Schneider Electric LC1D Series Contactor, 4 Poles, 80A Contact Current Rating - LC1D65008P7 This contactor is designed for efficient load control applications, featuring a robust construction suited for industrial environments. The four-pole configuration offers versatile functionality, while the compact dimensions of 127mm in length, 85mm in width, and 125mm in depth make it ideal for installation in limited spaces. Operating at a coil voltage of 230V, it manages loads up to 80A effectively, handling maximum contact voltage ratings of 690V AC. Features & Benefits • Supports resistive loads ensuring optimal performance
• Rated operational current of 80A for reliable operation
• Utilisation category AC-1 for standard applications
• Offers operational temperature range from -40°C to 60°C
• Compatible with standard 35mm DIN rail mounting Applications • Used in automation systems for controlling motor operations
• Utilised in industrial machinery for power distribution
• Suitable for HVAC systems to manage electrical loads
• Applied in lighting control for large facilities
• Implemented in commercial electrical installations for safety What is the electrical durability of this device when handling an 80A load? It provides substantial electrical durability of 1.4 million cycles while handling an 80A load at operational voltage levels up to 440V AC, ensuring long-lasting performance. Can this contactor withstand extreme environmental conditions? Yes, it is designed to operate in a wide temperature range, from -40°C to 60°C, enabling it to function reliably even in harsh environmental conditions. What are the connection and terminal specifications for this contactor? The device features screw clamp terminals accommodating flexible and solid cables, allowing for easy installation of various cable sizes up to 35mm² for power circuits and 4mm² for control circuits. How does this device ensure safety and prevent electrical failures? It is equipped with a rated insulation voltage of 600V and conforms to standards such as EN 60947, which enhances safety and reliability during operation under normal and fault conditions.