<p>The IFL Series Proximity Switch is a reliable choice for professionals in the industrial and commercial sectors. Designed with precision, this switch offers dependable performance to meet your automation needs. Operating at a rated voltage of 1.5 VDC and supporting a current of up to 0.4 A, it provides efficient functionality in various applications.</p><p>Constructed from durable aluminium, the housing ensures robustness while maintaining a lightweight profile at just 56.61 grams. Its threaded mounting type allows for straightforward installation, ensuring compatibility with existing systems without hassle.</p><p>One of the standout features of this proximity switch is its impressive degree of protection, rated at IP67. This means it is well-protected against dust ingress and can withstand immersion in water up to one meter deep for short durations—ideal for harsh environments where reliability is crucial.</p><p>With an operational temperature tolerance reaching up to 70 degrees Celsius, the IFL Series Proximity Switch can handle demanding conditions without compromising on performance or safety standards. It adheres to EC002925 standards and approvals, ensuring compliance with industry regulations.</p><p>Designed with slow action switching capabilities, this device provides precise control suitable for applications requiring gradual engagement or disengagement of circuits. Additionally, its mechanical life spans up to 50,000 operations—offering long-term reliability that minimizes maintenance requirements and downtime.</p><p>Connecting via cable ensures secure data transmission and power delivery within your system setup—a practical feature that supports seamless integration into diverse automation frameworks.</p><p>In summary, if you&#39;re seeking a robust proximity switch that combines durability with efficiency under challenging conditions—the IFL Series stands as an optimal choice backed by solid engineering principles tailored specifically towards meeting technical demands across Australian industries efficiently.</p>