摘要:
The invention relates to a tool for connecting an electrical conductor (15), which is sheathed by an insulation, to an insulation-displacement terminal (11), wherein the insulation-displacement terminal (11) has at least two contact elements (16) which each form a conductor clamping slot (17) and which are designed to make terminal contact with the electrical conductor (15), wherein the tool comprises a housing element (18) which is designed to be mounted onto the contact elements (16), and wherein the housing element (18) has a first recess (19) for receiving a stamp element (21) which is displaceably mounted in a conductor insertion direction (22), and a second recess (20) which is designed to receive the electrical conductor (15) transverse to the conductor insertion direction (22), and wherein cutting means (23) which form a cutting region (24) are arranged in the housing element (18) in such a way that, when the stamp element (21) is displaced out of a mounting position for insertion of the electrical conductor (15) into the conductor clamping slot (17) into a clamping position, the insulation (14) first engages with the cutting means (23) such that it is at least partially severed. The invention further relates to an insulation-displacement terminal (11) which is adapted and designed to make clamping contact with an electrical conductor (15), which is sheathed by an insulation (14), by applying the above-mentioned tool.
摘要:
The invention relates to a plug-in bridge (1) for connecting at least two electrical flat contacts (2), comprising an elastic contact fork (3) for inserting a flat contact (2) from an open side (4) of the contact fork, wherein the contact fork (3) has at least two opposite contact fingers (5) for electrically contacting the flat contact (2), wherein the plug-in bridge (1) has two plate elements (7) lying one over the other, at least one contact finger (5) is formed on each of the plate elements (7) lying one over the other, and the plug-in bridge (1) has a clamping spring (10). The plate elements (7) can be connected by attaching the clamping spring (10) to two opposite contact fingers (5), the contact fork (3) thereby being formed.
摘要:
The invention relates to a lead-through terminal (100) having a terminal housing (150) that can be accommodated on a wall (501) of an electrical construction unit (500), wherein the terminal housing (150) comprises a wall passage (154) and a pivotable actuating device (103). The actuating device (103) can be pivoted between a contact position (145) and an open position (144). The actuating device is configured and set up to clamp a conductor (126) on a conductor receptacle (115) in the contact position (145), and in the open position (144), to release or receive a conductor (126) on the conductor receptacle (115). A gap (148) between the actuating device (103) and the wall passage (154) that is present during the pivoting of the actuating device (103) between the open position (144) and the contact position (145) is closed, at least in the contact position (145).
摘要:
Electrical connection terminal (100) having a housing device and housing device having a terminal housing (150) and having at least one latching system (201) comprising two latching units (210, 220) interacting with one another, wherein one latching unit (210) is embodied as a latching arm (211) which is connected to the terminal housing (150) and extends out away from the terminal housing (150). The other latching unit (220) is embodied as a latching connector (221) and is intended to interact with the latching arm (211) for latching purposes. The latching connector (221) has a latching body (222) which has a wedge-like shape (223) in a latching direction (202), along a movement of the two latching units (210, 220) during latching. A latching toothed portion (227) is provided on at least one transverse surface (224) of a first (220) of the two latching units (210, 220) and a meshing unit (217) is provided on at least one transverse surface (224) of a second (210) of the two latching units (210, 220). The latching toothed portion (227) and the meshing unit (217) mesh with one another so as to latch in order to latch the latching units (210, 220) interacting with one another.
摘要:
A connection arrangement comprising a housing body (1) with a connection section (3) on which, on each of two opposing sides (5, 6), there is formed at least one housing bearing wedge (7.1, 7.2, 7.3, 7.4) with a bearing face (8) oriented at a wedge angle (10) with respect to a mounting direction (29), and with a bearing section (4), wherein a clamping face (12) formed on the bearing section (4) is provided at a distance from the bearing face (8) of the at least one housing bearing wedge (7.1, 7.2, 7.3, 7.4), and comprising a connection body (2) which can be placed against the housing body (1) in the region of the connection section (3), and on which there is provided at least one connection bearing wedge (20.1, 20.2, 20.3, 20.4) which has a bearing face (22) oriented at the same wedge angle (10) with respect to the mounting direction (29), wherein, in a mounted state, the bearing faces (8, 22) of the housing bearing wedge (7.1, 7.2, 7.3, 7.4) and of the connection bearing wedge (20.1, 20.2, 20.3, 20.4) are in contact with one another, characterized in that at least one first connection bearing wedge (20.1, 20.2, 20.3, 20.4) and one second connection bearing wedge (21.1, 21.2, 21.3, 21.4) are provided on the connection body (2), wherein a first bearing face (22) is provided on the first connection bearing wedge (20.1, 20.2, 20.3, 20.4) and a second bearing face (23) is provided on the second connection bearing wedge (21.1, 21.2, 21.3, 21.4), wherein the first bearing face (22) and the second bearing face (23) enclose, with the mounting direction (29), a wedge angle (10) of the same magnitude, and wherein the wedge angle (10) formed between the first bearing surface (22) and the mounting direction (29) is the mirror image, in relation to the mounting direction (29), of the second wedge angle (10) formed between the second bearing surface (23) and the mounting direction (29), such that, in a first mounting position, the connection body (2) is placed with the first bearing face (22) against the bearing face (8) of the housing bearing wedge (7.1, 7.2, 7.3, 7.4), and in that, in a second mounting position adopted by rotating the connection body (2) by 180° about a mounting rotation axis (34), the connection body (2) is placed with the second bearing face (23) against the bearing face (8) of the housing bearing wedge (7.1, 7.2, 7.3, 7.4).