CN204464824U - Power equipment moves debugging dolly - Google Patents
Power equipment moves debugging dolly Download PDFInfo
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- CN204464824U CN204464824U CN201520193233.8U CN201520193233U CN204464824U CN 204464824 U CN204464824 U CN 204464824U CN 201520193233 U CN201520193233 U CN 201520193233U CN 204464824 U CN204464824 U CN 204464824U
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- power equipment
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Abstract
A kind of power equipment moves debugging dolly, and its main frame (5) is cuboid frame structure, and detachable metal door (11) is installed in side; The top board of main frame (5) is installed at least one demountable device platform (1); Mimic-disconnecting switch (3) is arranged on main frame (5) front; Simulation disconnecting link assembly (13) is arranged on main frame (5) front and is positioned at the top of mimic-disconnecting switch (3); Rack socket (7), aviation socket assembly (8) are arranged on the back side of main frame, and connecting terminal block (15) is arranged on the rear, inside of main frame; Input, the output of simulation disconnecting link assembly, the input of mimic-disconnecting switch, output, and described aviation socket assembly (8) each lock pin is connected to connecting terminal block (15) corresponding wiring terminal respectively by respective gut; Rack wheel (6) is installed bottom main frame.The utility model can be debugged substation secondary device fast and overhaul, and accelerates the debugging speed of intelligent transformer substation secondary equipment.
Description
Technical field
The power equipment of the application moves debugging dolly and belongs to electric power system repair apparatus and technical field of tools, is to adapt to power system transformer substation, switchyard, power distribution station equipment debugging and maintenance needs, is commissioning device fast and the technical scheme that designs.Be before transformer station does not go into operation, equipment debugging personnel carry out a kind of instrument responded safely and fast of fast debugging to second protection control appliance.
Background technology
Along with developing rapidly of China's intelligent grid; some are arranged on that second protection in control room and control appliance will transfer that the scene of being arranged to (outdoor) is protected in the past, control appliance nearby or combine, the combined debugging service work of these secondary electric equipments and primary equipment is carried out usually after all devices installs.When equipment under test or cable, optical cable coupling have problem, integral replacing, rewiring can be caused, wasting manpower and material resources, the most important thing is to postpone production time.Therefore, " power equipment moves debugging dolly ", for avoiding this situation to design, carried out combined debugging before primary equipment and secondary device are not also installed to scene, guaranteed that screen cabinet electrical control equipment is working properly.
It is that overall weight is light that power equipment moves the most important feature of debugging dolly, installation, convenient disassembly, with wheel, convenient mobile; Be suitable for different place, especially facilitate the Control protection screen cabinet carrying out the outdoor secondary device of electric power system at debugging center to carry out debugging and maintenance.Power equipment moves debugging dolly primarily of compositions such as demountable device platform, mimic-disconnecting switch, simulation disconnecting link, PDU.
Utility model content
For overcoming the above problem existed in prior art, the purpose of this utility model is that providing a kind of moves debugging dolly for installing front combined debugging, the power equipment of the maintenance of operation transformer station electrical control equipment or handling failure to newly-built transformer station electrical control equipment.
The utility model is concrete by the following technical solutions.
A kind of power equipment moves debugging dolly, comprises main frame 5, demountable device platform 1, mimic-disconnecting switch 3, simulation disconnecting link assembly 13, rack socket 7, aviation socket assembly 8, connecting terminal block 15, rack wheel 6, detachable metal door 11; It is characterized in that:
Described main frame 5 is cuboid frame structure, and detachable metal door is installed in side;
The top board of main frame 5 is installed at least one demountable device platform 1;
Described mimic-disconnecting switch 3 is arranged on main frame 5 front;
Described simulation disconnecting link assembly 13 is arranged on main frame 5 front and is positioned at the top of mimic-disconnecting switch 3;
Described rack socket 7, described aviation socket assembly 8 are arranged on the back side of main frame, and described connecting terminal block 15 is arranged on the rear, inside of main frame;
Input, the output of described simulation disconnecting link assembly, the input of mimic-disconnecting switch, output, and each lock pin of described aviation socket assembly 8 is connected to connecting terminal block 15 corresponding wiring terminal respectively by respective gut;
Rack wheel 6 is installed bottom described main frame.
The utility model can also adopt following scheme further:
Described rack socket 7 is arranged on the upper position at main frame 5 back side, the external mains ac power supply of power input of described rack socket 7; Described aviation socket assembly 8 is arranged on main frame 5 back side and is positioned at the below of rack socket 7.
Described rack socket 7 comprises 7 blanket sockets, and input is all connected with civil power.
