When it comes to protecting and switching, the high quality, safe and reliable products of the xEffect Industrial series guarantee protection of people, installations and systems worldwide. Designed and approved for industrial and high end commercial applications, the MCB xEffect series includes auxiliaries, tripping modules, interlocks, busbars and accessories.
High-quality miniature circuit breakers for industrial applications and residential applications
Contact position indicator red - green
Guide for secure terminal connection
3-position DIN rail clip, permits removal from existing busbar system
Comprehensive range of accessories suitable for subsequent installation
Rated currents up to 63 A
Tripping characteristics B, C, D, K, S, Z
Rated breaking capacity up to 15 kA according to IEC/EN 60947-2
Reliable cable protection
MCBs protect cables against damage due to overload and short circuits: In the event of dangerously high currents, the circuit breaker’s bimetallic thermal release will disconnect the power supply. In the event of a short circuit, the electromagnetic release will disconnect the power supply in a timely manner.
A design that is standard-compliant and quality-tested
Eaton’s FAZ miniature circuit breakers are type-tested and approved according to IEC/EN 60947-2 (VDE 0660-101). This standard applies to circuit breakers in circuits with rated voltages up to 1,000 V AC, or up to 1,500 V DC. In addition, these protective devices comply with the requirements of the American UL 1077 standard for additional protective elements.
The right type of MCB for every application
For circuits with high inrush and peak currents (e.g. motors and luminaire groups) devices with tripping characteristic C are used. Circuit breakers with tripping characteristic D are used for circuits with inductive and capacitive loads. Tripping characteristic K is intended for circuits with high (inrush) current peaks. Tripping characteristic S is especially suitable for control transformer circuits. Tripping characteristic Z is used for the protection of semiconductors and measuring circuits, especially in the event of high line impedance.
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