CN206180390U - Modular radar distribution extension system - Google Patents
Modular radar distribution extension system Download PDFInfo
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- CN206180390U CN206180390U CN201621175865.2U CN201621175865U CN206180390U CN 206180390 U CN206180390 U CN 206180390U CN 201621175865 U CN201621175865 U CN 201621175865U CN 206180390 U CN206180390 U CN 206180390U
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Abstract
The utility model belongs to the power equipment field, concretely relates to modular radar distribution extension system. This system at least including main distribution extension module and with main distribution extension between the secondary distribution extension module is connected of electricity, main distribution extension module includes each main UPS connector, monitoring of emission connector, fan power supply connector, each activestandby part connector, commercial power or power station connector, main arrester, transmission three -phase connection ware, respectively drives three -phase connection ware, backup three -phase connection ware, electric parameters measuring apparatu etc.. Secondary distribution extension module includes extension or mains connection ware, each secondary UPS connector, each secondary spare connector, secondary arrester etc. This system not only can realize the basic function of normal distribution, still can realize complete machine lightning protection, , total time indication and the radar rack complete machine distribution function when separately placing of starting shooting, complete machine easy operation and use nimble convenience, and bearing capacity is strong, and application scope is wide and the commonality is good.
Description
Technical field
This utility model belongs to field of electrical equipment, and in particular to a kind of combination type 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.However, when meeting with the environment such as severe islands and reefs, often site environment is urgent
Need optionally to dispose multiple stage radar distribution extension set, while and thirsting for set up stable between each radar distribution extension set
Circuit is contacted, to realize the coordination between each radar distribution extension set and primary and secondary control, in current radar distribution extension set field also
There is not the precedent that similar structures are researched and developed.With the continuous progress of Radar Design and production technology, how to develop one kind and possess low
Denso wiring difficulty, internal components are rationally distributed, vdiverse in function and expansible, should especially meet dispersed placement formula rack radar
The radar distribution subordinate machine system of separated and online control such that it is able to adapt to the diversity requirements that radar sets up environment, be
This area technical barrier urgently to be resolved hurrily in recent years.
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 one kind is highly efficient to be efficiently applied to
Combination type radar distribution subordinate machine system in the controller switching equipment of below 30KW.The system is matched somebody with somebody by main distribution extension set module and secondary
The mode that electric separation machine module coordinates, main distribution extension set module and secondary power distribution extension set module both can be applied in combination with online, also may be used
Individually to use on the premise of distribution requirement is met, so as to it is flexible meet radar cabinet it is arranged apart when it is whole
The distribution of machine is required.The system can not only realize the basic function of normal distribution, be also capable of achieving whole machine lightning protection, voltage and refer to
Show, total available machine time indicates and whole machine distributing function when radar cabinet is separated, whole machine is simple to operate and use flexible
Convenient, bearing capacity is strong, and applied widely and versatility is good.
For achieving the above object, this utility model employs technical scheme below：
A kind of combination type radar distribution subordinate machine system, it is characterised in that：The system at least include main distribution extension set module with
And the secondary power distribution extension set module electrically connected between main distribution extension set, wherein：
Main distribution extension set module includes consisting of part：
4th pin of the first main UPS adapters, the 4th pin of the second main UPS adapters, the 4th of monitoring of emission adapter the
Pin, the 4th pin of fan power adapter, the 4th pin of the first master backup adapter, the 4th of the second master backup adapter the
The PE pins of pin, the 4th pin, the 4th pin of the 4th master backup adapter and main spark gap of the 3rd master backup adapter
Common ground；
2nd pin of the first main UPS adapters, the 2nd pin of the second main UPS adapters, the 2nd of monitoring of emission adapter the
Pin, the 2nd pin of fan power adapter, the 2nd pin of the first master backup adapter, the 2nd of the second master backup adapter the
The of pin, the 2nd pin of the 3rd master backup adapter, the 2nd pin of the 4th master backup adapter, civil power or power station adapter
4 pins, the N poles pin of main spark gap, transmitting three-phase connector the 4th pin, first drive three-phase connector the 4th pin,
4th pin of the second driving three-phase connector, the 4th pin of backup three-phase connector are connected to each other；
3rd pin of the first main UPS adapters, the 3rd pin of the second main UPS adapters are commonly connected to air-break
One end of Q5, the 3rd pin of the first master backup adapter and the 3rd pin of the second master backup adapter are connected to air break
One end of device Q8, is connected in parallel to each other to form the first parallel circuit with K2 contact switches and air-break Q1, air-break Q5 and
