<p>When selecting a power component for your industrial or commercial needs, it&#39;s essential to consider the product&#39;s technical specifications and reliability. This particular power device is designed with precision to meet rigorous demands while maintaining efficiency and durability.</p><p>Operating at a rated voltage of 24 VAC and supporting a current of up to 10 A, this unit delivers a rated power of 1.5 W, making it suitable for various applications where stable performance is crucial. The contact configuration features a Double Pole Double Throw (DPDT) setup, providing versatility in switching operations. With eight pins and pin-type terminals, installation is straightforward and secure.</p><p>The device boasts an impressive operating time of just 25 milliseconds, which ensures quick response times in dynamic environments. Constructed with silver contacts, it offers excellent conductivity and longevity. Its electrical life spans up to 200,000 operations while its mechanical life extends to an astounding 10 million operations, highlighting its robustness for long-term use.</p><p>Contact resistance stands at 30 milliohms (MO), ensuring minimal energy loss during operation. Designed to withstand challenging conditions, it has a shock resistance rating of 100 milliseconds and can endure vibrations ranging from 10-55 Hz without compromising functionality.</p><p>Environmental resilience is also noteworthy; the device operates efficiently within temperatures ranging from -25&#176;C to +40&#176;C and can handle humidity levels between 5% and 85%. These attributes make it reliable across various climates typical in Australian settings.</p><p>Additionally, this product meets CE and CSA standards—an assurance of quality compliance with international safety regulations. Weighing just 90 grams, it&#39;s lightweight yet robust enough for demanding tasks.</p><p>In summary, this power component combines high performance with durability—a fitting choice for those seeking dependable solutions in industrial or commercial applications without unnecessary complexity or bulkiness.</p>