CN102044976A - Power-supply distribution unit capable of accessing various three-phase power supplies and multi-type single-phase power supplies - Google Patents
Power-supply distribution unit capable of accessing various three-phase power supplies and multi-type single-phase power supplies Download PDFInfo
- Publication number
- CN102044976A CN102044976A CN2009102063080A CN200910206308A CN102044976A CN 102044976 A CN102044976 A CN 102044976A CN 2009102063080 A CN2009102063080 A CN 2009102063080A CN 200910206308 A CN200910206308 A CN 200910206308A CN 102044976 A CN102044976 A CN 102044976A
- Authority
- CN
- China
- Prior art keywords
- power supply
- group
- input
- output link
- power
- 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.)
- Granted
Links
Images
Abstract
The invention discloses a power-supply distribution unit capable of accessing various three-phase power supplies and single-phase power supplies, which comprises a separating power supply input component and input power-supply distribution component, wherein the power supply input component is used for transmitting the electric energy of an input power supply to the power-supply distribution unit capable of accessing various three-phase power supplies and single-phase power supplies; the input power-supply distribution component is separably connected to the power supply input component to distribute connection relations; and the mutual connection relation on one side of the input power-supply distribution component is in a delta type, Y type or a mutually-parallel type. The power-supply distribution unit is widely applicable to various commercial power specifications, and the corresponding power supply input component or/and input power-supply distribution component are replaced easily and quickly according to the corresponding commercial power supply specifications, so that the power-supply distribution unit is suitable for commercial power of different commercial power specifications. For manufacturers, the integral manufacturing cost and the complexity of assembly of the power-supply distribution unit capable of accessing the various three-phase power supplies and single-phase power supplies can be reduced effectively.
Description
Technical field
The present invention relates to a kind of power-supply device, relate in particular to a kind of be applied to the three phase mains of accepting many types of formula of data center and the power distribution unit of single phase poaer supply (Power Distribution Unit, PDU).
Background technology
Along with the progress of computer science and technology and the fast development of the Internet, the service or the function that provide by the Internet are also more and more many, therefore, the data center (data center) that is made up of many computers or server (server) also increases fast, data center is in order to provide more service or function on the internet, must increase the computer of data center or the number of server, and problems such as the supply of electric power of data center and distribution are also following.
For problems such as the supply of electric power that solves data center and distribution, data center utilizes power distribution unit to distribute every computer or the required electric power of server.Yet, the position difference that each data center is provided with, correspondence makes the civil power kind that provides to data center also inequality, the conventional power source allocation units must be built the initial stage of putting in data center, the civil power kind that the position the provided correspondence that is provided with according to data center designs exclusive power distribution unit, therefore, the power distribution unit at different pieces of information center can't exchange use each other.
Under globalization tendency now, international enterprise-like corporation can be separately positioned on a plurality of data centers different country or regional, makes data center's rate ground operation more quickly and effectively.But, each country or regional city's electrical specification difference that provides, so city's electrical specification of 220 volts of 120/400 volt (V) of three-phase (Φ) four-wire type or single-phase TW two wires for example is the exclusive design of city's electrical specification that the power distribution unit of each data center is provided according to this country or zone.When the power distribution unit fault, the attendant need select corresponding power distribution unit for use according to city's electrical specification, more increases manufacturing cost except causing difficult in maintenance.
In order to improve the overall operation efficiency of data center, need in time change national or regional that data center is provided with, because the data center position after changing, city's electrical specification also changes relatively, even power distribution unit originally not fault also method do not have and continue to use, must choose the power distribution unit of redesign, except increasing the change cost, more cause the wasting of resources.
With manufacturer, for the power distribution unit of multiple city electrical specification is provided, the all component of each city's electrical specification power distribution unit correspondence needs redesign, the product of power distribution unit has the assembly of a plurality of specifications, except the complexity that causes assembling increased, the assembly of a plurality of specifications also can make manufacturing cost improve.
Therefore, how to develop a kind of power distribution unit that improves above-mentioned known technology defective, real problem for the correlative technology field technical staff solution that presses at present.
Summary of the invention
The object of the present invention is to provide a kind of three phase mains of many types of formula and power distribution unit of single phase poaer supply accepted, and can be suitable for multiple city electrical specification, when being applied to data center, the attendant can be by changing corresponding power supply input module (power cord) and/or input power distribution assembly (wiring block), make the power distribution unit at different pieces of information center can exchange use each other, effectively simplify degree difficult in maintenance and reduce cost.In addition, the country that change data center is provided with or when regional, change even city's electrical specification is corresponding, after power distribution unit originally needs only the power supply input module that changes correspondence and/or imports the power distribution assembly, just can continue to use, do not need to select for use the power distribution unit of redesign, can reduce the change cost, can not cause the wasting of resources yet.
With manufacturer, the assembly of power distribution unit need not redesign, power distribution unit has the multiple pattern except power supply input module and input power distribution assembly, and other assembly is all identical, so the complexity of the whole manufacturing cost of power distribution unit and assembling can effectively reduce.And the power supply unit of power distribution unit can use the lower single-phase type of circuit complexity, 180～264 volts general-using type for example, and select the less power supply unit of input voltage range for use, but can make power distribution unit accept higher input voltage range, effectively to reduce cost and circuit complexity.
