CN210690789U

CN210690789U - Socket line detection device

Info

Publication number: CN210690789U
Application number: CN201920906951.3U
Authority: CN
Inventors: 张存生
Original assignee: Hunan Zhongpu Technology Co ltd
Current assignee: Hunan Zhongpu Technology Co ltd
Priority date: 2019-06-17
Filing date: 2019-06-17
Publication date: 2020-06-05
Anticipated expiration: 2029-06-17

Abstract

The utility model discloses a socket circuit detection device, including network tester, net twine one and net twine two, net twine one end crimping water crystal joint, crystal joint is connected with network tester, and the other end gets N heart yearn and connects the socket, two one ends crimping crystal joint of net twine, the other end gets N heart yearn connecting plug, crystal joint is connected with network tester; n is equal to the number of the socket lines; starting a network tester, and judging the on-off performance of the socket to be detected through a display lamp corresponding to the core wire on the network tester; the utility model discloses a repacking net twine inserts the socket network tester, can once only detect each circuit break-make performance condition of socket L/N PE, effectual improvement test work efficiency, the rate of accuracy improves, can carry out often effectual control to socket circuit break-make performance.

Description

Socket line detection device

Technical Field

The utility model relates to a socket detection area especially relates to a socket line detection device.

Background

Most of the current enterprises adopt a universal meter to independently test a line corresponding to L-L, N-N, PE-PE when testing a multi-hole socket, and when testing 5 holes, 7 holes, 12 holes and even more holes of a common socket, the universal meter is adopted to test the on-off of each path L, N, PE in each jack one by one, namely, each jack needs to be tested for 3 times, the testing efficiency is very low, a universal meter pen is easy to contact insecure when detecting a plug wire from each jack, the testing accuracy is reduced to some extent, and the on-off quality condition of the line cannot be effectively controlled.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to provide a socket line detection device inserts the socket network tester through repacking net twine, can once only detect each circuit break-make performance condition of socket LNPE, effectual improvement test work efficiency, the rate of accuracy improves, can carry out often effectual control to socket circuit break-make performance.

The utility model discloses a solve the technical scheme that prior art problem adopted as follows:

a socket circuit detection device comprises a network tester, a network cable I and a network cable II, wherein one end of the network cable I is pressed to a crystal joint, the crystal joint is connected with the network tester, N core wires are taken from the other end of the network cable I to be connected with a socket, one end of the network cable II is pressed to the crystal joint, N core wires are taken from the other end of the network cable II to be connected with a plug, and the crystal joint is connected with the network tester; and N is equal to the number of the socket lines.

Furthermore, the first network cable core wire connecting socket inserts a socket to be tested into a socket connected with the first network cable through a plug; the core wire of the network cable II is connected with an upper plug and is inserted into the socket hole to be tested; through reequiping two net twines respectively, can ensure that heart yearn is firm with being connected of socket circuit, also be convenient for quick to socket circuit detect work.

Further, N is equal to 3, the three core wires are respectively connected with L, N, PE lines, and the on-off performance of L, N, PE lines is respectively judged through the state of each core wire and a corresponding display lamp on the network tester.

Preferably, the three core wires are three core wires which are adjacent to each other in sequence in the mesh wire.

Furthermore, N equals 2, the three core wires are respectively connected with the L line and the N line, and the on-off performance of the L line and the N line is respectively judged according to the states of the core wires and the corresponding display lamps on the network tester.

Preferably, the two core wires are two adjacent core wires in the mesh wire.

Specifically, the model of the network tester is NF-468.

The utility model discloses working method as follows:

taking two network cables, marking as a first network cable and a second network cable, and crimping a crystal connector at one end of the first network cable and one end of the second network cable and respectively connecting the first network cable and the second network cable into a network tester through the crystal connector; the other ends of the network cable I and the network cable II are respectively provided with N same core wires, wherein N is equal to the number of the socket lines;

the N core wires taken by the first network wire are respectively connected to one end of the socket circuit, and the N core wires taken by the second network wire are correspondingly respectively connected to the other end of the socket circuit;

starting a network tester, and judging the on-off performance of the socket to be detected through a display lamp corresponding to the core wire on the network tester; when the display lamps corresponding to the core wires flash in sequence, the fact that the socket line is normally connected and disconnected is indicated; and when the display lamp corresponding to the core wire is not on, indicating that the connection of the circuit connected with the core wire is poor.

