GBP
Schneider Electric LC1D Series Contactor, 115V AC Coil Voltage, 32A Contact Current Rating - LC1D32FE7
This contactor is a key component in motor and load control applications. As a 3-pole device with a contact current rating of 32A, it operates effectively at a voltage rating of up to 690V AC. Designed for installation on DIN rails, its compact dimensions of 85mm in length, 45mm in width, and 92mm in depth make it suitable for various electrical environments.
Features & Benefits
• Operates at 115V AC control voltage for versatile applications
• High contact current rating of 32A for reliable performance
• Designed for motor control and load control functions
• 690V AC voltage rating ensures broad compatibility
• Easily mounted on DIN rails for rapid installation
• Includes auxiliary contacts for additional functionality
Applications
• Used for controlling electric motors in various machinery
• Suitable for industrial automation and motor control systems
• Ideal for requiring load management solutions
• Effective in settings where reliable switching is crucial
How does the control voltage influence performance in applications?
The control voltage of 115V AC allows for effective operation across diverse environments, ensuring adaptability in control systems designed for various loads and motors.
What type of auxiliary contacts are integrated into this device?
It features a combination of one normally open (NO) and one normally closed (NC) auxiliary contact, enabling additional control capabilities in circuits.
What is the thermal current rating in a typical environment?
The conventional free air thermal current rating is 50A at 60 °C, allowing consistent performance under standard operating conditions without overheating.
Can this device function effectively in extreme temperature conditions?
Yes, it operates smoothly within a temperature range of -40 °C to +60 °C, making it suitable for challenging environments.
What is the significance of the device's compact design?
Its compact size facilitates integration into various enclosures, maximising space efficiency while maintaining electrical performance and safety.