For reaching above-mentioned purpose, of the present invention one than the broad sense execution mode for a kind of three phase mains of many types of formula and power distribution unit of single phase poaer supply accepted is provided, in order to receive the electric energy of importing power supply and to be converted to out-put supply, can accept the three phase mains of many types of formula and the power distribution unit of single phase poaer supply comprises: the power supply input module, for detachable, extremely can accept the three phase mains of many types of formula and the power distribution unit of single phase poaer supply in order to the electric energy that transmits the input power supply; And input power distribution assembly, be connected in the power supply input module separably, in order to distribute annexation; Wherein, the side annexation each other of input power distribution assembly is Δ type, Y type or type parallel with one another.
The three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted of the present invention, can be suitable for multiple city electrical specification widely, and change corresponding power supply input module or input power distribution assembly easily and apace according to corresponding city's electrical specification, can be so that the civil power (alternating current input power supplying) of the suitable multiple city of power distribution unit electrical specification.For the manufacturer of power distribution unit, the whole manufacturing cost of the power distribution unit of the three phase mains of accepting many types of formula of the present invention and single phase poaer supply and the complexity of assembling can effectively reduce.
Description of drawings
Fig. 1: be the assembly annexation schematic diagram of the power distribution unit of the three phase mains of accepting many types of formula of preferred embodiment of the present invention and single phase poaer supply.
Fig. 2: be the assembly annexation schematic diagram of the power distribution unit of the three phase mains of accepting many types of formula of another preferred embodiment of the present invention and single phase poaer supply.
Fig. 3: be the assembly annexation schematic diagram of the power distribution unit of the three phase mains of accepting many types of formula of another preferred embodiment of the present invention and single phase poaer supply.
Fig. 4: be the assembly annexation schematic diagram of the power distribution unit of the three phase mains of accepting many types of formula of another preferred embodiment of the present invention and single phase poaer supply.
Fig. 5: be the structural representation of the power distribution unit of the three phase mains of accepting many types of formula of preferred embodiment of the present invention and single phase poaer supply.
Fig. 6: be the structural representation of the input power distribution assembly of preferred embodiment of the present invention.
Fig. 7: be the structural representation of the input power distribution assembly of another preferred embodiment of the present invention.
Fig. 8: be the structural representation of the input power distribution assembly of another preferred embodiment of the present invention.
Description of reference numerals in the above-mentioned accompanying drawing is as follows:
1: can accept the three phase mains of many types of formula and the power distribution unit of single phase poaer supply
10: power distribution circuit plate 12: circuit breaker
13: input power distribution assembly
13A: the first lead foot 13B: second lead foot
13C: the 3rd lead foot 13N: neutral lead foot
13A1: the first lead foot 13B1: second lead foot
13C1: the 3rd lead foot 13B2: the 4th lead foot
13A2: the 5th lead foot 13C2: the 6th lead foot
14: three groups of power supply output links 15: direct current bus-bar
16: three groups of power supply unit socket 16a1: the first power supply unit socket
16b1: second source supply socket 16c1: the 3rd power supply unit socket
16a2: the 4th power supply unit socket 16b2: the 5th power supply unit socket
16c2: the 6th power supply unit socket
The input power supply connected circuit board in 17: the first
The input power supply connected circuit board in 18: the second
18A～18C: first～the 3rd switch element
19: the additional supply socket
19A～19C: first～the 3rd additional supply socket
A～B: the first～the three-way contact N: neutral contact
G: equipment ground contact T1～T3: first～the 3rd fixed terminal
PSa1: the first power supply unit PSb1: second source supply
PSc1: the 3rd power supply unit PSa2: the 4th power supply unit
PSb2: the 5th power supply unit PSc1: the 6th power supply unit
Ta1: the first conductive path Tb1: second conductive path
Tc1: the 3rd conductive path Ta2: the 4th conductive path
Tb2: the 5th conductive path Tc2: the 6th conductive path
Embodiment
Some exemplary embodiments that embody feature of the present invention and advantage will be described in detail in the explanation of back segment.Be understood that the present invention can have various variations on different modes, it does not depart from the scope of the present invention, and explanation wherein and the accompanying drawing usefulness that ought explain in itself, but not in order to restriction the present invention.
See also Fig. 1, it is the assembly annexation schematic diagram of the power distribution unit of the three phase mains of accepting many types of formula of preferred embodiment of the present invention and single phase poaer supply.As shown in Figure 1, can accept the three phase mains of many types of formula and the power distribution unit 1 of single phase poaer supply comprises: separable power supply input module 11 (power cord), circuit breaker 12 (breaker), separable input power distribution assembly 13 (wiring block), three groups of power supply output links 14, direct current bus-bar 15 (bus bar), three groups of power supply unit sockets 16, the first input power supply connects circuit board 17, the second input power supply connects circuit board 18, three additional supply sockets 19, power distribution circuit plate 10, the first fixed terminal T1, the second fixed terminal T2 and the 3rd fixed terminal T3.
