CN208903822U - A kind of tooling improving mutual inductor partial discharge qualification rate - Google Patents

A kind of tooling improving mutual inductor partial discharge qualification rate Download PDF

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Publication number
CN208903822U
CN208903822U CN201821958461.XU CN201821958461U CN208903822U CN 208903822 U CN208903822 U CN 208903822U CN 201821958461 U CN201821958461 U CN 201821958461U CN 208903822 U CN208903822 U CN 208903822U
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China
Prior art keywords
oil
vacuum
mutual inductor
cylinder
inlet pipe
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CN201821958461.XU
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Chinese (zh)
Inventor
金星
张伟明
郑维维
魏理明
于昕
杜江龙
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BAODING TIANWEI TRANSFORMER Co Ltd
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BAODING TIANWEI TRANSFORMER Co Ltd
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Abstract

The utility model relates to a kind of toolings for improving mutual inductor partial discharge qualification rate, belong to technical field of mutual inductor manufacture.Technical solution is: being equipped with vacuum impregnating lubricating cup (12) at the top of mutual inductor (11), vacuum impregnating lubricating cup (12) is connect by oil fuel tube (16) with filling pump (15), vacuum impregnating lubricating cup is connect by oil inlet pipe (9) with oil eliminator (13), and oil eliminator is connect by vacuum tube (8) with vacuum pump (14);The top and bottom of cylinder (3) pass through upper cover (2) and bottom cover (6) closing respectively, vacuum tube (8) and oil inlet pipe (9) both pass through upper cover and enter cylinder, oil inlet pipe connects leak oil line (7) in cylinder, and oil leak bottom of the tube is equipped with oil baffle (5), and bottom cover is equipped with oil exit pipe (10).The utility model can be to avoid oil sealing blocking be generated in vacuum tube, strong operability avoids generating oil sealing phenomenon in vacuum tube, ensure that the partial discharge qualification rate of finished product delivery test, substantially reduce rework cost.

Description

A kind of tooling improving mutual inductor partial discharge qualification rate
Technical field
The utility model relates to a kind of toolings for improving mutual inductor partial discharge qualification rate, belong to technical field of mutual inductor manufacture.
Background technique
Need to carry out vacuum oil inside mutual inductor, conventional traditional mutual inductor carries out oiling using vacuum impregnating lubricating cup, very Oil eliminator is free of in empty oil filling pipeline, it, can be in vacuum impregnating lubricating cup since oiling later period mutual inductor pasta gradually tends to filled state It generates a large amount of foams to enter by mistake through in vacuum hose, and then forms " oil sealing " at the low-lying place of vacuum hose and block vacuum hose, sternly Ghost image rings the product handling system technological effect of mutual inductor, and partial discharge is unqualified when most direct consequence is exactly manufacture test, and form is gas Body electric discharge.
Utility model content
The utility model aim is to provide a kind of tooling for improving mutual inductor partial discharge qualification rate, can be to avoid producing in vacuum tube Oil generation blocks plug, and strong operability avoids generating oil sealing phenomenon in vacuum tube, ensure that the partial discharge qualification rate of finished product delivery test, Rework cost is substantially reduced, the above problem present in background technique is solved.
The technical solution of the utility model is:
A kind of tooling improving mutual inductor partial discharge qualification rate includes mutual inductor, vacuum impregnating lubricating cup, oil eliminator, vacuum pump And filling pump;Vacuum impregnating lubricating cup is equipped at the top of mutual inductor, vacuum impregnating lubricating cup is connect by oil fuel tube with filling pump, vacuum impregnating lubricating cup It is connect by oil inlet pipe with oil eliminator, oil eliminator is controlled to a vacuum pump by vacuum tube, the oil eliminator, comprising upper Lid, cylinder, oil baffle, bottom cover and leak oil line, the top and bottom of cylinder pass through respectively upper cover and bottom cover closing, vacuum tube and into Oil pipe both passes through upper cover and enters cylinder, and oil inlet pipe connects leak oil line in cylinder, and oil leak bottom of the tube is equipped with oil baffle, sets on bottom cover There is oil exit pipe.
The leak oil line is equipped with the pipe that keeps out the wind, and is equipped with vent valve above upper cover.
Pass through screw rod bolt fastening between the upper cover and bottom cover.
The oil fuel tube is equipped with oiling valve;Oil inlet pipe both ends are respectively equipped with oil return valve one and oil return valve two;Very Blank pipe is equipped with vacuum valve.
In use, filling pump passes through oil fuel tube to mutual inductor oiling, in a large amount of foams that the oiling later period generates through vacuum impregnating After lubricating cup, oil eliminator is flowed by oil inlet pipe, is collected in the bottom of oil eliminator, the low-lying place for avoiding enter into vacuum tube is formed " oil sealing ", it is ensured that unobstructed, the final partial discharge qualification rate for guaranteeing manufacture test of vacuum line.The volume of oil eliminator is according to most Big oil weight product overflows depending on the total amount of formation of foam oil.
The beneficial effects of the utility model are: can be to avoid oil sealing blocking is generated in vacuum tube, strong operability avoids vacuum Oil sealing phenomenon is generated in pipe, be ensure that the partial discharge qualification rate of finished product delivery test, is substantially reduced rework cost.
Detailed description of the invention
Fig. 1 is the utility model structure diagram;
Fig. 2 is the utility model oil separator structure schematic diagram;
In figure: vent valve 1, upper cover 2, cylinder 3, the pipe 4 that keeps out the wind, oil baffle 5, bottom cover 6, leak oil line 7, vacuum tube 8, oil inlet pipe 9, oil exit pipe 10, mutual inductor 11, vacuum impregnating lubricating cup 12, oil eliminator 13, vacuum pump 14, filling pump 15, oil fuel tube 16, fuel feeding valve Door 17, oil return valve 1, oil return valve 2 19, vacuum valve 20.
Specific embodiment
Below in conjunction with attached drawing, by example, the utility model is described in further detail.
It is a kind of improve mutual inductor partial discharge qualification rate tooling, comprising mutual inductor 11, vacuum impregnating lubricating cup 12, oil eliminator 13, Vacuum pump 14 and filling pump 15;Vacuum impregnating lubricating cup 12 is equipped at the top of mutual inductor 11, vacuum impregnating lubricating cup 12 passes through oil fuel tube 16 and note Oil pump 15 connects, and vacuum impregnating lubricating cup 12 is connect by oil inlet pipe 9 with oil eliminator 13, and oil eliminator 13 is by vacuum tube 8 and very 14 connection of sky pump, the oil eliminator 13 include upper cover 2, cylinder 3, oil baffle 5, bottom cover 6 and leak oil line 7, the upper end of cylinder 3 Pass through upper cover 2 respectively with lower end and bottom cover 6 is closed, vacuum tube 8 and oil inlet pipe 9 both pass through upper cover 2 and enter cylinder 3, and oil inlet pipe 9 exists Leak oil line 7 is connected in cylinder 3,7 bottom of leak oil line is equipped with oil baffle 5, and bottom cover 6 is equipped with oil exit pipe 10.
The leak oil line 7 is equipped with the pipe 4 that keeps out the wind, and upper cover 2 is equipped with vent valve 1 above.
Pass through screw rod bolt fastening between the upper cover 2 and bottom cover 6.
The oil fuel tube 16 is equipped with oiling valve 17;9 both ends of oil inlet pipe are respectively equipped with oil return valve 1 and oil return valve Door 2 19;Vacuum tube 8 is equipped with vacuum valve 20.
In use, filling pump 15 passes through oil fuel tube 16 to 11 oiling of mutual inductor, in a large amount of foams warp that the oiling later period generates After vacuum impregnating lubricating cup, oil eliminator 13 is flowed by oil inlet pipe 9, collects in the bottom of oil eliminator, avoids enter into vacuum tube Low-lying place forms " oil sealing ", it is ensured that unobstructed, the final partial discharge qualification rate for guaranteeing manufacture test of vacuum line.Oil eliminator Volume is depending on the total amount that maximum oil weight product overflows formation of foam oil.
In 13 cylinder 3 of oil eliminator keep out the wind pipe 4 and oil baffle 5 guarantees that oil is sufficiently separated with foam, vent valve 1 guarantees to pacify Entirely, oil exit pipe 10 is for clearing up cylinder 3.Oiling valve 17, oil return valve 1, oil return valve 2 19 and vacuum valve 20 are used In control oiling process.

