CN106597201A - Cable testing method of quick connector - Google Patents
Cable testing method of quick connector Download PDFInfo
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- CN106597201A CN106597201A CN201611221722.5A CN201611221722A CN106597201A CN 106597201 A CN106597201 A CN 106597201A CN 201611221722 A CN201611221722 A CN 201611221722A CN 106597201 A CN106597201 A CN 106597201A
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- 238000012360 testing method Methods 0.000 title claims abstract description 31
- 238000001514 detection method Methods 0.000 claims description 74
- 238000000034 method Methods 0.000 claims description 19
- 238000007689 inspection Methods 0.000 claims description 8
- 230000005611 electricity Effects 0.000 claims description 4
- 239000000725 suspension Substances 0.000 claims description 4
- 230000008859 change Effects 0.000 claims description 3
- 239000000835 fiber Substances 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims description 3
- 230000006872 improvement Effects 0.000 description 6
- 238000010586 diagram Methods 0.000 description 3
- 230000000694 effects Effects 0.000 description 2
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- 238000012986 modification Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000010998 test method Methods 0.000 description 2
- 230000009471 action Effects 0.000 description 1
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/50—Testing of electric apparatus, lines, cables or components for short-circuits, continuity, leakage current or incorrect line connections
- G01R31/58—Testing of lines, cables or conductors
- G01R31/60—Identification of wires in a multicore cable
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R1/00—Details of instruments or arrangements of the types included in groups G01R5/00 - G01R13/00 and G01R31/00
- G01R1/02—General constructional details
- G01R1/04—Housings; Supporting members; Arrangements of terminals
- G01R1/0408—Test fixtures or contact fields; Connectors or connecting adaptors; Test clips; Test sockets
- G01R1/0416—Connectors, terminals
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Abstract
The invention discloses a cable testing method of a quick connector. The cable testing method comprises the steps of a four-core cable testing step, a six-core cable testing step and a ten-core cable testing step. According to the cable testing method of the quick connector, through setting the four-core cable testing step, the six-core cable testing step and the ten-core cable testing step, testing of a four-core cable, testing of a six-core cable and testing of a ten-core cable can be effectively finished, thereby realizing higher speed and higher convenience than a manner through a universal meter in prior art.
Description
Technical field
The present invention relates to a kind of electrical cable detecting method, more particularly to a kind of quick connector, the test of cable
Method.
Background technology
Wireline test for cable production and use during be a particularly significant step, by cable survey
Examination, can effectively learn the tolerance pressure situation of cable, and whether cable internal wiring is in the conduction state, and cable is inserted
Head connector whether being capable of normal work from short-circuit structure.
Using when testing cable in prior art, usually select that cable is connected with the mains, then utilize
Circuit tester detects to the electric current for flowing through cable, is achieved in detecting the effect of cable power, but is opened due to existing
The cable inside for closing cabinet has more core, thus when detection is per break-make situation all the way, it is necessary to by circuit tester with
Each core contact, due to the finite volume of a cable plug, thus the spacing between each core is not very big, thus
Thus being easy to occur in circuit tester during detection and meeting other cores causes to detect inaccurate problem, while so existing
Operate in detection process also very inconvenient.
The content of the invention
In view of the shortcomings of the prior art, it is an object of the invention to provide a kind of detection is accurate, easy to operate is fast
The method of testing of fast adapter, cable.
