Overview
The Siemens SIRIUS 3RT2023-2AL24 Power Contactor is a high-performance, 3-pole switching device engineered for reliable and efficient control of motors and other resistive loads up to () at . As part of the modular SIRIUS 3RT2 system, this contactor offers a compact, space-saving Size S0 design with integrated flexibility. It is designed for the utilization category, making it suitable for modern, high-efficiency motors.
Key Features & Technical Specification
- Product Number: 3RT2023-2AL24
- Series: Siemens SIRIUS 3RT2
- Application: Power Contactor for Motor Switching
- Rated Operational Current () (): ()
- Poles: main circuit
- Control Supply Voltage (): ()
- Auxiliary Contacts: Integrated (Normally Open + Normally Closed)
- Connection Type: Spring-loaded terminals (fast, vibration-proof, and maintenance-free wiring)
- Size/Frame: S0
- Auxiliary Switch: Removable auxiliary switch (for flexibility in control circuits)
- Compatibility: Part of the modular SIRIUS system, allowing for easy combination with other protective and switching components.
Benefit
- Fast & Secure Wiring: The innovative spring-loaded terminal technology ensures fast installation, a secure electrical connection, and reliable, vibration-proof operation, significantly reducing maintenance time.
- Space-Saving Design: The compact Size S0 minimizes panel space requirements, allowing for higher density installations in industrial control cabinets.
- High Reliability: Built to Siemens’ rigorous quality standards, the SIRIUS 3RT2 series offers high contact reliability and a long mechanical service life (typically million switching cycles).
- Versatile Control: Features integrated auxiliary contacts for extensive flexibility in interlocking, signaling, and complex control circuits.
- Global Compliance: and approved, ensuring suitability for worldwide use and motor readiness.
Function
The functions as an electrically operated switch. When the control coil is energized, it closes the three main power contacts, connecting the motor to the power supply. The integrated auxiliary contacts change state simultaneously, providing feedback to the control system (e.g., PLC) and enabling safety or interlocking functions. De-energizing the coil opens all contacts, safely interrupting the power circuit.













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