ABB 1SDA067558R1 XT2S 160 TMA 100-1000 3p F F -TMAX XT

The ABB 1SDA067558R1 XT2S 160 TMA 100-1000 3p F F is a circuit breaker from ABB’s TMAX XT series, specifically designed for medium-voltage applications. Here’s a detailed overview of its features and specifications:

Key Specifications:

• Model: XT2S 160
• Rated Current (Iu): Adjustable from 100 A to 1000 A, allowing for customization based on the application’s specific load requirements.
• Poles: 3-pole (3p) configuration, suitable for three-phase power systems, ensuring efficient load balancing.
• Protection Type: TMA (Thermal Magnetic Adjustable) – provides thermal overload protection and instantaneous magnetic protection against short circuits.
• Mounting Type: Fixed (F F) – designed for permanent installation, ensuring stability in electrical distribution setups.

Key Features:

1. TMAX XT Series:
   • Part of the TMAX XT series, recognized for its compact design and versatility in various applications.
   • The XT2S model supports adjustable current settings to accommodate different operational demands.
2. Adjustable Thermal-Magnetic Protection:
   • The TMA mechanism allows users to set both thermal and magnetic trip thresholds.
   • Thermal Protection: Protects against prolonged overloads by utilizing a bimetallic strip that trips the breaker when overheating occurs.
   • Magnetic Protection: Provides immediate disconnection during short circuits to safeguard equipment and prevent damage.
3. Wide Range of Applications:
   • Ideal for use in industrial plants, commercial buildings, and critical infrastructure requiring reliable electrical protection.
   • Supports low-voltage power distribution, making it suitable for high-demand environments.
4. Fixed Mounting:
   • The Fixed (F F) mounting type ensures secure installation within an electrical panel, making it suitable for environments where equipment stability is essential.
5. Compliance and Safety:
   • Designed to meet international safety and performance standards, ensuring reliable operation in various electrical systems.

Ideal Use Cases:

• Industrial Applications: Factories and manufacturing environments where managing high electrical loads is critical.
• Commercial Buildings: Large office complexes and retail spaces requiring efficient power distribution.
• Infrastructure Projects: Power distribution systems in critical infrastructure such as hospitals and data centers.