Time Delay Relays, Timer Function: Delay On Break , Maximum Delay (Hours): 16 , Number of Timing Ranges: Multiple MPN:T3M-0999M-467

Introducing our range of Time Delay Relays, designed to provide a delay on break function for your industrial applications. With a maximum delay of 16 hours and multiple timing ranges, these relays are perfect for use in environments where you need precise control over when devices switch off or on. Featuring a pushbutton switch for easy adjustment, our time delay relays are simple to set up and use. Whether you're working with motors, pumps, or other machinery, our Time Delay Relays provide a reliable solution that delivers outstanding performance. Choose from a range of models to find the perfect fit for your needs, and experience the benefits of precise control and efficient power management.

Top product features:

• Delay On Break Timer Function: Allows precise control over when devices switch off or on for enhanced performance and efficient power management.
• Maximum Delay of 16 Hours: Provides extended timing ranges, perfect for use in industries that require longer delays, like manufacturing processes or large-scale systems.
• Multiple Timing Ranges: Offer flexibility to adjust the relay to specific needs, enhancing precision and customizability according to the application or industry.

Top product applications:

• Industrial Process Automation: Time Delay Relays can help control equipment like motors, pumps or valves, allowing for precise timing between activation and deactivation to optimize processes and reduce energy consumption.
• Motor Starting and Stopping: Timed delay helps prevent excessive current spikes that could damage motors when starting or stopping them. Delay allows motor to coast to a smooth stop and minimize mechanical stress.
• Temperature Control Systems: In HVAC systems, the product can manage temperature cycles for heating or cooling by controlling power to elements like compressors or fans. A timer delay is used to make sure there's enough time for the system to respond before initiating shutdown and reduce wear-and-tear on equipment.