CN206180389U - Radar distribution extension system - Google Patents
Radar distribution extension system Download PDFInfo
- Publication number
- CN206180389U CN206180389U CN201621173539.8U CN201621173539U CN206180389U CN 206180389 U CN206180389 U CN 206180389U CN 201621173539 U CN201621173539 U CN 201621173539U CN 206180389 U CN206180389 U CN 206180389U
- Authority
- CN
- China
- Prior art keywords
- pin
- adapter
- break
- power
- via air
- 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
Landscapes
- Supply And Distribution Of Alternating Current (AREA)
Abstract
The utility model belongs to the power equipment field, concretely relates to radar distribution extension system. This system includes following component parts: first transmission connector, the first power connector, an auxiliary assembly connector, the 2nd auxiliary assembly connector, second of synthesizing synthesize power connector, second transmission connector, arrester, first drive three -phase connection ware, second drive three -phase connection ware, each air circuit breaker, 3P uni -directional push -button switch, digital voltmeter, metal film resistor R1, hour meter, control relay and each signal lamp mutually. This system can realize three -phase alternating current of the same kind input and multichannel alternating current three -phase alternating current's control output mesh to realized the lightning protection in the function, lacked the basic utility of timing of instructing mutually, start shooting, bearing capacity is strong simultaneously, the commonality good, uses in being particularly useful for the radar distribution equipment below the 10KW.
Description
Technical field
This utility model belongs to field of electrical equipment, and in particular to a kind of radar distribution subordinate machine system.
Background technology
Radar distribution concerns the operation of whole radar, a set of multiple functional, dependable performance, simple structure, easy to operate
Distribution extension set could meet the demand in market.With the development of technology, the renewal of components and parts, our demands are rationally distributed, outer
See generous, favorable expandability, highly versatile, meet the distribution system of the actual harsh environments demand of radar.It is upper herein
State under overall situation, a kind of radar distribution subordinate machine system for possessing high scalability and high universalizable developed, its working stability
Property good and scope of application width, and can using three-phase mains or three-phase generation power supply as power supply, after current-mode is changed,
So as to realize the controlled output effect of multiple AC/three-phase alternating current, finally achieve to whole radar or a certain machine of radar
Cabinet system carries out the purpose of electricity supply, effectively and reliably to maintain the normal operation of radar.
The content of the invention
The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, there is provided a kind of to operate highly efficient efficiently thunder
Up to distribution subordinate machine system.The system is capable of achieving three-phase alternating current input all the way and the control of multiple AC/three-phase alternating current is defeated
Go out purpose, and functionally realize lightning protection, phase shortage indicate, the basic function of start timing, while bearing capacity is strong, versatility
It is good, used in being particularly suited for the radar controller switching equipment of below 10KW.
For achieving the above object, this utility model employs technical scheme below：
A kind of radar distribution subordinate machine system, it is characterised in that including consisting of part：
4th pin of the first transmitting adapter, the 4th pin of the first comprehensive power adapter, the connection of the first auxiliary equipment
4th pin of device, the 4th pin of the second auxiliary equipment adapter, the 4th pin of the second comprehensive power adapter, the second transmitting
The PE pin common grounds of the 4th pin and spark gap of adapter；
2nd pin of the first transmitting adapter, the 2nd pin of the first comprehensive power adapter, the connection of the first auxiliary equipment
2nd pin of device, the 2nd pin of the second auxiliary equipment adapter, the 2nd pin of the second comprehensive power adapter, the second transmitting
2nd pin of adapter, the 4th pin of civil power or power station adapter, the N poles pin of spark gap, the first driving three-phase connector
The 4th pin, second driving three-phase connector the 4th pin be connected to each other；
After 3rd pin serial connection air-break Q3 of the first transmitting adapter, connect city via air-break Q1 respectively
1st pin and the L1 pins of spark gap of electricity or power station adapter, drives three to be connected via air-break Q2 connections first
The 1st pin of device is connect, and the 1st pin of three-phase connector is driven via air-break Q6 connections second；
After 3rd pin serial connection air-break Q4 of the first comprehensive power adapter, connect via air-break Q1 respectively
