GIS office is placed on line monitoring sensor mounting bracket
Technical field
The present invention relates to a kind of mounting frame for sensor, particularly a kind of GIS office is placed on line monitoring sensor mounting bracket.
Background technology
In recent years, GIS device (refers to gas-insulating and fully-enclosed combined electrical apparatus, also gas-insulated switchgear is) more and more applied in power system because of advantages such as it are attractive in appearance, floor space is little, fault is few, reliable, but the mounting means of the GIS on-line monitoring system external sensor matched at present adopts the device such as spring, angle bar in the outside exposed installation of Whole Equipment, there is some drawback following:
(1) install simple and crude, the outward appearance succinct with integral device is inharmonious;
(2) exposed installation, has certain fail-safe hidden danger;
(3) installation and removal of sensor self are inconvenient;
(4) must install before GIS device inflation, or require that GIS flange bolt leaves the length of enough installing jig, install dumb;
Therefore, the installation of GIS on-line monitoring system sensor needs the erecting device that a kind of structure is simple, flexible for installation, convenient and practical, security reliability is high.
Summary of the invention
The object of this invention is to provide a kind of GIS on-line monitoring system mounting frame for sensor, this apparatus structure is simple, flexible for installation, convenient and practical, security reliability is high.
For achieving the above object, the present invention is achieved through the following technical solutions:
GIS office is placed on line monitoring sensor mounting bracket, it is characterized in that, comprise end cap, base, side plate, spring, base is that cuboid central upper portion is provided with cylindrical geometry entirety, middle part is through hole, the top of base is provided with end cap and adopts screw thread in mating connection, and cover internal is provided with spring, and the both sides of base are provided with side plate.
Described base and side plate with bolts.
Described base side is provided with preformed hole.
Described side plate is arc, be provided with the flange bolt hole, the jackscrew bolt that match with flange bolt, and top is provided with the groove matched with base preformed hole.
Described end cap, base, side plate material are the high-strength aluminum alloy of surface through oxidation processes.
Described spring materials is stainless steel.
Compared with prior art, advantage of the present invention is:
This device (1) structure is simple, makes easily, with short production cycle, can producing in serial form; (2) flexible for installation, all can install after the inflation of GIS integral device can be realized, not limit by installation environment; (3) convenient and practical, only sensor need be put into base intracavity, no longer need other instrument can complete installation to sensor; Base preformed hole is also for the sensor of wire transmission is provided convenience condition; (4) security reliability is high, and jackscrew bolt steps up at flange both sides mounting bracket by making side plate, also regulates by side plate, base connecting bolt appropriateness the disc insulator adapting to different-thickness; Spring achieves sensor probe and contacts and protect sensor not by rigid extruding with the effective of disc insulator; Improve the reliability of integral device.
Accompanying drawing explanation
Fig. 1 is the structural representation that GIS office is placed on line monitoring sensor mounting bracket.
Fig. 2 is the A-A view that GIS office is placed on line monitoring sensor mounting bracket.
Fig. 3 is the top view that GIS office is placed on line monitoring sensor mounting bracket.
In Fig. 1, Fig. 2, Fig. 3: 1-end cap 2-spring 3-base 4-sensor 5-side plate 6-jackscrew bolt 7-flange bolt 8-disc insulator 9-flange 10-screw thread 11-sensor wire interface 12-base preformed hole 13-sensor probe 14-connecting bolt 15-side plate groove 16-flange bolt hole
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in further detail.
See Fig. 1, Fig. 2, Fig. 3, GIS office is placed on line monitoring sensor mounting bracket, comprise end cap 1, base 3, side plate 5, spring 2, base 3 is overall for cuboid central upper portion is provided with cylindrical geometry, middle part is through hole, the top of base 3 is provided with end cap 1 and in mating connection by screw thread 10, end cap 1 inside is provided with spring 2, the both sides of base 3 are provided with side plate 5, base 3 is connected by connecting bolt 14 with side plate 5, base 3 side is provided with base preformed hole 12, side plate 5 is arc, be provided with the flange bolt hole 16 matched with flange bolt 7, jackscrew bolt 6, and top is provided with the side plate groove 15 matched with base preformed hole 12, end cap 1, base 3, side plate 5 material is high-strength aluminum alloy, spring 2 material is stainless steel.
In embodiment, first base 3 side is connected with side plate 5 connecting bolt 14, side plate 5 flange bolt hole 16 be connected with base 3 is passed flange bolt 7; Then sensor 4 is put in the inner chamber of base 3, makes sensor 4 be arranged at disc insulator 8 top; Again the flange bolt hole 16 of another block side plate 5 is passed opposite side flange bolt 7, be connected with base 3 connecting bolt 14, then tighten the jackscrew bolt 6 of two blocks of side plates 5, make base 3 and side plate 5 be fixed on the flange 9 of disc insulator 8 both sides; Finally buckle on the base 3 by the end cap 1 being provided with spring 2, threaded together screw thread 10, spring 2 not only to have protected sensor 4 not by rigid extruding makes sensor 4 effectively contact with disc insulator 8, so namely completes the installation that GIS office is placed on line monitoring sensor 4.
If there are the needs of more emat sensor 4, only need turn on the screw thread 10 of end cap 1, take out sensor 4; Because jackscrew bolt 6 withstands on flange 9, instead of be connected with flange 9, so this device all can be installed before and after the inflation of GIS integral device, and without potential safety hazards such as gas leakage; This device have employed non-magnet_conductible material and makes, and effectively prevent because of eddy-current loss, magnetic hystersis loss and the defects such as heating; If sensor 4 is wire transmission mode, then transmission cable is connected directly to sensor wire interface 11 by corresponding side plate groove 15 and base preformed hole 12, and the wire transmission for sensor 4 is provided convenience condition.