ABB DS201 Series RCBO, 16A Current Rating, 30mA Trip Sensitivity - 2CSR255180R1165 DS201 B16 A30 This RCBO is designed to offer both overload and short-circuit protection in single-phase electrical circuits. With its 2-pole configuration, this compact device integrates seamlessly into your setup, ensuring robust electrical safety. It features dimensions of 69mm x 35mm x 69mm, making it suitable for installation on a DIN rail without taking up excessive space. Features & Benefits • Provides short circuit protection to enhance safety
• 30 mA trip sensitivity protects against earth faults
• High breaking capacity of up to 10kA for reliable performance
• Type B design safeguards against sinusoidal and direct currents
• Toggle switch reset actuator for easy operation
• Suited for use in various applications with a DIN rail mount Applications • Used for protecting single-phase circuits in residential settings
• Ideal for automation systems to prevent electrical faults
• Utilised in commercial buildings for enhanced electrical safety
• Suitable for equipment requiring short-circuit and overload protection What are the advantages of the toggle switch reset actuator? The toggle switch reset actuator allows for straightforward manual intervention, making it easier to reset the device after a trip, thereby simplifying maintenance and reducing downtime. How does the 30 mA trip sensitivity enhance user safety? With a 30 mA trip sensitivity, the device quickly disconnects the circuit in the event of an earth fault, significantly reducing the risk of electric shock and potential injuries. In what environmental conditions can this product operate effectively? It operates efficiently in ambient temperatures ranging from -25°C to 55°C, catering to a broad spectrum of industrial and commercial environments. What is the significance of the high breaking capacity? The 10kA breaking capacity ensures that in the event of a fault, the device can safely interrupt the current flow, minimising damage to the electrical system and maintaining overall safety.