The 1st pin and the L1 pins of spark gap of civil power or power station adapter are connect, and three are driven via air-break Q2 connections first
Be connected the 1st pin of device, drives the 1st pin of three-phase connector via air-break Q6 connections second；
After 3rd pin serial connection air-break Q5 of the first auxiliary equipment adapter, connect via air-break Q1 respectively
The 1st pin and the L1 pins of spark gap of civil power or power station adapter are connect, and three are driven via air-break Q2 connections first
Be connected the 1st pin of device, drives the 1st pin of three-phase connector via air-break Q6 connections second；
After 3rd pin serial connection air-break Q7 of the second auxiliary equipment adapter, connect via air-break Q1 respectively
The 2nd pin and the L2 pins of spark gap of civil power or power station adapter are connect, and three are driven via air-break Q2 connections first
Be connected the 2nd pin of device, drives the 2nd pin of three-phase connector via air-break Q6 connections second；
After 3rd pin serial connection air-break Q8 of the second comprehensive power adapter, connect via air-break Q1 respectively
The 2nd pin and the L2 pins of spark gap of civil power or power station adapter are connect, and three are driven via air-break Q2 connections first
Be connected the 2nd pin of device, drives the 2nd pin of three-phase connector via air-break Q6 connections second；
After 3rd pin serial connection air-break Q9 of the second transmitting adapter, connect city via air-break Q1 respectively
2nd pin and the L2 pins of spark gap of electricity or power station adapter, drives three to be connected via air-break Q2 connections first
The 2nd pin of device is connect, and the 2nd pin of three-phase connector is driven via air-break Q6 connections second；
1st pin of digital voltmeter P1 connects the 2nd pin of civil power or power station adapter, number via air-break Q1
4th pin of the 2nd pin of word voltmeter P1 and the 4th pin connection civil power or power station adapter, civil power or power station adapter
After 3rd pin serial connection 3P uni-directional push-button switch S1, the 3rd of civil power or power station adapter is connected to via metalfilmresistor R1 respectively and is drawn
Foot, via the 2nd pin that metalfilmresistor R2 is connected to civil power or power station adapter, is connected to civil power via metalfilmresistor R3
Or the 1st pin of power station adapter；
Hour counter P1 one end connects the 3rd pin of civil power or power station adapter, the other end via air-break Q1
4th pin of connection civil power or power station adapter；
The L1 pins connection civil power or the 3rd pin of power station adapter of phased relay K1, the L2 of phased relay K1 draw
Foot connects the 2nd pin of civil power or power station adapter, and the L3 pins of phased relay K1 connect the 1st of civil power or power station adapter the
Pin；
Signal lighties H1 is bridged between the 1st pin and the 4th pin of civil power or power station adapter；Signal lighties H2 bridges at civil power
Or between the 2nd pin and the 4th pin of power station adapter；Signal lighties H3 bridges at the 3rd pin and the 4th of civil power or power station adapter
Between pin.
The beneficial effects of the utility model are：
1), as the Main Function of distribution extension set is in order to carry out electricity supply to whole radar system, to maintain radar
Normal operation.Therefore, this utility model by using three-phase mains or three-phase generation power supply as input power, with civil power or
Power station adapter is introduced into the input power in distribution extension set, and the coordination of the device such as each lightning protection device in Jing extension sets, chopper
Coordinate, most three-phase electricity is reasonably changed and distributes supply other external radar equipments at last, using as the extraneous radar equipment
Driving power supply.During whole power supply, this utility model also effectively realizes total electric control of electricity total to radar, electricity
Pressure indicates that the working time indicates, the function such as relative trim and lightning Protection of three-phase output, it is possible to three-phase voltage and
Three-phase imbalance, phase shortage etc. easily cause giving for radar infringement phenomenon and timely show and feed back.Simultaneously, it is contemplated that may
Function Extension situation, this utility model also by the employing of the backup interface such as the second auxiliary equipment adapter, so as to distribution
Interface and output leave appropriate capacity.When necessary, extension need to be directly plugged to reserved backup interface only
Place, you can easily realize above-mentioned functions extension purpose, the obvious extremely convenient reliability of its operation.
To sum up, utility model works good stability and scope of application width, can effectively and reliably maintain the normal of radar
Running, is particularly suited in the radar distribution operation of below 10KW.
Description of the drawings
Fig. 1 is circuit layout of the present utility model.
