Abstract:
A fuse seat with prompting function is to provide a fuse plugged therein conductively. The fuse seat includes an insulating body, two electricity-conducting pieces, two electric wires and a light-emitting unit. The insulating body is arranged an accommodating space and is configured a through trough. Two electricity-conducting pieces are respectively arranged in the accommodating space. The fuse is plugged into the accommodating space and is connected conductively to the electricity-conducting pieces. One side of each electric wire is respectively connected to the electricity-conducting pieces electrically and is extended out of the insulating body. The light-emitting unit is embedded fixedly in the insulating body, accommodated in the through trough and connected electrically to the electricity-conducting pieces respectively. When an overload occurs the light-emitting unit generates prompting light for the purpose of identification.
Abstract:
A fuse seat having light-emitting module of hidden type is to provide a fuse plugged therein conductively. The fuse seat includes an insulating body, two electricity-conducting pieces and a light-emitting module. The insulating body is arranged an accommodating space, in which two electricity-conducting pieces are fixed respectively. The fuse is plugged into the accommodating space and connected conductively to the electricity-conducting pieces. The light-emitting module is hidden in the insulating body and is connected electrically to the electricity-conducting pieces respectively, thus that a cost-saving effect is thereby achieved.
Abstract:
An electrical test lead for use with a multi-meter has a fuse assembly adapted to releasably hold a fuse in-line of the electrical wire connecting ends of the electrical test lead. The fuse assembly may be permanently attached to the electrical test leads or may be releasably attached at one or both ends thereof to electrical test lead sections. The fuse assembly includes a fuse holder that is preferably clear to see the replaceable fuse therein in order to determine whether the fuse has blown. The electrical test lead has a fuse assembly holding a replaceable fuse electrically connected to and situated between a first test lead section terminating in a test lead plug that is adapted to be received in a test lead receptacle of a multi-meter and a second test lead section terminating in one of an electrical test probe and a test lead receptor adapted to receive a test lead tool.
Abstract:
An electrical joint assembly for connecting a plurality of conductors includes a busbar hub and a plurality of limiter modules. The busbar hub includes an electrically conductive busbar body and a plurality of conductor legs extending from the busbar body. The limiter modules each include a fuse element. Each of the limiter modules is connected to a respective one of the conductor legs and is connectable to a respective conductor to provide a fuse controlled connection between the respective conductor leg and the respective conductor. Each of the limiter modules is independently removable from the respective one of the conductor legs.
Abstract:
A wire end terminal includes a terminal body portion formed by melting and stamping conductors of a wire W, and a fuse element portion formed between the terminal body portion and the conductors.
Abstract:
A cable limiter includes a main body having a cavity. The cavity of the main body is structured to receive a replaceable fusible element. An annunciator is housed by the main body. The annunciator is structured to annunciate status of the replaceable fusible element.
Abstract:
A cable limiter includes a main body having a cavity. The cavity of the main body is structured to receive a replaceable fusible element. An annunciator is housed by the main body. The annunciator is structured to annunciate status of the replaceable fusible element.
Abstract:
A fuse is adapted for electrical connection between a first low voltage power bus and a second low voltage power bus. The fuse includes one or more pairs of first and second spacer laminations. The first and second spacer laminations have a first area. The fuse also includes a plurality of fuse element laminations, each of which includes a first portion laminated to the first spacer lamination of one or two of the pairs, a second portion laminated to the second spacer lamination of the one or two of the pairs, and a third portion disposed between the first and second portions and intermediate the first and second spacer laminations of the one or two of the pairs. The first and second portions of the fuse element laminations have a second area, which is about equal to the first area.
Abstract:
A blade fuse holder configured to have a reduced overall height. The blade fuse holder has a housing that accommodates a pair of contacts. The pair of contacts each has a pair of opposing contact arms that extend from a base part. The pair of opposing contact arms each has a contact projection in a position corresponding to a cut-out formed in the base part so that a distal end of a blade fuse that has been inserted between the pair of opposing contact arms is received in the cut-out.
Abstract:
A blade fuse holder configured to have a reduced overall height. The blade fuse holder has a housing that accommodates a pair of contacts. The pair of contacts each has a pair of opposing contact arms that extend from a base part. The pair of opposing contact arms each has a contact projection in a position corresponding to a cut-out formed in the base part so that a distal end of a blade fuse that has been inserted between the pair of opposing contact arms is received in the cut-out.