The other end of air-break Q8 it is common be sequentially connected in series the first parallel circuit, K1 contact switches and with civil power or power station adapter
The 1st pin and the L1 pins of main spark gap be connected；Meanwhile, it is connected in parallel to each other shape with K3 contact switches and air-break Q2
Into the second parallel circuit, on air-break Q5 and air-break Q8 for connecting one end of the first shunt circuit via the
Two parallel circuits and be serially connected with transmitting three-phase connector the 1st pin at；Use on air-break Q5 and air-break Q8
In the one end for connecting the first shunt circuit the 1st pin of the first driving three-phase connector is connected to via air-break Q3 with
And second drive three-phase connector the 1st pin at；On air-break Q5 and air-break Q8 for connection first simultaneously
The one end in connection loop is also connected at the 1st pin of backup three-phase connector via air-break Q4；
3rd pin of monitoring of emission adapter is connected to one end of air-break Q6, and the 3rd of the 3rd master backup adapter the
Pin is connected to the other end of one end of air-break Q9, air-break Q6 and air-break Q9 and common is sequentially connected in series
First parallel circuit, K1 contact switches are simultaneously connected with the L2 pins of the 2nd pin and main spark gap of civil power or power station adapter
Connect；Meanwhile, the one end for connecting the first shunt circuit on air-break Q6 and air-break Q9 is in parallel via second
Circuit and be serially connected with transmitting three-phase connector the 2nd pin at；On air-break Q6 and air-break Q9 for connecting
One end of first shunt circuit is connected to the 2nd pin and second of the first driving three-phase connector via air-break Q3
Drive at the 2nd pin of three-phase connector；On air-break Q6 and air-break Q9 for connecting the first shunt circuit
One end also via air-break Q4 be connected to backup three-phase connector the 2nd pin at；
3rd pin of fan power adapter is connected to one end of air-break Q7, and the 3rd of the 4th master backup adapter the
Pin is connected to the common string successively of the other end of one end of air-break Q10, air-break Q7 and air-break Q10
Join the first parallel circuit, K1 contact switches and with the L3 pin phases of the 3rd pin and main spark gap of civil power or power station adapter
Connection；Meanwhile, on air-break Q7 and air-break Q10 for connect the first shunt circuit one end via second simultaneously
Join circuit and be serially connected with the 3rd pin of transmitting three-phase connector；On air-break Q7 and air-break Q10 for even
The one end for connecing the first shunt circuit is connected to the 3rd pin and of the first driving three-phase connector via air-break Q3
At two the 3rd pins for driving three-phase connector；Returning for connection first to be in parallel on air-break Q7 and air-break Q10
The one end on road is also connected at the 3rd pin of backup three-phase connector via air-break Q4；Air-break Q7 and air
One end for connecting the first shunt circuit in circuit breaker Q 10 is also connected to main spark gap via the first hour counter P1
PE pins at；
The K1 contact switches are controlled by A.C. contactor K1, and the A1 pins of A.C. contactor K1 are connected to civil power or power station
At 1st pin of adapter, after the A2 pins concatenation lock catch type scram button S1 of A.C. contactor K1 civil power or power station are connected to
At 3rd pin of adapter；
The K2 contact switches are controlled by A.C. contactor K2, and the A1 pins of A.C. contactor K2 are connected to main distribution monitoring
At 1st pin of adapter, the A2 pins of A.C. contactor K2 are connected at the 2nd pin of main distribution monitoring adapter, exchange
Bridge joint has transwitch diode V1, and the one-way trip direction of transwitch diode V1 between the A1 pins and A2 pins of catalyst K2
A1 pins are pointed to by the A2 pins of A.C. contactor K2；
The K3 contact switches are controlled by A.C. contactor K3, and the A1 pins of A.C. contactor K3 are connected to main distribution monitoring
At 3rd pin of adapter, the A2 pins of A.C. contactor K3 are connected at the 4th pin of main distribution monitoring adapter, exchange
Bridge joint has transwitch diode V2, and the one-way trip direction of transwitch diode V2 between the A1 pins and A2 pins of catalyst K3
A1 pins are pointed to by the A2 pins of A.C. contactor K3；
5th pin and the 6th pin of main distribution monitoring adapter is respectively connecting at electric parameter measurement instrument K4, electric power ginseng
The 1st current legs connection civil power or the 3rd pin of power station adapter of number measuring instrument K4, the 2nd of electric parameter measurement instrument K4 is electric
2nd pin of stream pin connection civil power or power station adapter, the 3rd current legs connection civil power of electric parameter measurement instrument K4 or electricity
1st pin of station connector, the 4th voltage pin connection civil power or the 3rd pin of power station adapter of electric parameter measurement instrument K4,
The 5th voltage pin connection civil power or the 2nd pin of power station adapter of electric parameter measurement instrument K4, electric parameter measurement instrument K4's
6th voltage pin connects the 1st pin of civil power or power station adapter, the 7th pin connection civil power of electric parameter measurement instrument K4 or
4th pin of power station adapter；1st current legs of electric parameter measurement instrument K4, the 2nd current legs and the 3rd current legs are equal
Earth lead is set；
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；
Secondary power distribution extension set module includes consisting of part：
One of extension set or city's electric connector, its power input end and aforementioned four master backup adapter are connected；
4th pin of first level UPS adapter, first level back up the 4th pin of adapter, second subprime UPS and connect