For achieving the above object, the invention provides following technical scheme：A kind of quick connector, the test side of cable
Method, it is characterised in that：Including 4 core cable detection steps, 6 core cable detection steps and 10 core cable detection steps；4 described cores
Cable detection step is as follows：
Step one, a 4 road permutatoies and 4 display lamps are connected according to the mode of power circuit all the way, a display lamp,
After series connection is completed, two 4 core sockets of connecting between display lamp and 4 road permutatoies；
The two ends of 4 core cables are connected respectively two 4 core cable sockets by step 2, turn on two 4 core cable sockets；
Step 3, connects with the mains, and rotates 4 road permutatoies so that 4 road permutatoies are respectively turned on 4 power circuits in it,
During 4 road permutatoies are rotated, while the light on and off situation of 4 display lamps of the corresponding series connection of observation, if there are 4 tunnels
When permutator gets to a power circuit, corresponding display lamp does not work, then it represents that 4 core cables to should the core in loop go out
Existing failure, with this detection of 4 core cables is completed；
The 6 core cable detection step includes：
1, a 6 road permutatoies and 6 display lamps are connected according to the mode of power circuit all the way, a display lamp, connect
After completing, connect between display lamp and 6 road permutatoies 6 core sockets and 32 core sockets, wherein 12 core sockets correspondence 2
Individual display lamp, wherein also indicating loop and 2 core zero sequences from connection from connection with automatic loop, 2 core C phases in 6 road permutatoies
Loop is indicated, is corresponded be coupled between 32 core sockets and display lamp respectively；
2,32 core cables of 6 core cables are connected with 32 core sockets, by 6 road permutatoies toggle it to respectively automatic loop, 2
Core C phases indicate that loop and 2 core zero sequences indicate loop from connecting from connecting, detect 2 core cables from short-circuit structure；
3, the floated lap joint of 6 cores is connected to into 32 core cables, 6 road permutatoies are toggled it to into automatic loop, 6 cores of detection hang
Floating lap joint from short-circuit structure；
4,6 core cable main line one end are connected with the floated lap joint of 6 cores, the other end is connected with 6 core sockets so that change on 6 roads
Switch is respectively turned on 6 power circuits in it, detects 6 core cable main lines, completes the detection to 6 core cables；
The 10 core cable detection step includes：
（1）, a 10 road permutatoies and 10 display lamps are connected according to the mode of power circuit all the way, a display lamp,
After series connection is completed, two 10 core sockets of connecting between display lamp and 10 road permutatoies；
（2）, the two ends of 10 core cables are connected into respectively two 10 core cable sockets, turn on two 10 core cable sockets；
（3）, connect with the mains, rotate 10 road permutatoies so that 10 road permutatoies are respectively turned on 10 power circuits in it,
During 10 road permutatoies are rotated, while the light on and off situation of 10 display lamps of the corresponding series connection of observation, if occurring
When 10 road permutatoies get to a power circuit, corresponding display lamp does not work, then it represents that 10 core cables are to should loop
Core break down, the detection of 10 core cables is completed with this.
As a further improvement on the present invention, detect that 2 core cables are as follows from short-circuit structure step in the step 2：
1., yellow line folder, green line folder, red line folder, black line folder, blue line folder and brown wire clamp are connected to successively in 32 core sockets,
In connection, by the end of A phases cable 1 of yellow line 2 core cables of folder, the end of A phases cable 2 of green line folder 2 core cables of folder, red line folder folder 2
The end of C phases cable 1 of core cable, the end of C phases cable 2 of black line folder 2 core cables of folder, the end of N phases cable 1 of blue line folder 2 core cables of folder, palm fibre
Wire clamp presss from both sides the end of N lines cable 2 of 2 core cables；
2., switch on power, 6 road permutatoies are gone to into automatic loop so that automatic loop is turned on, if corresponding with automatic loop
Two display lamps are bright, then it represents that the A phases of 2 core cables are normal from short-circuit structure, if occurring in which, a lamp does not work, and needs inspection 2
Whether the wiring from short circuit and installation of core cable A phases be correct, completes to detect 2 core cable A phases from short circuit；
3., then 6 road permutatoies are gone to into 2 core C phases and indicates loop from connection so that 2 core C phases indicate loop from connection, if
Two display lamps corresponding with oneself connection instruction loop of 2 core C phases are bright, then it represents that the C phases of 2 core cables are normal from short-circuit structure, if
Occur in which that a lamp does not work, then need the wiring from short circuit for checking 2 core cable C phases and whether correct install, complete to 2 cores electricity
Cable C phases from short circuit detection；
4., then 6 road permutatoies are gone to into 2 core zero sequences and indicates loop from connection so that 2 core zero sequences indicate loop from connection, if
It is that two display lamps corresponding with oneself connection instruction loop of 2 core zero sequences are bright, then it represents that the N phases of 2 core cables are normal from short-circuit structure,
If occurring in which, a lamp does not work, and needs the wiring from short circuit for checking 2 core cable N phases and whether correct installs, and completes to 2 cores
Cable N phases from short circuit detection, and then complete the detection to 2 core cables.
