Allen Bradley 194R-NN400P3 Disconnect Switch

# Allen Bradley 194R-NN400P3 Disconnect Switch The Allen Bradley 194R-NN400P3 Disconnect Switch is a high-performance component designed to ensure safe and reliable operation in industrial automation applications. This disconnect switch is engineered for effective isolation of electrical circuits, allowing for maintenance and service without compromising safety. Its robust design and advanced technology make it an essential accessory for enhancing operational efficiency across various manufacturing environments. ## Key Features • **Current Rating:** Rated at 400A, ensuring it can handle significant electrical loads with ease. • **Voltage Rating:** Operates at up to 600V AC, accommodating a wide range of industrial applications. • **Construction:** Built with durable materials designed to withstand harsh operating conditions, ensuring longevity and reliability. • **Mounting Options:** Versatile installation with options for panel or surface mounting, facilitating easy integration into existing systems. • **Safety Standards:** Complies with UL and CSA standards, ensuring it meets high safety and quality benchmarks. ## Applications • **Manufacturing Facilities:** Ideal for use in various manufacturing settings where electrical isolation is necessary for maintenance and safety. • **Process Control:** Suitable for applications in process control systems where reliable circuit interruption is critical. • **Industrial Equipment:** Compatible with various industrial equipment and machinery, ensuring safe operation during maintenance. ## Benefits • **Enhanced Safety:** Provides a secure means of disconnecting electrical circuits, reducing the risk of accidental energization during maintenance. • **Operational Efficiency:** Streamlines maintenance processes, allowing for quicker and safer service interventions. • **Durability:** Designed to withstand challenging environments, this disconnect switch offers long-term reliability and reduced downtime. --- *Product information compiled with AI assistance for reference purposes.*