Specific embodiment
For ease of understanding, it is embodied as retouching below structure and workflow work to of the present utility model here in connection with accompanying drawing 1
State：
The radar distribution extension set box applied by this utility model, mainly by peripheral frame, backboard, panel, cover plate, medium-sized terminals
The structure compositions such as sub, small-sized binding post, base plate, guide rail, lightning protection device.The peripheral frame is by aluminium alloy plate panel beating and is welded,
Extension set backboard is provided with the afterbody of peripheral frame.And backboard is made up of aluminium alloy plate panel beating, different types of circular connection is above installed
Device and binding post.Cylindrical connector effect is the input and output of power supply.Binding post is used for the safety ground of whole extension set.Backboard
It is fixed in peripheral frame by fastening screw.It is anterior that front panel is installed on peripheral frame, be made up of aluminium alloy plate and pass through electric conductive oxidation with
Spray painting is processed, middle fluting, and surface is with spraying and the lettering for meeting radar machine requirement.From left to right it is provided with front panel
Power supply indicator H1, H2, H3,3P unidirectional push-button switchs S1, digital voltmeter P1, hour timer P2, phased relay K1,
Handss and 3P air-breaks, Q2, Q6 and 1P air-break Q3, Q4, Q5, Q7, Q8, Q9 etc., and worn by captive screw
Cross installing hole to be fixed in peripheral frame.Cover plate, base plate are made up of metal aluminum alloy metallic plate, Jing hollow processings so that be conducive to shape
Into rack air channel, beneficial to cooling machine cabinet.Guide rail has 2, is fixed on base plate, so as to being used for medium-sized binding post, small-sized connecing
The installation of line terminals and lightning protection device.Window frame structure is simple, and cuboid is presented, and depth is 3U.Cover plate, base plate, peripheral frame and front panel
A closing box-shaped cuboid is formed, large-scale insecticide and muroid can be prevented to enter and destroy, or even formed short circuit.On backboard three
The left part that cylindrical connector is located at backboard is input into mutually, it is larger respectively to connect spacing between machine, just apart from current output connector farther out
Operate in the plug of cable.Binding post is located at the lower right of backboard.Distribution extension set structure adopts Standard pallet formula structure design, can
It is installed on standard cabinet.
And circuit arrangement map of the present utility model, then it is as shown in Figure 1, including consisting of part：
4th pin of the first transmitting adapter, the 4th pin of the first comprehensive power adapter, the connection of the first auxiliary equipment
4th pin of device, the 4th pin of the second auxiliary equipment adapter, the 4th pin of the second comprehensive power adapter, the second transmitting
The PE pin common grounds of the 4th pin and spark gap of adapter；
2nd pin of the first transmitting adapter, the 2nd pin of the first comprehensive power adapter, the connection of the first auxiliary equipment
2nd pin of device, the 2nd pin of the second auxiliary equipment adapter, the 2nd pin of the second comprehensive power adapter, the second transmitting
2nd pin of adapter, the 4th pin of civil power or power station adapter, the N poles pin of spark gap, the first driving three-phase connector
The 4th pin, second driving three-phase connector the 4th pin be connected to each other；
After 3rd pin serial connection air-break Q3 of the first transmitting adapter, connect city via air-break Q1 respectively
1st pin and the L1 pins of spark gap of electricity or power station adapter, drives three to be connected via air-break Q2 connections first
The 1st pin of device is connect, and the 1st pin of three-phase connector is driven via air-break Q6 connections second；
After 3rd pin serial connection air-break Q4 of the first comprehensive power adapter, connect via air-break Q1 respectively
The 1st pin and the L1 pins of spark gap of civil power or power station adapter are connect, and three are driven via air-break Q2 connections first
Be connected the 1st pin of device, drives the 1st pin of three-phase connector via air-break Q6 connections second；
After 3rd pin serial connection air-break Q5 of the first auxiliary equipment adapter, connect via air-break Q1 respectively
The 1st pin and the L1 pins of spark gap of civil power or power station adapter are connect, and three are driven via air-break Q2 connections first
Be connected the 1st pin of device, drives the 1st pin of three-phase connector via air-break Q6 connections second；
After 3rd pin serial connection air-break Q7 of the second auxiliary equipment adapter, connect via air-break Q1 respectively
The 2nd pin and the L2 pins of spark gap of civil power or power station adapter are connect, and three are driven via air-break Q2 connections first
