Lovato BFK Series Contactor, 400V AC Coil Voltage, 75A Contact Current Rating - BFK8000A400 This contactor serves as an essential component for power factor correction, operating effectively with an AC control circuit. Measuring 55mm in length, 150.5mm in width, and 156mm in depth, it is designed for seamless DIN rail mounting while offering robust performance across a wide temperature range, from -50 °C to +70 °C. Features & Benefits • Engineered for controlling high power applications up to 50 kvar
• Designed to handle a contact current rating of 75 A
• Suitable for 400 V AC operation, enhancing system efficiency
• Constructed with screw terminals for secure connections
• Incorporates 3 poles and 3 normally open configuration
• Built to withstand operational voltages up to 690 V AC Applications • Used for improving power factor in electrical systems
• Applied in automation tasks requiring robust control solutions
• Utilised in industrial environments for machinery management
• Ideal for systems demanding reliable performance under varying temperatures
• Suited for requiring DIN rail mounting solutions What is the operational voltage range for this device? The device operates effectively within a contact voltage rating of up to 690 V AC, allowing versatility in various applications. How does this contactor enhance electrical system management? It enables efficient control of power factor correction, which can lead to reduced energy losses and improved system reliability. What mounting style is recommended for installation? The contactor is specifically designed for DIN rail mounting, ensuring ease of installation in compact spaces. What type of electrical circuit is applicable for this contactor? This contactor is compatible with AC control circuits, making it suitable for a variety of industrial automation tasks. What additional components may be required for complete functionality? To ensure optimal performance, incorporating limiting resistors and other protective devices is recommended when integrating with the control circuit.