As a further improvement on the present invention, the step of floated lap joint of 6 cores is detected in the step 3 is as follows：
A, by it is above-mentioned access with the lap joint of 32 core sockets are connected 32 core cables the corresponding A of the floated lap joint of 6 cores,
C, N point；
B, switches on power, and 6 road permutatoies are gone to into automatic loop, if the display lamp all light in 6 display lamps, then it represents that 6
The floated lap joint of core is normal, if one of lamp does not work, needs the wiring condition of the corresponding point of inspection, completes outstanding to 6 cores
The detection of floating lap joint.
As a further improvement on the present invention, the step of 6 core cable main line is detected in the step 4 is as follows：
41, the lap joint at 6 core cable main line two ends is connected respectively with 6 core suspension lap joints and 6 core sockets, and tighten；
42, switch on power, 6 power circuits that 6 core permutatoies are sequentially turned on respectively in it are rotated, whether viewing lamp can
It is bright, if having that display lamp do not work or occur display lamp order with rotate way it is inconsistent, illustrate cable or cable connection
Place's failure, need to check and do over again；
43, power off, 6 core permutatoies are gone to into stop position, complete the detection to 6 core cable main lines.
As a further improvement on the present invention, also there are 6 core cable main lines to tie from short circuit between the step 3 and step 4
Structure detecting step：
A, is connected with the floated lap joint of 6 cores of 32 core cable connections by above-mentioned with the lap joint of 6 core cable main line one end；
B, switches on power, and 6 road permutatoies are gone to into automatic loop, if the display lamp all light in 6 core display lamp groups, then it represents that
6 core cable main lines it is normal from short-circuit structure, if one of lamp does not work, need to check the corresponding point of 6 core main lines from short
Situation is connect, and then completes the detection of 6 core cables.
Beneficial effects of the present invention, by the setting of step one, it is possible to effectively using 4 road permutatoies and 4 fingers
Show lamp and two 4 core sockets as the hardware facility of 4 core cables of detection, but just can be effective by the setting of step 2
4 core cables are connected into hardware facility, effectively 4 core cables have detected finally by step 3, so just can be quick
The detection to 4 core cables is effectively completed, compared to of the prior art by the way of circuit tester, more fast, and is led to
The setting for crossing step 1 just can be using 6 road permutatoies and 6 display lamps and 6 core sockets and 32 core sockets compositions detection 6
The hardware facility of core cable, then by the setting of step 2, it is possible to insert 32 core cables in 6 core cables with 32 cores
Mouthful connection, so just can detect the whether normal from short-circuit structure of 32 core cables, and pass through the setting of step 3, in Jing
Cross step 2 to have detected after 2 core cables, then the floated lap joint of 6 cores is connected on 2 core cables, it is possible to effectively to 6 cores
Floated lap joint effectively have detected from short-circuit structure, and pass through the setting of step 4, through step 3 detect 6
After the floated lap joint of core, then 6 core cable main lines are connected in the floated lap joint of 6 cores and 6 core sockets just can be with,
Just effectively situation in the line of 6 core cable main lines and wiring condition can have detected, thus can be successively to 6
3 parts of core cable have detected, and during detection and need not dismantle action so that 63, core cable parts
Detection is accomplished without any letup, more efficient and convenient, and passes through step（1）, step（2）And step（3）Setting, it is possible to according to inspection
The principle for surveying 4 core cables effectively detects 10 core cables, so effectively completes the detection to all cables.
Description of the drawings
Fig. 1 is the hardware facility schematic diagram that 4 core cables are detected in quick connector, the method for testing of cable；
Fig. 2 is the hardware facility schematic diagram that 6 core cables are detected in quick connector, the method for testing of cable；
Fig. 3 is the hardware facility schematic diagram that 10 core cables are detected in quick connector, the method for testing of cable.
Specific embodiment
The present invention is described in further detail below in conjunction with the embodiment given by accompanying drawing.
