CN201804043U - Synthetic electric energy detection instrument for DC electric power - Google Patents
Synthetic electric energy detection instrument for DC electric power Download PDFInfo
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- CN201804043U CN201804043U CN2010205028477U CN201020502847U CN201804043U CN 201804043 U CN201804043 U CN 201804043U CN 2010205028477 U CN2010205028477 U CN 2010205028477U CN 201020502847 U CN201020502847 U CN 201020502847U CN 201804043 U CN201804043 U CN 201804043U
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Abstract
The utility model relates to a synthetic electric energy detection instrument for the DC electric power, which comprises a measurement host for measuring the electric energy, a remote communication host and a display communication host for detecting the status of the fuse. The measurement host, the remote communication host, and the display communication host are connected by communication electric cables. The measurement host samples values of the voltage and the current on the input circuit and the output circuit, then computes the data of the power and the electric energy. The remote communication host detects the status of fuses in the input circuit and the output circuit (being broken or not). The display communication host reads various kinds of parameters obtained by the measurement host through the communication electric cable and the status of fuses obtained by the remote communication host, and correspondingly displays the data and triggers the alarm. The utility model can not only displays parameters of the voltage and the current, but also display parameters of the power and the electric energy, having abundant alarming types. The utility model is capable of implementing alarming for various electricity using conditions such as the over-voltage alarming, under-voltage alarming, current pre-alarming, upper limit and lower limit alarming for the current, breaking of the fuse or the like, and satisfies the demand for managing the electric power in the IDC machine room.
Description
Technical field
The utility model relates to a kind of electric energy detection equipment, relates in particular to a kind of direct supply comprehensive electric energy detector of measuring multiloop voltage, electric current, power and electric energy and having the polytype warning function.
Background technology
IDC machine room (Internet Data Center, be Internet data center) services such as trust server, fire wall mainly are provided, mainly serve the trust server of each website, ISP/ICP, SP/CP, and power supply is the heart of these communication networks, is the power producer of whole communication network safe and reliable operation.
Existing IDC machine room direct supply distributes cabinet can be furnished with operating voltage, current parameters shows, have overvoltage, undervoltage alarm function, control alarm the tinkle of bells etc. can be set, but lack the isoparametric demonstration of power and electric energy, and existing direct supply distributes the cabinet type of alarm not abundant, only have overvoltage and undervoltage warning, lack warning functions such as electric current early warning, the electric current bound that the client relatively needs reported to the police, fuse is disconnected.Because input circuit in the feed circuit, output loop quantity are many, existing direct supply distributes instrument cashier's office in a shop can't satisfy actual needs.
Summary of the invention
The utility model mainly solves original direct supply and distributes the shown parameter of cabinet less, lack the isoparametric demonstration of power and electric energy, and type of alarm is abundant, only has overvoltage and undervoltage warning, lacks the technical matters of warning functions such as electric current early warning, electric current bound are reported to the police, fuse is disconnected; A kind of direct supply comprehensive electric energy detector is provided, it can display voltage, current parameters, can show power, electrical energy parameter again, and type of alarm is abundant, can realizes the warning of multiple electricity consumption situations such as overvoltage and undervoltage warning, electric current early warning, electric current bound are reported to the police, fuse is disconnected.
Above-mentioned technical matters of the present utility model is mainly solved by following technical proposals: the utility model comprises measurement main frame, the remote signalling main frame that detects fuse state of measuring electric energy and shows host computer communication that described measurement main frame, the equal and described demonstration host computer communication of remote signalling main frame link to each other by communication cable.Measure voltage, current value on main frame sampling input circuit and the output loop, calculate power and energy data again, the remote signalling main frame detects the fuse state (whether rupturing) on input circuit and the output loop, the demonstration host computer communication reads the various parameter values of measurement main frame acquisition and each fuse state that the remote signalling main frame obtains by communication cable, and correspondingly video data and triggering warning.So the utility model can display voltage, current parameters, can show power, electrical energy parameter again, and type of alarm is abundant, can realize the warning of multiple electricity consumption situations such as overvoltage and undervoltage warning, electric current early warning, electric current bound are reported to the police, fuse is disconnected.
