ABB UVD Series Circuit Breaker Accessory, Electronic Time Delay, For Use With E1, E1.2, E2, E2.2, E3, E4, E4.2, E6, E6.2, T7, T8, X1, XT7-XT7M - 1SDA038316R1 This circuit breaker accessory is designed to enhance the functionality of electrical systems through its electronic time delay capabilities. It is compatible with a range of models, including E1, E2, E3, T7, T8, and XT7, making it a versatile addition to various setups. The product measures 150mm in width, 60mm in height, and 200mm in depth, weighing 0.263kg, making it compact yet effective. Features & Benefits • Provides electronic time delay for improved circuit management
• Operates efficiently in both AC and DC configurations
• Compatible with multiple circuit breaker models for flexibility
• Simplifies integration with existing systems, reducing installation time
• Adheres to IEC standards ensuring reliable performance
• Suitable for industrial applications requiring precise control Applications • Used for enhancing Emax 2 circuit breakers
• Facilitates integration with Tmax XT circuit breaker systems
• Supports installation in diverse industrial electrical setups
• Ideal for improving circuit safety and performance in automation How does this device help in reducing downtime in electrical systems? Incorporating an electronic time delay system plays a crucial role in preventing nuisance tripping of circuit breakers, thereby minimising operational disruptions in industrial applications. What electrical configurations can this accessory support? It supports both AC and DC input, making it adaptable to a wide variety of circuit designs and requirements. Can it be used with older model circuit breakers? Yes, it is compatible with both current and older models within the Emax and Tmax ranges, providing a seamless integration option. What measures are in place to ensure its compliance with safety standards? The accessory complies with EU directives, specifically RoHS and REACH, ensuring it meets necessary environmental and safety regulations for electrical components.