Each aviation socket of described aviation socket assembly 8 contains 34 lock pins, and each lock pin is connected in connecting terminal block corresponding wiring terminal respectively by line, a corresponding binding post of lock pin.
Described connecting terminal block 15 is arranged on the inner right rear side of main frame 5, and described connecting terminal block 15 is made up of 80 binding posts, and every a slice binding post is with two wiring holes, and wiring hole inside is direct-connected.
During debugging, debugged apparatus is by the binding post on connecting terminal block 15 and mimic-disconnecting switch and simulate disconnecting link and be connected.
Described main frame 5 adopts cold-reduced sheet to weld and makes, and size and the wide * height of long * are 600*600*800, and unit is mm.
Described demountable device platform 1 is simple and easy stool-type metal frame, the welding of metallic plate, square steel is adopted to make integral structure, demountable device platform 1 has and is arranged on four metal legs of mesa corners end for supporting, the cylinder 12 of a length 3CM welds in each metal leg bottom centre, and the top board angle end of main frame 5 offers the installing hole 16 matched with the cylinder 12 bottom the metal leg of demountable device platform 1.
When demountable device platform is multiple, demountable device platform mounted on top, the top board angle end being placed on below demountable device platform offers the installing hole matched with the cylinder 12 bottom the metal leg of the demountable device platform stacked above it.
Described mimic-disconnecting switch 3 is standard 4U, 19 inch standard rack-mount units;
Described simulation disconnecting link assembly 13 is that the simulation disconnecting link 2 that two are of a size of 156mm*111mm is installed in perforate on standard 4U metal mounting plate.
Described aviation socket assembly 8 is two that perforate is installed on standard 2U metal mounting plate and is of a size of 52mm*35mm Phoenix aviation socket, each socket in aviation socket assembly contains 34 cushion cores, each contact pin is connected on binding post by a wire, by binding post connecting analog disconnecting link and mimic-disconnecting switch, the other end of wire can be connected on debugged apparatus.
Totally 4, described wheel, adopts ball bearing rack wheel, is arranged on bottom main frame, facilitates power equipment to move debugging dolly and moves at the scene.
The utility model has following technique effect:
Power equipment moves debugging dolly and can debug substation secondary device fast and overhaul, and accelerates the debugging speed of intelligent transformer substation secondary equipment, newly-built transformer station is gone into operation in advance, and its economic benefit obtained is very large.
Accompanying drawing explanation
Fig. 1 is that power equipment moves debugging dolly front view;
Fig. 2 is that power equipment moves debugging dolly rearview;
Fig. 3 is that schematic diagram disassembled by demountable device platform.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described further.
Figure 1 shows that power equipment moves debugging dolly front view, main frame 5 adopts cold-reduced sheet welding to make, (the wide * of long * is high for size, unit: mm) be 600*600*800, demountable device platform 1 is installed at top, mimic-disconnecting switch 3 is standard 4U, 19 inch standard rack-mount units, be arranged on main frame 5 front, simulation disconnecting link assembly 13 is that the simulation disconnecting link 2 that two are of a size of 156mm*111mm is installed in perforate on standard 4U metal mounting plate, and simulation disconnecting link assembly is arranged on main frame front;
Figure 2 shows that power equipment moves debugging dolly rearview, rack socket 7 is standard rack type socket, is arranged on the main frame back side, totally 7 blanket sockets, its function is equivalent to terminal block, civil power is expanded to 7 jacks, facilitates the equipment power-extracting such as notebook, oscilloscope; Aviation socket assembly 8 is that perforate is installed two and is of a size of 52mm*35mm Phoenix aviation socket 14 on standard 2U metal mounting plate, connecting terminal block 15 is made up of the binding post of 80 Phoenix brands, binding post is stuck on standard rail, be arranged on the inner right rear side of main frame, mimic-disconnecting switch is all received on binding post with the rear portion line 10 of simulation disconnecting link, so that on-the-spot debugged apparatus and power equipment move and debug car interior equipment and be connected, mimic-disconnecting switch is not directly electrically connected with simulation disconnecting link; Main frame side is with detachable metal door 11, and the rack wheel 6 that 4 adopt ball bearing is equipped with in bottom, is arranged on bottom main frame, facilitates power equipment to move debugging dolly and moves at the scene.
Figure 3 shows that schematic diagram disassembled by demountable device platform, distachable platform is simple and easy stool-type metal frame, the welding of metallic plate, square steel is adopted to make, be integrated, the cylinder 12 of a length 3CM welds in each metal leg bottom centre, aims at main frame top mounting holes 16 and put down installation during installation.Demountable device platform is equivalent to a desk, and some equipment (as notebook) can be placed directly in above platform.