Can accept the three phase mains of many types of formula and the power distribution unit 1 of single phase poaer supply and be connected (not shown) with the civil power electric power system by power supply input module 11, the input power supply (civil power) that the civil power electric power system is provided is sent to the three phase mains that can accept many types of formula and the power distribution unit 1 of single phase poaer supply, and the input wiring terminal of power supply input module 11 is connected to the first line contact A, the second line contact B, three-way contact C, neutral contact N (Neutral) and the equipment ground contact G (Equipment Ground) of the first fixed terminal T1.The first fixed terminal T1 and the second fixed terminal T2 have the first line contact A equally, the second line contact B, three-way contact C and neutral contact N, wherein, the first line contact A of the first fixed terminal T1 and the second fixed terminal T2, the second line contact B, three-way contact C interconnects respectively by circuit breaker 12, the neutral contact N of the first fixed terminal T1 and the second fixed terminal T2 then directly interconnects, and the equipment ground contact G of the first fixed terminal T1 then is connected with the housing (not shown) of the power distribution unit 1 of the three phase mains that can accept many types of formula and single phase poaer supply.
Input power distribution assembly 13 is connected between the second fixed terminal T2 and the 3rd fixed terminal T3, is sent to the input of three groups of power supply output links 14 and the magnitude of voltage of three additional supply sockets 19 in order to decision.In the present embodiment, between the input of three groups of power supply output links 14 and the input power distribution assembly 13 be by three groups of power supply unit sockets 16, the first input power supply connects circuit board 17 and the 3rd fixed terminal T3 is connected.
In the present embodiment, three groups of power supply output links 14 are made up of for example three groups of power supply units, it comprises the first power supply unit PSa1, second source supply PSb1, the 3rd power supply unit PSc1, the 4th power supply unit PSa2, the 5th power supply unit PSb2 and the 6th power supply unit PSc2, the first power supply unit PSa1 and the 4th power supply unit PSa2 constitute first group of power supply output link, i.e. first group of power supply unit, second source supply PSb1 and the 5th power supply unit PSb2 constitute second group of power supply output link, i.e. second group of power supply unit, the 3rd power supply unit PSc1 and the 6th power supply unit PSc2 constitute the 3rd group of power supply output link, i.e. the 3rd group of power supply unit.Accordingly, three groups of power supply unit sockets 16 comprise the first power supply unit socket 16a1, second source supply socket 16b1, the 3rd power supply unit socket 16c1, the 4th power supply unit socket 16a2, the 5th power supply unit socket 16b2, the 6th power supply unit socket 16c2, the first power supply unit socket 16a1 and the 4th power supply unit socket 16a2 constitute first group of power supply unit socket, second source supply socket 16b1 and the 5th power supply unit socket 16b2 constitute second group of power supply unit socket, and the 3rd power supply unit socket 16c1 and the 6th power supply unit socket 16c2 constitute the 3rd group of power supply unit socket.
In the present embodiment, the first input power supply connects circuit board 17 and comprises first conductive path (trace) Ta1, the second conductive path Tb1, the 3rd conductive path Tc1, the 4th conductive path Ta2, the 5th conductive path Tb2 and the 6th conductive path Tc2, and is connected to six contacts of the 3rd fixed terminal T3.In addition, the input of the first power supply unit PSa1 of first group of power supply unit and the input of the 4th power supply unit PSa2 are connected in parallel, and are connected in the first conductive path Ta1 and the 4th conductive path Ta2 by the first power supply unit socket 16a1 and the 4th power supply unit socket 16a2 of first group of power supply unit socket.The input of the second source supply PSb1 of second group of power supply unit and the input of the 5th power supply unit PSb2 are connected in parallel, and are connected in the second conductive path Tb1 and the 5th conductive path Tb2 by the second source supply socket 16b1 and the 5th power supply unit socket 16b2 of second group of power supply unit socket.The 3rd power supply unit PSc1 of the 3rd group of power supply unit and the input of the 6th power supply unit PSc2 are connected in parallel, and are connected in the 3rd conductive path Tc1 and the 6th conductive path Tc2 by the 3rd power supply unit socket 16c1 and the 6th power supply unit socket 16c2 of the 3rd group of power supply unit socket.
In the present embodiment, out-put supply is the voltage of single 12 volts (V), the output of the first power supply unit PSa1, second source supply PSb1, the 3rd power supply unit PSc1, the 4th power supply unit PSa2, the 5th power supply unit PSb2 and the 6th power supply unit PSc2 is by power distribution circuit plate (Power Distribution Board, PDB) 10 be connected in parallel in direct current bus-bar 15, and the voltage of 12 volts (V) is sent to direct current bus-bar 15, so that computer or server (not shown) use to data center to be provided.Power distribution circuit plate 10 more is connected in the control end of the first switch element 18A, second switch element 18B, the 3rd switch element 18C and the computer or the server (not shown) of data center, the computer of data center or server transmit by power distribution circuit plate 10 and control signal to the first switch element 18A, second switch element 18B and the 3rd switch element 18C, make the first switch element 18A, second switch element 18B and the 3rd switch element 18C conducting or end.
