A conductor connection terminal for connecting an electrical conductor by means of an insulation displacement connection, wherein the conductor connection terminal has at least one insulation displacement connection, a pressure piece that can be pressurized by means of a manually generated actuating force, a stamp acting on the electrical conductor and a compression spring arranged between the pressure piece and the stamp, wherein the insulation displacement connection has an insulation displacement contact with two contact edges arranged next to each other, wherein between opposite sides of the contact edges a cutting slot is formed, wherein the force of the compression spring is effective in the longitudinal direction of the cutting slot.

A power cable in-line power outlet (and associated method of use); said outlet including at least two sockets or slots for receiving power conducting pins of a plug of a powercord; said sockets or slots providing access to connector elements engaging with corresponding power conducting elements of said power cable; said power cable comprising an outer insulating sheath enclosing separate insulating sheaths of each said at least two power conducting elements; said power cable urged into cutting contact with said connector elements by rotation of a cam-lever from an initial non-contacting position to a position in which each of said power conducting elements of said power cable are in contact with said connector elements.

A connector for an electrical cable comprising a base part and a pressure applying cap, said base part comprising a seat for receiving the electrical cable, the base part comprising a pair of lateral recesses for slidably receiving a pair of lateral projections on the pressure applying cap, each of the lateral recesses extending longitudinally along the base part at an angle with respect to the seat such that a region proximal a first end of the base is at a height H.sub.1 from the seat, and a region of the recess distal the first end of the base part is at a height H.sub.2, wherein, the height H.sub.2 is less than the height H.sub.1, and wherein the pressure applying cap is slidable with respect to the base part such that the force applied to the cable by the cap and the base part increases as the cap slides within the base part.

A camlock electrical connector has a first connector member with a bottom platform having an opening and an upstanding wall. Pin elements extend outwardly from the wall and a cable connector extends outwardly from and externally of the wall. A second connector member has a connector body with a fulcrum peg extending downwardly from the body. The peg is inserted into the opening in the platform, such that the second connector member is rotatable in relation to the first connector member. When electrical wiring is positioned between the wall of the first connector and the body of the second connector member, rotation of the second connection member and its peg in relation to the first connection member causes the pin elements to pierce the electrical wiring, thereby securing the wiring to the electrical connector.

A camlock electrical connector has a first connector member with a bottom platform having an opening and an upstanding wall. Pin elements extend outwardly from the wall and a cable connector extends outwardly from and externally of the wall. A second connector member has a connector body with a fulcrum peg extending downwardly from the body. The peg is inserted into the opening in the platform, such that the second connector member is rotatable in relation to the first connector member. When electrical wiring is positioned between the wall of the first connector and the body of the second connector member, rotation of the second connection member and its peg in relation to the first connection member causes the pin elements to pierce the electrical wiring, thereby securing the wiring to the electrical connector.

An electrical connector includes a clamp body having a substantially C-shaped configuration defining an interior cavity. A wedge is configured to be inserted into the clamp body. The wedge has a wedge body defining a conductor channel and a plurality of fins extending from the wedge body into the conductor channel. The plurality of fins is oriented to pierce an insulation layer of a conductor when the wedge is inserted into a clamp body.

An electrical connector includes a clamp body having a substantially C-shaped configuration defining an interior cavity. A wedge is configured to be inserted into the clamp body. The wedge has a wedge body defining a conductor channel and a plurality of fins extending from the wedge body into the conductor channel. The plurality of fins is oriented to pierce an insulation layer of a conductor when the wedge is inserted into a clamp body.

An electrical connector includes a clamp body having a substantially C-shaped configuration defining an interior cavity. A wedge is configured to be inserted into the clamp body. The wedge has a wedge body defining a conductor channel and a plurality of fins extending from the wedge body into the conductor channel. The plurality of fins is oriented to pierce an insulation layer of a conductor when the wedge is inserted into a clamp body.

An electrical connector includes a clamp body having a substantially C-shaped configuration defining an interior cavity. A wedge is configured to be inserted into the clamp body. The wedge has a wedge body defining a conductor channel and a plurality of fins extending from the wedge body into the conductor channel. The plurality of fins is oriented to pierce an insulation layer of a conductor when the wedge is inserted into a clamp body.

Provided is a connector that can enhance the waterproof performance without reducing a pressure of a contact surface between fillers in a fitted state. A connector (10) according to the present disclosure includes a pair of fitting objects to be fitted to each other and a filler (70), a contact (50) and a wall (42) provided in the fitting objects. The wall (42) separates the filler (70) and the contact (50) after the fitting objects are fitted to each other.