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Bullet Disconnects
Bullet disconnects are plug-and-socket connectors that snap together to create connections between two wires. Also known as bullet terminals, they consist of a male terminal and female receptacle that terminate, ground, or transfer power in applications that get connected and disconnected often, such as automotive wiring, audio equipment, and solar panels. Stripped wires insert into the barrel of the bullet disconnect, where they are either crimped or soldered.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Nylon Insulated terminals provide heat resistance and recommended for use where high temperature resistance exist.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Nylon Insulated terminals provide heat resistance and recommended for use where high temperature resistance exist.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Vinyl insulated sleeve provides good dielectric strength and withstands the pressure of crimping.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Vinyl insulated sleeve provides good dielectric strength and withstands the pressure of crimping.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Vinyl insulated sleeve provides good dielectric strength and withstands the pressure of crimping.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Vinyl insulated sleeve provides good dielectric strength and withstands the pressure of crimping.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Nylon Insulated terminals provide heat resistance and recommended for use where high temperature resistance exist.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Nylon Insulated terminals provide heat resistance and recommended for use where high temperature resistance exist.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Nylon Insulated terminals provide heat resistance and recommended for use where high temperature resistance exist.
Insulated wire terminal is constructed of copper for maximum electrical conductivity. Electro-tin plating for maximum corrosion resistance. Nylon Insulated terminals provide heat resistance and recommended for use where high temperature resistance exist.
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