Connect circuit board 18 by the second input power supply between three additional supply sockets 19 and the 3rd fixed terminal T3 and be connected, be sent to three additional supply sockets 19 in order to the electric energy that will import power supply.Wherein, the second input power supply connects circuit board 18 and the first input power supply and connects circuit board 17 differences and be that second imports power supply and connect circuit board 18 and also comprise the first switch element 18A, second switch element 18B and the 3rd switch element 18C, and respectively by computer or its conducting of server controls of data center or end, when the first switch element 18A, second switch element 18B and the 3rd switch element 18C conducting, the electric energy of input power supply just can connect circuit board 18 via the second input power supply and be sent to three additional supply sockets 19.The first switch element 18A, second switch element 18B and the 3rd switch element 18C can be but not be defined as relay (Relay) or transistor (Transistor).
In the present embodiment, the specification of input power supply is that 3 phases, 4 utmost points, 5 line Y connect 120/208 volt, correspondence is selected the power supply input module 11 of 5 lines for use, and be connected to the first line contact A, the second line contact B, three-way contact C, neutral contact N and the equipment ground contact G of the first fixed terminal T1, therefore, the first line contact A of the first fixed terminal T1 and the second fixed terminal T2, the second line contact B, three-way contact C appoint magnitude of voltage between the two respectively to be 208 volts.
In the present embodiment, input power distribution assembly 13 correspondences are selected the input power distribution assembly 13 of first type for use, can make the annexation of the input of first group of power supply output link, second group of power supply output link and the 3rd group of power supply output link is the Δ type, therefore, magnitude of voltage between the first conductive path Ta1 and the 4th conductive path Ta2 equals the first line contact A of the second fixed terminal T2 and the magnitude of voltage between the second line contact B, is 208 volts the first line voltage (V
AB).By that analogy, the magnitude of voltage between the second conductive path Tb1 and the 5th conductive path Tb2 equals the second line contact B of the second fixed terminal T2 and the magnitude of voltage between the three-way contact C, is 208 volts the second line voltage (V
BC), the magnitude of voltage between the 3rd conductive path Tc1 and the 6th conductive path Tc2 equals the three-way contact C of the second fixed terminal T2 and the magnitude of voltage between the first line contact A, is 208 volts three-way voltage (V
CA).So be sent to the first line voltage (V that the magnitude of voltage of the input of first group of power supply output link, second group of power supply output link and the 3rd group of power supply output link is respectively the input power supply
AC), the second line voltage (V
BC) and three-way voltage (V
CA), be 208 volts.Similarly, the magnitude of voltage that is sent to the first additional supply socket 19A, the second additional supply socket 19B and the 3rd additional supply socket 19C is respectively the first line voltage (V of input power supply
AC), the second line voltage (V
BC) and three-way voltage (V
CA).
See also Fig. 2 and cooperate Fig. 1, wherein Fig. 2 is the assembly annexation schematic diagram of the power distribution unit of the three phase mains of accepting many types of formula of another preferred embodiment of the present invention and single phase poaer supply.As shown in Figure 2, in the present embodiment, the specification of input power supply is that 3 phases, 4 utmost points, 5 line Y connect 230/400 volt, Fig. 3 and Fig. 2 difference are that the input power distribution assembly 13 of Fig. 3 selects the input power distribution assembly 13 of second type for use, correspondence makes first group of power supply output link, the annexation of the input of second group of power supply output link and the 3rd group of power supply output link is the Y type, therefore, magnitude of voltage between the first conductive path Ta1 and the 4th conductive path Ta2 equals the first line contact A of the second fixed terminal T2 and the magnitude of voltage between the neutral contact N, is 230 volts the first phase voltage (V
AN).By that analogy, the magnitude of voltage between the second conductive path Tb1 and the 5th conductive path Tb2 equals the second line contact B of the second fixed terminal T2 and the magnitude of voltage between the neutral contact N, is 230 volts the second phase voltage (V
BN), the magnitude of voltage between the 3rd conductive path Tc1 and the 6th conductive path Tc2 equals the three-way contact C of the second fixed terminal T2 and the magnitude of voltage between the neutral contact N, is 230 volts third phase voltage (V
AN).
Though, the first line contact A, the second line contact B, the three-way contact C of the first fixed terminal T1 and the second fixed terminal T2 appoint magnitude of voltage between the two respectively to be 400 volts, but the magnitude of voltage that is sent to the input of first group of power supply output link, second group of power supply output link and the 3rd group of power supply output link is respectively the first phase voltage value (V of input power supply
AN), the second phase voltage value (V
BN) and third phase magnitude of voltage (V
CN), be 230 volts.Similarly, the magnitude of voltage that is sent to the first additional supply socket 19A, the second additional supply socket 19B and the 3rd additional supply socket 19C is respectively the first phase voltage value (V of input power supply
AN), the second phase voltage value (V
BN) and third phase magnitude of voltage (V
CN).
See also Fig. 3 and cooperate Fig. 1, wherein Fig. 3 is the assembly annexation schematic diagram of the power distribution unit of the three phase mains of accepting many types of formula of another preferred embodiment of the present invention and single phase poaer supply.As shown in Figure 3, in the present embodiment, the specification of input power supply is 230 volts on single-phase 2 utmost points, 3 lines, and correspondence is selected the power supply input module 11 of 3 lines for use, and is connected to the first line contact A of the first fixed terminal T1, three-way contact C and equipment ground contact G.In present embodiment, input power distribution assembly 13 is selected the input power distribution assembly 13 of the 3rd type for use, correspondence makes first group of power supply output link, the annexation of the input of second group of power supply output link and the 3rd group of power supply output link is a type parallel with one another, magnitude of voltage between the first conductive path Ta1 and the 4th conductive path Ta2, magnitude of voltage between magnitude of voltage between the second conductive path Tb1 and the 5th conductive path Tb2 and the 3rd conductive path Tc1 and the 6th conductive path Tc2 equals the first line contact A of the second fixed terminal T2 and the magnitude of voltage between the three-way contact C, is 230 volts line voltage.