Referring to figs. 1 to shown in 3, a kind of quick connector of the present embodiment, the method for testing of cable, it is characterised in that：Bag
Include 4 core cable detection steps, 6 core cable detection steps and 10 core cable detection steps；4 described core cable detection steps are such as
Under：
Step one, a 4 road permutatoies and 4 display lamps are connected according to the mode of power circuit all the way, a display lamp,
After series connection is completed, two 4 core sockets of connecting between display lamp and 4 road permutatoies；
The two ends of 4 core cables are connected respectively two 4 core cable sockets by step 2, turn on two 4 core cable sockets；
Step 3, connects with the mains, and rotates 4 road permutatoies so that 4 road permutatoies are respectively turned on 4 power circuits in it,
During 4 road permutatoies are rotated, while the light on and off situation of 4 display lamps of the corresponding series connection of observation, if there are 4 tunnels
When permutator gets to a power circuit, corresponding display lamp does not work, then it represents that 4 core cables to should the core in loop go out
Existing failure, with this detection of 4 core cables is completed；
The 6 core cable detection step includes：
1, a 6 road permutatoies and 6 display lamps are connected according to the mode of power circuit all the way, a display lamp, connect
After completing, connect between display lamp and 6 road permutatoies 6 core sockets and 32 core sockets, wherein 12 core sockets correspondence 2
Individual display lamp, wherein also indicating loop and 2 core zero sequences from connection from connection with automatic loop, 2 core C phases in 6 road permutatoies
Loop is indicated, is corresponded be coupled between 32 core sockets and display lamp respectively；
2,32 core cables of 6 core cables are connected with 32 core sockets, by 6 road permutatoies toggle it to respectively automatic loop, 2
Core C phases indicate that loop and 2 core zero sequences indicate loop from connecting from connecting, detect 2 core cables from short-circuit structure；
3, the floated lap joint of 6 cores is connected to into 32 core cables, 6 road permutatoies are toggled it to into automatic loop, 6 cores of detection hang
Floating lap joint from short-circuit structure；
4,6 core cable main line one end are connected with the floated lap joint of 6 cores, the other end is connected with 6 core sockets so that change on 6 roads
Switch is respectively turned on 6 power circuits in it, detects 6 core cable main lines, completes the detection to 6 core cables；
The 10 core cable detection step includes：
（1）, a 10 road permutatoies and 10 display lamps are connected according to the mode of power circuit all the way, a display lamp,
After series connection is completed, two 10 core sockets of connecting between display lamp and 10 road permutatoies；
（2）, the two ends of 10 core cables are connected into respectively two 10 core cable sockets, turn on two 10 core cable sockets；
（3）, connect with the mains, rotate 10 road permutatoies so that 10 road permutatoies are respectively turned on 10 power circuits in it,
During 10 road permutatoies are rotated, while the light on and off situation of 10 display lamps of the corresponding series connection of observation, if occurring
When 10 road permutatoies get to a power circuit, corresponding display lamp does not work, then it represents that 10 core cables are to should loop
Core break down, the detection of 10 core cables is completed with this, due to the existing cable suitable for switch cubicle be all 4 core cables, 6
Core cable and 10 core cables, so the method in the present embodiment is only detected to 4 core cables, 6 core cables and 10 core cables,
When detection, it is necessary first to get out hardware setting, by step one, step 1 and step（1）It is ready to need to detect that hardware sets
Apply, wherein the hardware facility in the present embodiment can with unified integration a to chest, in facilitating detection process, detection when
Wait, step 2 can be first passed through and step 3 detects 4 core cables, it is also possible to which 6 core cables are detected by step 2 to step 4, and
By step（2）And step（3）10 core cables are detected, when detection, it is only necessary to just can be effective according to above-mentioned steps
The detection to 4 core cables, 6 core cables and 10 core cables is completed, compared to detecting by the way of circuit tester in prior art
Mode, its detection efficiency and precision it is higher, and by step（2）, step（3）And step（4）Setting just can be effective
Play a part of the 2 core cables for detecting 6 core cables successively, the floated lap joint of 6 cores and 6 core cable main lines, in detection
When detect successively, thus detect 6 core cable when can accomplish without any letup, efficiency is greatly lifted.
