LSIS 1307001200 MT-95 83A 3D LUG EXP

Overload Relay The LSIS 1307001200 MT-95 83A 3D LUG EXP is a high-performance overload relay designed for industrial electrical applications. This device offers reliable motor protection by monitoring the current levels of electrical motors, ensuring optimal performance and longevity. Its robust construction and advanced features make it ideal for various electrical systems in industrial environments. ## Key Features • **Current Rating:** Supports a continuous current range of up to 83A, accommodating a wide variety of motor sizes and types. • **Three-Phase Compatibility:** Specifically designed for three-phase systems, ensuring accurate overload protection across all phases. • **Quick-Connect Terminals:** Equipped with 3D lug terminals for easy installation and secure connections, facilitating efficient wiring. • **Temperature Compensation:** Features built-in temperature compensation to adjust the relay's sensitivity according to ambient conditions, enhancing reliability. • **Adjustable Settings:** Offers adjustable trip settings to tailor the protection level according to the specific motor application and environment. ## Applications • **Industrial Motors:** Ideal for protecting a variety of industrial motors against overload conditions, ensuring consistent operational efficiency. • **Automation Systems:** Compatible with a range of automation systems, making it suitable for use in factories and production lines. • **HVAC Equipment:** Effective in safeguarding HVAC motors, ensuring longevity and reducing maintenance costs. ## Benefits • **Enhanced Protection:** Provides reliable overload protection that extends the life of motors by preventing damage from overheating. • **Operational Efficiency:** Helps maintain optimal performance levels of motors, leading to reduced downtime and increased productivity. • **Ease of Installation:** The quick-connect terminals simplify the installation process, enabling faster setup and less labor time. --- *Product information compiled with AI assistance for reference purposes.*