Connect the PE pin common grounds of the 4th pin, the 4th pin of second subprime backup adapter and secondary spark gap of device；
2nd pin of first level UPS adapter, first level back up the 2nd pin of adapter, second subprime UPS and connect
Connect the 2nd pin of device, second subprime backup the 2nd pin of adapter, the 2nd pin of extension set or city's electric connector, secondary lightning-arrest
The N poles pin of device is connected to each other；
Extension set or city's electric connector are connected to after the 3rd pin concatenation air-break Q11 of first level UPS adapter
At the L1 pins of the 1st pin and secondary spark gap；
It is connected in parallel to each other to form the 3rd parallel circuit with air-break Q15 and K5 catalysts；First time level backs up adapter
The 3rd pin be sequentially connected in series after air-break Q12 and the 3rd parallel circuit the 1st pin for being connected to extension set or city's electric connector
Place；3rd pin of second subprime UPS adapters is sequentially connected in series after air-break Q13 and the 3rd parallel circuit and is connected to extension set
Or at the 1st pin of city's electric connector；3rd pin of second subprime backup adapter is sequentially connected in series air-break Q14 and the
It is connected to after three parallel circuits at the 1st pin of extension set or city's electric connector；
The K5 contact switches are controlled by A.C. contactor K5, and the A1 pins of A.C. contactor K5 are connected to secondary power distribution prison
At 1st pin of control adapter, the A2 pins of A.C. contactor K5 are connected at the 2nd pin of secondary power distribution monitoring adapter,
Bridge joint has transwitch diode V3, and the one-way trip of transwitch diode V3 between the A1 pins and A2 pins of A.C. contactor K5
Direction A1 pins are pointed to by the A2 pins of A.C. contactor K5；
Signal lighties H4, the second hour counter P2 and digital voltmeter P3 respectively bridge at extension set or city's electric connector
The 1st pin and the 2nd pin between.
The beneficial effects of the utility model are：
1), this utility model is devoted in structural manufacturing process with worst islands and reefs environment as design criteria, is matched somebody with somebody by master
The cooperation of electric separation machine module and secondary power distribution extension set module, not only realize main distribution extension set module and secondary power distribution extension set module it
Between remote-controlled start-up and local start double selection, while whole machine lightning protection, secondary rack lightning protection, whole electromechanical stream indicate, whole machine
Voltage instruction, pile defection, overall available machine time instruction, Overall Power Consumption detection, secondary rack start calendar scheduling basic function are also
Synchronous guarantee can be obtained.In addition, this utility model is also equipped with the real-time report and total electricity consumption of whole electromechanical piezoelectricity stream mode
The function of statistics, while being also capable of achieving the voltage instruction of main distribution extension set module relative secondary distribution extension set module, long-range and sheet
The functions such as ground control switching.Additionally, this utility model also quantity extendable functions with secondary power distribution extension set module.Due to each
Master backup adapter can have respective number for the quantity of multiple therefore connected secondary power distribution extension set modules.When secondary
When level distribution extension set module is independently used, can be directly by extension set or civil power connector shelf on mains circuit, to realize it
Function is used alone.
In sum, this utility model bearing capacity is strong, and applied widely, versatility is good, feature richness etc..Matched somebody with somebody by master
The mode that electric separation machine module and secondary power distribution extension set module coordinate, main distribution extension set module and secondary power distribution extension set module both can be with
It is online to be applied in combination, it is also possible to individually to use on the premise of distribution requirement is met, so as to flexible meets radar
The distribution of whole machine is required when rack is arranged apart, and synchronously possesses whole machine lightning protection, voltage are indicated, total available machine time indicates etc.
Function, the controller switching equipment for being particularly suited for below 30KW is used.
Description of the drawings
The circuit layout of distribution extension set module based on Fig. 1；
Fig. 2 is the circuit layout of secondary power distribution extension set module；
Fiting relation figure based on Fig. 3 between distribution extension set box and each secondary power distribution extension set box.
Each label is as follows with each component names corresponding relation of the present utility model in accompanying drawing：
10- main distribution extension set box 20- secondary power distribution extension set boxes
Specific embodiment
For ease of understanding, it is embodied as below structure and workflow work to of the present utility model here in connection with accompanying drawing 1-3
Description：
Concrete structure of the present utility model, as shown in Figure 3, this utility model is mainly by two kinds of relatively independent extension set boxes
Composition, i.e. main distribution extension set box 10 and secondary power distribution extension set box 20.Wherein, the number of secondary power distribution extension set box 20 is regarding main distribution point
At machine box 10 depending on default backup adapter number, preferably four, user flexibly selects to assemble number also dependent on needs
Amount.Main distribution extension set box 10 is connected with secondary power distribution extension set box 20 by the cable of suitable length.