Claims (3)

1. a kind of tooling for improving mutual inductor partial discharge qualification rate, it is characterised in that: include mutual inductor (11), vacuum impregnating lubricating cup (12), oil eliminator (13), vacuum pump (14) and filling pump (15);Vacuum impregnating lubricating cup (12) are equipped at the top of mutual inductor (11), very Empty priming cup (12) is connect by oil fuel tube (16) with filling pump (15), and vacuum impregnating lubricating cup (12) passes through oil inlet pipe (9) and oil It is connected from device (13), oil eliminator (13) is connect by vacuum tube (8) with vacuum pump (14), and the oil eliminator (13) includes Upper cover (2), cylinder (3), oil baffle (5), bottom cover (6) and leak oil line (7), the top and bottom of cylinder (3) pass through upper cover respectively (2) and bottom cover (6) closing, vacuum tube (8) and oil inlet pipe (9) both pass through upper cover (2) into cylinder (3), and oil inlet pipe (9) is in cylinder (3) leak oil line (7) are connected in, leak oil line (7) bottom is equipped with oil baffle (5), and bottom cover (6) is equipped with oil exit pipe (10).
2. a kind of tooling for improving mutual inductor partial discharge qualification rate according to claim 1, it is characterised in that: the leak oil line (7) it is equipped with and keeps out the wind pipe (4), upper cover (2) is equipped with vent valve (1) above.
3. a kind of tooling for improving mutual inductor partial discharge qualification rate according to claim 1 or 2, it is characterised in that: the note Oil pipe (16) is equipped with oiling valve (17);Oil inlet pipe (9) both ends are respectively equipped with oil return valve one (18) and oil return valve two (19);Vacuum tube (8) is equipped with vacuum valve (20).
CN201821958461.XU 2018-11-27 2018-11-27 A kind of tooling improving mutual inductor partial discharge qualification rate Active CN208903822U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821958461.XU CN208903822U (en) 2018-11-27 2018-11-27 A kind of tooling improving mutual inductor partial discharge qualification rate

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821958461.XU CN208903822U (en) 2018-11-27 2018-11-27 A kind of tooling improving mutual inductor partial discharge qualification rate

Publications (1)

Publication Number Publication Date
CN208903822U true CN208903822U (en) 2019-05-24

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CN201821958461.XU Active CN208903822U (en) 2018-11-27 2018-11-27 A kind of tooling improving mutual inductor partial discharge qualification rate

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CN (1) CN208903822U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113793745A (en) * 2021-09-17 2021-12-14 保定变压器有限公司 Multifunctional vacuumizing oil injection device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113793745A (en) * 2021-09-17 2021-12-14 保定变压器有限公司 Multifunctional vacuumizing oil injection device
CN113793745B (en) * 2021-09-17 2023-08-08 保定变压器有限公司 Multifunctional vacuumizing oiling device

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