Collector's Item Matsushita Electric At8179 Off Timer Chp-nf 0.5-30 Sec Best Choice [98Ga6pry]

Matsushita Electric AT8179 Off Timer: Precision Time-Delay Control

The Matsushita Electric AT8179 Off Timer CHP-NF-30S-DC 24V is a cutting-edge timing relay designed to provide precise time-delay control for automation and electrical systems. Engineered by Matsushita Electric Works, Ltd., this reliable off timer offers a versatile timing range of 0.5 to 30 seconds, making it an ideal choice for industrial applications requiring delayed shut-off functions. Its compact design and robust contact ratings ensure compatibility with a wide range of resistive and inductive loads, delivering dependable performance in various industrial sequences.

Key Product Specifications and Features

The Matsushita AT8179 Off Timer is designed to meet the demands of modern automation systems. With a 24V DC input, it seamlessly integrates with control panels, ensuring compatibility in a variety of industrial settings. The timer's high contact capacity supports various AC load types, making it suitable for a wide range of applications. Its specifications include a model number of AT8179, a series of CHP-NF-30S-DC 24V, and a contact rating of 3A at 250V AC for resistive loads and 10A at 250V AC for inductive loads. Weighing just 140 grams, this timer is lightweight yet powerful, offering a compact solution for panel or DIN rail mounting.

Applications and Benefits of the Matsushita AT8179 Off Timer

The Matsushita AT8179 Off Timer is a valuable component for electrical panels, machinery timing systems, and process control circuits. Its consistent performance and precision control in automated processes make it a trusted choice for a wide range of industries. Whether you're managing industrial sequences, electrical panels, or process control circuits, this timer delivers the reliability and efficiency you need. With its Japanese engineering and high-quality construction, the Matsushita AT8179 Off Timer is a reliable investment for any automation and electrical system.