The Emax2 circuit breaker series comprises 4 sizes for the implementation of switchgear with compact dimensions and high power ratings. Bus bars can thus be configured to optimized lengths and cross sections. High short-time currents and efficient protection functions ensure comprehensive selectivity in all applications. The protective trigger Ekip Touch is equipped with a large touch-screen color display and can be operated intuitively and safely. With Ekip Connect, programming and querying of the Ekip units is also possible via tablet computer, smartphone or laptop. All Emax2 circuit breakers can be equipped with communication modules for Modbus, Modbus TCP, Profibus, PROFINET, DeviceNet and Ethernet IP. The integrated communication module IEC 61850 allows the connection to automation systems and intelligent distribution networks (smart grid). The integrated Network Analyzer monitors the quality of the power supply in real time. Emax2 E2.2 with rated currents up to 2,500 A and a breaking capacity up to 100 kA is designed for the realization of energy distributions.
The Emax2 circuit breaker series comprises 4 sizes for the implementation of switchgear with compact dimensions and high power ratings. Bus bars can thus be configured to optimized lengths and cross sections. High short-time currents and efficient protection functions ensure comprehensive selectivity in all applications. The protective trigger Ekip Touch is equipped with a large touch-screen color display and can be operated intuitively and safely. With Ekip Connect, programming and querying of the Ekip units is also possible via tablet computer, smartphone or laptop. All Emax2 circuit breakers can be equipped with communication modules for Modbus, Modbus TCP, Profibus, PROFINET, DeviceNet and Ethernet IP. The integrated communication module IEC 61850 allows the connection to automation systems and intelligent distribution networks (smart grid). The integrated Network Analyzer monitors the quality of the power supply in real time. Emax2 E2.2 with rated currents up to 2,500 A and a breaking capacity up to 100 kA is designed for the realization of energy distributions.