CN207215980U - A kind of high-tension switch gear fault simulating test device - Google Patents
A kind of high-tension switch gear fault simulating test device Download PDFInfo
- Publication number
- CN207215980U CN207215980U CN201721256858.XU CN201721256858U CN207215980U CN 207215980 U CN207215980 U CN 207215980U CN 201721256858 U CN201721256858 U CN 201721256858U CN 207215980 U CN207215980 U CN 207215980U
- Authority
- CN
- China
- Prior art keywords
- divide
- shut brake
- switch gear
- brake coil
- tension switch
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model discloses a kind of high-tension switch gear fault simulating test device, it is related to technical field of electricity, for effectively building divide-shut brake coil fingerprint storehouse in high-tension switch gear, to identify the incipient fault of high-tension switch gear in advance, the operational reliability of power system is improved.The high-tension switch gear fault simulating test device includes high-voltage switch gear analog machine and the data monitoring device being connected with high-voltage switch gear analog machine；Wherein, high-voltage switch gear analog machine includes divide-shut brake coil, auxiliary contacts of circuit breaker and the operating mechanism being located between divide-shut brake coil and auxiliary contacts of circuit breaker；Divide-shut brake coil is connected by analog circuit with data monitoring device；Data monitoring device is also connected with auxiliary contacts of circuit breaker and operating mechanism respectively.High-tension switch gear fault simulating test device provided by the utility model is used for the various high-tension switch gear failures of simulated test.
Description
Technical field
It the utility model is related to technical field of electricity, more particularly to a kind of high-tension switch gear fault simulating test device.
Background technology
High-tension switch gear refer to operate in voltage 3kV and more than, it is indoor in frequency 50Hz and following power system
And outdoor switch device, it is generally used for controlling and protects the power equipment in power system, such as power plant, transformer station and defeated
Distribution line etc..
As a kind of common high-tension switch gear, it has long-time bearing running current, carried in short-term breaker
The ability of short circuit current and breaking current, very important effect is played to the reliability service of power system.
However, during the use of breaker, if the divide-shut brake operating mechanism bite of breaker or deformation, or it is disconnected
The secondary control loop of road device breaks down, and all easily causes breaker that tripping failure occurs, i.e. breaker refusal closes a floodgate or divided
Lock.And once tripping failure occurs for breaker, gently then the breaker power equipment that controls and protect is damaged, it is heavy then so that
Power system large-area power-cuts, so as to cause power system can not reliability service.
Utility model content
The purpose of this utility model is to provide a kind of high-tension switch gear fault simulating test device, for effectively building
Divide-shut brake coil fingerprint storehouse in high-tension switch gear, to identify the incipient fault of high-tension switch gear in advance, improve power system
Operational reliability.
To achieve these goals, the utility model provides following technical scheme：
The utility model provides a kind of high-tension switch gear fault simulating test device, including high-voltage switch gear analog machine
And the data monitoring device being connected with high-voltage switch gear analog machine；Wherein, high-voltage switch gear analog machine include divide-shut brake coil,
Auxiliary contacts of circuit breaker and the operating mechanism being located between divide-shut brake coil and auxiliary contacts of circuit breaker；Divide-shut brake coil passes through
Analog circuit is connected with data monitoring device；Data monitoring device is also connected with auxiliary contacts of circuit breaker and operating mechanism respectively.
Compared with prior art, high-tension switch gear fault simulating test device provided by the utility model has and following had
Beneficial effect：
In high-tension switch gear fault simulating test device provided by the utility model, high-voltage switch gear analog machine is utilized
A variety of high-tension switch gear failures can be simulated one by one, and high-voltage switch gear analog machine is connected with data monitoring device, utilizes number
Can be in the simulation process of each high-tension switch gear failure, in corresponding acquisition and recording high-voltage switch gear analog machine according to monitoring device
Divide-shut brake coil current waveform, and the action signal of corresponding with the current waveform operating mechanism of collection now, utilizes number
Current waveform according to monitoring device to divide-shut brake coil, and the action signal of operating mechanism corresponding with current waveform are divided
Analysis is handled, and the fingerprint characteristic that divide-shut brake coil matches each high-tension switch gear failure can be obtained, so as to construct division brake cable
Enclose fingerprint base.
