<p>The VS Series DIN Contactor is a robust and reliable solution for various industrial and commercial applications, designed to seamlessly integrate into your existing systems. With its compact dimensions of 85 mm in width, 17.5 mm in height, and 60 mm in depth, this contactor is engineered to fit effortlessly onto standard DIN rails, optimizing space within electrical panels.</p><p>Operating at a rated voltage of 230 VAC/VDC and supporting a rated current of up to 20 A, the VS Series contactor provides versatile functionality suitable for diverse electrical environments. Its dual compatibility with both AC and DC voltages ensures flexibility across different setups. The device&#39;s rated insulation voltage also stands at 230 V, providing reliable insulation performance under normal operating conditions.</p><p>The contact configuration features two normally open (2NO) contacts, allowing for straightforward integration into circuits where simple on/off control is required. This makes it ideal for load switching applications where reliability and efficiency are paramount.</p><p>With an IP20 degree of protection, the VS Series DIN Contactor offers adequate protection against solid objects larger than 12.5 mm but should be installed in appropriate enclosures when used in harsher environments to maintain optimal performance and safety standards.</p><p>Designed to operate efficiently within temperatures ranging from -5&#176;C to +55&#176;C, this contactor can withstand typical Australian climate variations encountered in many industrial settings without compromising performance or longevity.</p><p>Installation is hassle-free due to its DIN rail mounting capability—a popular choice among professionals for its ease of use and secure fitting. This feature not only simplifies the installation process but also facilitates easy maintenance or replacement when necessary.</p><p>In summary, the VS Series DIN Contactor combines essential features with practical design elements tailored for demanding electrical applications. Its ability to handle significant current loads while maintaining operational integrity makes it a dependable choice for engineers looking to optimize their systems&#39; performance without unnecessary complexity or cost.</p>