<p>The ESB series DIN contactor is a robust and reliable solution tailored for industrial and commercial applications. It operates efficiently with a rated voltage of 400 VAC and handles currents up to 25 A, making it suitable for various electrical systems. With a frequency range of 50/60 Hz, this contactor offers versatility across different regions.</p><p>Designed to withstand challenging conditions, the ESB series features a rated impulse withstand voltage of 6 kV and an insulation voltage of 500 V. This ensures resilience against transient overvoltages, contributing to the safety and longevity of your electrical installations.</p><p>One notable feature is its ability to operate on both AC and DC voltages, providing flexibility in diverse operational environments. The contact configuration includes four normally open (4NO) contacts, offering straightforward integration into existing setups.</p><p>Safety is paramount with this product as it boasts an IP20 degree of protection, safeguarding against solid objects larger than 12 mm while ensuring user safety during operation. Additionally, it has an IP3 degree of pollution rating which indicates suitability for environments where dust or other non-conductive pollutants are present.</p><p>Installation is hassle-free thanks to its DIN rail mounting type which simplifies the process and ensures secure attachment within control panels or distribution boards. The compact design measures just 36 mm in width, 85 mm in height, and 65 mm in depth—ideal for space-conscious projects without compromising performance.</p><p>The ESB series operates effectively within temperatures ranging from -25&#176;C to +55&#176;C ensuring reliability across various climatic conditions. Rated at a power capacity of 1.3 kW, it meets the demands of medium-sized loads commonly encountered in industrial settings.</p><p>This combination of features makes the ESB series DIN contactor a dependable choice for professionals seeking efficiency and durability in their electrical installations without unnecessary complexity or cost burdens often associated with more elaborate systems.</p>