80/60 Ampere 12-Volt DC Car Relay, Equipped with Wiring Harness 4-pin Connector, Using Heavy-Duty 12/16AWG hot-dip Galvanized Copper Wire, 4-pin SPST Pure Copper Coil Waterproof Relay -5 Pack

Losato 80/60 Ampere 12-Volt DC Automotive Waterproof Relay, equipped with wiring harness and 4-pin connector, uses heavy-duty 12/16AWG hot-dip galvanized copper wire, and 4-pin SPST pure copper coil waterproof relay. Suitable for high-current control of high-power components with 12V DC power supply.

• 【Product Description】: 12-volt direct current (up to 14 volts) waterproof 4-pin connector SPST (single-pole double-throw) pure copper coil relay. The contact working voltage is 12 volts, the coil power is 1.8 watts, the maximum switching current is 80-amps, and the rated current is 60 amps. It is recommended to use within the rated current range.
• [Wire Harness Specifications]: American standard wire gauge 12/16 AWG wire harness. Black - 16AWG plug 85 (coil grounded), White - 16AWG plug 86 (control signal), Yellow - 12AWG plug 30 (DC power input), Red - 12AWG plug 87 (output normally open). (To ensure safe use, the specific interfaces corresponding to the colors are red, black, yellow, white, and black, blue wires. You can open the relay connection port to check the corresponding numbers, or use a multimeter to measure and determine.)
• [Material] Losato4-pin waterproof relay adopts pure copper core cable, tinned copper wire, with good electrical conductivity and stable performance. The relay kit is made of high grade flame retardant material, which is not easy to fuse at high temperature, ensuring safe use and long service life.
• 【Waterproof and Dustproof】: The connection between the relay wiring harness and the socket adopts a high-quality rubber ring connection component. Therefore, it has waterproof and dustproof functions, which can effectively protect the internal circuits and prevent leakage.
• [Easy Installation]: The picture includes a wiring circuit diagram. The metal mounting holes are pre-fixed. The installation is very simple. You can follow the description in the second point to connect the wires according to the color-coded lines, or measure with a multimeter to determine the connection.