As a kind of improved specific embodiment, detect that 2 core cables are as follows from short-circuit structure step in the step 2：
1., yellow line folder, green line folder, red line folder, black line folder, blue line folder and brown wire clamp are connected to successively in 32 core sockets,
In connection, by the end of A phases cable 1 of yellow line 2 core cables of folder, the end of A phases cable 2 of green line folder 2 core cables of folder, red line folder folder 2
The end of C phases cable 1 of core cable, the end of C phases cable 2 of black line folder 2 core cables of folder, the end of N phases cable 1 of blue line folder 2 core cables of folder, palm fibre
Wire clamp presss from both sides the end of N lines cable 2 of 2 core cables；
2., switch on power, 6 road permutatoies are gone to into automatic loop so that automatic loop is turned on, if corresponding with automatic loop
Two display lamps are bright, then it represents that the A phases of 2 core cables are normal from short-circuit structure, if occurring in which, a lamp does not work, and needs inspection 2
Whether the wiring from short circuit and installation of core cable A phases be correct, completes to detect 2 core cable A phases from short circuit；
3., then 6 road permutatoies are gone to into 2 core C phases and indicates loop from connection so that 2 core C phases indicate loop from connection, if
Two display lamps corresponding with oneself connection instruction loop of 2 core C phases are bright, then it represents that the C phases of 2 core cables are normal from short-circuit structure, if
Occur in which that a lamp does not work, then need the wiring from short circuit for checking 2 core cable C phases and whether correct install, complete to 2 cores electricity
Cable C phases from short circuit detection；
4., then 6 road permutatoies are gone to into 2 core zero sequences and indicates loop from connection so that 2 core zero sequences indicate loop from connection, if
It is that two display lamps corresponding with oneself connection instruction loop of 2 core zero sequences are bright, then it represents that the N phases of 2 core cables are normal from short-circuit structure,
If occurring in which, a lamp does not work, and needs the wiring from short circuit for checking 2 core cable N phases and whether correct installs, and completes to 2 cores
Cable N phases from short circuit detection, and then complete the detection to 2 core cables, the mode connected using multiple color wire clamp, so that it may
Effectively to make a distinction to every single line, people are prevented during wiring, then the problem for wiring error occur passes through
Automatic loop, 2 core zero sequences in 6 road permutatoies indicates the setting in loop from instruction loop and 2 core C phases are connected from connection, just
Can by effectively using 6 display lamps, a pair of lamp on/offs in the way of, effectively detect 2 core cables from short circuit situation, so
Extra setting is avoided the need for dedicated for detecting lamp of the 2 core cables from short circuit situation, whole test is effectively reduced and is set
The cost applied.
It is as follows the step of the floated lap joint of 6 cores is detected in the step 3 as a kind of improved specific embodiment：
A, by it is above-mentioned access with the lap joint of 32 core sockets are connected 32 core cables the corresponding A of the floated lap joint of 6 cores,
C, N point；
B, switches on power, and 6 road permutatoies are gone to into automatic loop, if the display lamp all light in 6 display lamps, then it represents that 6
The floated lap joint of core is normal, if one of lamp does not work, needs the wiring condition of the corresponding point of inspection, completes outstanding to 6 cores
The detection of floating lap joint, just can be accurately and effectively connected floated lap joint by the setting of step a with 2 core cables
, and pass through the setting of step b, it is possible to the floated lap joint of 6 cores is detected using display lamp all light or the mode gone out entirely
Whether break down from short-circuit structure, so effectively complete the detection to the floated lap joint of 6 cores.
It is as follows the step of 6 core cable main line is detected in the step 4 as a kind of improved specific embodiment：
41, the lap joint at 6 core cable main line two ends is connected respectively with 6 core suspension lap joints and 6 core sockets, and tighten；
42, switch on power, 6 power circuits that 6 core permutatoies are sequentially turned on respectively in it are rotated, whether viewing lamp can
It is bright, if having that display lamp do not work or occur display lamp order with rotate way it is inconsistent, illustrate cable or cable connection
Place's failure, need to check and do over again；
43, power off, 6 core permutatoies are gone to into stop position, the detection to 6 core cable main lines is completed, by step 41
Setting just effectively 6 core cable main lines can be attached, then just can have by the setting of step 42 and step 43
Effect complete 6 core cable main lines have detected, further complete the detection to 6 core cables.
As a kind of improved specific embodiment, also there are 6 core cable main lines from short between the step 3 and step 4
Binding structure detecting step：
A, is connected with the floated lap joint of 6 cores of 32 core cable connections by above-mentioned with the lap joint of 6 core cable main line one end；
B, switches on power, and 6 road permutatoies are gone to into automatic loop, if the display lamp all light in 6 core display lamp groups, then it represents that
6 core cable main lines it is normal from short-circuit structure, if one of lamp does not work, need to check the corresponding point of 6 core main lines from short
Connect situation, and then complete the detection of 6 core cables, just can be effectively using step A by electricity by the setting of step A and step B
One end of cable main line is connected with the floated lap joint of 6 cores, then just effectively can utilize the other end not by the setting of step B
The mode of connection, detect 6 core cable main lines from short-circuit structure, simple and convenient easy realization, but also will be another after
End is connected with cable socket, and then completes the detection of 6 core cable main lines.
