Miki Pulley

SFC-035DA2

Miki Pulley Servoflex SFC Couplings

SFC 035DA2

SFC-035DA2

Miki Pulley Coupling SFC-035DA2

Type C

Miki Pulley Coupling Types A B C
Miki Pulley Servoflex Ordering Code

Miki Pulley Servoflex Coupling SFC-035DA2: Premium Performance Coupling with Exceptional Specifications

Introducing the Miki Pulley Servoflex Coupling SFC-035DA2, a top-of-the-line coupling engineered for precision and reliability. This high-performance coupling is designed to provide smooth power transmission while accommodating misalignment and ensuring optimal performance in various industrial applications.

Specifications of the SFC-035DA2 Coupling:

Dimensions:

Premium Performance Coupling for Optimal Power Transmission:

The Miki Pulley Servoflex Coupling SFC-035DA2 is designed to deliver exceptional performance, even in demanding operating conditions. With a rated torque of 10 N·m, this coupling can handle various torque requirements with ease. Its unique design allows for misalignment parallel up to 0.24 mm, misalignment angular up to 1° on one side, and misalignment axial up to ±0.5 mm, making it versatile for diverse applications.

Built to Last:

With a maximum rotation speed of 10,000 min⁻¹ and excellent torsional stiffness of 9,000 N·m/rad, the SFC-035DA2 coupling ensures efficient power transmission and reduced vibration, ensuring prolonged machinery lifespan and improved performance. The coupling's axial stiffness of 56 N/mm enhances its ability to handle axial forces effectively.

Easy Installation and Compact Design:

The Miki Pulley SFC-035DA2 coupling boasts compact dimensions, making it an ideal choice for space-limited installations. With a mass of only 0.121 kg, it minimizes additional load on your machinery.

Order Your Miki Pulley SFC-035DA2 Coupling Today:

For top-of-the-line performance, durability, and precision, the Miki Pulley SFC-035DA2 Servoflex Coupling is your ideal choice. Order now to experience seamless power transmission and exceptional reliability for your industrial applications.