Therefore, high-tension switch gear fault simulating test device provided by the utility model, is set by multiple high-voltage switch gear
Standby fault simulating test, can effectively build divide-shut brake coil fingerprint storehouse in high-tension switch gear, contribute to accurate judgement high pressure
The structure of switchgear and its running status of divide-shut brake coil, identify incipient fault in advance, so as to be opened deeply to enter horizontal high voltage
State estimation, fault diagnosis and the life appraisal for closing equipment and its secondary control loop lay the foundation, to improve power system
Operational reliability.
Brief description of the drawings
Accompanying drawing described herein is used for providing further understanding to of the present utility model, forms one of the present utility model
Point, schematic description and description of the present utility model is used to explain the utility model, does not form to of the present utility model
Improper restriction.In the accompanying drawings：
Fig. 1 is the structural representation for the high-tension switch gear fault simulating test device that the utility model embodiment provides；
Fig. 2 is the structural representation for the adjustable power of direct current that the utility model embodiment provides；
Fig. 3 is the structural representation one for the high-voltage switch gear analog machine that the utility model embodiment provides；
Fig. 4 is the structural representation two for the high-voltage switch gear analog machine that the utility model embodiment provides；
Fig. 5 is the theory of mechanics schematic diagram for the operating mechanism that the utility model embodiment provides；
Fig. 6 is the structural representation for the divide-shut brake coil that the utility model embodiment provides；
Fig. 7 is the circuit theory diagrams for the analog circuit that the utility model embodiment provides；
Fig. 8 is the application method flow for the high-tension switch gear fault simulating test device that the utility model embodiment provides
Figure.
Reference：
1- high-voltage switch gear analog machines, 10- test platforms,
11- support frames, 12- divide-shut brake coils,
121- divide-shut brake coil bodies, 122- wire windings,
123- dynamic iron cores, 124- push rods,
125- dynamic iron core back-moving springs, 126- bites simulation pad,
13- divide-shut brake pallets, 14- keep pallet,
15- movable feeler levers, 16- auxiliary contacts of circuit breaker,
17- adjusting handles, 171- stage clips,
18- divide-shut brake pallet back-moving springs, 19- keep pallet back-moving spring,
2- analog circuits, 20-adjustable power of direct current,
201- AC systems, 202- AC transformers,
203- rectification circuits, 204- filter capacitors,
21- hand switches, 22- auxiliary relays,
The 23- time relays, 24- auxiliary switches,
25- adjustable resistances, 3- data monitoring devices,
31- data collecting cards, 32- host computers.
Embodiment
For ease of understanding, with reference to Figure of description, the high-tension switch gear event provided the utility model embodiment
Barrier simulation test device is described in detail.
Referring to Fig. 1, the high-tension switch gear fault simulating test device that the utility model embodiment provides, including high pressure
Switch analog machine 1 and the data monitoring device 3 being connected with high-voltage switch gear analog machine 1；Wherein,
High-voltage switch gear analog machine 1 includes divide-shut brake coil 12, auxiliary contacts of circuit breaker 16 and is located at divide-shut brake coil
Operating mechanism between 12 and auxiliary contacts of circuit breaker 16；
Divide-shut brake coil 12 is connected by analog circuit 2 with data monitoring device 3；Data monitoring device 3 is also respectively with breaking
Road device auxiliary contact 16 connect with operating mechanism.
In the high-tension switch gear fault simulating test device that the utility model embodiment provides, high-voltage switch gear mould is utilized
A variety of high-tension switch gear failures can be simulated one by one by proposing standby 1, and high-voltage switch gear analog machine 1 connects with data monitoring device 3
Connect, can be in the simulation process of each high-tension switch gear failure using data monitoring device 3, corresponding acquisition and recording high-voltage switch gear
The current waveform of divide-shut brake coil 12 in analog machine 1, and the action letter of collection operating mechanism corresponding with current waveform
Number, now, the current waveform using data monitoring device 3 to divide-shut brake coil 12, and actuating machine corresponding with current waveform
The action signal of structure is analyzed and processed, and can obtain the fingerprint spy that divide-shut brake coil 12 matches each high-tension switch gear failure
Sign, so as to construct the fingerprint base of divide-shut brake coil 12.