As preferably, be provided with some measurement cards in the described measurement main frame, measure card for every and comprise one tunnel DC voltage sampling circuit, seven tunnel DC current sampling circuits and a single-chip microcomputer with 8 passage AD, described DC voltage sampling circuit, the DC current sampling circuit links to each other with described input end with single-chip microcomputer of 8 passage AD respectively, also be connected with storage unit on the described single-chip microcomputer with 8 passage AD, 485 communication interfaces and electrical energy pulse output channel are selected rotary switch, the electrical energy pulse output channel selects rotary switch to link to each other with the electrical energy pulse lead-out terminal, and every 485 communication interfaces of measuring on the card link to each other with described demonstration host computer communication by 485 communication buses.Measure card for every and can connect one road voltage and seven road electric currents, measure as required many measurement cards can be set in the main frame, efficiently solve the many problems of input circuit and output loop quantity.Employing has the single-chip microcomputer of 8 passage AD, one road AD is responsible for voltage sample, and other seven road AD are responsible for current sample, analyzed, judge and calculated by the single-chip microcomputer internal processes, calculate voltage, electric current and power and energy data, send the demonstration host computer communication to by 485 communication interfaces.This single-chip microcomputer is selected which road electrical energy pulse of state programming decision output of rotary switch according to the electrical energy pulse output channel.
As preferably, the front of the cabinet of described measurement main frame is provided with some card inserting mouths, and described measurement cartoon is crossed card inserting mouth and is located in the cabinet of measuring main frame.Measure card from the positive cabinet that inserts of cabinet, make things convenient for installation and maintenance.Adopt card insert type can measure the quantity of card flexibly according to the quantity adjustment of input, output loop.
As preferably, be provided with measuring machine motherboard, measuring machine power panel and measuring machine card extender in the described measurement main frame, described measurement card, measuring machine power panel and measuring machine card extender are plugged in respectively on the described measuring machine motherboard, the measuring machine power panel is supplied with each by the measuring machine motherboard and is measured the card operating voltage, 485 communication interfaces of measuring card are electrically connected by measuring machine motherboard and measuring machine card extender, and described measuring machine card extender links to each other with described demonstration host computer communication by 485 communication buses.The measuring machine motherboard plays the transmission action of electric signals, and some shared signals obtain transmitting or gathering by the measuring machine motherboard on interior each wiring board of measurement main frame, have simplified the circuit connection, are convenient to installation and maintenance.And all wiring boards install in order and neatly, operation and maintenance is all very convenient.Each power consumption parameter such as voltage, electric current, power and electric energy of measuring the card acquisition is aggregated into the measuring machine card extender by 485 communication interfaces on the card through the measuring machine motherboard, send the demonstration host computer communication by the measuring machine card extender to by 485 communication buses again, simplified the line of measuring between main frame and demonstration host computer communication, reduce the failure rate that the line loose contact brings, improved the reliability of equipment.
As preferably, be provided with some remote signalling test card in the described remote signalling main frame, every remote signalling test card comprises seven road fuse detection lines and a single-chip microcomputer, and seven road fuse detection lines link to each other with the input end of single-chip microcomputer respectively, also are connected with storage unit and 485 communication interfaces on the described single-chip microcomputer; Described remote signalling test card comprises that remote signalling detects main card and some remote signalling and detects and divide card, described remote signalling to detect to divide card to be provided with the rotary switch that links to each other with single-chip microcomputer on this card; Remote signalling detects 485 communication interfaces that divide card and all links to each other with 485 communication interfaces of remote signalling detection main card, and 485 communication interfaces that remote signalling detects main card link to each other with described demonstration host computer communication by 485 communication buses; Be connected with the fuse alarm unit on the single-chip microcomputer of described remote signalling detection main card.Every remote signalling test card can connect seven road fuse detection lines, many remote signalling can be set in the remote signalling main frame as required detect the branch card, efficiently solves the many problems of input circuit and output loop quantity.The fuse detection line can adopt optocoupler to realize, a pin of optocoupler secondary is linked on the one-chip machine port, the level that single-chip microcomputer detects 7 ports comes just to determine whether fuse ruptures, and starts the fuse alarm unit in case find to have fuse disruption, single-chip microcomputer to send control signal immediately.Main card is responsible for reading the fuse state and the warning message of each minute card, divide fuse state and warning message on the card to be aggregated on the main card by 485 communication interfaces on it, send the demonstration host computer communication by 485 communication interfaces on the main card to by 485 communication buses again, accelerated the efficient of communication reading of data.
