<p>The AZM415 Solenoid is a robust choice for industrial and commercial applications demanding reliable performance. Designed with precision, this solenoid operates on a 24 VAC/VDC rated voltage, ensuring compatibility with various power systems. It efficiently manages a rated current of 1000 A and consumes a modest 10 W of power, making it an energy-conscious option.</p><p>Featuring a NO+NC contact configuration, the AZM415 offers flexibility in circuit design, accommodating both normally open and normally closed operations. The rod lever actuator type enhances its versatility across different mechanical setups.</p><p>Built to last, the AZM415 boasts an impressive mechanical life of one million cycles. Its housing is crafted from durable aluminium, providing strength while maintaining lightweight characteristics. With an IP67 degree of protection, this solenoid is well-suited for environments where dust and water ingress might be concerns.</p><p>Operating effectively within temperatures ranging from -25 to 50 degrees Celsius, the AZM415 adapts well to various climatic conditions found across Australia. It meets cULus and UKCA standards and approvals, ensuring compliance with rigorous safety and quality benchmarks.</p><p>The slow action mechanism provides controlled actuation at speeds up to 2 m/s with an actuating force of 15 N. This ensures precise operation without abrupt movements that could compromise system integrity or safety.</p><p>Measuring at 33 mm in length by 84 mm in height, the sensor size allows for integration into compact spaces without sacrificing functionality. The use of silver as the contact material ensures excellent conductivity and longevity under load conditions.</p><p>With a rated insulation voltage of 250 V and a rated force capacity reaching up to 3500 N, this solenoid is engineered for demanding applications requiring high reliability and performance consistency. </p><p>Overall, the AZM415 series solenoid stands out as a dependable component in automation systems where durability and efficiency are paramount considerations.</p>