In sum, by step one, step 1 and step（1）Setting, it is possible to effectively 4 core cables of composition detection,
The hardware facility of 6 core cables and 10 core cables, there is provided the basis instrument of detection cable, can thus utilize subsequent step pair
4 core cables, 6 core cables and 10 core cables effectively have detected, so just can effective complete paired cable detection
.
The above is only the preferred embodiment of the present invention, and protection scope of the present invention is not limited merely to above-mentioned enforcement
Example, all technical schemes belonged under thinking of the present invention belong to protection scope of the present invention.It should be pointed out that for the art
Those of ordinary skill for, some improvements and modifications without departing from the principles of the present invention, these improvements and modifications
Should be regarded as protection scope of the present invention.
Claims (9)
1. the method for testing of a kind of quick connector, cable, it is characterised in that：Including 4 core cable detection steps, the inspection of 6 core cables
Survey step and 10 core cable detection steps；4 described core cable detection steps are as follows：
Step one, a 4 road permutatoies and 4 display lamps are connected according to the mode of power circuit all the way, a display lamp,
After series connection is completed, two 4 core sockets of connecting between display lamp and 4 road permutatoies；
The two ends of 4 core cables are connected respectively two 4 core cable sockets by step 2, turn on two 4 core cable sockets；
Step 3, connects with the mains, and rotates 4 road permutatoies so that 4 road permutatoies are respectively turned on 4 power circuits in it,
During 4 road permutatoies are rotated, while the light on and off situation of 4 display lamps of the corresponding series connection of observation, if there are 4 tunnels
When permutator gets to a power circuit, corresponding display lamp does not work, then it represents that 4 core cables to should the core in loop go out
Existing failure, with this detection of 4 core cables is completed；
The 6 core cable detection step includes：
1, a 6 road permutatoies and 6 display lamps are connected according to the mode of power circuit all the way, a display lamp, connect
After completing, connect between display lamp and 6 road permutatoies 6 core sockets and 32 core sockets, wherein 12 core sockets correspondence 2
Individual display lamp, wherein also indicating loop and 2 core zero sequences from connection from connection with automatic loop, 2 core C phases in 6 road permutatoies
Loop is indicated, is corresponded be coupled between 32 core sockets and display lamp respectively；
2,32 core cables of 6 core cables are connected with 32 core sockets, by 6 road permutatoies toggle it to respectively automatic loop, 2
Core C phases indicate that loop and 2 core zero sequences indicate loop from connecting from connecting, detect 2 core cables from short-circuit structure；
3, the floated lap joint of 6 cores is connected to into 32 core cables, 6 road permutatoies are toggled it to into automatic loop, 6 cores of detection hang
Floating lap joint from short-circuit structure；
4,6 core cable main line one end are connected with the floated lap joint of 6 cores, the other end is connected with 6 core sockets so that change on 6 roads
Switch is respectively turned on 6 power circuits in it, detects 6 core cable main lines, completes the detection to 6 core cables；
The 10 core cable detection step includes：
（1）, a 10 road permutatoies and 10 display lamps are connected according to the mode of power circuit all the way, a display lamp,
After series connection is completed, two 10 core sockets of connecting between display lamp and 10 road permutatoies；
（2）, the two ends of 10 core cables are connected into respectively two 10 core cable sockets, turn on two 10 core cable sockets；
（3）, connect with the mains, rotate 10 road permutatoies so that 10 road permutatoies are respectively turned on 10 power circuits in it,
During 10 road permutatoies are rotated, while the light on and off situation of 10 display lamps of the corresponding series connection of observation, if occurring
When 10 road permutatoies get to a power circuit, corresponding display lamp does not work, then it represents that 10 core cables are to should loop
Core break down, the detection of 10 core cables is completed with this.
