A connecting terminal in a power distribution unit includes a connecting plate and a first wire joint. The connecting plate includes first and second ends. The first end defines a first locking hole. The first wire joint is configured to be connected to an end of a wire, the connecting terminal is connected a power interface of an external device through the first locking hole. The power distributing unit having the connecting terminal is further disclosed.

A terminal block which can be coupled to another terminal block in an electrically connected state includes a housing, an input-side power supply terminal and an output-side power supply terminal. The housing includes a first wall portion and a second wall portion. The input-side power supply terminal and the output-side power supply terminal are arranged along the second wall portion inside the housing. The housing includes a protruding portion that functions as an obstructing member that hinders connection of the input-side power supply line to the input-side power supply terminal and a through hole that is arranged in a vicinity of the input-side power supply terminal of the second wall portion and penetrates the second wall portion in the first direction to allow insertion of the obstructing member.

An adapter for a housing opening in a housing of a splice block can include an adapter body that is movably coupled to the housing and includes a conductor passage. The adapter body can be selectively movable between a closed configuration and an open configuration, in which the conductor passage is, respectively, in and out of alignment with the housing opening.

A torque sensor terminal block structure includes an electric motor (1) which outputs driving force for driving a load (8), a strain body (3) interposed on a way of a power transmission system from the electric motor (1) to the load (8), a plurality of power detectors (4) which output a detection signal according to strain of the strain body (3) as a signal indicating the driving force, and a terminal block (6) which acquires the detection signal of the power detectors (4) and transmits the output result to a signal processing circuit section (10). The wirings to the signal processing circuit section (10) are twisted spirally as a single stranded wire, and an opening degree between single wirings when the stranded wire extending from the power detectors (4) to the terminal block (6) is unwound, is set to be same for each of the power detectors (4).

The invention relates to a modular distributor for incoming and outgoing electrical conductors. The modular distributor including at least a base module having a first electrical conductor, and a connecting module having a second electrical conductor, wherein at least a first core of the first electrical conductor contacts a second core of the second electrical conductor. For the achievement of a high degree of flexibility in installation, the base module is provided with at least two contact rods extending therefrom, wherein the connecting module is threaded onto the contact rods and the contact rods project through the connecting module. A contact rod forms the electrical connection between a first core of the first conductor and a second core of the second conductor.

A bus bar including a main body having conductivity and an insulative body covering the main body. The insulative body includes a first member that allows transmission laser light having a predetermined wavelength, a second member that absorbs the laser light, and a welding portion. The first member and the second member are welded to each other at least at a part of a contact portion between the first member and the second member in the welding portion. The main body includes a contact point exposed from the insulative body.

To realize an insulating busbar that has both low inductance and high withstand voltage, provided is an insulating busbar that connects to a module on which is mounted a semiconductor chip, including a plurality of circuit conductors; a plurality of connection terminals that respectively electrically connect the circuit conductors to the module; and an insulating resin portion that is formed integrally between each of the circuit conductors and at least a portion of a region around each connection terminal and does not have any gaps between the circuit semiconductors.

The invention concerns a rack module for forming a support column, such as a rack, by stacking at least two rack modules, the rack module having at least one site for receiving a device for administering a medical product, this site comprising at least one plug for electric current supply to the administering device and for data transfer. It is also provided with an inlet connector and an outlet connector for connecting two successive modules to each other, power lines and data transfer lines connecting the inlet connector with the plug of the sites on the one hand side and with the outlet connector on the other hand side. In order to improve the connection between the rack modules in order to make its use easier, it is suggested according to the invention that the inlet connector or the outlet connector is movable between a stocking position and a connected position, the movable connector being called mobile connector and the other connector being called second connector, wherein, when a second module is placed over or under the module, the mobile connector in the connected position is in connection with the second connector of a second module placed over or under the module. This allows to stock in a safe position one of the connectors so that during the stocking and the handling of the module there is no risk for it to be damaged.

A bus module (100) includes an insulating body (10) and multiple conductors (20), and the insulating body (10) includes a first insulator (11), a second insulator (12) installed at a position corresponding to the first insulator (11), and two locking arm (111) installed on two sides of the first insulator (11) separately. Each conductor (20) is parallelly embedded in the insulating body (10) and includes a lapping plate (21), a clamping portion (22) extended from the lapping plate (21) and an end pin (23) extended from the lapping plate (21) in a direction away from the clamping portion (22), and the lapping plate (21) is disposed between the first insulator (11) and the second insulator (12) and exposed to the outside, and the clamping portion (22) is accommodated in the second insulator (12), and the end pin (23) is accommodated in the first insulator (11).

The invention relates to a terminal assembly and in particular a series terminal assembly for medium-voltage switchgears. The assembly includes at least two input-side connectors and at least two output-side connectors in addition to a configuration location. The input-side connectors and the output-side connectors are not interconnected in a fixed pre-configured manner. Each of the configuration locations for each input-side connector location and for each output-side connector location has a configuration connector location.