Siemens Frame 3WT98 32-1 JK00 KX Circuit Breaker – Detailed Description

The Siemens 3WT98 32-1 JK00 KX Circuit Breaker is a high-performance industrial power protection device designed to ensure reliable circuit control and motor protection in electrical systems. As part of the Siemens 3WT98 series, this circuit breaker is engineered for efficiency, durability, and safety, making it ideal for a wide range of industrial and commercial applications.

Key Features & Specifications:

✅ High-Quality Construction:

• Designed with Siemens' advanced engineering, ensuring durability and long-term reliability.
• Built with high-grade materials for excellent resistance to heat, wear, and electrical stress.

✅ Efficient Circuit Protection:

• Provides reliable overcurrent and short-circuit protection, preventing system damage and electrical failures.
• Ensures stable power distribution, enhancing system safety and longevity.

✅ Motor & PLC Compatibility:

• Works efficiently with motor control systems, protecting electrical motors from overload and faults.
• Compatible with Programmable Logic Controllers (PLC) for seamless integration into automated systems.

✅ Voltage & Power Handling:

• Supports AC/DC 220V, making it suitable for various power applications.
• Designed to handle high-power loads, making it ideal for industrial use.

✅ Versatile Applications:

• Industrial Automation – Enhances control in manufacturing plants and automated systems.
• Motor Protection – Prevents motor overload and ensures smooth operation.
• Power Distribution – Maintains stable voltage and current flow in electrical panels.
• Factory & Machinery Use – Ideal for heavy-duty electrical systems and industrial environments.

The Siemens Frame 3WT98 32-1 JK00 KX Circuit Breaker is a reliable, high-quality solution for electrical protection, motor control, and industrial automation. Its robust design, efficient circuit management, and seamless PLC integration make it an excellent choice for professionals in power distribution, industrial manufacturing, and electrical engineering.