Your New Favorite 3rv23111cc20 | Siemens Accessory [28woHWZO]

SIEMENS 3RV23111CC20

The SIEMENS 3RV23111CC20 is a high-quality, compact, and tropicalized circuit breaker designed for the safe operation of combined starters. This innovative device is optimized for low thermal dissipation, making it ideal for motor starting applications, including IE3/IE4 motors, and for the switching of DC current. The 3RV23111CC20 is equipped with a standard operating handle and features a 2.5 A nominal current rating, while providing a 33 A disconnection capacity.

• Enhanced safety with built-in overload protection
• Optimized for motor starting and DC current switching

Product Specifications and Technical Details

The 3RV23111CC20 is part of the SIRIUS 3RV2 series, which offers a range of applications, from motor protection to transformer protection. This versatile circuit breaker is suitable for use in explosion-proof environments (ATEX or IEC Ex) and comes with international certifications, including IEC and UL/CSA. Key features include:

• Standard operating handle for easy operation
• Low thermal dissipation for reliable performance
• Multiple variations for motor protection, system protection, and emergency stop applications

Additionally, the 3RV23111CC20 is available with screw or spring-type terminals for quick and maintenance-free connections, and can be equipped with auxiliary contact blocks for enhanced functionality.

Practical Applications and Benefits

The SIEMENS 3RV23111CC20 is designed to meet the needs of various industries and applications. Whether you are protecting motors, transformers, or entire systems, this circuit breaker provides reliable protection against short circuits and ensures safe separation from the network. Its modular design and wide range of accessories make it an ideal choice for:

• Manufacturing and industrial settings
• Construction and infrastructure projects
• Energy and utility installations

With the SIRIUS 3RV29 power supply system, the 3RV23111CC20 significantly reduces cabling complexity, making it an efficient and cost-effective solution for any electrical system.