Lovato Series BF Contactor, 4 Poles, 90A Contact Current Rating - BF50T4A230 This is a high-performance contactor designed for industrial applications, featuring a four-pole configuration. Suitable for use at a coil voltage of 230 V AC, it operates between -50 °C and +70 °C. The compact dimensions of 73mm length, 114.6mm width, and 136mm depth make it ideal for diverse mounting situations, particularly on DIN rail systems. It is designed for both AC-1 and AC-3 rated current applications, providing efficiency and versatility in electrical systems. Features & Benefits • Offers a coil voltage rating of 230 V AC for reliable operation
• Designed for up to 90 A at IEC operating current Ith
• 4NO configuration supports multiple high current demands
• Suitable for load voltage up to 690 V AC for extensive applications
• Equipped with screw terminals for secure electrical connections
• Mounts easily on standard 35mm DIN rails for quick installation Applications • Utilised in automation systems for motor control
• Appropriate for use in photovoltaic for energy efficiency
• Ideal for industrial environments needing high current switching
• Used in electrical panels for overload protection and control
• Suited for requiring robust switching capabilities What are the operational limits in terms of temperature for this device? The device operates effectively within a temperature range of -50 °C to +70 °C, making it suitable for various environments including extreme conditions. How does the contactor handle high current loads? It is rated for a maximum operating current of 90 A, allowing it to manage substantial electrical loads reliably without overheating. What makes this contactor suitable for photovoltaic applications? Designed specifically for reliability in solar energy systems, it effectively handles high voltage and current levels, ensuring performance and safety. How can the connections be secured for optimal performance? The contactor is equipped with screw terminals, which provide a stable and secure connection to electrical circuits, reducing the risk of loosening over time.