Be connected the 2nd pin of device, drives the 2nd pin of three-phase connector via air-break Q6 connections second；
After 3rd pin serial connection air-break Q8 of the second comprehensive power adapter, connect via air-break Q1 respectively
The 2nd pin and the L2 pins of spark gap of civil power or power station adapter are connect, and three are driven via air-break Q2 connections first
Be connected the 2nd pin of device, drives the 2nd pin of three-phase connector via air-break Q6 connections second；
After 3rd pin serial connection air-break Q9 of the second transmitting adapter, connect city via air-break Q1 respectively
2nd pin and the L2 pins of spark gap of electricity or power station adapter, drives three to be connected via air-break Q2 connections first
The 2nd pin of device is connect, and the 2nd pin of three-phase connector is driven via air-break Q6 connections second；
1st pin of digital voltmeter P1 connects the 2nd pin of civil power or power station adapter, number via air-break Q1
4th pin of the 2nd pin of word voltmeter P1 and the 4th pin connection civil power or power station adapter, civil power or power station adapter
After 3rd pin serial connection 3P uni-directional push-button switch S1, the 3rd of civil power or power station adapter is connected to via metalfilmresistor R1 respectively and is drawn
Foot, via the 2nd pin that metalfilmresistor R2 is connected to civil power or power station adapter, is connected to civil power via metalfilmresistor R3
Or the 1st pin of power station adapter；
Hour counter P1 one end connects the 3rd pin of civil power or power station adapter, the other end via air-break Q1
4th pin of connection civil power or power station adapter；
The L1 pins connection civil power or the 3rd pin of power station adapter of phased relay K1, the L2 of phased relay K1 draw
Foot connects the 2nd pin of civil power or power station adapter, and the L3 pins of phased relay K1 connect the 1st of civil power or power station adapter the
Pin；
Signal lighties H1 is bridged between the 1st pin and the 4th pin of civil power or power station adapter；Signal lighties H2 bridges at civil power
Or between the 2nd pin and the 4th pin of power station adapter；Signal lighties H3 bridges at the 3rd pin and the 4th of civil power or power station adapter
Between pin.
Table 1
Wherein, input of the present utility model and current mode output conversion table are given in table 1, is believed according to the input in table
Breath prompting is operated to respective air chopper and A.C. contactor, you can draw corresponding required current-mode in delivery outlet
Formula.
Claims (1)
1. a kind of radar distribution subordinate machine system, it is characterised in that including consisting of part：
First transmitting the 4th pin of adapter, the 4th pin of the first comprehensive power adapter, the first auxiliary equipment adapter
4th pin, the 4th pin of the second auxiliary equipment adapter, the 4th pin of the second comprehensive power adapter, the second transmitting connection
The PE pin common grounds of the 4th pin and spark gap of device；
First transmitting the 2nd pin of adapter, the 2nd pin of the first comprehensive power adapter, the first auxiliary equipment adapter
2nd pin, the 2nd pin of the second auxiliary equipment adapter, the 2nd pin of the second comprehensive power adapter, the second transmitting connection
2nd pin of device, the 4th pin of civil power or power station adapter, the N poles pin of spark gap, first drive the 4th of three-phase connector
Pin, the 4th pin of the second driving three-phase connector are connected to each other；
First transmitting adapter the 3rd pin serial connection air-break Q3 after, respectively via air-break Q1 connect civil power or
1st pin and the L1 pins of spark gap of power station adapter, drives three-phase connector via air-break Q2 connections first
The 1st pin, via air-break Q6 connection second drive three-phase connector the 1st pin；
After 3rd pin serial connection air-break Q4 of the first comprehensive power adapter, connect city via air-break Q1 respectively
1st pin and the L1 pins of spark gap of electricity or power station adapter, drives three to be connected via air-break Q2 connections first
The 1st pin of device is connect, and the 1st pin of three-phase connector is driven via air-break Q6 connections second；
After 3rd pin serial connection air-break Q5 of the first auxiliary equipment adapter, connect city via air-break Q1 respectively
1st pin and the L1 pins of spark gap of electricity or power station adapter, drives three to be connected via air-break Q2 connections first
The 1st pin of device is connect, and the 1st pin of three-phase connector is driven via air-break Q6 connections second；
After 3rd pin serial connection air-break Q7 of the second auxiliary equipment adapter, connect city via air-break Q1 respectively
2nd pin and the L2 pins of spark gap of electricity or power station adapter, drives three to be connected via air-break Q2 connections first
The 2nd pin of device is connect, and the 2nd pin of three-phase connector is driven via air-break Q6 connections second；