See also Fig. 4 and cooperate Fig. 1, wherein Fig. 4 is the assembly annexation schematic diagram of the power distribution unit of the three phase mains of accepting many types of formula of another preferred embodiment of the present invention and single phase poaer supply.As shown in Figure 4, in the present embodiment, the specification of input power supply is that 3 phases, 3 utmost points, 4 line Δs connect 230 volts, correspondence is selected the power supply input module 11 of 4 lines for use, and be connected to the first line contact A, the second line contact B, three-way contact C and the equipment ground contact G of the first fixed terminal T1, therefore, the first line contact A of the first fixed terminal T1 and the second fixed terminal T2, the second line contact B, three-way contact C appoint magnitude of voltage between the two respectively to be 230 volts.
In the present embodiment, input power distribution assembly 13 correspondences are selected the input power distribution assembly 13 of first type for use, can make the annexation of the input of first group of power supply output link, second group of power supply output link and the 3rd group of power supply output link is the Δ type, therefore, magnitude of voltage between the first conductive path Ta1 and the 4th conductive path Ta2 equals the first line contact A of the second fixed terminal T2 and the magnitude of voltage between the second line contact B, is 230 volts the first line voltage (V
AB).By that analogy, the magnitude of voltage between the second conductive path Tb1 and the 5th conductive path Tb2 equals the second line contact B of the second fixed terminal T2 and the magnitude of voltage between the three-way contact C, is 230 volts the second line voltage (V
BC), the magnitude of voltage between the 3rd conductive path Tc1 and the 6th conductive path Tc2 equals the three-way contact C of the second fixed terminal T2 and the magnitude of voltage between the first line contact A, is 230 volts three-way voltage (V
CA).So be sent to the first line voltage (V that the magnitude of voltage of the input of first group of power supply output link, second group of power supply output link and the 3rd group of power supply output link is respectively the input power supply
AC), the second line voltage (V
BC) and three-way voltage (V
CA), be 230 volts.Similarly, the magnitude of voltage that is sent to the first additional supply socket 19A, the second additional supply socket 19B and the 3rd additional supply socket 19C is respectively the first line voltage (V of input power supply
AC), the second line voltage (V
BC) and three-way voltage (V
CA).
See also Fig. 5 and cooperate Fig. 1, Fig. 2, Fig. 3 and Fig. 4, wherein Fig. 5 is the structural representation of the power distribution unit of the three phase mains of accepting many types of formula of preferred embodiment of the present invention and single phase poaer supply.As shown in Figure 5, can accept the three phase mains of many types of formula and the power distribution unit 1 of single phase poaer supply and be connected (not shown) with the civil power electric power system by power supply input module 11, the input power supply (civil power) that the civil power electric power system is provided is sent to the three phase mains that can accept many types of formula and the power distribution unit 1 of single phase poaer supply, the electric energy that to import power supply via circuit breaker 12 and input power distribution assembly 13 is sent to three groups of power supply output links 14 that six power supply units are formed again, and three groups of power supply output links 14 can receive the electric energy of input power supply and be converted to out-put supply.
The user can close circuit breaker 12 or open in manual mode, with power distribution unit 1 operation of closing or opening the three phase mains that can accept many types of formula and single phase poaer supply.In addition, when the electric current of the power distribution unit 1 that flows into the three phase mains that can accept many types of formula and single phase poaer supply is excessive, circuit breaker 12 can automatic disconnections, and is excessive and cause the three phase mains that can accept many types of formula and the power distribution unit 1 of single phase poaer supply to burn with the electric current of the power distribution unit 1 that prevents to flow into the three phase mains that can accept many types of formula and single phase poaer supply.
Of the present inventionly accept the three phase mains of many types of formula and the power distribution unit 1 of single phase poaer supply can be suitable for multiple city electrical specification in order to make, power supply input module 11 is designed to separable pattern with input power distribution assembly 13, can utilize lock member, screw for example, with power supply input module 11 and the first fixed terminal T1 (not shown) locking, maybe will import 13 lockings of power distribution assembly between the second fixed terminal T2 and the 3rd fixed terminal T3.Therefore, the user can accept the three phase mains of many types of formula and the power distribution unit 1 of single phase poaer supply and just can receive different city's electrical specifications easily by changing corresponding power supply input module 11 and input power distribution assembly 13.In addition, power supply input module 11 also can be designed as the pattern that engages with input power distribution assembly 13.
Wherein, between the power input of each power supply unit and each power supply unit socket then by dividing other power line to be connected, make the input of three groups of power supply output links 14 be connected in input power distribution assembly 13 separately, utilize the input power distribution assembly 13 of placing first type, second type or the 3rd type to make its annexation each other be Δ type, Y type or type parallel with one another again, can corresponding make the magnitude of voltage of the input that is sent to three groups of power supply output links 14 is three groups of power supply output links, 14 acceptable input voltage ranges.