As preferably, the front of the cabinet of described remote signalling main frame is provided with some card inserting mouths, and described remote signalling test card is located in the cabinet of remote signalling main frame by card inserting mouth respectively.The remote signalling test card makes things convenient for installation and maintenance from the positive cabinet that inserts of cabinet.Adopt card insert type can adjust the quantity of remote signalling test card flexibly according to the quantity of input, output loop.
As preferably, be provided with the dynamo-electric source plate of remote signalling machine motherboard and remote signalling in the described remote signalling main frame, described remote signalling detects main card, remote signalling detects and divides card and the dynamo-electric source plate of remote signalling to be plugged in respectively on the described remote signalling machine motherboard, the dynamo-electric source plate of remote signalling is supplied with each remote signalling test card operating voltage by remote signalling machine motherboard, and described remote signalling detects 485 communication interfaces that divide card and links to each other with 485 communication interfaces that described remote signalling detects main card by remote signalling machine motherboard.Remote signalling machine motherboard plays the transmission action of electric signals, and some shared signals obtain transmitting or gathering by remote signalling machine motherboard on interior each wiring board of remote signalling main frame, have simplified the circuit connection, are convenient to installation and maintenance.And all wiring boards install in order and neatly, operation and maintenance is all very convenient.All fuse state information all send the demonstration host computer communication by 485 communication interfaces on the main card to through 485 communication buses, have simplified the line between remote signalling main frame and demonstration host computer communication, have reduced the failure rate that the line loose contact brings, and improve the reliability of equipment.
As preferably, be provided with the alarm lamp plate in the described remote signalling main frame, described alarm lamp plate is plugged on the described remote signalling machine motherboard, described fuse alarm unit comprises some light emitting diodes, corresponding one road fuse detection line of each light emitting diode, described light emitting diode all is located on the described alarm lamp plate, and the alarm control signal that described remote signalling detects on the main card is electrically connected by the light emitting diode on remote signalling machine motherboard and the alarm lamp plate.Adopt light emitting diode to realize the fuse alarm prompting, the corresponding fuse of light emitting diode, all light emitting diodes focus on the alarm lamp plate and arrange in order, are convenient to find out pairing fuse position.And the light emitting diode of warning usefulness and fuse detected to divide be arranged, reduced the interference between used power supply and signal, improve reliability.
As preferably, described demonstration host computer communication comprises high capacity monolithic machine and the display module that links to each other with high capacity monolithic machine, key-press module, memory module, 485 communication interfaces and shows the main frame alarm module, shows that host computer communication links to each other with described measurement main frame, remote signalling main frame and upper monitoring machine by 485 communication buses that are connected on this 485 communication interface.The demonstration host computer communication is mainly finished demonstration, data processing, parameter setting and the warning of communication, each electricity consumption data and fuse state.By 485 communication buses, read and measure all data and relevant warning that main frame obtains and handle, read all fuse states and warning message that the remote signalling main frame obtains, and and the communication of upper monitoring machine, realize management, monitoring and the daily servicing of data.Adopt high capacity monolithic machine, all are measured data centralizations such as electric quantity data, fuse state, systematic parameter, warning message, make data processing convenient to together.Display module adopts the user interface of hommization, but the flexible configuration parameter, and the warning set-point is more, inquires about more convenient.
As preferably, described display module comprises large-sized liquid crystal display and a plurality of operation LED light, and described demonstration main frame alarm module comprises hummer and a plurality of warning LED light.Show that all data that host computer communication reads all can show on Large-size LCD Screen, entire equipment ground running status also can show by corresponding operation LED light simultaneously, shows image and directly perceived more.Type of alarm adopts sound and light alarm, different type of alarm (overvoltage and undervoltage warning, electric current early warning, the warning of electric current bound, fuse disruption etc.) can start different hummers and send different tweeting sounds, light corresponding warning LED light simultaneously, it is effective to report to the police, and helps the staff and in time pinpoints the problems.
