Overcurrent circuit breaker, 1P, D characteristic, 6A, 6kA, AC | S201-D6 2CDS251001R0061

Reliable protection of electrical circuits with an overcurrent switch

This single-pole overcurrent switch, with a rated current of 6A and D characteristic, is a key element ensuring safety and reliability in electrical installations. Designed to protect against overloads and short circuits, it performs well in a variety of applications – from home installations to commercial facilities. The D characteristic means that this switch allows for short-term peak loads, which is particularly important when connecting devices with induction motors or other loads generating high starting currents.

This switch is characterized by a high short-circuit breaking capacity – up to 6kA at 230V and 10kA at 400V, which guarantees effective protection of the installation in the event of a failure. The rated impulse voltage withstand of 4kV provides additional safety in conditions of potential overvoltages. Compact dimensions (1 module width) facilitate mounting in switchboards, and the IP20 degree of protection protects against contact and ingress of solid objects.

• D characteristic: Ideal for circuits with loads generating high starting currents (e.g., motors, transformers). Allows for momentary overloads without unnecessary tripping.
• High short-circuit breaking capacity: 6kA at 230V and 10kA at 400V – effective protection against the effects of short circuits.
• Compact size: 1 module width makes it easy to mount even in tight switchboards.
• Wide operating temperature range: From -25°C to +55°C – possibility of use in various environmental conditions.
• Universal application: Suitable for single-wire conductors with a cross-section of up to 35mm² and multi-wire conductors up to 25mm².

The switch meets the requirements of EN 60898 and IEC 60947-2 standards, which confirms its compliance with European safety standards. Surge category III and pollution degree 3 indicate the possibility of use in industrial and commercial environments with an increased risk of interference. The possibility of mounting additional equipment increases the functionality and flexibility of the device.