LS Electric 1299000100 MT-32 thermal overload relay, 1.3A rated current, Class 3D trip, screw terminal connection. Part of the Metasol series, designed for motor protection in industrial control panels. Provides reliable overload protection for three-phase motors up to 1.3A full load current.

Overload Relays The LSIS 1299000100 MT-32 1.3A 3D SCREW EXP is a high-performance overload relay designed to protect electrical motors and equipment from overload conditions. With its innovative design and robust construction, this relay ensures optimal performance and reliability in a variety of industrial applications.

Key Features

• Current Rating: 1.3A, suitable for a wide range of motor sizes and applications
• Type: 3D Screw Terminal, allowing for easy and secure connections
• Protection Class: Provides reliable overload protection, preventing damage to motors and equipment
• Design: Compact and durable construction, engineered for long-lasting performance under demanding conditions
• Compatibility: Designed to integrate seamlessly with LSIS's range of automation and electric power solutions

Applications

• Ideal for industrial automation systems where motor protection is critical
• Suitable for use in manufacturing plants, machinery, and HVAC systems
• Compatible with other LSIS electrical products, ensuring cohesive integration within existing systems
• Operates effectively in environments that require consistent and reliable protection against overloads

Benefits

• Enhanced Safety: Protects motors from overheating and potential failure, reducing downtime and maintenance costs
• Increased Reliability: Built with high-quality materials, this relay offers exceptional durability and longevity
• Operational Efficiency: Ensures continuous operation of machinery by minimizing the risk of overload-related disruptions
• Easy Installation: The screw terminal design simplifies installation, allowing for quick and efficient setup in various applications

Product information compiled with AI assistance for reference purposes.