See also Fig. 6 and cooperate Fig. 1 and Fig. 4, wherein Fig. 6 is the structural representation of the input power distribution assembly of preferred embodiment of the present invention.As shown in Figure 6, input power distribution assembly 13 is first type, be connected to each other between the 6th lead foot 13C2 of the first lead foot 13A of first side, the first lead foot 13A1 of second side and second side, be connected to each other between the 5th lead foot 13A2 of the second lead foot 13B of first side, the second lead foot 13B1 of second side and second side, be connected to each other between the 4th lead foot 13B2 of the 3rd lead foot 13C of first side, the 3rd lead foot 13C1 of second side and second side.When first side of input power distribution assembly 13 and second side were individually fixed in the second fixed terminal T2 and the 3rd fixed terminal T3, can make the annexation of the input of first group of power supply output link, second group of power supply output link and the 3rd group of power supply output link was the Δ type.
See also Fig. 7 and cooperate Fig. 2, wherein Fig. 7 is the structural representation of the input power distribution assembly of another preferred embodiment of the present invention.As shown in Figure 7, input power distribution assembly 13 is second type, the first lead foot 13A of first side, the second lead foot 13B and the 3rd lead foot 13C are connected with the first lead foot 13A1, the second lead foot 13B1, the 3rd lead foot 13C1 of second side respectively, and the neutral lead foot 13N of first side is connected with the 4th lead foot 13B2, the 5th lead foot 13A2 and the 6th lead foot 13C2 of second side.When first side of input power distribution assembly 13 and second side were individually fixed in the second fixed terminal T2 and the 3rd fixed terminal T3, can make the annexation of the input of first group of power supply output link, second group of power supply output link and the 3rd group of power supply output link was the Y type.
See also Fig. 8 and cooperate Fig. 3, wherein Fig. 8 is the structural representation of the input power distribution assembly of another preferred embodiment of the present invention.As shown in Figure 8, input power distribution assembly 13 is the 3rd type, the first lead foot 13A of first side is connected with the first lead foot 13A1 of second side, the second lead foot 13B1 and the 3rd lead foot 13C1, and the neutral lead foot 13N of first side is connected with the 4th lead foot 13B2 of second side, the 5th lead foot 13A2 and the 6th lead foot 13C2.When first side of input power distribution assembly 13 and second side were individually fixed in the second fixed terminal T2 and the 3rd fixed terminal T3, can make the annexation of the input of first group of power supply output link, second group of power supply output link and the 3rd group of power supply output link was type parallel with one another.
In sum, the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted of the present invention, can be suitable for multiple city electrical specification widely, and change corresponding power supply input module or input power distribution assembly easily and apace according to corresponding city's electrical specification, can be so that the civil power (alternating current input power supplying) of the suitable multiple city of power distribution unit electrical specification.Therefore, the attendant can make the power distribution unit at different pieces of information center can exchange use each other by changing corresponding power supply input module and input power distribution assembly, effectively simplifies degree difficult in maintenance and reduces cost.In addition, the country that change data center is provided with or when regional, even city's electrical specification changes relatively, originally power distribution unit under the fault, can not continue to use yet, and does not need to select for use the power distribution unit of redesign, the change cost can be reduced, also the wasting of resources can be do not caused.
Manufacturer for power distribution unit, when the designing power supply allocation units, give up the design of changing power-supply unit, the all component of the power distribution unit correspondence of each city's electrical specification need not redesign, the power-supply unit of single kind of design specification also cooperates the design that changes input power distribution assembly, just can produce the power distribution unit that is suitable for multiple city electrical specification, the power distribution unit of the three phase mains of accepting many types of formula of the present invention and single phase poaer supply has the multiple pattern except power supply input module and input power distribution assembly, and other assembly is all identical.Because design and the manufacturing cost than power-supply unit is simple and low relatively for the design of input power distribution assembly and manufacturing cost, therefore, the whole manufacturing cost of the power distribution unit of the three phase mains of accepting many types of formula of the present invention and single phase poaer supply and the complexity of assembling can effectively reduce.
In addition, each power supply unit (PSa1 of the power distribution unit 1 of the three phase mains of accepting many types of formula of the present invention and single phase poaer supply, PSb1, PSc1, PSa2, PSb2, PSc2) be the lower single-phase type of circuit complexity, 180～264 volts general-using type for example but can make the power distribution unit 1 of the three phase mains of accepting many types of formula of the present invention and single phase poaer supply accept the three-phase input power supply and the single-phase input power supply of different types, therefore, can effectively reduce cost and circuit complexity.
The present invention must be appointed by those of ordinary skills and executes that the craftsman thinks and be to modify as all, does not take off the scope as the desire protection of attached claim institute.
