<p>The Cx-400 Safety Sensor series is a robust solution for industrial and commercial applications that demand reliable performance and durability. Designed to meet the stringent requirements of safety-critical environments, this sensor offers a sensing range of up to 1000 mm, making it suitable for various detection tasks in automation processes.</p><p>Operating on a rated voltage between 12-24 VDC, the Cx-400 ensures flexibility in integration with existing systems. The emitter consumes a modest current of 20 mA while the receiver requires only 10 mA, promoting energy efficiency without compromising on functionality. This makes it an ideal choice for operations aiming to reduce power consumption.</p><p>The sensor features an NPN output type, which is widely compatible with many control systems used in industrial settings. Constructed with a PBT body and an acrylic lens, the Cx-400 boasts excellent resistance to environmental stresses such as chemicals and physical impacts—key factors contributing to its long service life.</p><p>With an IP67 degree of protection, the Cx-400 is well-suited for harsh conditions involving dust and water ingress. It can withstand exposure without losing operational integrity, ensuring continuous protection even in challenging environments. The operational temperature range from -25&#176;C to 55&#176;C further highlights its adaptability across diverse climate conditions.</p><p>Installation flexibility is enhanced by its standard cable length of 2 meters, providing ample reach for various setups while minimizing installation complexity. The operation indicator supports both Light-ON and Dark-ON modes, offering versatility depending on specific application needs or user preferences.</p><p>The emitting element utilizes a red LED known for high visibility and low power usage—a practical choice that aligns with modern sustainability goals while maintaining effective performance standards.</p><p>In summary, the Cx-400 Safety Sensor stands out as a dependable component within any safety system framework requiring precise detection capabilities combined with resilience against demanding operational conditions.</p>