When selecting the right Miniature Circuit Breaker (MCB) for your industrial applications, understanding the technical specifications is crucial. The S200MUC series MCB offers a robust solution with its precise engineering and reliable performance.
This MCB is designed to handle a rated current of 0.5 A, making it suitable for applications requiring lower current protection. It operates efficiently at a rated voltage of 400/415 VAC, ensuring compatibility with common industrial power systems. With a breaking capacity of 15 kA at 400 VAC, this device provides substantial fault protection, safeguarding your electrical circuits against potential overloads or short circuits.
The dual-pole configuration enhances safety by isolating both live conductors in an AC circuit, reducing risks during maintenance or fault conditions. This model features screw clamp terminals that facilitate secure and reliable connections while supporting ease of installation and maintenance. The recommended tightening torque for these terminals is 2.8 N-m, ensuring optimal contact integrity.
In terms of design dimensions, the unit measures 35 mm in width, 88 mm in height, and has a depth of 69 mm—compact enough to fit into most standard enclosures without sacrificing performance or reliability.
The MCB complies with several international standards such as CSA 22.2 No. 235, IEC/EN 60947-2, and UL 1077—guaranteeing adherence to stringent quality and safety requirements across various markets including Australia.
Operating at frequencies between 50/60 Hz allows this breaker to function seamlessly within different grid standards worldwide. It boasts an impulse voltage rating of up to 4 kV which contributes additional resilience against transient overvoltages often encountered in industrial environments.
The K curve type characteristic is ideal for protecting inductive loads where high inrush currents are expected upon start-up; thus providing tailored protection suited specifically for motors and transformers commonly found within commercial settings.
Encased in RAL7035 grey housing ensures not only aesthetic uniformity but also durability under harsh conditions typically faced within industrial setups—the product’s application environment as specified by its classification under 'industrial'.
Power loss stands modestly at just about 2.2 W indicating energy efficiency whilst maintaining operational effectiveness throughout its lifecycle—a critical factor when considering long-term cost implications associated with energy consumption on-site installations involving multiple units simultaneously operating together over extended periods
Overall if you're looking towards implementing dependable circuit control solutions across your facility then given these comprehensive attributes coupled alongside recognized certification credentials rest assured knowing that you have selected appropriately aligned equipment meeting requisite demands posed therein from both functional capability perspectives alike!