Claims (10)
1. power equipment moves a debugging dolly, comprises main frame (5), demountable device platform (1), mimic-disconnecting switch (3), simulation disconnecting link assembly (13), rack socket (7), aviation socket assembly (8), connecting terminal block (15), rack wheel (6), detachable metal door (11); It is characterized in that:
Described main frame (5) is cuboid frame structure, and detachable metal door (11) is installed in side;
The top board of main frame (5) is installed at least one demountable device platform (1);
Described mimic-disconnecting switch (3) is arranged on main frame (5) front;
Described simulation disconnecting link assembly (13) is arranged on main frame (5) front and is positioned at the top of mimic-disconnecting switch (3);
Described rack socket (7), described aviation socket assembly (8) are arranged on the back side of main frame, and described connecting terminal block (15) is arranged on the rear, inside of main frame;
Input, the output of described simulation disconnecting link assembly, the input of mimic-disconnecting switch, output, and described aviation socket assembly (8) each lock pin is connected to connecting terminal block (15) corresponding wiring terminal respectively by respective gut;
Rack wheel (6) is installed bottom described main frame.
2. power equipment according to claim 1 moves debugging dolly, it is characterized in that:
Described rack socket (7) is arranged on the upper position at main frame (5) back side, the external mains ac power supply of power input of described rack socket (7); Described aviation socket assembly (8) is arranged on main frame (5) back side and is positioned at the below of rack socket (7).
3. power equipment according to claim 2 moves debugging dolly, it is characterized in that:
Described rack socket (7) comprises 7 blanket sockets, and input is all connected with civil power.
4. power equipment according to claim 2 moves debugging dolly, it is characterized in that:
Each aviation socket of described aviation socket assembly (8) contains 34 lock pins, and each lock pin is connected in connecting terminal block corresponding wiring terminal respectively by line, a corresponding binding post of lock pin.
5. power equipment according to claim 1 moves debugging dolly, it is characterized in that:
Described connecting terminal block (15) is arranged on main frame (5) inner right rear side, and described connecting terminal block (15) is made up of 80 binding posts, and every a slice binding post is with two wiring holes, and wiring hole inside is direct-connected.
6. power equipment according to claim 5 moves debugging dolly, it is characterized in that:
During debugging, debugged apparatus is by the binding post on connecting terminal block (15) and mimic-disconnecting switch and simulate disconnecting link and be connected.
7. power equipment according to claim 1 moves debugging dolly, it is characterized in that:
Described main frame (5) adopts cold-reduced sheet welding to make, and size and the wide * height of long * are 600*600*800, and unit is mm.
8. power equipment according to claim 1 moves debugging dolly, it is characterized in that:
Described demountable device platform (1) is simple and easy stool-type metal frame, the welding of metallic plate, square steel is adopted to make integral structure, demountable device platform (1) has and is arranged on four metal legs of mesa corners end for supporting, the cylinder (12) of a length 3CM welds in each metal leg bottom centre, and the top board angle end of main frame (5) offers the installing hole (16) matched with the cylinder (12) bottom the metal leg of demountable device platform (1);
When demountable device platform is multiple, demountable device platform mounted on top, the top board angle end being placed on below demountable device platform offers the installing hole matched with the cylinder (12) bottom the metal leg of the demountable device platform stacked above it.
9. power equipment according to claim 1 moves debugging dolly, it is characterized in that:
Described mimic-disconnecting switch (3) is standard 4U, 19 inch standard rack-mount units;
Described simulation disconnecting link assembly (13) is that the simulation disconnecting link (2) that two are of a size of 156mm*111mm is installed in perforate on standard 4U metal mounting plate.
10. power equipment according to claim 1 moves debugging dolly, it is characterized in that:
Described rack wheel (6) comprises 4 and adopts ball bearing rack wheel, is arranged on bottom main frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520193233.8U CN204464824U (en) | 2015-04-01 | 2015-04-01 | Power equipment moves debugging dolly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520193233.8U CN204464824U (en) | 2015-04-01 | 2015-04-01 | Power equipment moves debugging dolly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204464824U true CN204464824U (en) | 2015-07-08 |
Family
ID=53671651
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520193233.8U Expired - Fee Related CN204464824U (en) | 2015-04-01 | 2015-04-01 | Power equipment moves debugging dolly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204464824U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105486954A (en) * | 2015-12-23 | 2016-04-13 | 常州大学 | Emergency ventilation inverter testing device |
-
2015
- 2015-04-01 CN CN201520193233.8U patent/CN204464824U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105486954A (en) * | 2015-12-23 | 2016-04-13 | 常州大学 | Emergency ventilation inverter testing device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150708 Termination date: 20180401 |