Claims (19)
1. can accept the three phase mains of many types of formula and the power distribution unit of single phase poaer supply for one kind, import the electric energy of power supply and an out-put supply is provided in order to receive one, this can accept the three phase mains of many types of formula and the power distribution unit of single phase poaer supply comprises:
One power supply input module for detachable, can be accepted the three phase mains of many types of formula and the power distribution unit of single phase poaer supply in order to the electric energy that transmits this input power supply to this; And
One input power distribution assembly is connected in this power supply input module, separably in order to distribute annexation;
Wherein, the side annexation each other of this input power distribution assembly is Δ type, Y type or type parallel with one another.
2. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 1, also comprise: one first group of power supply output link, one second group of power supply output link and one the 3rd group of power supply output link, in order to the electric energy that receives this input power supply and be converted to this out-put supply, wherein, this first group of power supply output link, the input of this second group of power supply output link and the 3rd group of power supply output link is connected to this input power distribution assembly, and to make its annexation each other by this input power distribution assembly be the Δ type, Y type or type parallel with one another.
3. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 2, this first group of power supply output link wherein, this second group of power supply output link and the 3rd group of power supply output link are respectively one first group of power supply unit, one second group of power supply unit and one the 3rd group of power supply unit, this first group of power supply unit, the input of this second group of power supply unit and the 3rd group of power supply unit is connected to this input power distribution assembly, and to make its annexation each other by this input power distribution assembly be the Δ type, Y type or type parallel with one another.
4. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 3, wherein this first group of power supply unit, this second group of power supply unit and the 3rd group of power supply unit comprise at least one power supply unit respectively.
5. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 3, wherein this first group of power supply unit, this second group of power supply unit and the 3rd group of power supply unit are made up of the power supply unit of single-phase type respectively.
6. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 2, when wherein the input annexation of this first group of power supply output link, this second group of power supply output link and the 3rd group of power supply output link is the Δ type, be sent to the line voltage of the input of this first group of power supply output link, this second group of power supply output link and the 3rd group of power supply output link for the input power supply.
7. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 2, when wherein the input annexation of this first group of power supply output link, this second group of power supply output link and the 3rd group of power supply output link is the Y type, be sent to the phase voltage of the input of this first group of power supply output link, this second group of power supply output link and the 3rd group of power supply output link for the input power supply.
8. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 2, when wherein the input annexation of this first group of power supply output link, this second group of power supply output link and the 3rd group of power supply output link is a type parallel with one another, be sent to the line voltage of the input of this first group of power supply output link, this second group of power supply output link and the 3rd group of power supply output link for the input power supply.
9. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 2, also comprise a circuit breaker, be connected between this power supply input module and this input power distribution assembly, excessive in order to the electric current of the power distribution unit that prevents to flow into this three phase mains that can accept many types of formula and single phase poaer supply.
10. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 9 also comprises:
One first fixed terminal is connected in this circuit breaker and this power supply input module, with fixing this power supply input module;
One second fixed terminal is connected in this circuit breaker and this input power distribution assembly, in order to fix this input power distribution assembly; And
One the 3rd fixed terminal is connected to the input of this input power distribution assembly, this first group of power supply output link, this second group of power supply output link and the 3rd group of power supply output link, in order to fix this input power distribution assembly.
11. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 10 also comprises:
One first input power supply connects circuit board, is connected in the 3rd fixed terminal;
One first group of power supply unit socket is connected in this first input power supply and connects circuit board;
One second group of power supply unit socket is connected in this first input power supply and connects circuit board;
One the 3rd group of power supply unit socket is connected in this first input power supply and connects circuit board;
Wherein, the power input of each group power supply output link is organized between power supply unit socket with each and is connected by at least one power line.
12. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 11, wherein this first input power supply connects circuit board and comprises: one first conductive path, one second conductive path, one the 3rd conductive path, one the 4th conductive path, one the 5th conductive path and one the 6th conductive path, and be connected to six contacts of the 3rd fixed terminal.
13. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 12, wherein this first group of power supply unit socket is connected in this first conductive path and the 4th conductive path, this second group of power supply unit socket is connected in this second conductive path and the 5th conductive path, and the 3rd group of power supply unit socket is connected in the 3rd conductive path and the 6th conductive path.
14. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 10 also comprises:
One additional supply socket;
One second input power supply connects circuit board, comprises a switch element, and is connected between this additional supply socket and the 3rd fixed terminal;
Wherein, when this switch element conducting, the electric energy of this input power supply connects circuit board via this second input power supply and is sent to this additional supply socket.
15. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 14, wherein the electric energy of this input power supply connects circuit board via this second input power supply and is sent to the magnitude of voltage of this additional supply socket to importing the change of power distribution assembly.
16. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 14, wherein this switch element is relay or transistor.
17. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 2, also comprise a direct current bus-bar, be connected in the output of this first group of power supply output link, this second group of power supply output link and the 3rd group of power supply output link.
18. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 17, also comprise a power distribution circuit plate, the output of this first group of power supply output link, this second group of power supply output link and the 3rd group of power supply output link is connected with this direct current bus-bar by this power distribution circuit plate.
