Discounted 3ra23158xb301fb4 | Siemens See Details [G2QgdJ1o]

SIEMENS 3RA23158XB301FB4 Teleinvertor

The SIEMENS 3RA23158XB301FB4 Teleinvertor is a cutting-edge solution designed for motor control and command, featuring a robust AC-3, 3 kW/400 V, DC 24 V, three-pole configuration. This advanced device is built with a size S00, featuring electrically and mechanically interlocked screw terminal blocks for secure and efficient installation. The integrated diode ensures smooth operation, making it a complete SIRIUS 3RA teleinvertor system for motor control, including rotation reversal.

• Highly reliable and tested combination of two 3RT2 contactors
• Pre-wired and pre-assembled for easy installation

Product Specifications and Technical Details

The 3RA23158XB301FB4 Teleinvertor is designed to meet the highest standards of international certifications, including IEC and UL/CSA. It is ready for IE3/IE4 efficiency levels, ensuring energy savings and compliance with environmental regulations. The device is available in various construction sizes from S00 to S3, offering both AC and DC command options. It can be mounted using screw terminal blocks or spring clamp terminals for DIN rail or screw mounting.

• International certifications for global compatibility
• IE3/IE4 ready for energy-efficient operation

Applications and Benefits

The SIEMENS 3RA23158XB301FB4 Teleinvertor is ideal for a wide range of applications, from industrial automation to commercial and residential settings. Its modular design and easy installation make it a perfect choice for users seeking a reliable and efficient motor control solution. The unified accessories for the 3RT2 contactors ensure compatibility across all construction sizes, simplifying maintenance and replacement processes.

• Perfect for industrial, commercial, and residential motor control
• Modular design for easy maintenance and upgrades

With its advanced features and versatile applications, the SIEMENS 3RA23158XB301FB4 Teleinvertor is a must-have for anyone looking to enhance their motor control systems.