Therefore, the high-tension switch gear fault simulating test device that the utility model embodiment provides, passes through more sub-high pressures
Switchgear fault simulating test, the divide-shut brake coil fingerprint storehouse in high-tension switch gear can be effectively built, it is accurate to contribute to
Judge the structure of high-tension switch gear and its running status of divide-shut brake coil, identify incipient fault in advance, so as to be deeply to enter
The state estimation of horizontal high voltage switchgear and its secondary control loop, fault diagnosis and life appraisal lay the foundation, to improve electricity
The operational reliability of Force system.
It is understood that above-mentioned operating mechanism can be spring operating mechanism, electromagnetic operating mechanism or hydraulic operating machine
Structure etc..For the ease of repeatedly debugging to obtain effective result of the test, the operating mechanism in the present embodiment is stored up manually from spring
Energy operating mechanism, refers to Fig. 3, Fig. 4 and Fig. 6, the operating mechanism includes：The divide-shut brake set is matched with divide-shut brake coil 12
Pallet 13, the holding pallet 14 fastened with divide-shut brake pallet 13, and the regulation hand with keeping pallet 14 to be connected by stage clip 171
Wheel 17；Wherein,
Divide-shut brake pallet 13 and the fixed mount for keeping pallet 14 to be stretched out respectively with test platform 10 are hinged, and divide-shut brake pallet
13 are connected by divide-shut brake pallet back-moving spring 18 with test platform 10, keep pallet 14 by keep pallet back-moving spring 19 with
The support frame 11 that test platform 10 stretches out connects；The deformation direction of divide-shut brake pallet back-moving spring 18 is with keeping pallet back-moving spring
19 deformation direction is vertical, and keeps the deformation direction of pallet back-moving spring 19 parallel with the deformation direction of stage clip 171；
Keep pallet 14 to be provided with close to the end of auxiliary contacts of circuit breaker 16 and be used for what is contacted with auxiliary contacts of circuit breaker 16
Movable feeler lever 15.
In the high-tension switch gear fault simulating test device that above-described embodiment provides, Fig. 5 and Fig. 6 are referred to, above-mentioned point
Closing coil 12 includes the divide-shut brake coil body 121 provided with wire winding 122, and is located at divide-shut brake coil body 121 and carries on the back
To the dynamic iron core 123 of the side of divide-shut brake pallet 13, the push rod 124 of dynamic iron core 123 passes through divide-shut brake coil body 121 and division
Lock pallet 13 contacts；Dynamic iron core back-moving spring 125 is set in the bar segment that push rod 124 is located in divide-shut brake coil body 121.For
It is easy to simulate divide-shut brake iron-core coil jam faults, the surface that divide-shut brake coil body 121 is used to contact with dynamic iron core 123 can
To set bite to simulate pad 126.
You need to add is that referring to Fig. 1, analog circuit 2 includes adjustable power of direct current 20, adjustable power of direct current 20 is just
Pole lead is connected with the positive pole of divide-shut brake coil 12, the negative wire of adjustable power of direct current 20 respectively with hand switch 21 and auxiliary
Relay 22 connects, and the negative pole of hand switch 21 and the equal passage time relay 23 of auxiliary relay 22 and divide-shut brake coil 12 connects
Connect.Certainly, between the time relay 23 and divide-shut brake coil 12, also visual actual use situation sets auxiliary switch 24.Number
It is connected respectively with the positive wire and negative wire of adjustable power of direct current 20 according to monitoring device 3, for acquisition and recording division brake cable
The current waveform of circle.
In addition, for the ease of simulate divide-shut brake coil contact bad error, in the above-described embodiments, the time relay 23 with
25 can be hindered between the negative pole of divide-shut brake coil 12 with serial adjustable.By adjusting the resistance value of adjustable resistance 25, Ke Yizeng
The total resistance value in the big place loop of divide-shut brake coil 12, reduce the electric current in the place loop of divide-shut brake coil 12, so as to divide-shut brake
Dynamic iron core 123 in coil 12, which is contributed, to be had an impact, to simulate the bad failure of divide-shut brake coil contact.
