3SU1001-1HB20-0AA0

Siemens 3SU1001-1HB20-0AA0 is a high-quality emergency stop mushroom pushbutton designed for reliable and immediate stop functions in various industrial applications. As part of Siemens’ extensive range of control and signaling devices, the Siemens 3SU1001-1HB20-0AA0 stands out for its robust construction, ease of use, and compliance with international safety standards, making it an essential component for modern industrial safety systems.

Key Features:

• Illuminable Design: The Siemens 3SU1001-1HB20-0AA0 features an illuminable design, enhancing visibility and ensuring that the emergency stop button is easily identifiable in low-light conditions.
• Positive Latching Mechanism: This pushbutton is equipped with a positive latching mechanism, which ensures that the button remains engaged until it is manually reset, providing a reliable stop function.

Highlights:

1. 22 mm Mounting Diameter: The Siemens 3SU1001-1HB20-0AA0 is designed for a 22 mm mounting diameter, making it compatible with standard panel cutouts and simplifying installation.
2. 40 mm Actuator Diameter: The pushbutton features a 40 mm actuator diameter, providing a large and easily accessible surface for quick and effective emergency stops.
3. Red Actuator Color: The red color of the actuator ensures high visibility, making it easy to locate and activate in emergency situations.
4. Rotate-to-Unlatch Mechanism: The Siemens 3SU1001-1HB20-0AA0 includes a rotate-to-unlatch mechanism, which requires a deliberate action to reset the button, preventing accidental resets and enhancing safety.
5. High Protection Ratings: With IP66, IP67, and IP69K ratings, this pushbutton is resistant to dust, water, and high-pressure cleaning, making it suitable for use in harsh industrial environments.

The Siemens 3SU1001-1HB20-0AA0 emergency stop mushroom pushbutton is engineered to deliver exceptional performance and reliability. Its advanced features, robust design, and user-friendly attributes make it a valuable addition to any industrial safety system.