<p>The monitoring module is a robust and reliable choice for industrial applications that require precision and durability. Designed with practicality in mind, this module operates efficiently at a rated voltage of 24 VDC and a current of 0.1 A, making it suitable for various control systems.</p><p>Featuring a NO-NC contact configuration, the module offers flexibility in its application. The actuator type is magnetic, ensuring consistent performance across its mechanical life span of one million cycles. This longevity makes it an ideal component for environments where continuous operation is essential.</p><p>Installation is straightforward thanks to its snap mounting type, which accommodates quick setup or replacement within existing systems. Measuring just 22 mm in width and 100 mm in height, the compact design allows for easy integration into space-constrained areas without compromising functionality.</p><p>Constructed from reinforced glass fibre plastic housing material, the module boasts durability while maintaining a lightweight profile. It adheres to IP20 degree of protection standards, providing adequate resistance against dust ingress—suitable for controlled indoor environments.</p><p>The operational temperature reaches up to 60 degrees Celsius, ensuring reliability even under demanding conditions. Compliance with EN IEC 61496-1/EN IEC 61496-2 standards underscores its commitment to safety and quality assurance in automated settings.</p><p>This slow-action device features an actuating speed of up to 1 m/s with an actuating force requirement of just 17 N—ideal for applications requiring precise movement control without excessive exertion on connected components.</p><p>The sensor dimensions are measured at 57.25 mm L x 107 mm H, offering ample size for accurate detection capabilities within your system setup. Contact materials made from silver enhance conductivity and ensure efficient signal transmission over time.</p><p>Rated insulation voltage stands at an impressive 300 V, contributing additional safety margins during operation by effectively managing potential electrical stresses encountered within complex installations.</p><p>With shock resistance tested at up to 30 g over an interval of 11 ms, this monitoring module can withstand significant physical impacts without loss of function—a testament to its rugged design tailored specifically towards industrial use cases where resilience matters most.</p><p>In summary, this monitoring module combines advanced features with durable construction suited perfectly towards meeting Australian technical requirements across diverse sectors such as automation or building industries alike—ensuring you have peace-of-mind knowing your operations are supported by dependable technology every step along the way.</p>