Multi-purpose Milbank Uqfp-175 125a 5t Rl Hd Lvr Oh Milbank Uqfp-175 Now 60% Cheaper [2vrJ63UQ]

Superior Milbank UQFP-175 Relay

The Milbank UQFP-175 is a top-tier relay designed for reliable performance and durability. Engineered with precision, this relay boasts a robust construction and is ideal for a variety of applications. With its exceptional 175A current rating and 2-pole design, the UQFP-175 delivers outstanding power handling capabilities. Its non-metallic material ensures long-lasting performance and resistance to corrosion, making it a perfect choice for demanding environments.

• High Current Rating: Handles up to 175A, suitable for heavy-duty applications.
• 2-Pole Configuration: Provides efficient control and management of electrical circuits.

Key Specifications and Properties

The Milbank UQFP-175 comes with a host of impressive specifications that set it apart from the competition. This relay is designed to meet the stringent California Proposition 65 standards, ensuring safety and compliance with environmental regulations. Its 1-phase configuration and 5T RL HD LVR OH ratings further enhance its versatility and reliability. The package includes one unit, ensuring easy integration into your system.

• California Proposition 65 Compliant: Meets strict environmental and safety standards.
• 1-Phase Configuration: Efficient for a wide range of applications.

Practical Applications and Benefits

The Milbank UQFP-175 is an essential component for professionals in various industries, including industrial automation, electrical control, and power distribution. Its high current rating and durable construction make it ideal for use in harsh environments. Whether you're working on a complex project or need a reliable relay for everyday tasks, the UQFP-175 is the perfect choice. Its non-metallic material and advanced features ensure a long service life and minimal maintenance requirements.

• Industrial Automation: Essential for precise control in manufacturing processes.
• Power Distribution: Provides reliable performance in critical power systems.