simple and effective design:** Its simple structure facilitates installation and maintenance, and offers excellent vibration damping and sound insulation capabilities.* **High-performance elastomer:** Equipped with a polyurethane elastomer imported from Germany, it effectively absorbs vibrations and compensates for radial, angular, and axial deviations between shafts.* **Durable construction:** Made of high-strength aluminum alloy, it is lightweight, corrosion-resistant, and designed not to deform or wear easily.* **High performance:** With a rated torque of 20 Nm, an permissible speed of 10,000 rpm, and an allowable torque of 12.5 Nm, it meets the requirements of high-speed and high-power transmissions.** Product technical details:*** **Item type:** Flexible coupling** **Type Coupling type:** Claw (plum shape)* **Product series:** GFC series in aluminum alloy with pinch joint* **Shaft sleeve material:** High-strength aluminum alloy* **Elastomer material:** German imported polyurethane* **Length:** Approx. 49 mm / 1.9 in* **Outer diameter:** Approx. 40 mm / 1.6 in* **Nominal torque:** 20 Nm* **Permissible speed:** 10,000 rpm* **Authorized torque:** 12.5 Nm** Package contents:** 1 x Flexible Coupling This coupling is a reliable choice to ensure smooth, precise, and durable power transmission in your most demanding mechanical systems.