For the ease of simulating divide-shut brake coil overvoltage/under-voltage fault, the present embodiment provides a kind of simple in construction and easy reality
Existing adjustable power of direct current.Fig. 1 and Fig. 2 are referred to, above-mentioned adjustable power of direct current 20 includes by exchanging becoming with AC system 201
The rectification circuit 203 that depressor 202 connects, and the filter capacitor 204 in parallel with rectification circuit 203；The positive pole of filter capacitor 204
Lead and negative wire correspond to the positive wire and negative wire of adjustable power of direct current 20 respectively.The positive pole of filter capacitor 204
Lead is connected with the positive pole of divide-shut brake coil 12, the negative wire of filter capacitor respectively with hand switch 21 and auxiliary relay 22
Connection.
Exemplary, single phase bridge type rectifier circu can be selected in rectification circuit 203.The voltage adjustment model of adjustable power of direct current 20
Enclose for 0V~240V, by adjusting AC transformer 202, the output voltage of adjustable power of direct current 20 can be caused in AC system
Change, i.e., changed between 132V~242V between the 60%~110% of 201 rated voltage 220V, to simulate division brake cable
Enclose overvoltage/under-voltage fault.
It should be noted that please continue to refer to Fig. 1, in the high-tension switch gear fault simulating test that above-described embodiment provides
In device, data monitoring device 3 includes data collecting card 31 and the host computer 32 being connected with data collecting card 31；Data acquisition
Card 31 is connected with analog circuit 2, auxiliary contacts of circuit breaker 16 and operating mechanism respectively.Data collecting card 31 is used to gather high pressure
Switch the current waveform of divide-shut brake coil 12 in analog machine, and the action letter of collection operating mechanism corresponding with current waveform
Number, and the current waveform gathered and action signal are sent in host computer 32, pass through the LabVIEW in host computer 32
(Laboratory Virtual instrument Engineering Workbench) is to the current waveform of divide-shut brake coil 12
The action signal of corresponding operating mechanism is recorded, analyzed and extracted with current waveform, can obtain divide-shut brake coil
The fingerprint characteristic of each high-tension switch gear failure is matched, so as to build divide-shut brake coil fingerprint storehouse.
Above-described embodiment provide high-tension switch gear fault simulating test device implement in use, its application method such as
Shown in Fig. 8, the application method of the high-tension switch gear fault simulating test device includes：
Step S1, a variety of high-tension switch gear failures are simulated one by one using high-voltage switch gear analog machine；
Step S2, in the simulation process of each high-tension switch gear failure, acquisition and recording is corresponded to using data monitoring device
The current waveform of divide-shut brake coil in high-voltage switch gear analog machine, and collection operating mechanism corresponding with current waveform are dynamic
Make signal；
Step S3, according to the current waveform of divide-shut brake coil, and the action letter of operating mechanism corresponding with current waveform
Number, the fingerprint characteristic of each high-tension switch gear failure of divide-shut brake coil matching is obtained using data monitoring device, builds divide-shut brake
Coil fingerprint storehouse.
It should be noted that the above-mentioned high-voltage switch gear implemented using high-tension switch gear fault simulating test unit simulation is set
Standby fault type can have a variety of, and exemplary, in this embodiment, the type of the high-tension switch gear failure includes divide-shut brake
Pallet jam faults, divide-shut brake iron-core coil jam faults, divide-shut brake coil under-voltage fault, divide-shut brake coil contact bad error
And divide-shut brake coil turn-to-turn short circuit failure.
