GBP
Schneider Electric LC1D Series Contactor, 4 Poles, 40A Contact Current Rating - LC1D258BD
This contactor is designed for efficient load control, operating at a coil voltage of 24V DC. The robust TeSys D range includes a 4 pole configuration, suitable for use in various industrial applications. With dimensions of 91mm in length, 45mm in width, and 107mm in depth, it is ideal for standard DIN rail mounting.
Features & Benefits
• Capable of handling up to 40A with a load voltage of 440V AC
• Operates reliably in temperatures ranging from -40°C to 60°C
• Equipped with two normally open and two normally closed contacts
• Utilises a built-in bidirectional peak limiting diode suppressor
Applications
• Utilised in automation systems for controlling machinery
• Employed in HVAC systems to manage compressors
• Suitable for motor control in industrial settings
• Used for lighting control in large facilities
What is the maximum rated operational voltage for power circuits?
The power circuit can handle a maximum operational voltage of 690V AC, making it versatile for a range of applications while maintaining safety and reliability.
How does the control circuit ensure reliable operation?
The control circuit operates at 24V DC and includes protections against voltage fluctuations, minimising operational risks and enhancing longevity.
What is the significance of the contactor's construction regarding durability?
Its construction is engineered to endure mechanical stresses, featuring a lifespan of 30 million cycles under mechanical loads and 1.4 million cycles at 40A AC-1.
What capabilities does this offer for expansion in electrical projects?
With 2NO + 2NC configurations and compatibility with various auxiliary contacts, it allows for flexible integration into larger electrical systems, accommodating bespoke project needs.
How can its performance be affected by external conditions?
The performance remains stable across a wide temperature range and is designed to withstand environmental challenges, thus ensuring operational efficiency even in harsh conditions.