<p>The VS Series DIN Contactor is a reliable choice for industrial and commercial applications, designed to meet the rigorous demands of electrical systems. This contactor operates efficiently with a rated voltage of 24 VAC/VDC, making it versatile for various control circuits. With a robust rated current of 20 A, it ensures dependable performance in managing electrical loads.</p><p>Engineered with safety and durability in mind, this contactor offers an IP20 degree of protection. This rating signifies its resistance to solid objects larger than 12 mm, providing adequate safety in standard environments. The rated insulation voltage stands at 230 V, ensuring effective isolation and reducing the risk of electrical faults.</p><p>The VS Series features a straightforward 2NO (two normally open) contact configuration. This setup is ideal for simple switching tasks where circuit continuity needs to be established only when the coil is energized. Such functionality makes it suitable for controlling lighting systems or small motors within building automation projects.</p><p>Installation is hassle-free thanks to its DIN rail mounting design. The compact dimensions—85 mm width, 17.5 mm height, and 60 mm depth—allow for easy integration into existing panels without consuming excessive space. This feature is particularly beneficial in densely packed control cabinets where space optimization is crucial.</p><p>Operating reliably across a temperature range from -5 to 55 degrees Celsius, this contactor adapts well to varying environmental conditions typical in industrial settings across Australia. Whether installed indoors or outdoors (within enclosures), it maintains consistent performance throughout seasonal temperature fluctuations.</p><p>In summary, the VS Series DIN Contactor combines essential features such as efficient voltage handling and secure insulation with practical installation benefits like compact sizing and ease of mounting on DIN rails. It serves as an optimal component for those seeking reliability and efficiency in their electrical distribution systems without unnecessary complexity or bulkiness.</p>