Best Seller Ss2421-5041 Collection [OCArI60i]

Sanyo Denki Best Seller Ss2421-5041 Collection [OCArI60i] Stepping Motor

The Sanyo Denki Best Seller Ss2421-5041 Collection [OCArI60i] is a high-performance stepping motor designed for precision control and reliable operation. This motor belongs to the esteemed F SANMOTION Stepping Motors series, known for its exceptional quality and durability. With a 1.8° step angle and 0.083 Nm holding torque, it offers precise positioning and stable operation in various applications. Here's what sets this motor apart:

• Step Angle: 1.8° for precise control and accuracy
• Holding Torque: 0.083 Nm for robust performance

Technical Specifications and Properties

The Best Seller Ss2421-5041 Collection [OCArI60i] features a 3.5 Ω phase resistance and 1.2 mH inductance, ensuring optimal performance across a wide range of applications. This NEMA 17 motor measures 42 x 11.6 mm and weighs just 0.07 kg, making it compact and easy to integrate into various systems. Its robust construction includes a 5 mm shaft with two ball bearings for smooth and efficient motion. Here are the key specifications:

• Phase Resistance: 3.5 Ω for efficient power usage
• Inductance: 1.2 mH for stable operation
• Temperature Range: -10°C to +50°C for versatile operation

Applications and Benefits

The Best Seller Ss2421-5041 Collection [OCArI60i] stepping motor is ideal for a wide range of applications, including robotics, CNC machines, medical devices, and automation systems. Its high precision, robust performance, and ease of integration make it a perfect choice for any project that requires accurate positioning and reliable operation. Here's why you should consider this motor:

• Smooth Motion: Thanks to the two ball bearings on the 5 mm shaft
• Integrated Protection: With IP40 protection and a 30 cm lead wire for easy installation

Experience the excellence of Sanyo Denki with the Best Seller Ss2421-5041 Collection [OCArI60i] stepping motor. It's a smart choice for professionals who demand quality, reliability, and precision in their applications.