<p>The AFCM series is a reliable choice for professionals seeking a robust solution in industrial and commercial applications. Designed with practicality and efficiency in mind, this product offers eight channels, making it versatile for various complex systems that require multiple inputs or outputs.</p><p>Rated at 30 VDC, the AFCM series ensures optimal performance across its operational range. This voltage rating is suitable for many standard applications within industrial settings, providing a balance between power consumption and functionality. The DIN Rail mounting type adds to the ease of installation, allowing seamless integration into existing panel setups or new installations without hassle.</p><p>With an IP20 degree of protection, this product is designed for indoor use where exposure to dust and moisture is minimal. It provides adequate protection against solid objects greater than 12mm in size but requires additional housing if installed in environments prone to higher levels of dust or water ingress.</p><p>Operating efficiently up to 85% humidity levels, the AFCM series can withstand moderately humid conditions typical in many industrial spaces. This feature ensures reliability even when environmental conditions are less than ideal.</p><p>Compliance with several standards and approvals such as CE, EN61010-1, EN61010-2-030, EN61010-2-201 underscores the safety and quality assurance embedded within this product. Additionally, RoHS compliance highlights its adherence to environmental regulations by restricting hazardous substances. UL File E302106 and UL File E317425 certifications further validate its safety credentials for use across various markets.</p><p>In summary, the AFCM series stands out as a dependable component tailored for those who prioritize technical specifications over aesthetics. Its combination of features such as an eight-channel capacity, 30 VDC rating, DIN Rail mounting compatibility along with comprehensive safety certifications make it an excellent fit for professionals aiming to optimize their system designs without compromising on standards or reliability.</p>