Description
Schneider LC1E3810M7 | Contactor,Easy TeSys Control,LC1E,3P(3NO),AC-3/AC-3e,<=440V,38A,220V AC coil,50/60Hz,1NO auxiliary contact
The Schneider LC1E3810M7 is a high-performance contactor from the Easy TeSys series, designed for reliable switching and control of electrical circuits in industrial applications. With a 38A rated current capacity and 220V AC coil voltage, this contactor ensures efficient operation, making it ideal for various electrical control systems.
Technical Specifications
Below are the key technical details of the LC1E3810M7 contactor:
- Model: LC1E3810M7
- Brand: Schneider Electric
- Number of Poles: 3P (3NO)
- Maximum Operating Voltage (AC-3/AC-3e): Up to 440V
- Rated Current (AC-3): 38A
- Coil Voltage: 220V AC
- Frequency: 50/60Hz
- Auxiliary Contact: 1NO (Normally Open)
- Design: Compact and robust for easy installation
- Compliance: Meets IEC 60947-4-1 standards
Key Features
The Schneider LC1E3810M7 contactor comes with several advantages that make it a preferred choice for professionals:
- High Performance – Ensures stable and efficient control of electrical loads.
- Compact and Sturdy Design – Optimized for installation in tight spaces while maintaining durability.
- Easy Wiring – Simplifies installation with well-structured terminal connections.
- Long Lifespan – Built with high-quality materials resistant to electrical wear and heat.
- Energy Efficient – Reduces power consumption while maintaining reliable performance.
- Versatile Compatibility – Supports 50/60Hz power networks, making it suitable for global applications.
- Enhanced Safety – Includes a 1NO auxiliary contact for additional circuit control flexibility.
Applications
The LC1E3810M7 contactor is widely used in various industrial and commercial applications, such as:
- Motor Control – Ideal for switching and controlling electric motors in industrial processes.
- Control Panels – Used in electrical control panels to manage operational start/stop functions.
- Lighting Systems – Suitable for switching high-power lighting circuits in commercial and industrial environments.
- Industrial Automation – Applied in automated systems for controlling different types of machinery.
- HVAC Systems – Used in heating, ventilation, and air conditioning systems for improved energy efficiency.