When the type of high-tension switch gear failure is divide-shut brake pallet jam faults, it, which simulates embodiment, can two
Kind, referring to Fig. 6, the first simulation embodiment is shown as：The pressure of stage clip 171 is adjusted by adjusting handle 17, to keeping
The normal pressure that contact surface is born between pallet 14 and divide-shut brake pallet 13 is adjusted so that keeps pallet 14 to be pulled with divide-shut brake
Frictional force increase between son 13, simulate the situation of the lack of lubrication of divide-shut brake pallet 13, i.e. divide-shut brake pallet jam faults.The
Two kinds of simulation embodiments are shown as：Change the sincere son of divide-shut brake with different former long, different string diameters and/or different stiffness factors
Back-moving spring 18, sincere sub- sub 13 pressure output sincere to divide-shut brake of back-moving spring 18 of divide-shut brake is adjusted, so as to change and divide-shut brake
The output of the push rod for the dynamic iron core that pallet 13 contacts, simulate the situation of the bearing bite of divide-shut brake pallet 13, i.e. divide-shut brake pallet
Jam faults.
When the type of high-tension switch gear failure is divide-shut brake iron-core coil jam faults, it simulates embodiment can be with
There are two kinds, referring to Fig. 5, the first simulation embodiment is shown as：Being changed in divide-shut brake coil has different former long, differences
The dynamic iron core back-moving spring 125 of string diameter and different stiffness factors, gradually to increase the precompression of dynamic iron core back-moving spring 125, from
And gradually increase the output resistance of dynamic iron core 123 in divide-shut brake coil, change the stroke characteristic of dynamic iron core 123, simulate division
Lock iron-core coil jam faults.Second of simulation embodiment is shown as：It is used for and dynamic iron core in divide-shut brake coil body 121
The surface of 123 contacts sets bite to simulate pad 126, and after divide-shut brake coil is triggered, its dynamic iron core 123 is whole close to stroke
Contacted during point with bite simulation pad 126, divide-shut brake iron-core coil jam faults can be simulated；In addition, have not by changing
Stack pile bite simulation pad 126, can also effectively study dynamic iron core 123 go out force-stroke shorten length taken off with divide-shut brake pallet
The corresponding relation of button.
Fig. 1 and Fig. 2 are referred to, because adjustable power of direct current 20 includes by AC transformer 202 connecting with AC system 201
The rectification circuit 203 connect, and the filter capacitor 204 in parallel with rectification circuit 203；The output voltage of filter capacitor 204 is corresponding
For the output voltage of adjustable power of direct current 20.When the type of high-tension switch gear failure is divide-shut brake coil overvoltage/under-voltage fault
When, its simulation embodiment is：By adjusting AC transformer 202 so that the output voltage of adjustable power of direct current 20 is exchanging
Change, i.e., changed between 132V~242V between the 60%~110% of the rated voltage 220V of system 201, so as to simulate point
Closing coil overvoltage/under-voltage fault.
When the type of high-tension switch gear failure is divide-shut brake coil contact bad error, referring to Fig. 7, its simulation is real
The mode of applying is：The time relay 23 in analog circuit and serial adjustable resistance 25 between the negative pole of divide-shut brake coil 12, lead to
The resistance value of adjustable resistance 25 is overregulated, the total resistance value in the place loop of increase divide-shut brake coil 12, reduces divide-shut brake coil 12
The electric current in place loop, had an impact so as to be contributed to the dynamic iron core 123 in divide-shut brake coil 12, simulate divide-shut brake coil and connect
Touch bad failure.
Can be that high-voltage switch gear is simulated when the type of high-tension switch gear failure is divide-shut brake coil turn-to-turn short circuit failure
Coordinative composition of equipments sets multiple divide-shut brake coils less than the specified number of turn, then according to descending suitable of divide-shut brake coil turn
Sequence, divide-shut brake coil is changed one by one and is tested, gathers the different current waveforms of each divide-shut brake coil；When the circle of divide-shut brake coil
When number is reduced to certain numerical value, if dynamic iron core is operating normally, but its auxiliary relay fails the energization electricity of divide-shut brake coil
Flow fast shut-off so that the wire winding of divide-shut brake coil is generated heat because long-time is powered, and easily causes divide-shut brake coil turn-to-turn
Short circuit, until burning.