Wherein, main distribution extension set box 10 by peripheral frame, backboard, front panel, cover plate, medium-sized binding post, small-sized binding post,
The structure compositions such as base plate, guide rail, lightning protection device.Peripheral frame is by aluminium alloy plate panel beating and is welded, and in the afterbody of peripheral frame backboard is provided with.
Backboard is made up of aluminium alloy plate panel beating, and different types of cylindrical connector and binding post are provided with thereon.Cylindrical connector is acted on
It is the input and output of power supply.Binding post is used for the safety ground of whole extension set box.Backboard is fixed on by six fastening screws
In peripheral frame.Front panel is installed on peripheral frame front portion, is made up of aluminium alloy plate and is processed by electric conductive oxidation and spray painting, centre fluting,
Surface is quartz ash semi-gloss with spraying and the lettering for meeting radar machine requirement, surface color.Front panel from top to bottom, from
It is left-to-right to be sequentially installed with power supply indicator, electric parameter measurement instrument, hour timer, emergency stop switch, and each air break
Device etc..Wherein, the bus-bar short circuit that circuit breaker Q 1, Q2, Q3, Q4 passes through model A9XPH312, and then reduce making for cable
Consumption, so that main junction box inner cable usage amount is less, installs more convenient succinct.Cover plate, base plate are by metal aluminum alloy gold
Category plate is made, Jing hollow processings so that rack air channel is advantageously formed, so as to cooling machine cabinet.Guide rail has three, is fixed on bottom
On plate, for medium-sized binding post, small-sized binding post and lightning protection device and 220V A.C. contactor K1 and 12V A.C. contactors
The installation of K2 and K3.The basic structure of secondary power distribution extension set box 20 is with reference to above-mentioned main distribution extension set box 10.So far, above-mentioned main distribution point
The peripheral frame of machine box 10 and secondary power distribution extension set box 20 possesses simple structure, solid and reliable, does not stop the characteristic in rack air channel.It is whole
The case type cuboid box structure of body, can prevent large-scale insecticide and muroid to enter and destroy, it is to avoid short circuit is caused with this
Risk.
When embodying to circuit, as shown in Figure 1-2, the main distribution extension set module at main distribution extension set box 10 includes following
Ingredient：
4th pin of the first main UPS adapters, the 4th pin of the second main UPS adapters, the 4th of monitoring of emission adapter the
Pin, the 4th pin of fan power adapter, the 4th pin of the first master backup adapter, the 4th of the second master backup adapter the
The PE pins of pin, the 4th pin, the 4th pin of the 4th master backup adapter and main spark gap of the 3rd master backup adapter
Common ground；
2nd pin of the first main UPS adapters, the 2nd pin of the second main UPS adapters, the 2nd of monitoring of emission adapter the
Pin, the 2nd pin of fan power adapter, the 2nd pin of the first master backup adapter, the 2nd of the second master backup adapter the
The of pin, the 2nd pin of the 3rd master backup adapter, the 2nd pin of the 4th master backup adapter, civil power or power station adapter
4 pins, the N poles pin of main spark gap, transmitting three-phase connector the 4th pin, first drive three-phase connector the 4th pin,
4th pin of the second driving three-phase connector, the 4th pin of backup three-phase connector are connected to each other；
3rd pin of the first main UPS adapters, the 3rd pin of the second main UPS adapters are commonly connected to air-break
One end of Q5, the 3rd pin of the first master backup adapter and the 3rd pin of the second master backup adapter are connected to air break
One end of device Q8, is connected in parallel to each other to form the first parallel circuit with K2 contact switches and air-break Q1, air-break Q5 and
The other end of air-break Q8 it is common be sequentially connected in series the first parallel circuit, K1 contact switches and with civil power or power station adapter
The 1st pin and the L1 pins of main spark gap be connected；Meanwhile, it is connected in parallel to each other shape with K3 contact switches and air-break Q2
Into the second parallel circuit, on air-break Q5 and air-break Q8 for connecting one end of the first shunt circuit via the
Two parallel circuits and be serially connected with transmitting three-phase connector the 1st pin at；Use on air-break Q5 and air-break Q8
In the one end for connecting the first shunt circuit the 1st pin of the first driving three-phase connector is connected to via air-break Q3 with
