118-2AH-F-C M05 12VDC 50A Automotive Relay PCB Terminal 2A (DPNO) Green Energy Applications Power Relay

Nominal Coil Voltage: 12VDC Contact Form: 2A (DPNO)Resistive load：50AConnector Type: PCB terminal Contact Type: Normally OpenContact material: Ag alloyWeight: Approx. 70gOperating ambient temperature:-40~+85°C(no freezing) Package Content: 1 x 118-2AH-F-C M05 12VDCUpgrade your automotive systems with the 118-2AH-F-C 12VDC 50A Automotive Relay, designed for high-performance and durability. This PCB terminal relay is perfect for green energy applications, offering a contact rating of 50A 277VAC at an ambient temperature of 85°C. Its double pole normally open (DPNO) configuration ensures reliable switching for a variety of automotive applications.The relay features high-temperature resistance, making it an ideal choice for charging applications. With contact material made from Ag alloy, it guarantees long-lasting performance and reliability. Attention: Do not switch the contacts without any load as the contact resistance may become increased rapidly. To assure optimum performance, avoid the relay from dropping,hitting,or other unnecessary shocks.

• 118-2AH-F-C M05 12VDC 50A AUTOMOTIVE RELAY, designed for high-performance and reliability in demanding automotive and green energy applications, ensuring your system operates smoothly under various conditions.
• This RELAY features high temperature resistance, making it ideal for charging applications where durability and consistent performance are paramount, even in extreme conditions.
• With a robust contact rating of 50A 277VAC at 85°C ambient temperature, this AUTOMOTIVE RELAY ensures safe and efficient power management in your automotive or green energy projects.
• Double Pole Normally Open (DPNO) configuration provides enhanced control and flexibility for your circuit designs, making this RELAY a versatile choice for a wide range of applications.
• Constructed with Ag alloy contacts, this RELAY offers superior conductivity and longevity, ensuring reliable switching and reduced maintenance for your automotive or green energy systems.