Allen-Bradley 700-N400A1 Type N Industrial Control Relay The Allen-Bradley 700-N400A1 is a robust industrial control relay from the Bulletin 700-N series, engineered for reliable performance in various industrial applications. This relay is designed to provide dependable switching capabilities, making it suitable for motor control, lighting, and general-purpose industrial systems. Key Features Contact Configuration: Equipped with four normally open (4 N.O.) contacts, allowing for versatile control configurations. Coil Voltage: Operates with a dual-frequency coil rated at 110V AC for 50 Hz and 120V AC for 60 Hz systems, ensuring compatibility with different power supplies. Contact Rating: Each contact is rated for 10A at 300V AC, adhering to NEMA A300 standards, suitable for handling substantial electrical loads. Mounting Options: Designed for flexible installation, it supports panel or strip mounting, with horizontal mounting recommended for optimal performance. Convertible Contacts: Features contact cartridges that can be converted from normally open to normally closed configurations, providing adaptability for various control requirements. Technical Specifications Operating Temperature: Functions effectively within a temperature range of -20°C to 55°C, suitable for diverse industrial environments. Contact Material: Constructed with silver contacts to ensure reliable conductivity and durability. Wire Size Compatibility: Accommodates wire sizes ranging from #18 AWG to (2) #12 AWG per UL/CSA standards, facilitating easy integration into existing systems. Certifications: Complies with UL, CSA, and CE standards, ensuring adherence to international safety and performance regulations. Applications The 700-N400A1 relay is ideal for a variety of industrial applications, including: Motor control circuits Lighting systems Heating and ventilation controls General-purpose industrial switching tasks Its durable design and flexible features make it a reliable choice for engineers and technicians seeking efficient control solutions in demanding industrial settings.