The Phoenix Contact 2942153 is a high-quality relay module designed to facilitate medium to large load switching applications with reliability and precision. This module comes equipped with a soldered-in miniature switching relay and features a single-pole double-throw (SPDT) contact configuration, making it versatile for a variety of electrical circuits.
Crafted for a 24 V DC input voltage, the relay module boasts a nominal input current of 21 mA and showcases rapid response and release times of 7 ms and 11 ms respectively, ensuring swift operation for your control systems. The inclusion of a yellow LED provides a clear indication of the operating voltage, enhancing the user experience by offering immediate visual feedback.
The contact side of the module is made from durable silver nickel (AgNi) contact material, capable of handling maximum switching voltages up to 250 V AC/DC. With a maximum inrush current of 8 A and a limiting continuous current of 6 A, the relay module is designed to cope with demanding electrical loads. The interrupting rating for an ohmic load reaches up to 140 W at 24 V DC, ensuring that the module can handle significant power levels.
The Phoenix Contact 2942153 is engineered to perform reliably with a 100% operating factor and has an impressive mechanical service life of approximately 20 million cycles, highlighting its durability and longevity. The compact dimensions of the module, with a width of 10.6 mm, a height of 75 mm, and a depth of 62.5 mm, allow for efficient use of space within electrical installations.
This relay module is compliant with key industry standards and regulations, including IEC 60664 and EN 50178, ensuring its suitability for a wide range of industrial applications. The module's design allows for any mounting position and can be installed in rows with zero spacing, providing flexibility and ease of integration into existing systems.
Overall, the Phoenix Contact 2942153 relay module is a robust and reliable choice for professionals seeking a component that delivers safe isolation and efficient performance in industrial control environments.