Siemens SIRIUS 3RT2023-1AK60 Power Contactor, 9A, 4kW, 3-Pole, Size S0, 110V/120V AC Coil Original Brand New

Overview

The Siemens SIRIUS 3RT2023-1AK60 is a high-performance, compact 3-pole power contactor from the trusted SIRIUS 3RT2 family. Engineered for switching motors up to 4 kW (400 V), this contactor is a crucial component in control systems for demanding industrial applications. It features a reliable $\text{110 V AC (50 Hz) / 120 V AC (60 Hz)}$ operating coil and is built in the space-saving Size S0 frame.

The inclusion of 1 NO (Normally Open) and 1 NC (Normally Closed) integrated auxiliary contacts in the basic unit offers immediate functionality and simplifies wiring. Connections are made securely via robust screw terminals. Conforming to $\text{AC-3e/AC-3}$ utilization categories, it provides guaranteed operational safety and reliability.

Benefit

• Space-Saving Design: The compact Size S0 allows for smaller control cabinet footprints, maximizing available panel space.
• Integrated Functionality: Comes standard with $1\text{ NO}$ and $1\text{ NC}$ auxiliary contacts, reducing the need for external components and simplifying installation.
• Global Standard Compliance: Conforms to the latest $\text{AC-3e}$ efficiency standards and $\text{IEC 60947}$ regulations, making it suitable for international use.
• High Reliability: Features a long mechanical service life (typically $10,000,000$ operating cycles) and is climate-proof for dependable operation in diverse environments.
• Easy Installation: Designed with robust screw terminals for quick, secure, and reliable wiring of main and auxiliary circuits.

Typical Application

The Siemens $\text{3RT2023-1AK60}$ contactor is ideal for:

• Switching three-phase motors (e.g., pumps, fans, compressors)
• Controlling resistive loads
• Use in motor starter combinations (in conjunction with an overload relay)
• Integration into automated industrial machinery and control panels

For more Siemens SIRIUS products and a complete range of industrial automation components, visit $\text{turll}$ today.