After 3rd pin serial connection air-break Q8 of the second comprehensive power adapter, connect city via air-break Q1 respectively
2nd pin and the L2 pins of spark gap of electricity or power station adapter, drives three to be connected via air-break Q2 connections first
The 2nd pin of device is connect, and the 2nd pin of three-phase connector is driven via air-break Q6 connections second；
Second transmitting adapter the 3rd pin serial connection air-break Q9 after, respectively via air-break Q1 connect civil power or
2nd pin and the L2 pins of spark gap of power station adapter, drives three-phase connector via air-break Q2 connections first
The 2nd pin, via air-break Q6 connection second drive three-phase connector the 2nd pin；
1st pin of digital voltmeter P1 connects the 2nd pin of civil power or power station adapter, numeral electricity via air-break Q1
Draw the 3rd of 4th pin of the 2nd pin and the 4th pin connection civil power or power station adapter of pressure table P1, civil power or power station adapter
After foot series connection 3P uni-directional push-button switch S1, the 3rd pin of civil power or power station adapter is connected to respectively via metalfilmresistor R1, via
Metalfilmresistor R2 is connected to the 2nd pin of civil power or power station adapter, is connected to civil power or power station via metalfilmresistor R3
1st pin of adapter；
Hour counter P1 one end connects the 3rd pin of civil power or power station adapter, other end connection via air-break Q1
4th pin of civil power or power station adapter；
The L1 pins connection civil power or the 3rd pin of power station adapter of phased relay K1, the L2 pins of phased relay K1 connect
The 2nd pin of civil power or power station adapter is connect, the 1st of the L3 pins connection civil power or power station adapter of phased relay K1 draws
Foot；
Signal lighties H1 is bridged between the 1st pin and the 4th pin of civil power or power station adapter；Signal lighties H2 bridges at civil power or electricity
Between the 2nd pin of station connector and the 4th pin；Signal lighties H3 bridges at the 3rd pin and the 4th pin of civil power or power station adapter
Between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621173539.8U CN206180389U (en) | 2016-10-26 | 2016-10-26 | Radar distribution extension system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621173539.8U CN206180389U (en) | 2016-10-26 | 2016-10-26 | Radar distribution extension system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206180389U true CN206180389U (en) | 2017-05-17 |
Family
ID=58681766
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621173539.8U Active CN206180389U (en) | 2016-10-26 | 2016-10-26 | Radar distribution extension system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206180389U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106329328A (en) * | 2016-10-26 | 2017-01-11 | 安徽四创电子股份有限公司 | Radar distribution extension system |
-
2016
- 2016-10-26 CN CN201621173539.8U patent/CN206180389U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106329328A (en) * | 2016-10-26 | 2017-01-11 | 安徽四创电子股份有限公司 | Radar distribution extension system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204068405U (en) | The earth leakage protective DC power-supply system of a kind of band | |
| CN206180389U (en) | Radar distribution extension system | |
| CN202978733U (en) | Power distribution network device | |
| CN204651707U (en) | Radar distribution extension set | |
| CN208638279U (en) | A kind of economic and reliable switching generator output device | |
| CN206180390U (en) | Modular radar distribution extension system | |
| CN211296084U (en) | Electrical installation protection box and electrical wiring device | |
| CN201717624U (en) | Outdoor lightning arrester for AC power supply | |
| CN207264976U (en) | Novel breaker electricity manipulation making sheet | |
| CN207530355U (en) | A kind of computer room DC low voltage distribution cabinet | |
| CN106374346A (en) | Combined power distribution extension machine of radar | |
| CN106329328A (en) | Radar distribution extension system | |
| CN201584939U (en) | Control cabinet of power generator | |
| CN207380168U (en) | A kind of device for checking cable connection | |
| CN201937202U (en) | Low-voltage drawout type switch electric cabinet | |
| CN206180391U (en) | Radar distribution extension system | |
| CN104734350A (en) | Low-voltage power distribution system for monitoring of factory electric consumption | |
| CN203691046U (en) | AC inlet wire automatic switching unit | |
| CN104734059A (en) | Spot monitoring type low-voltage power parameter monitoring system | |
| CN206962295U (en) | It is a kind of far to control case of plugging into | |
| CN204515499U (en) | For the data acquisition control module of LV intelligent switching system | |
| CN207053037U (en) | A kind of drawer-type switch cabinet mechanism | |
| CN204515500U (en) | Photo-voltaic power generation station electric power monitoring system | |
| CN205921440U (en) | Uninterrupted power source's distribution layout structure | |
| CN203326369U (en) | Portable maintenance power box |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |