<p>When it comes to reliable performance in industrial and commercial applications, the Pluggable Miniature Interface Relay CR-M stands out as a dependable choice. Designed for those who require precise control and efficient operation, this relay offers a practical solution with its robust specifications.</p><p>Operating at a rated voltage of 220 VDC and handling a current of up to 12 A, this relay ensures consistent performance under demanding conditions. Its contact configuration features a 2CO SPDT setup, providing versatility for various switching tasks. The flat plug-in connector terminal type simplifies installation and maintenance, making it user-friendly even in complex systems.</p><p>Measuring at just 21.2 mm in width, 35.6 mm in height, and 27.5 mm in length, the compact design allows for easy integration into space-constrained environments without compromising on functionality or reliability. Despite its small size, the relay maintains an impressive degree of protection with an IP40 rating, safeguarding against dust ingress.</p><p>The operational temperature range is notably broad from -40 to 70 degrees Celsius ensuring that the relay performs reliably across diverse environmental conditions typical in Australian industries. This makes it suitable for both indoor installations and more challenging outdoor environments where temperature fluctuations are common.</p><p>Weighing only 0.033 kg, it adds minimal load to your equipment while delivering high efficiency. The insulated voltage is rated at 250 V which provides an added layer of safety during operations.</p><p>This product complies with several important standards including CAN/CSA C22.2 No.14 IEC/EN 63000 IEC/EN 61810-1 and UL 508 ensuring adherence to international quality benchmarks which enhances trustworthiness among professionals seeking certified components.</p><p>In summary the Pluggable Miniature Interface Relay CR-M combines compactness reliability and compliance making it an ideal component for engineers looking to optimize their electrical systems without sacrificing quality or performance.</p>