2. the method for testing of quick connector according to claim 1, cable, it is characterised in that：Detect in the step 2
2 core cables are as follows from short-circuit structure step：
1., yellow line folder, green line folder, red line folder, black line folder, blue line folder and brown wire clamp are connected to successively in 32 core sockets,
In connection, by the end of A phases cable 1 of yellow line 2 core cables of folder, the end of A phases cable 2 of green line folder 2 core cables of folder, red line folder folder 2
The end of C phases cable 1 of core cable, the end of C phases cable 2 of black line folder 2 core cables of folder, the end of N phases cable 1 of blue line folder 2 core cables of folder, palm fibre
Wire clamp presss from both sides the end of N lines cable 2 of 2 core cables；
2., switch on power, 6 road permutatoies are gone to into automatic loop so that automatic loop is turned on, if corresponding with automatic loop
Two display lamps are bright, then it represents that the A phases of 2 core cables are normal from short-circuit structure, if occurring in which, a lamp does not work, and needs inspection 2
Whether the wiring from short circuit and installation of core cable A phases be correct, completes to detect 2 core cable A phases from short circuit；
3., then 6 road permutatoies are gone to into 2 core C phases and indicates loop from connection so that 2 core C phases indicate loop from connection, if
Two display lamps corresponding with oneself connection instruction loop of 2 core C phases are bright, then it represents that the C phases of 2 core cables are normal from short-circuit structure, if
Occur in which that a lamp does not work, then need the wiring from short circuit for checking 2 core cable C phases and whether correct install, complete to 2 cores electricity
Cable C phases from short circuit detection；
4., then 6 road permutatoies are gone to into 2 core zero sequences and indicates loop from connection so that 2 core zero sequences indicate loop from connection, if
It is that two display lamps corresponding with oneself connection instruction loop of 2 core zero sequences are bright, then it represents that the N phases of 2 core cables are normal from short-circuit structure,
If occurring in which, a lamp does not work, and needs the wiring from short circuit for checking 2 core cable N phases and whether correct installs, and completes to 2 cores
Cable N phases from short circuit detection, and then complete the detection to 2 core cables.
3. the method for testing of quick connector according to claim 1 and 2, cable, it is characterised in that：In the step 3
The step of detecting the floated lap joint of 6 cores is as follows：
A, by it is above-mentioned access with the lap joint of 32 core sockets are connected 32 core cables the corresponding A of the floated lap joint of 6 cores,
C, N point；
B, switches on power, and 6 road permutatoies are gone to into automatic loop, if the display lamp all light in 6 display lamps, then it represents that 6
The floated lap joint of core is normal, if one of lamp does not work, needs the wiring condition of the corresponding point of inspection, completes outstanding to 6 cores
The detection of floating lap joint.
4. the method for testing of quick connector according to claim 1 and 2, cable, it is characterised in that：In the step 4
The step of detecting 6 core cable main line is as follows：
41, the lap joint at 6 core cable main line two ends is connected respectively with 6 core suspension lap joints and 6 core sockets, and tighten；
42, switch on power, 6 power circuits that 6 core permutatoies are sequentially turned on respectively in it are rotated, whether viewing lamp can
It is bright, if having that display lamp do not work or occur display lamp order with rotate way it is inconsistent, illustrate cable or cable connection
Place's failure, need to check and do over again；
43, power off, 6 core permutatoies are gone to into stop position, complete the detection to 6 core cable main lines.
5. the method for testing of quick connector according to claim 3, cable, it is characterised in that：Detect in the step 4
The step of 6 core cable main line, is as follows：
41, the lap joint at 6 core cable main line two ends is connected respectively with 6 core suspension lap joints and 6 core sockets, and tighten；
42, switch on power, 6 power circuits that 6 core permutatoies are sequentially turned on respectively in it are rotated, whether viewing lamp can
It is bright, if having that display lamp do not work or occur display lamp order with rotate way it is inconsistent, illustrate cable or cable connection
Place's failure, need to check and do over again；
43, power off, 6 core permutatoies are gone to into stop position, complete the detection to 6 core cable main lines.
6. the method for testing of quick connector according to claim 1 and 2, cable, it is characterised in that：The step 3 and
Also there are 6 core cable main lines from short-circuit structure detecting step between step 4：
A, is connected with the floated lap joint of 6 cores of 32 core cable connections by above-mentioned with the lap joint of 6 core cable main line one end；
B, switches on power, and 6 road permutatoies are gone to into automatic loop, if the display lamp all light in 6 core display lamp groups, then it represents that
6 core cable main lines it is normal from short-circuit structure, if one of lamp does not work, need to check the corresponding point of 6 core main lines from short
Situation is connect, and then completes the detection of 6 core cables.
