Connectors
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This industrial socket is designed for heavy-duty electrical connections. Configured with 4 round pins in a 3P arrangement, the socket can handle up to 50 amps.

Aluminum lug designed for connecting aluminum cable to electrical equipment. It features clear markings on the barrel to indicate the correct crimping location and is made to DIN standard 46329.

This copper cable connector is designed for intermediate connections in medium voltage applications. Clear markings on the barrel indicate the correct crimping location, and it conforms to DIN 46267 standards.

This mechanical bimetallic lug facilitates transition connections between aluminum cables and copper ends of electrical equipment in low voltage systems. It utilizes torque-controlled shear head bolts and friction welding to ensure stable connectivity.

This mechanical connector is designed for intermediate connection of aluminum and aluminum alloy cable in low voltage systems. It features torque-controlled shear head bolts and does not require crimping tools, only a socket spanner or wrench.

This battery powered hydraulic crimping tool delivers high crimping force. It is suitable for crimping copper and aluminum connectors and terminals.

This insulation piercing connector is designed for low voltage aerial cables. It is used to establish connections between bare cable and insulated aluminum or copper cable.

This insulation piercing connector is used for branch connections with insulated aluminum main lines and bare aluminum or copper tap lines. The connector features a shear head bolt design for controlled installation and constant piercing pressure, ensuring a secure electrical connection.

This pre-insulated equipment connector is designed for connecting overhead lines with transformers or equipment. It features shear head bolts for easy installation, stable performance, and secure transition between copper and aluminum cables.

This aluminum connector is used for intermediate connection of aluminum or aluminum alloy cable in medium voltage applications. Clear markings on the barrel indicate the correct crimping location when used with a standard crimping die.

Bimetallic pin lug connectors are used for transition connections of aluminum cable or aluminum alloy cable with copper ends in low voltage applications. They feature clear markings on the barrel to indicate the correct crimping location.

These bimetallic pin lug connectors are used for transition connections of aluminum cable to copper ends. They feature clear markings on the barrel to indicate the correct crimping location.

These bimetallic connectors are designed for transitioning between aluminum and copper cables. The barrel features clear markings to indicate the correct crimping location.

These bimetallic lugs are designed with an oil-blocking structure. They are friction welded for enhanced durability and conductivity.

These bimetallic lugs facilitate transition connections between aluminum cable and copper ends of electrical equipment. They feature prefilled jointing compound and clear markings for correct crimping.

Bimetallic lug connectors are used for connecting aluminum cables to copper ends of electrical equipment in low voltage applications. They feature clear markings for correct crimping and are prefilled with jointing compound.

This bimetallic lug facilitates the connection of aluminum cables to copper ends in low-voltage electrical equipment. It features a friction-welded structure and a narrow palm design, making it suitable for equipment with limited contact space.

These bimetallic lugs are designed for transitioning between aluminum or aluminum alloy cables and copper ends of electrical equipment in low voltage scenarios. The connectors feature a narrow palm design, ideal for equipment with limited contact space, such as MCCBs and motors.