The Maxge Alpha+ 4P, 25A is an automatic electrical protection device designed to protect three-phase electrical installations with neutral against overloads and short-circuits.<\/p>\n
It is particularly suitable for industrial and tertiary use, but can also be used in complex switchboards where a high level of safety and reliability is required in the event of power failures.<\/p>\n
Firstly, it is notable for its pole configuration, since it has 4 poles (3 phases + neutral)<\/strong>, This means that complete three-phase networks can be effectively protected.<\/p>\n It also has a rated current (In) 25 amps<\/strong>, which corresponds to the maximum continuous current for which the thermal-magnetic trip is calibrated.<\/p>\n On the other hand, its operating voltage <\/strong>is up to 415\/240 V AC<\/strong>, This makes it suitable for most standard three-phase installations.<\/p>\n With regard to its overcurrent behaviour, it incorporates a trigger curve type C<\/strong>, This allows transient overcurrents of 5 to 10 times the rated current to be tolerated before tripping. This circuit breaker has a 10 kA (10,000 amperes) breaking capacity.<\/strong> The Maxge Alpha+ 4P, 25A circuit breaker is designed to operate in a temperature range from -5 \u00b0C to +40 \u00b0C. From a regulatory point of view, it complies with the standard EN\/IEC 60898-1,<\/strong> for low voltage circuit breakers.<\/p>\n It also has certifications<\/strong> internationally recognised as CE, RoHS, VDE and KEMA-KEUR<\/strong>, This guarantees high quality, safety and international compatibility.<\/p>\n On the installation side, the terminals and terminals<\/strong> are designed for copper conductors with cross-sections of up to 25 mm\u00b2 in flexible cable and 35 mm\u00b2 in rigid cable.<\/strong> In addition, its DIN rail mounting<\/strong>, Thanks to its standard modular design, it facilitates both integration and maintenance of the device.<\/p>\n In terms of design, the circuit-breaker has compact dimensions, with a 72 mm wide (18 mm per pole)<\/strong>, The DIN-rail space is optimised.<\/p>\n It also incorporates a visual signalling of the state<\/strong> (on\/off), which facilitates quick diagnostics and maintenance.<\/p>\n Finally, it includes a window for circuit marker<\/strong>, The circuit it protects can be clearly identified.<\/p>\n This circuit breaker combines two protection mechanisms:<\/p>\n This switch is designed to protect three-phase circuits in industrial, commercial or more complex switchgear environments where resilience and reliability against electrical faults are required. The advantages of this circuit breaker are as follows:<\/p>\n
\nThis makes it particularly suitable for circuits with inductive loads or those that generate moderate current peaks on start-up, such as small motors, lighting systems with ballasts or light industrial equipment, thus avoiding unnecessary tripping.<\/p>\n
\nThanks to this feature, the device is able to safely interrupt high-current short-circuits without being damaged or allowing dangerous arcs to occur, which significantly increases the safety of the installation.<\/p>\n
\nIt is therefore suitable for most industrial and commercial indoor environments.<\/p>\nInstallation and design of Maxge Alpha+ 4P, 25A, C-curve 10kA - EPB63H4C25<\/h2>\n
\nAs a result, it is easy to connect and compatible with most of the cables used in switchboards.<\/p>\nOperation and application of the Maxge Alpha+ 4P, 25A<\/h2>\n
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\nIts C-curve and high breaking capacity allow a balance between fast response and tolerance to transient current peaks on start-up, typical of moderate inductive loads, without tripping prematurely.<\/p>\nMain advantages of Maxge Alpha+ 4P, 25A<\/h2>\n
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Technical information for Maxge Alpha+ 4P, 25A, C-curve 10kA - EPB63H4C25<\/h2>\n