Description
Schneider C11B3TM025B | Circuit breaker ComPacT NSXm B (25kA at 415VAC), 3 Poles 3d, 25A rating TMD trip unit, compression lugs and busbar connectors
Schneider C11B3TM025B Description
It is a ComPacT NSXm molded case circuit breaker, 25A, 25kA at 415VAC, for all LV standard applications.
It offers new features like Everlink technology, DIN rail and plate mounting capability.
It embeds new spring type auxiliaries externally visible.
ComPacT NSXm is one of the smallest MCCB on the market, 81mm (W) x 137mm (H) x 80mm (D).
This is a 3 poles version with an embedded thermal-magnetic trip unit.
It ensures compliance with international standards (IEC 60947/CCC/EAC) and marine specifications.
The Schneider C11B3TM025B is a specific model from Schneider Electric, likely referring to a type of circuit breaker or similar electrical protection device. Here’s a detailed description based on typical characteristics of such products:
Model: C11B3TM025B
Type: Circuit Breaker
Specifications:
- Rated Current: 25A
- Voltage Rating: Typically up to 690V AC
- Breaking Capacity: Standard breaking capacity suitable for industrial and commercial applications
- Trip Unit: Thermal-magnetic trip unit
- Frame Size: Compact frame
- Mounting Type: DIN rail or panel mounting
Features:
- Provides reliable protection for electrical circuits and equipment
- Thermal-magnetic trip unit offers dual protection: thermal protection against overloads and magnetic protection against short circuits
- Compact design for easy installation in control panels
- High durability and robust construction for long-term use
- Compliance with international standards for electrical safety and performance
Applications:
- Industrial machinery and equipment
- Commercial electrical installations
- Motor protection and control
- Power distribution panels
- HVAC systems
The Schneider C11B3TM025B is designed to offer efficient and reliable protection for electrical circuits and equipment, making it suitable for a wide range of industrial and commercial applications. It ensures safety by preventing overloads and short circuits, thereby enhancing the longevity and performance of electrical systems.