The beneficial effects are as follows:

the utility model discloses a repacking net twine will detect the socket to insert the network tester, can once only detect each circuit break-make performance condition of socket L/N PE, effectual improvement test work efficiency, the rate of accuracy improves, can carry out often effectual control to socket circuit break-make performance.

Drawings

Fig. 1 is a schematic view of an outlet line detection device.

Detailed Description

The present invention will be further described with reference to the following embodiments. Wherein the showings are for the purpose of illustration only and are shown by way of illustration only and not in actual form, and are not to be construed as limiting the present patent; for a better understanding of the embodiments of the present invention, some parts of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.

As shown in fig. 1, the present embodiment provides a socket line detection device, which includes a network tester 0, a network cable 1 and a network cable 2, wherein one end of the network cable 1 is crimped with a crystal joint 10, the crystal joint 10 is connected with the network tester 0, the other end is connected with a socket 3 by taking 3 core wires, one end of the network cable 2 is crimped with a crystal joint 20, the other end is taken 3 core wires to connect a plug 4, and the crystal joint 20 is connected with the network tester 0; specifically, the model of the network tester is NF-468.

3 heart yearns that net twine 1 got connect socket 3, will await measuring socket 5 and insert the socket 3 of being connected with net twine 1 through plug 50, and 3 heart yearns that net twine 2 got connect upper plug 4 and insert the socket 5 downthehole of awaiting measuring, through reequiping two net twines 1 and 2 respectively, can ensure that heart yearn is firm with being connected of socket circuit, also be convenient for quick detect work to socket circuit.

The three core wires are three adjacent core wires in the network cable and correspond to display lamps 01, 02 and 03 on the network tester.

The working principle is as follows:

starting the network tester 0, and judging the on-off performance of the socket 5 to be detected through a display lamp corresponding to the core wire on the network tester 0; when the display lamps 01.02.03 corresponding to the core wires flash in sequence, the socket lines L-L, N-N, PE-PE are normally connected; when any one of the indicator lights 01.02.03 corresponding to the core line is not lit, it indicates that one of the lines L-L, N-N, PE-PE connected to the core line is not on or off.

When the first jack test is finished and the test shows that the jacks are normal and qualified, the on-off of the jacks at the back are tested in sequence; the on-off of 3 lines is finished in one-time test, the detection work efficiency is greatly improved, and the quality guarantee of the on-off performance of the socket is effectively controlled.

In the embodiment, the socket to be detected is connected into the network tester 0 through the modified network cables 1 and 2, the on-off performance condition of each line of the socket L/N/PE can be detected at one time, the testing working efficiency is effectively improved, the accuracy is improved, and the on-off performance of the line of the socket can be controlled effectively.

It should be understood that the above-mentioned embodiments are only examples for clearly illustrating the technical solutions of the present invention, and are not intended to limit the embodiments of the present invention. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention should be included in the protection of the claims of the present invention.

Claims

1. A socket circuit detection device is characterized by comprising a network tester, a network cable I and a network cable II, wherein one end of the network cable I is pressed to a crystal joint, the crystal joint is connected with the network tester, N core wires are taken from the other end of the network cable I to be connected with a socket, one end of the network cable II is pressed to the crystal joint, N core wires are taken from the other end of the network cable II to be connected with a plug, and the crystal joint is connected with the network tester; and N is equal to the number of the socket lines.

2. The jackwire detection device of claim 1, wherein the first core wire of the network cable is connected to a socket, and a socket to be tested is inserted into the socket connected to the first network cable by a plug; and the core wire of the network cable II is connected with the upper plug and is inserted into the socket hole to be tested.

3. The outlet line detection device of claim 1, wherein N is equal to 3, three cores are respectively connected to L, N, PE lines, and the on/off performance of L, N, PE lines is respectively judged by the state of each core and a corresponding display lamp on the network tester.

4. The jackwire detection device of claim 3, wherein the three core wires are three core wires that are adjacent in sequence in the network wire.

5. The outlet line detection device according to claim 1, wherein N is equal to 2, three core wires are respectively connected to the L and N lines, and the on-off performance of the L and N lines is respectively determined by the state of each core wire and a corresponding display lamp on the network tester.

6. The jackwire detection device of claim 5, wherein the two core wires are two adjacent core wires in a network wire.

7. The jackwire detection device of claim 1, wherein the network tester model is NF-468.