The beneficial effects of the utility model are: measurement data increases, it can display voltage, current parameters, can show power, electrical energy parameter again, and type of alarm is abundant, can realize the warning of multiple electricity consumption situations such as overvoltage and undervoltage warning, electric current early warning, electric current bound are reported to the police, fuse is disconnected, satisfy the needs of IDC power of computer room management.And showing that host computer communication has 485 communication interfaces of standard, energy and upper monitoring machine carry out communication, are convenient to the management and the monitoring of electricity consumption data.In addition, power consumption parameter measurement, fuse state detection and data presentation and setting separate from 3 main frames, and 3 main frames can independently can be used in combination again, match more flexible.
Description of drawings
Fig. 1 is a kind of syndeton synoptic diagram of the present utility model.
Fig. 2 is a kind of synoptic diagram of syndeton more specifically of the present utility model.
Fig. 3 is a kind of circuit catenation principle block diagram of measuring the measurement card of main frame in the utility model.
Fig. 4 is that the remote signalling of remote signalling main frame in the utility model detects main card and remote signalling detects a kind of circuit catenation principle block diagram that divides card.
Fig. 5 is a kind of circuit catenation principle block diagram that shows host computer communication in the utility model.
Embodiment
Below by embodiment, and in conjunction with the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment: the direct supply comprehensive electric energy detector of present embodiment, as shown in Figure 1 and Figure 2, comprise and measure main frame 1, remote signalling main frame 2 and show host computer communication 3, measure main frame 1, remote signalling main frame 2 and all link to each other with demonstration host computer communication 3 by 485 communication buses 4.Measure a measuring machine motherboard 12 is arranged in the main frame 1, measuring machine power panel 13, measuring machine card extender 14 and polylith measure card 11, measuring card 11, measuring machine power panel 13 and measuring machine card extender 14 is plugged in respectively on the measuring machine motherboard 12, measuring machine power panel 13 is supplied with each by measuring machine motherboard 12 and is measured card 11 operating voltage, 485 communication interfaces of measuring on the card 11 are electrically connected by measuring machine motherboard 12 and measuring machine card extender 13, and measuring machine card extender 13 passes through 485 communication buses 4 again and shows that host computer communication 3 links to each other.The front of measuring the cabinet of main frame 1 has a plurality of card inserting mouths, and measurement card 11 is put into the cabinet of measuring main frame 1 and is plugged in by card inserting mouth and measures on the card motherboard 12.A remote signalling machine motherboard 23 is arranged in the remote signalling main frame 2, the dynamo-electric source plate 24 of remote signalling, an alarm lamp plate 25, a remote signalling detects main card 21 and polylith remote signalling detection branch card 22, remote signalling detects main card 21, remote signalling detects and divides card 22, the dynamo-electric source plate 24 of alarm lamp plate 25 and remote signalling is plugged in respectively on the remote signalling machine motherboard 23, the dynamo-electric source plate 24 of remote signalling is supplied with remote signalling by remote signalling machine motherboard 23 and is detected main card 21 and each remote signalling detection branch card 22 operating voltage, remote signalling detects 485 communication interfaces that divide on the card 22 and links to each other with 485 communication interfaces that remote signalling detects on the main card 21 by remote signalling machine motherboard 23,485 communication interfaces that remote signalling detects on the main card 21 link to each other with demonstration host computer communication 3 by 485 communication buses 4, a plurality of light emitting diodes are housed on the alarm lamp plate 25, alarm front end device as fuse alarm unit 216, corresponding one road fuse detection line 211 of each light emitting diode, the alarm control signal that remote signalling detects on the main card 21 is electrically connected by the light emitting diode on remote signalling machine motherboard 23 and the alarm lamp plate 25.
As shown in Figure 3, every measurement card 11 measuring in the main frame 1 comprises one tunnel DC voltage sampling circuit 111, seven tunnel DC current sampling circuits 112, storage unit 114,485 communication interfaces 115 and electrical energy pulse output channel are selected rotary switch 116 and the single-chip microcomputer 113 with 8 passage AD, DC voltage sampling circuit 111, DC current sampling circuit 112 links to each other with the input end of the single-chip microcomputer 113 with 8 passage AD respectively, storage unit 114,485 communication interfaces 115 select rotary switch 116 also to link to each other with the single-chip microcomputer 113 with 8 passage AD with the electrical energy pulse output channel, electrical energy pulse lead-out terminal 117 on the electrical energy pulse output channel is selected rotary switch 116 and is located at the measurement card links to each other, and the single-chip microcomputer 113 with 8 passage AD selects the state programming decision of rotary switch 116 to export which road electrical energy pulse according to the electrical energy pulse output channel.Every 485 communication interfaces 115 of measuring on the card 11 link to each other with measuring machine card extender 13 by measuring machine motherboard 12.
