Timer Relay with Digital Timing, Plug-in Time Delay Relay for24VDC Systems, Adjustable Power On Delay with30S Interval, Solid State ON-DELAY Timer

Timer Relay with Digital Timing, Plug-in Time Delay Relay for24VDC Systems, Adjustable Power On Delay with30S Interval, Solid State ON-DELAY Timer Description

This high-performance timer relay is designed for professionals who demand accuracy and reliability in industrial control applications. Utilizing solid-state technology, it delivers a consistent30-second ON-DELAY on a24VDC input, perfect for managing sequential operations and reducing electrical stress during startup. The DPDT output configuration supports a wide range of switching tasks, from motor control to lighting sequences. Its14-pin plug-in design and DIN rail compatibility make installation and maintenance effortless. Enhanced with digital timing precision and strong resistance to interference, this relay maintains stable operation even in electrically noisy environments. Whether used in factory automation, energy systems, or commercial infrastructure, this plug-in timer relay offers a durable, efficient, and intelligent solution for time-based control requirements. Plug-in Time Delay Relay: Features a14-pin configuration for secure and tool-free installation, allowing easy integration into existing control systems and rapid replacement when needed. DIN Rail Mountable: Designed to fit standard35mm DIN rails, enabling organized and space-efficient mounting in electrical panels and industrial control cabinets. Adjustable Power On Delay: Provides a fixed30-second delay with high precision, suitable for applications requiring controlled activation in automated machinery and power systems. Solid State ON-DELAY Timer: Uses semiconductor switching for durable, maintenance-free operation with no mechanical wear, ideal for continuous-duty environments. Industrial-Grade Reliability: Constructed with premium pins and anti-interference circuitry to ensure stable performance and extended service life under demanding conditions.