And second drive three-phase connector the 1st pin at；On air-break Q5 and air-break Q8 for connection first simultaneously
The one end in connection loop is also connected at the 1st pin of backup three-phase connector via air-break Q4；
3rd pin of monitoring of emission adapter is connected to one end of air-break Q6, and the 3rd of the 3rd master backup adapter the
Pin is connected to the other end of one end of air-break Q9, air-break Q6 and air-break Q9 and common is sequentially connected in series
First parallel circuit, K1 contact switches are simultaneously connected with the L2 pins of the 2nd pin and main spark gap of civil power or power station adapter
Connect；Meanwhile, the one end for connecting the first shunt circuit on air-break Q6 and air-break Q9 is in parallel via second
Circuit and be serially connected with transmitting three-phase connector the 2nd pin at；On air-break Q6 and air-break Q9 for connecting
One end of first shunt circuit is connected to the 2nd pin and second of the first driving three-phase connector via air-break Q3
Drive at the 2nd pin of three-phase connector；On air-break Q6 and air-break Q9 for connecting the first shunt circuit
One end also via air-break Q4 be connected to backup three-phase connector the 2nd pin at；
3rd pin of fan power adapter is connected to one end of air-break Q7, and the 3rd of the 4th master backup adapter the
Pin is connected to the common string successively of the other end of one end of air-break Q10, air-break Q7 and air-break Q10
Join the first parallel circuit, K1 contact switches and with the L3 pin phases of the 3rd pin and main spark gap of civil power or power station adapter
Connection；Meanwhile, on air-break Q7 and air-break Q10 for connect the first shunt circuit one end via second simultaneously
Join circuit and be serially connected with the 3rd pin of transmitting three-phase connector；On air-break Q7 and air-break Q10 for even
The one end for connecing the first shunt circuit is connected to the 3rd pin and of the first driving three-phase connector via air-break Q3
At two the 3rd pins for driving three-phase connector；Returning for connection first to be in parallel on air-break Q7 and air-break Q10
The one end on road is also connected at the 3rd pin of backup three-phase connector via air-break Q4；Air-break Q7 and air
One end for connecting the first shunt circuit in circuit breaker Q 10 is also connected to main spark gap via the first hour counter P1
PE pins at；
The K1 contact switches are controlled by A.C. contactor K1, and the A1 pins of A.C. contactor K1 are connected to civil power or power station
At 1st pin of adapter, after the A2 pins concatenation lock catch type scram button S1 of A.C. contactor K1 civil power or power station are connected to
At 3rd pin of adapter；
The K2 contact switches are controlled by A.C. contactor K2, and the A1 pins of A.C. contactor K2 are connected to main distribution monitoring
At 1st pin of adapter, the A2 pins of A.C. contactor K2 are connected at the 2nd pin of main distribution monitoring adapter, exchange
Bridge joint has transwitch diode V1, and the one-way trip direction of transwitch diode V1 between the A1 pins and A2 pins of catalyst K2
A1 pins are pointed to by the A2 pins of A.C. contactor K2；
The K3 contact switches are controlled by A.C. contactor K3, and the A1 pins of A.C. contactor K3 are connected to main distribution monitoring
At 3rd pin of adapter, the A2 pins of A.C. contactor K3 are connected at the 4th pin of main distribution monitoring adapter, exchange
Bridge joint has transwitch diode V2, and the one-way trip direction of transwitch diode V2 between the A1 pins and A2 pins of catalyst K3
A1 pins are pointed to by the A2 pins of A.C. contactor K3；
5th pin and the 6th pin of main distribution monitoring adapter is respectively connecting at electric parameter measurement instrument K4, electric power ginseng
The 1st current legs connection civil power or the 3rd pin of power station adapter of number measuring instrument K4, the 2nd of electric parameter measurement instrument K4 is electric
2nd pin of stream pin connection civil power or power station adapter, the 3rd current legs connection civil power of electric parameter measurement instrument K4 or electricity
1st pin of station connector, the 4th voltage pin connection civil power or the 3rd pin of power station adapter of electric parameter measurement instrument K4,
The 5th voltage pin connection civil power or the 2nd pin of power station adapter of electric parameter measurement instrument K4, electric parameter measurement instrument K4's
6th voltage pin connects the 1st pin of civil power or power station adapter, the 7th pin connection civil power of electric parameter measurement instrument K4 or
4th pin of power station adapter；1st current legs of electric parameter measurement instrument K4, the 2nd current legs and the 3rd current legs are equal
Earth lead is set；
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.