As shown in Figure 4, remote signalling in the remote signalling main frame 2 detects main card and every remote signalling detection divides card to include seven road fuse detection lines 211, storage unit 213,485 communication interfaces 214 and single-chip microcomputer 212, seven road fuse detection lines 211 link to each other with the input end of single-chip microcomputer 212 respectively, and storage unit 213,485 communication interfaces 214 also link to each other with single-chip microcomputer 212.Fuse detection line 211 adopts optocouplers, and a pin of optocoupler secondary is linked on the port of single-chip microcomputer 212, and the level that the single-chip microcomputer on every remote signalling test card detects seven ports comes just to determine whether fuse has fracture, whether need to start fuse alarm.Remote signalling detect to divide card 22 to be provided with the rotary switch 215 that links to each other with single-chip microcomputer on this card, and remote signalling detects and divides card to determine branch to block the address by rotary switch.Remote signalling detects 485 communication interfaces that divide on the card 22 and all links to each other with 485 communication interfaces that remote signalling detects on the main card 21 by remote signalling machine motherboard.Be connected with the fuse alarm control module as fuse alarm unit 216 parts on the single-chip microcomputer of remote signalling detection main card 21, the alarm control signal of fuse alarm control module output is electrically connected by the light emitting diode on remote signalling machine motherboard 23 and the alarm lamp plate 25.
As shown in Figure 5, show that host computer communication 3 comprises high capacity monolithic machine 31 and the display module 32 that links to each other with high capacity monolithic machine 31, key-press module 33, memory module 34,485 communication interfaces 35 and shows main frame alarm module 36.Display module 32 comprises a large-sized liquid crystal display and a plurality of operation LED light.Show that main frame alarm module 36 comprises hummer and a plurality of warning LED light.Show that host computer communication 3 links to each other with measurement main frame 1, remote signalling main frame 2 and upper monitoring machine 5 by 485 communication buses 4 that are connected on this 485 communication interface 35.
The course of work:
1. input, the DC voltage of output loop, dc current signal are received on the DC voltage sampling circuit of measuring main frame, the DC current sampling circuit, measure main frame by having single-chip microcomputer sampled voltage, the current signal of 8 passage AD, single-chip microcomputer with 8 passage AD converts sampled signal to voltage, current data, simultaneously calculate power and electric energy according to voltage, current data, all data all are placed in the communication buffer memory after treatment.Show that host computer communication regularly reads the data that each measurement card is obtained on the measurement main frame by 485 communication buses.
2. the fuse both sides of input, output loop are inserted on the fuse detection line of remote signalling main frame.Fuse detects and utilizes optocoupler to realize, every remote signalling detects main card, divide single-chip microcomputer on the card to detect the level that connects 7 ports has thereon just determined whether fuse disruption, the fuse state signal that each minute blocks all is aggregated on the main card by 485 communication interfaces, goes to control the fuse alarm unit by the single-chip microcomputer on the main card.When fuse disruption, single-chip microcomputer on the main card sends alarm control signal, this signal sends alarm lamp plate in the remote signalling main frame to by remote signalling machine motherboard, and then corresponding with fracture fuse light emitting diode can be lighted, and height can be put in corresponding fuse state position simultaneously.Show that host computer communication regularly reads all fuse state information by 485 communication buses.
3. show after host computer communication takes advantage of all measurement data of reading from the measurement main frame no-load voltage ratio to handle and send the communication buffer memory, corresponding in addition communication buffer memory send high capacity monolithic machine to be handled by the alarm decision program.When overvoltage, under-voltage, electric current early warning, the super upper and lower limit of electric current, the display interface of large-sized liquid crystal display can jump to electricity consumption situation warning interface, and corresponding simultaneously warning LED light is lighted, hummer sounds.Show after host computer communication is all fuse state data processing of reading from the remote signalling main frame and send the communication buffer memory, corresponding in addition communication buffer memory send high capacity monolithic machine to be handled by the alarm decision program.When fuse disruption was reported to the police, the display interface of large-sized liquid crystal display can jump to the fuse alarm interface, and corresponding simultaneously warning LED light is lighted, hummer sounds, and also can inquire corresponding information by key-press module inquiry fuse state interface.Show that host computer communication adopts the user interface that has hommization, human-computer interaction is good, but the flexible configuration parameter, and inquiry is easily.
