The Perfect Smc Cra1 Series Rotary Actuator Rack And Pinion Type, Cdra1fsu100-90z Eco-friendly [tPAdY3kM]

SMC CRA1 Series Rotary Actuator: High-Torque Precision

The The Perfect Smc Cra1 Series Rotary Actuator Rack And Pinion Type, Cdra1fsu100-90z Eco-friendly [tPAdY3kM], is a top-tier solution for applications requiring precise and powerful motion control. Engineered with a focus on high torque-to-size, this actuator is designed to deliver exceptional performance in a compact form factor. With bore sizes ranging from 30 to 100mm, the CRA1 series offers versatile options for various application needs. The robust construction ensures reliable operation in demanding environments.

Key Features and Specifications

The CRA1 actuator boasts an impressive list of features and specifications that set it apart from the competition. Its ability to be mounted on two sides of a small auto switch, such as the M9NV type, adds flexibility to installation. The actuator comes in various configurations, including solid state auto switch, reed auto switch, and diagnosis indication options, catering to diverse control requirements. The compact dimensions, ranging from 3" X 4" X 2" to a maximum of 8" X 9.65" X 4.41", make it suitable for tight spaces. Additionally, the availability of single shaft end or double shaft end models ensures compatibility with various setups.

Applications and Benefits

The SMC CRA1 Series Rotary Actuator is a versatile solution for a wide range of applications, including industrial automation, robotics, and medical devices. Its high torque output and precise positioning capabilities make it ideal for tasks that require reliable and accurate movement. The actuator's durability and robust design ensure long-lasting performance in harsh conditions. With multiple configuration options and bore sizes, the CRA1 series offers unparalleled flexibility, allowing for seamless integration into existing systems. Upgrade your motion control with the SMC CRA1 Series and experience the perfect blend of power, precision, and efficiency.