Secondary power distribution extension set module at secondary power distribution extension set box 20 includes consisting of part：
One of extension set or city's electric connector, its power input end and aforementioned four master backup adapter are connected；
4th pin of first level UPS adapter, first level back up the 4th pin of adapter, second subprime UPS and connect
Connect the PE pin common grounds of the 4th pin, the 4th pin of second subprime backup adapter and secondary spark gap of device；
2nd pin of first level UPS adapter, first level back up the 2nd pin of adapter, second subprime UPS and connect
Connect the 2nd pin of device, second subprime backup the 2nd pin of adapter, the 2nd pin of extension set or city's electric connector, secondary lightning-arrest
The N poles pin of device is connected to each other；
Extension set or city's electric connector are connected to after the 3rd pin concatenation air-break Q11 of first level UPS adapter
At the L1 pins of the 1st pin and secondary spark gap；
It is connected in parallel to each other to form the 3rd parallel circuit with air-break Q15 and K5 catalysts；First time level backs up adapter
The 3rd pin be sequentially connected in series after air-break Q12 and the 3rd parallel circuit the 1st pin for being connected to extension set or city's electric connector
Place；3rd pin of second subprime UPS adapters is sequentially connected in series after air-break Q13 and the 3rd parallel circuit and is connected to extension set
Or at the 1st pin of city's electric connector；3rd pin of second subprime backup adapter is sequentially connected in series air-break Q14 and the
It is connected to after three parallel circuits at the 1st pin of extension set or city's electric connector；
K5 contact switches are controlled by A.C. contactor K5, and the A1 pins of A.C. contactor K5 are connected to secondary power distribution monitoring and connect
Connect at the 1st pin of device, the A2 pins of A.C. contactor K5 are connected at the 2nd pin of secondary power distribution monitoring adapter, exchange
Bridge joint has transwitch diode V3, and the one-way trip direction of transwitch diode V3 between the A1 pins and A2 pins of catalyst K5
A1 pins are pointed to by the A2 pins of A.C. contactor K5；
Signal lighties H4, the second hour counter P2 and digital voltmeter P3 respectively bridge at extension set or city's electric connector
The 1st pin and the 2nd pin between.
Table 1, the input of main distribution extension set module and current mode output conversion table：
| Input | Air-break and A.C. contactor are combined | Output |
| NUVW three-phase alternating currents | Q1/K2+Q5 | Ground NU alternating currents |
| NUVW three-phase alternating currents | Q1/K2+Q6 | Ground NV alternating currents |
| NUVW three-phase alternating currents | Q1/K2+Q7 | Ground NW alternating currents |
| NUVW three-phase alternating currents | Q1/K2+Q8 | Ground NU alternating currents |
| NUVW three-phase alternating currents | Q1/K2+Q9 | Ground NV alternating currents |
| NUVW three-phase alternating currents | Q1/K2+Q10 | Ground NW alternating currents |
| NUVW three-phase alternating currents | Q1/K2+Q2/K3 | NUVW three-phase alternating currents |
| NUVW three-phase alternating currents | Q1/K2+Q3 | NUVW three-phase alternating currents |
| NUVW three-phase alternating currents | Q1/K2+Q4 | NUVW three-phase alternating currents |
Table 2, the input of secondary power distribution extension set module and current mode output conversion table：
The input and current mode output conversion of main distribution extension set module and secondary power distribution diversity module are given in table 1-2
Table, the input information prompting in table is operated to respective air chopper and A.C. contactor, you can obtained in delivery outlet
Go out corresponding required current-mode.
The advantage of foregoing circuit arrangement, is that main distribution extension set module can be by cable and secondary power distribution extension set module phase
Even, the input power of secondary power distribution extension set module is provided and on and off switch in acceptor's distribution extension set module by main distribution extension set module
Control.By the use of A.C. contactor, it is possible to achieve the remotely control of input master secondary distribution extension set module input power,
Therefore the remote switch that radar power supply can be realized and then the remote on-off for realizing radar system.Meanwhile, main distribution extension set mould
Block by the use of electric parameter measurement instrument, can by real-time performance by current voltage value, current value, phase order relation and
Radar system general power, total power consumption real-time Transmission to radar system monitoring software, such that it is able to realize voltage x current detection,
Alarm and the collection of real time data and record, help client more to grasp radar ruuning situation and cost used in connection with.Specifically
For, the power source of main distribution extension set module is mainly the power supply that three-phase mains or 3 phase diesel generator generate electricity.By three-phase four
The cylindrical connector of line is introduced into external power supply in main distribution extension set module, and the binding post in Jing main distribution extension set modules,
The devices such as lightning protection device, air-break, cylindrical connector are by three-phase electricity reasonable distribution and supply other external equipments, so as to conduct
The driving power supply of relevant device.During whole power supply, total electric control of the achievable electricity total to radar of this utility model,
Voltage refers to, the working time indicates and lightning Protection operation, meet radar separately dispose and device extension after the need powered of radar
Will.In view of possible Function Extension situation, main distribution extension set module with electrical interface and output to leaving appropriate appearance
Amount, and leave backup interface.Secondary power distribution extension set module is simple compared with main distribution extension set, but principle is roughly the same therewith.
In sum, this utility model possesses good operating stability, flexible and changeable, applied widely, simple for structure, peace
Fill it is convenient, safeguard low with operating cost, the unit radar equipment under the adverse circumstances such as especially suitable supporting field is used.Primary and secondary
Level distribution extension set module is provided with the independently-powered function of relative radar cabinet；And when both united applications, Main Function
It is to power to carry out electricity to separated radar cabinet, with this basic mesh of reliable realization maintenance radar normal operation
's.