No matter high-voltage switch gear analog machine is simulating above-mentioned which type of high-tension switch gear failure, data monitoring device
In data collecting card can gather the current waveform of divide-shut brake coil in high-voltage switch gear analog machine, and collection and electric current
The action signal of operating mechanism corresponding to waveform, and the current waveform gathered and action signal are sent in host computer, with
Using the LabVIEW softwares in host computer to the current waveform of divide-shut brake coil and moving for operating mechanism corresponding with current waveform
Recorded, analyzed and extracted as signal, to obtain the fingerprint spy that divide-shut brake coil matches each high-tension switch gear failure
Sign, so as to build divide-shut brake coil fingerprint storehouse.
In the description of above-mentioned embodiment, specific features, structure, material or feature can be in any one or more
Combined in an appropriate manner in individual embodiment or example.
It is described above, only specific embodiment of the present utility model, but the scope of protection of the utility model is not limited to
In this, any one skilled in the art can readily occur in change in the technical scope that the utility model discloses
Or replace, it should all cover within the scope of protection of the utility model.Therefore, the scope of protection of the utility model should be with the power
The protection domain that profit requires is defined.
Claims (7)
- A kind of 1. high-tension switch gear fault simulating test device, it is characterised in that including high-voltage switch gear analog machine and with The data monitoring device of the high-voltage switch gear analog machine connection；Wherein,The high-voltage switch gear analog machine include divide-shut brake coil, auxiliary contacts of circuit breaker and be located at the divide-shut brake coil and Operating mechanism between the auxiliary contacts of circuit breaker；The divide-shut brake coil is connected by analog circuit with the data monitoring device；The data monitoring device also respectively with The auxiliary contacts of circuit breaker connects with the operating mechanism.
- 2. high-tension switch gear fault simulating test device according to claim 1, it is characterised in thatThe operating mechanism includes：The divide-shut brake pallet set is matched with the divide-shut brake coil, with the divide-shut brake pallet button The holding pallet of conjunction, and the adjusting handle being connected with the holding pallet by stage clip；Wherein,The divide-shut brake pallet and the fixed mount for keeping pallet to be stretched out respectively with test platform are hinged, and the divide-shut brake is pulled Son be connected by divide-shut brake pallet back-moving spring with the test platform, it is described keep pallet by keep pallet back-moving spring and The support frame connection that the test platform stretches out；The holding pallet is provided with close to the end of the auxiliary contacts of circuit breaker to be used to contact with the auxiliary contacts of circuit breaker Movable feeler lever.
- 3. high-tension switch gear fault simulating test device according to claim 2, it is characterised in that the division brake cable Circle includes the divide-shut brake coil body provided with wire winding, and is located at the divide-shut brake coil body and is pulled backwards to the divide-shut brake The dynamic iron core of the side of son, the push rod of the dynamic iron core contact through the divide-shut brake coil body with the divide-shut brake pallet； Dynamic iron core back-moving spring is set in the bar segment that the push rod is located in the divide-shut brake coil body；The divide-shut brake coil sheet The surface that body is used to contact with the dynamic iron core is provided with bite simulation pad.
- 4. high-tension switch gear fault simulating test device according to claim 1, it is characterised in that the analog circuit Including adjustable power of direct current, the positive wire of the adjustable power of direct current is connected with the positive pole of the divide-shut brake coil, described straight The negative wire of stream regulated power supply is connected with hand switch and auxiliary relay respectively, the hand switch and the auxiliary relay The equal passage time relay of device is connected with the negative pole of the divide-shut brake coil；The data monitoring device is connected with the positive wire and negative wire of the adjustable power of direct current respectively.
- 5. high-tension switch gear fault simulating test device according to claim 4, it is characterised in that the time relay Adjustable resistance is in series between the negative pole of device and the divide-shut brake coil.
- 6. high-tension switch gear fault simulating test device according to claim 4, it is characterised in that the direct current is adjustable Power supply includes the rectification circuit being connected with AC system by AC transformer, and the filtered electrical in parallel with the rectification circuit Hold；The positive wire of the filter capacitor is connected with the positive pole of the divide-shut brake coil, the negative wire point of the filter capacitor It is not connected with the hand switch and the auxiliary relay.
