Automatic circuit breaker, b-characteristic One, two, three and four pole versions available Safe clamps according to DIN 50,274 (VDE 0660, part of 514) Connection of single or multiple wires with different cross sections, possible Range of application: Lamps, heater loads, households and small industrial units Universal signal contact/auxiliary switch (1- Change Over Switch) under Stock No. 488-6448 separately available Release characteristic: B (3 to 5 times the nominal current) Operating current: 6 - 40A Operating Voltage: 1-pole: 230VAC multipolar: 400VAC Frequency: 50/60Hz Capacity: 6kA Cross section for connection: 0.75 - 25mm2 Enclosure: IP20 Equipment depth: 68mm Ambient temperature: -25°C to +55°C
ABB S200 Series MCB, 32A Current Rating, 10kA Breaking Capacity (at Maximum Voltage Rating) - 2CDS253001R0325 S203-B32
This MCB provides a robust solution for circuit management, specifically tailored for protection in commercial and industrial environments. With a current rating of 32A, it is well-suited for heavy-duty applications while offering enhanced safety features. This device plays a crucial role in ensuring efficiency in electrical systems, making it an essential component for professionals in the fields of automation and electricity.
Features & Benefits
• Type B tripping characteristics for effective overload protection • 10kA breaking capacity for handling high fault currents • Thermal electromechanical tripping mechanism for accurate operation • Designed for disassembly to support recycling processes • Secure screw terminal contacts for stable connections • Short circuit protection to shield circuits from damage
Applications
• Circuit protection in commercial buildings • Machinery safety in industrial settings • Electrical reliability in automation solutions • Electrical panels requiring stringent safety measures
What type of tripping characteristics does it offer?
It features Type B tripping characteristics for effective overload protection.
How does it handle high fault currents?
It has a breaking capacity of 10kA, designed to effectively manage high fault currents.
What is the mechanism behind its tripping function?
The tripping mechanism operates through thermal electromechanical principles for precision.
How are connections secured?
Connections are secured using screw terminal contacts, ensuring a stable and secure fit.
Is it suitable for recycling at the end of its life?
Yes, it is designed to be disassembled, facilitating effective recycling processes.