Claims (1)
1. a kind of combination type radar distribution subordinate machine system, it is characterised in that：The system at least include main distribution extension set module and
The secondary power distribution extension set module electrically connected between main distribution extension set, wherein：
Main distribution extension set module includes consisting of part：
4th pin of the first main UPS adapters, the 4th pin of the second main UPS adapters, the 4th of monitoring of emission adapter the are drawn
Foot, the 4th pin of fan power adapter, the 4th pin of the first master backup adapter, the 4th of the second master backup adapter the are drawn
Foot, the PE pins of the 4th pin, the 4th pin of the 4th master backup adapter and main spark gap of the 3rd master backup adapter are total to
With ground connection；
2nd pin of the first main UPS adapters, the 2nd pin of the second main UPS adapters, the 2nd of monitoring of emission adapter the are drawn
Foot, the 2nd pin of fan power adapter, the 2nd pin of the first master backup adapter, the 2nd of the second master backup adapter the are drawn
The 4th of foot, the 2nd pin of the 3rd master backup adapter, the 2nd pin of the 4th master backup adapter, civil power or power station adapter
Pin, the N poles pin of main spark gap, the 4th pin of transmitting three-phase connector, first drive the 4th pin of three-phase connector, the
4th pin of two driving three-phase connectors, the 4th pin of backup three-phase connector are connected to each other；
3rd pin of the first main UPS adapters, the 3rd pin of the second main UPS adapters are commonly connected to air-break Q5's
One end, the 3rd pin of the first master backup adapter and the 3rd pin of the second master backup adapter are connected to air-break Q8
One end, be connected in parallel to each other to form the first parallel circuit with K2 contact switches and air-break Q1, air-break Q5 and air
The other end of circuit breaker Q 8 it is common be sequentially connected in series the first parallel circuit, K1 contact switches and with the of civil power or power station adapter
The L1 pins of 1 pin and main spark gap are connected；Meanwhile, it is connected in parallel to each other to form the with K3 contact switches and air-break Q2
On two parallel circuits, air-break Q5 and air-break Q8 for connect the first shunt circuit one end via second simultaneously
Join circuit and be serially connected with the 1st pin of transmitting three-phase connector；On air-break Q5 and air-break Q8 for even
The one end for connecing the first shunt circuit is connected to the 1st pin and of the first driving three-phase connector via air-break Q3
At two the 1st pins for driving three-phase connector；Returning for connection first to be in parallel on air-break Q5 and air-break Q8
The one end on road is also connected at the 1st pin of backup three-phase connector via air-break Q4；
3rd pin of monitoring of emission adapter is connected to one end of air-break Q6, the 3rd pin of the 3rd master backup adapter
Be connected to one end of air-break Q9, air-break Q6 and air-break Q9 the other end it is common be sequentially connected in series first
Parallel circuit, K1 contact switches are simultaneously connected with the L2 pins of the 2nd pin and main spark gap of civil power or power station adapter；Together
When, the one end for connecting the first shunt circuit on air-break Q6 and air-break Q9 is via the second parallel circuit
It is serially connected with the 2nd pin of transmitting three-phase connector；On air-break Q6 and air-break Q9 for connection first simultaneously
The one end in connection loop is connected to the 2nd pin of the first driving three-phase connector and the second driving three via air-break Q3
It is connected at the 2nd pin of device；One end for connecting the first shunt circuit on air-break Q6 and air-break Q9
Also it is connected at the 2nd pin of backup three-phase connector via air-break Q4；
3rd pin of fan power adapter is connected to one end of air-break Q7, the 3rd pin of the 4th master backup adapter
Be connected to one end of air-break Q10, air-break Q7 and air-break Q10 the other end it is common be sequentially connected in series
One parallel circuit, K1 contact switches are simultaneously connected with the L3 pins of the 3rd pin and main spark gap of civil power or power station adapter；
Meanwhile, the one end for connecting the first shunt circuit on air-break Q7 and air-break Q10 is via the second electricity in parallel
Road and be serially connected with transmitting three-phase connector the 3rd pin at；On air-break Q7 and air-break Q10 for connection the
One end of one shunt circuit is connected to the 3rd pin of the first driving three-phase connector and the second drive via air-break Q3
At 3rd pin of dynamic three-phase connector；On air-break Q7 and air-break Q10 for connecting the first shunt circuit
One end is also connected at the 3rd pin of backup three-phase connector via air-break Q4；Air-break Q7 and air break
One end for connecting the first shunt circuit on device Q10 is also connected to the PE of main spark gap via the first hour counter P1
At pin；
The K1 contact switches are controlled by A.C. contactor K1, and the A1 pins of A.C. contactor K1 are connected to civil power or power station connection
At 1st pin of device, after the A2 pins concatenation lock catch type scram button S1 of A.C. contactor K1 civil power or power station connection are connected to
At 3rd pin of device；
The K2 contact switches are controlled by A.C. contactor K2, and the A1 pins of A.C. contactor K2 are connected to main distribution monitoring connection
At 1st pin of device, the A2 pins of A.C. contactor K2 are connected at the 2nd pin of main distribution monitoring adapter, ac contactor
Bridge joint has a transwitch diode V1 between the A1 pins and A2 pins of device K2, and the one-way trip direction of transwitch diode V1 is by handing over
The A2 pins of stream catalyst K2 are pointed at A1 pins；
The K3 contact switches are controlled by A.C. contactor K3, and the A1 pins of A.C. contactor K3 are connected to main distribution monitoring connection
At 3rd pin of device, the A2 pins of A.C. contactor K3 are connected at the 4th pin of main distribution monitoring adapter, ac contactor
Bridge joint has a transwitch diode V2 between the A1 pins and A2 pins of device K3, and the one-way trip direction of transwitch diode V2 is by handing over
The A2 pins of stream catalyst K3 are pointed at A1 pins；
5th pin and the 6th pin of main distribution monitoring adapter is respectively connecting at electric parameter measurement instrument K4, and parameters of electric power is surveyed
The 1st current legs connection civil power or the 3rd pin of power station adapter of amount instrument K4, the 2nd electric current of electric parameter measurement instrument K4 draws
Foot connects the 2nd pin of civil power or power station adapter, and the 3rd current legs connection civil power of electric parameter measurement instrument K4 or power station connect
Connect the 1st pin of device, the 4th voltage pin connection civil power or the 3rd pin of power station adapter of electric parameter measurement instrument K4, electric power
The 5th voltage pin connection civil power or the 2nd pin of power station adapter of parameter measurement instrument K4, the 6th of electric parameter measurement instrument K4 the
Voltage pin connects the 1st pin of civil power or power station adapter, the 7th pin connection civil power of electric parameter measurement instrument K4 or power station
4th pin of adapter；1st current legs of electric parameter measurement instrument K4, the 2nd current legs and the 3rd current legs are respectively provided with
Earth lead；
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；
Secondary power distribution extension set module includes consisting of part：
One of extension set or city's electric connector, its power input end and aforementioned four master backup adapter are connected；
4th pin of first level UPS adapter, first level back up the 4th pin, the second subprime UPS adapters of adapter
The 4th pin, the 4th pin of second subprime backup adapter and secondary spark gap PE pin common grounds；
2nd pin of first level UPS adapter, first level back up the 2nd pin, the second subprime UPS adapters of adapter
The 2nd pin, second subprime backup the 2nd pin of adapter, the 2nd pin of extension set or city's electric connector, the N of secondary spark gap
Pole pin is connected to each other；
The 1st of extension set or city's electric connector is connected to after the 3rd pin concatenation air-break Q11 of first level UPS adapter
At the L1 pins of pin and secondary spark gap；
It is connected in parallel to each other to form the 3rd parallel circuit with air-break Q15 and K5 catalysts；The 3rd of first level backup adapter
Pin is sequentially connected in series after air-break Q12 and the 3rd parallel circuit and is connected at the 1st pin of extension set or city's electric connector；The
3rd pin of secondary stage UPS adapters is sequentially connected in series after air-break Q13 and the 3rd parallel circuit and is connected to extension set or civil power
At 1st pin of adapter；3rd pin of second subprime backup adapter is sequentially connected in series air-break Q14 and the 3rd in parallel
It is connected to after circuit at the 1st pin of extension set or city's electric connector；
The K5 contact switches are controlled by A.C. contactor K5, and the A1 pins of A.C. contactor K5 are connected to secondary power distribution monitoring and connect
Connect at the 1st pin of device, the A2 pins of A.C. contactor K5 are connected at the 2nd pin of secondary power distribution monitoring adapter, exchange
Bridge joint has transwitch diode V3, and the one-way trip direction of transwitch diode V3 between the A1 pins and A2 pins of catalyst K5
A1 pins are pointed to by the A2 pins of A.C. contactor K5；
Signal lighties H4, the second hour counter P2 and digital voltmeter P3 respectively bridge at the of extension set or city's electric connector
Between 1 pin and the 2nd pin.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621175865.2U CN206180390U (en) | 2016-10-26 | 2016-10-26 | Modular radar distribution extension system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621175865.2U CN206180390U (en) | 2016-10-26 | 2016-10-26 | Modular radar distribution extension system |
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| Publication Number | Publication Date |
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| CN206180390U true CN206180390U (en) | 2017-05-17 |
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ID=58681655
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| Country | Link |
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| CN (1) | CN206180390U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106374346A (en) * | 2016-10-26 | 2017-02-01 | 安徽四创电子股份有限公司 | Combined power distribution extension machine of radar |
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2016
- 2016-10-26 CN CN201621175865.2U patent/CN206180390U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106374346A (en) * | 2016-10-26 | 2017-02-01 | 安徽四创电子股份有限公司 | Combined power distribution extension machine of radar |
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