- 7. high-tension switch gear fault simulating test device according to claim 1, it is characterised in that the data monitoring Device includes data collecting card and the host computer being connected with the data collecting card；The data collecting card respectively with the mould Intend circuit, the auxiliary contacts of circuit breaker and operating mechanism connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721256858.XU CN207215980U (en) | 2017-09-27 | 2017-09-27 | A kind of high-tension switch gear fault simulating test device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721256858.XU CN207215980U (en) | 2017-09-27 | 2017-09-27 | A kind of high-tension switch gear fault simulating test device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207215980U true CN207215980U (en) | 2018-04-10 |
Family
ID=61819589
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721256858.XU Active CN207215980U (en) | 2017-09-27 | 2017-09-27 | A kind of high-tension switch gear fault simulating test device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207215980U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107632257A (en) * | 2017-09-27 | 2018-01-26 | 南方电网科学研究院有限责任公司 | A kind of high-tension switch gear fault simulating test device and method |
| CN109658767A (en) * | 2018-12-24 | 2019-04-19 | 国家电网有限公司 | Breaker operation mechanism device for detecting performance |
| CN112816859A (en) * | 2021-01-19 | 2021-05-18 | 国网宁夏电力有限公司培训中心 | On-line monitoring and intelligent evaluation system for on-off coil state of circuit breaker |
-
2017
- 2017-09-27 CN CN201721256858.XU patent/CN207215980U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107632257A (en) * | 2017-09-27 | 2018-01-26 | 南方电网科学研究院有限责任公司 | A kind of high-tension switch gear fault simulating test device and method |
| CN109658767A (en) * | 2018-12-24 | 2019-04-19 | 国家电网有限公司 | Breaker operation mechanism device for detecting performance |
| CN112816859A (en) * | 2021-01-19 | 2021-05-18 | 国网宁夏电力有限公司培训中心 | On-line monitoring and intelligent evaluation system for on-off coil state of circuit breaker |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107632257A (en) | A kind of high-tension switch gear fault simulating test device and method | |
| CN207215980U (en) | A kind of high-tension switch gear fault simulating test device | |
| CN101741307B (en) | Dynamic simulation device and method thereof of super and extra high voltage controllable magnetic control shunt reactor | |
| CN101344552B (en) | Grid system integrated protector tester | |
| CN201984144U (en) | Spot differential coordination tester of portable direct current breaker | |
| CN201408236Y (en) | Power distribution network failure locating device | |
| CN201237626Y (en) | Debugging apparatus for arc suppression coil | |
| CN101710820B (en) | Method for using dynamic analog device for graded controllable parallel reactors | |
| CN102087323A (en) | Arc suppression coil debugging device | |
| CN106898181A (en) | A kind of supply and distribution network fault simulation training system towards colliery skilled worker training | |
| CN112485717A (en) | Power distribution true test load simulation device and method | |
| CN201886097U (en) | Debugging device for arc-suppression coil | |
| CN201247289Y (en) | High-voltage network integrated protector tester | |
| CN109490805A (en) | A kind of portable fault detector detection device | |
| CN105866592B (en) | Dynamic passive compensation response wave shape acquisition system and acquisition method | |
| CN205427144U (en) | Real defects simulation of type high voltage circuit breaker mechanism and branch closing coils current detection device | |
| CN102565614B (en) | Alternating voltage loop test method | |
| CN209027588U (en) | A kind of Intelligent gas insulation ring network cabinet test macro | |
| CN103604971B (en) | A kind of voltage transformer (VT) being beneficial to installation and repairing | |
| CN201307152Y (en) | Aging test device of movable vacuum breaker | |
| CN104932288A (en) | Closed loop test system and closed loop test method of rapid switched capacitor automatic apparatus | |
| CN104597899A (en) | Technical performance test platform of distribution automation device | |
| CN209486281U (en) | A kind of three-phase mutual inductor simulation linked network detection system | |
| CN207882372U (en) | Comprehensive protector of motor tester | |
| CN105717448A (en) | Full-scale high-voltage circuit breaker mechanism defect simulating and opening-closing coil current detecting device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |