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PartsBroz JD1914 Relay Socket 12V 40A (2-Pack) - Universal Vehicle Motor Fuse Switch Power - Replaces 582195 582472 582473 584416 586147 586224 Heavy Duty

KWD 2.500
KWD 3.500

Brand
PartsBroz
Style2-Pack
1 +

Special Features

  • 💡 JD1914 Automotive DC 5 Pin 12V 40A SPST Electrical Relay - A high-quality exact equivalent for part numbers 582195, 582472, 582473, 584416, 586147, 586224. The JD1914 relay is an electrical component that is commonly used in various applications, including automotive, industrial, and electronic systems. Jd1914 Car Relay fits hundreds of models and can be installed in a few minutes.
  • 🔧 DIY eTips Included - Not sure how to replace the part? Helpful information can be found on the page below. Scroll down to get more repair tips. Acquire valuable skills during the DIY repair project. JD1914 Electrical Relay will help if the previous part is cracked or broken. The Jd1914 Relay is typically installed by connecting the appropriate wires to the designated pins on the relay. Make sure to turn off the appliance before beginning this replacement.
  • 💡 JD1914 Electrical Relay is an electromagnetic switch that allows low-power circuits to control higher-power circuits. The JD1914 Relay is specifically designed for automotive applications and is often used in vehicle electrical systems to control various components such as lights, motors, fans, and other devices. Our JD1914 Automotive DC 5 Pin 12V 40A SPST Electrical Relay meets or exceeds all manufacturer specifications. We provide a lifetime warranty and guarantee 100% money back.
  • 💡 The JD1914 relay is typically a 12V DC relay, meaning it operates with a 12-volt direct current power supply. It has a standard pin configuration, including pins for power input, ground, and control signals. When replacing a JD1914 relay, it is crucial to ensure compatibility in terms of voltage rating, current capacity, and pin configuration.
  • 💡 The JD1914 Relay consists of an electromagnetic coil, a set of contacts, and a mechanical switching mechanism. When an electrical current is applied to the coil, it creates a magnetic field that pulls the contacts together, allowing the flow of current in the higher-power circuit. When the coil is not energized, the contacts return to their default state, interrupting the current flow.

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