TE Aagstat  EGPD004 125VDC NSMP Power Relay

The TE Aagstat EGPD004 125VDC NSMP Power Relay is a high-performance, reliable relay designed for controlling power circuits in industrial and commercial applications. With a 125VDC voltage rating, this power relay is ideal for use in systems requiring precise control over high voltage direct current (DC) circuits. It features a Non-Silver Material (NSMP) contact design, ensuring optimal durability, reduced wear, and reliable operation in a variety of demanding environments.

Key Features:

• 125VDC Rating: The EGPD004 relay is designed to handle 125VDC circuits, making it suitable for high-voltage applications in industrial equipment, control systems, and automation.
• Non-Silver Material (NSMP) Contacts: The NSMP contact construction enhances the relay’s performance, providing a longer lifespan and reduced contact degradation compared to traditional silver-based materials.
• High Reliability: Known for its durability and consistent operation, this power relay ensures long-term reliability and low maintenance in critical power control applications.
• Compact Design: The compact size and design make it easy to integrate into various systems without taking up excessive space, offering flexibility for installation.
• Versatile Application: Ideal for use in power control circuits, industrial automation, and control systems where high voltage DC switching is required.
• Wide Temperature Range: Built to operate in diverse environmental conditions, providing reliable performance in both standard and harsh operating environments.

Applications:

• Power control systems
• Industrial automation and machinery
• DC circuit control
• Robotics and automated systems
• HVAC systems and building control systems

The TE Aagstat EGPD004 125VDC NSMP Power Relay is an essential component for controlling high-voltage DC circuits with precision and reliability. Its advanced design and durable construction make it perfect for use in industrial, automation, and control applications where performance and longevity are critical.