7. the method for testing of quick connector according to claim 3, cable, it is characterised in that：The step 3 and step
Also there are 6 core cable main lines from short-circuit structure detecting step between 4：
A, is connected with the floated lap joint of 6 cores of 32 core cable connections by above-mentioned with the lap joint of 6 core cable main line one end；
B, switches on power, and 6 road permutatoies are gone to into automatic loop, if the display lamp all light in 6 core display lamp groups, then it represents that
6 core cable main lines it is normal from short-circuit structure, if one of lamp does not work, need to check the corresponding point of 6 core main lines from short
Situation is connect, and then completes the detection of 6 core cables.
8. the method for testing of quick connector according to claim 4, cable, it is characterised in that：The step 3 and step
Also there are 6 core cable main lines from short-circuit structure detecting step between 4：
A, is connected with the floated lap joint of 6 cores of 32 core cable connections by above-mentioned with the lap joint of 6 core cable main line one end；
B, switches on power, and 6 road permutatoies are gone to into automatic loop, if the display lamp all light in 6 core display lamp groups, then it represents that
6 core cable main lines it is normal from short-circuit structure, if one of lamp does not work, need to check the corresponding point of 6 core main lines from short
Situation is connect, and then completes the detection of 6 core cables.
9. the method for testing of quick connector according to claim 5, cable, it is characterised in that：The step 3 and step
Also there are 6 core cable main lines from short-circuit structure detecting step between 4：
A, is connected with the floated lap joint of 6 cores of 32 core cable connections by above-mentioned with the lap joint of 6 core cable main line one end；
B, switches on power, and 6 road permutatoies are gone to into automatic loop, if the display lamp all light in 6 core display lamp groups, then it represents that
6 core cable main lines it is normal from short-circuit structure, if one of lamp does not work, need to check the corresponding point of 6 core main lines from short
Situation is connect, and then completes the detection of 6 core cables.
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| CN201611221722.5A CN106597201B (en) | 2016-12-27 | 2016-12-27 | A kind of test method of quick connector, cable |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109459636A (en) * | 2018-11-12 | 2019-03-12 | 中车永济电机有限公司 | The test device of network-control cabinet |
| CN110940911A (en) * | 2019-12-23 | 2020-03-31 | 东莞市联纲光电科技有限公司 | Connector testing method and device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201066377Y (en) * | 2007-02-08 | 2008-05-28 | 西安航力航电技术发展有限公司 | Cable tester |
| CN204188749U (en) * | 2014-11-19 | 2015-03-04 | 中国化学工程第三建设有限公司 | A kind of X-ray machine control cables fault locator |
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2016
- 2016-12-27 CN CN201611221722.5A patent/CN106597201B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201066377Y (en) * | 2007-02-08 | 2008-05-28 | 西安航力航电技术发展有限公司 | Cable tester |
| CN204188749U (en) * | 2014-11-19 | 2015-03-04 | 中国化学工程第三建设有限公司 | A kind of X-ray machine control cables fault locator |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109459636A (en) * | 2018-11-12 | 2019-03-12 | 中车永济电机有限公司 | The test device of network-control cabinet |
| CN109459636B (en) * | 2018-11-12 | 2021-08-24 | 中车永济电机有限公司 | Testing device of network control cabinet |
| CN110940911A (en) * | 2019-12-23 | 2020-03-31 | 东莞市联纲光电科技有限公司 | Connector testing method and device |
| CN110940911B (en) * | 2019-12-23 | 2022-04-12 | 联纲光电科技股份有限公司 | Connector testing method and device |
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| CN106597201B (en) | 2019-04-12 |
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Effective date of registration: 20171020 Address after: 325000 No. 200 Cang Dong Road, Wenzhou hi tech Industrial Development Zone, Zhejiang Applicant after: Zhejiang Power Transformer Co., Ltd. Wenzhou Changtai power switch branch Applicant after: Zhejiang Power Transformer Co., Ltd. Applicant after: Wenzhou Power Supply Company, State Grid Zhejiang Electric Power Company Applicant after: State Grid Zhejiang Electric Power Company Applicant after: State Grid Corporation of China Address before: 325000 No. 200 Cang Dong Road, hi tech Industrial Development Zone, Wenzhou, Zhejiang Applicant before: Zhejiang Power Transformer Co., Ltd. Wenzhou Changtai power switch branch Applicant before: Wenzhou Power Supply Company, State Grid Zhejiang Electric Power Company Applicant before: State Grid Zhejiang Electric Power Company Applicant before: State Grid Corporation of China |
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