Omron LY1N Series Non-Latching Relay, 24V DC Coil Voltage, 15A Switching Current - LY1N-D2 DC24 This non-latching relay is a reliable choice for diverse automation applications. The high-performance Omron relay operates at a coil voltage of 24V DC and features a single-pole, double-throw (SPDT) contact configuration. Designed to fit with plug-in sockets, this relay is capable of handling a maximum switching current of 15A, making it suitable for demanding electrical environments. Features & Benefits • Designed for high switching currents of 15A
• Robust contact material of AgSnInO for durability
• Coil resistance of 650Ω enhances energy efficiency
• Reliable operation within a temperature range of -25 to 55°C
• Built for easy installation with plug-in socket compatibility
• Compliant with various safety standards for user assurance Applications • Ideal for controlling motors and heating elements
• Used in residential and commercial HVAC systems
• Suitable for lighting control circuits and automation systems
• Effective in industrial equipment for relay switching tasks What type of contacts does it have? The relay features a single-pole, double-throw (SPDT) contact configuration, providing versatile switching options for various applications. How does this relay ensure durability in demanding environments? The relay is constructed with AgSnInO contact material, which is specifically designed to withstand high electrical loads and prolong operational lifespan. What is the significance of a coil resistance of 650Ω? A coil resistance of 650Ω ensures optimal energy consumption, allowing efficient operation while maintaining effective switching performance. Can this relay be used for both AC and DC applications? Yes, this relay can handle DC applications with a maximum voltage of 24V DC and supports specific AC ratings suitable for diverse environments. How can this relay contribute to energy savings in a system? By featuring efficient coil specifications and a robust design, it reduces energy losses during operation, thus contributing to overall energy savings in the connected system.