19. the three phase mains of many types of formula and the power distribution unit of single phase poaer supply accepted as claimed in claim 2, wherein this power supply input module maybe this input power distribution assembly with the locking or the engaging pattern fix.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910206308 CN102044976B (en) | 2009-10-13 | 2009-10-13 | Power-supply distribution unit capable of accessing various three-phase power supplies and multi-type single-phase power supplies |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910206308 CN102044976B (en) | 2009-10-13 | 2009-10-13 | Power-supply distribution unit capable of accessing various three-phase power supplies and multi-type single-phase power supplies |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102044976A true CN102044976A (en) | 2011-05-04 |
| CN102044976B CN102044976B (en) | 2013-07-24 |
Family
ID=43910843
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200910206308 Active CN102044976B (en) | 2009-10-13 | 2009-10-13 | Power-supply distribution unit capable of accessing various three-phase power supplies and multi-type single-phase power supplies |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102044976B (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106099544A (en) * | 2016-06-17 | 2016-11-09 | 厦门东方远景科技股份有限公司 | A kind of power distribution unit |
| CN106201412A (en) * | 2016-08-31 | 2016-12-07 | 北京时代奥视科技股份有限公司 | Video wall |
| CN106961102A (en) * | 2016-01-08 | 2017-07-18 | 光宝科技股份有限公司 | The electrical power distribution apparatus of output voltage may be selected |
| CN111656624A (en) * | 2017-12-20 | 2020-09-11 | 维谛集成系统有限责任公司 | Distributor for current connector |
| CN112186733A (en) * | 2019-06-13 | 2021-01-05 | 深圳富桂精密工业有限公司 | Power distribution device and server system |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5886422A (en) * | 1997-07-30 | 1999-03-23 | Spartec International Corporation | Universal electric power controller |
| US20020105816A1 (en) * | 2000-10-20 | 2002-08-08 | Delta Transformers Of Canada (1999) Ltd. | Power center unit for electronic equipment |
| US20070281526A9 (en) * | 2001-11-28 | 2007-12-06 | Donahue William F Iv | Modular power distribution unit, module for the power distribution unit, and method of using the same |
-
2009
- 2009-10-13 CN CN 200910206308 patent/CN102044976B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5886422A (en) * | 1997-07-30 | 1999-03-23 | Spartec International Corporation | Universal electric power controller |
| US20020105816A1 (en) * | 2000-10-20 | 2002-08-08 | Delta Transformers Of Canada (1999) Ltd. | Power center unit for electronic equipment |
| US20070281526A9 (en) * | 2001-11-28 | 2007-12-06 | Donahue William F Iv | Modular power distribution unit, module for the power distribution unit, and method of using the same |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106961102A (en) * | 2016-01-08 | 2017-07-18 | 光宝科技股份有限公司 | The electrical power distribution apparatus of output voltage may be selected |
| CN106961102B (en) * | 2016-01-08 | 2020-04-24 | 光宝科技股份有限公司 | Power supply distribution device capable of selecting output voltage |
| CN106099544A (en) * | 2016-06-17 | 2016-11-09 | 厦门东方远景科技股份有限公司 | A kind of power distribution unit |
| CN106201412A (en) * | 2016-08-31 | 2016-12-07 | 北京时代奥视科技股份有限公司 | Video wall |
| CN111656624A (en) * | 2017-12-20 | 2020-09-11 | 维谛集成系统有限责任公司 | Distributor for current connector |
| CN112186733A (en) * | 2019-06-13 | 2021-01-05 | 深圳富桂精密工业有限公司 | Power distribution device and server system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102044976B (en) | 2013-07-24 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| TWI493328B (en) | Power distribution unit for receiving multiple types of three and one phase power sources | |
| US10568232B2 (en) | Modular uninterruptible power supply apparatus and methods of operating same | |
| CN102396130B (en) | Uninterruptible power supply system | |
| CN102044976B (en) | Power-supply distribution unit capable of accessing various three-phase power supplies and multi-type single-phase power supplies | |
| CN105379052B (en) | Use the ups system and method for reconfigurable module | |
| KR20120086283A (en) | Smart and scalable power inverters | |
| CN102724093B (en) | A kind of ATCA machine frame and IPMB method of attachment thereof | |
| CN1972072A (en) | Parallel uninterrupted power supply system | |
| CN103792935B (en) | A kind of function test system being applied to vehicle electronic control unit and control method thereof | |
| US10615589B2 (en) | Digital LOP utilizing integrated module and motor control center system including same | |
| CN103809724A (en) | Equipment cabinet and power source control method thereof | |
| WO2015091154A1 (en) | Converter module and switchgear assembly for ac and dc power distribution | |
| CN101685333A (en) | Electronic device and power connection module thereof | |
| TWI453577B (en) | Power source equipment for cabinet for server | |
| CN110955317A (en) | Power module and complete machine cabinet | |
| CN103997056A (en) | Method for checking a separation point between a photovoltaic inverter and power supply network and photovoltaic inverter | |
| EP3357190A1 (en) | Intelligent connector module and bus control system | |
| CN203773347U (en) | Function test system applied to automobile electronic control unit | |
| CN209001651U (en) | Power distribution cabinet and cooking machine power supply system with it | |
| CN206250984U (en) | A kind of power backplane equipment and the information box using the equipment | |
| KR20230028199A (en) | power distribution panel | |
| CN103473155B (en) | Power device, storage unit and power module | |
| KR101731349B1 (en) | Distribution Board and Distribution Board System | |
| CN105388986A (en) | Power supply system of server | |
| JP2002058246A (en) | Power supply module and power supply unit used for this |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |