The connection tab on these terminals is completely covered with insulation, leaving no metal exposed when mated. They slide together and pull apart with ease, so they are convenient for applications that require frequent connections.

The connection tab on these terminals is completely covered with insulation, leaving no metal exposed when mated. When heat is applied, the insulation shrinks, forming a seal to keep out water and contaminants. The enclosed solder also melts when heated, creating the most secure and electrically conductive connection we offer.

Heat these terminals to shrink the insulation, creating a seal that keeps out water and contaminants. The insulation covers the barrel to prevent short circuiting with nearby wires. Convenient for applications that require frequent connections, these terminals slide together and pull apart with ease.

Easy to install, connect, and disconnect, yet difficult to shake loose. These terminals interlock with each other to make a secure connection.

Rated UL 94 V-0 for flame resistance, these terminals are made of flame-retardant, self-extinguishing material to reduce the risk of fire.

The connection tab on these terminals is completely covered with insulation, leaving no metal exposed when mated. Connect two wires to the same terminal—these female terminals have a male tab piggybacked onto them that connects with a female quick-disconnect.

Connect two wires to the same terminal—these female terminals have a male tab piggybacked onto them that connects with a female quick-disconnect. A plastic cover on the barrel provides electrical insulation to prevent short-circuiting with nearby wire.

Mount these terminals on a threaded screw or stud for a more secure connection than spade and hook terminals. They are noninsulated, so you can easily inspect the wire connection.

A plastic cover on the barrel provides electrical insulation to prevent short-circuiting from nearby wire. These terminals have an elongated ring that can be mounted with a range of screw sizes.

Made of heat-resistant materials, these terminals are designed for installation in high-temperature applications such as motors, ovens, and furnaces. They are noninsulated, so you can easily inspect the wire connection.

With a thicker ring and a plastic cover on the barrel, these terminals are more durable than standard ring terminals and insulated to prevent short circuiting with nearby wire.

A plastic cover on the barrel provides electrical insulation to prevent short-circuiting with nearby wire. These terminals have a serrated edge on the inside of the ring that grips the mounting screw for a secure hold.

When heat is applied, the insulation shrinks and creates a seal that keeps out water and contaminants. Mount these terminals on a threaded screw or stud for a more secure connection than spade or hook terminals.

The elongated ring can be mounted with a range of screw sizes.

Add strength and stability to stranded wire to protect it from damage and speed insertion into terminal blocks. These terminals are noninsulated, so you can easily inspect the wire connection.

Loosen your mounting screw to install—the open end eliminates the need to completely remove it. They are noninsulated, so you can easily inspect the wire connection.

When heat is applied, the enclosed solder melts, creating the most secure and electrically conductive connection we offer. The insulation also shrinks when heated, forming a seal to keep out water and contaminants.

When heat is applied, the insulation shrinks and creates a seal that keeps out water and contaminants. Also known as bullet terminals, these have a round tab that requires less space than the flat tab found on most quick-disconnect terminals.

Also known as bullet terminals, these have a round tab that requires less space than the flat tab found on most quick-disconnect terminals. Because they are noninsulated, you can easily inspect the wire connection.

Since these terminals aren’t insulated, you can easily inspect the wire connection. The solid pin makes it easier to insert stranded wire into screw-clamp connections.

A plastic cover on the barrel provides electrical insulation to prevent short-circuiting with nearby wire. These terminals are a hybrid of ring and spade terminals; they install without removing the mounting screw, yet resist being pulled off.

Twist stripped wires together, insert them into the connector, and then crimp for a dependable connection.

Create a secure connection that resists corrosion and water.

These splices can withstand higher temperatures than insulated splices.

Visually confirm your connection through the inspection window in the insulation of these splices.

The most secure, electrically conductive, and environmentally sealed connection we offer, these splices have enclosed solder and an adhesive-lined insulation that melt when heat is applied.

Able to withstand temperatures up to 900°F, these splices are suitable for use in high-heat applications such as ovens, motors, and light fixtures.

Filled with grease, these splices resist moisture and corrosion.

Check to make sure you’ve made a secure connection between two different sizes of wire with the inspection window on these splices. When heated, their adhesive-lined insulation shrinks and bonds to wires, creating a water- and corrosion-resistant seal.

These splices can withstand higher temperatures than insulated splices.

Pierce the insulation of wire without stripping it to make quick connections that are also sealed to keep out water.

When heat is applied, adhesive-lined insulation shrinks and bonds to the wires, creating a moisture- and corrosion-resistant seal.

Filled with gel, these wire taps seal out moisture.

Taps connect to wires with male quick-disconnect terminals.

For use where water and contaminants are a concern, the terminals and splices in these assortments have insulation that shrinks and creates a tight seal when heated.

Designed for use in high-temperature applications such as motors, ovens, and furnaces, these assortments include a variety of terminals and splices made of heat-resistant materials.

Keep a variety of quick-disconnect terminal sizes on hand.

Keep a variety of ring terminal sizes on hand.

Use a compression tool to attach lugs to wire. Mount them to a screw.

With a thicker tab and OD, these lugs are more durable and dissipate more heat from high electrical loads than standard compression lugs. They have a long barrel, so you can compress them twice for an extra-tight grip in high-vibration applications.

Accommodate differently spaced screws when connecting to equipment rails or bus bars with the slotted mounting hole on these lugs. With a long barrel, you can compress them twice for an extra-tight grip in high-vibration applications.

Connect these lugs to cable with a crimping tool or by soldering.

When heat is applied, the flux and solder mixture creates a metallic bond that is nearly twice as strong as crimping or compression connections.

Connect these clamps to cable with a crimping tool or by soldering.

Insert your stripped cable into the compression nut and tighten; no crimping or heat is required.

Connect these clamps to a wide range of wire sizes

Also known as power-pole connectors, these single-pole connectors join two pin connections, rather than a pin and socket. They stack from the top and sides to form any configuration.

Configure a connector for your application by combining housings with pins and sleeves for different wire sizes. Also known as weather-pack connectors, they withstand moisture, harsh engine fluids, and high temperatures.

Install these connectors in panels, enclosures, and bulkheads to join equipment with compatible Deutsch-style DC connectors.

These connectors have the same pin and socket configuration as connectors that meet MIL-DTL-26482, so they can be used with products that meet the same standard. Quickly mate them by pushing them together.

Configure a connector for your application—combine inserts for power and signal with a base and a hood.

Make secure connections with machine tools, robots, and other equipment that vibrates frequently and carries currents as high as 300 amps.