Specifications: Type: Switch-Disconnector Poles: 4P (4 poles) Current Rating: 400A Rated Voltage: 400V (typically for three-phase systems) Rated Frequency: 50/60 Hz Rated Short-Circuit Making Capacity: 25 kA (maximum fault current that can be handled during making operations) Rated Short-Circuit Breaking Capacity: 25 kA (maximum fault current that the device can interrupt during breaking operations) Tripping Mechanism: Manual operation, designed to isolate circuits in the event of a fault or during maintenance procedures. Protection Features: Provides safe isolation of electrical circuits, ensuring that electrical equipment can be disconnected without risk of electric shock or fire hazards. Compliance: Complies with international electrical standards such as IEC 60947 and other relevant industrial safety regulations. Key Features: High Current Rating: Rated for 400A, making it suitable for high-load applications, including large industrial equipment and circuits. 4-Pole Design: Suitable for three-phase systems with a neutral, ensuring safe disconnection of both the live and neutral conductors in the system. Short-Circuit Breaking Capacity: With a short-circuit breaking capacity of 25 kA, the WATSNB-400/400-4CBR can handle high fault currents, ensuring reliability even under extreme fault conditions. Compact and Durable: Designed for use in compact electrical installations, with robust materials that ensure long-lasting durability in industrial environments. Easy Operation: Manual operation for circuit disconnection, ensuring simple and straightforward maintenance procedures. Safe Isolation: Provides a high level of safety by isolating circuits during maintenance and reducing the risk of electric shock or other hazards. Versatile Application: Can be used in various industrial and commercial applications, including power distribution, motor control systems, and heavy machinery. Applications: Industrial Power Distribution Systems: Used to isolate circuits for maintenance and ensure safe disconnection in large industrial setups. Motor Control Circuits: Protects and isolates motor-driven systems, allowing safe disconnection during maintenance and repair. Substations and Electrical Switchgear: Installed in switchgear to ensure safe isolation of high-voltage systems. Heavy Machinery and Equipment Protection: Provides safe isolation for high-power machinery and equipment in industrial facilities. Electrical Panels and Distribution Boards: Can be used in power distribution boards and consumer units for the isolation of electrical circuits.