Claims (10)
1. direct supply comprehensive electric energy detector, it is characterized in that comprising measurement main frame (1), the remote signalling main frame (2) that detects fuse state of measuring electric energy and show host computer communication (3), described measurement main frame (1), remote signalling main frame (2) all link to each other by communication cable with described demonstration host computer communication (3).
2. direct supply comprehensive electric energy detector according to claim 1, it is characterized in that being provided with in the described measurement main frame (1) some measurement cards (11), measure card (11) for every and comprise one tunnel DC voltage sampling circuit (111), seven tunnel DC current sampling circuits (112) and a single-chip microcomputer (113) with 8 passage AD, described DC voltage sampling circuit (111), DC current sampling circuit (112) links to each other with described input end with single-chip microcomputer (113) of 8 passage AD respectively, also be connected with storage unit (114) on the described single-chip microcomputer (113) with 8 passage AD, 485 communication interfaces (115) and electrical energy pulse output channel are selected rotary switch (116), the electrical energy pulse output channel selects rotary switch (116) to link to each other with electrical energy pulse lead-out terminal (117), and every 485 communication interfaces (115) of measuring on the card (11) link to each other with described demonstration host computer communication (3) by 485 communication buses (4).
3. direct supply comprehensive electric energy detector according to claim 2 is characterized in that the front of the cabinet of described measurement main frame (1) is provided with some card inserting mouths, and described measurement card (11) is located in the cabinet of measuring main frame (1) by card inserting mouth.
4. according to claim 2 or 3 described direct supply comprehensive electric energy detectors, it is characterized in that being provided with in the described measurement main frame (1) measuring machine motherboard (12), measuring machine power panel (13) and measuring machine card extender (14), described measurement card (11), measuring machine power panel (13) and measuring machine card extender (14) are plugged in respectively on the described measuring machine motherboard (12), measuring machine power panel (13) is supplied with each by measuring machine motherboard (12) and is measured card (11) operating voltage, 485 communication interfaces (115) of measuring card (11) are electrically connected by measuring machine motherboard (12) and measuring machine card extender (13), and described measuring machine card extender (13) links to each other with described demonstration host computer communication (3) by 485 communication buses (4).
5. direct supply comprehensive electric energy detector according to claim 1, it is characterized in that being provided with in the described remote signalling main frame (2) some remote signalling test card, every remote signalling test card comprises seven road fuse detection lines (211) and a single-chip microcomputer (212), seven road fuse detection lines (211) link to each other with the input end of single-chip microcomputer (212) respectively, also are connected with storage unit (213) and 485 communication interfaces (214) on the described single-chip microcomputer (212); Described remote signalling test card comprises that remote signalling detects main card (21) and some remote signalling and detects to divide card (22), described remote signalling to detect to divide and block (22) and be provided with the rotary switch (215) that links to each other with single-chip microcomputer on this card; Remote signalling detects 485 communication interfaces that divide card (22) and all links to each other with 485 communication interfaces of remote signalling detection main card (21), and 485 communication interfaces that remote signalling detects main card (21) link to each other with described demonstration host computer communication (3) by 485 communication buses (4); Be connected with fuse alarm unit (216) on the single-chip microcomputer of described remote signalling detection main card (21).
6. direct supply comprehensive electric energy detector according to claim 5 is characterized in that the front of the cabinet of described remote signalling main frame (2) is provided with some card inserting mouths, and described remote signalling test card is located in the cabinet of remote signalling main frame (2) by card inserting mouth respectively.
7. according to claim 5 or 6 described direct supply comprehensive electric energy detectors, it is characterized in that being provided with in the described remote signalling main frame (2) the dynamo-electric source plate (24) of remote signalling machine motherboard (23) and remote signalling, described remote signalling detects main card (21), remote signalling detects and divides card (22) and the dynamo-electric source plate of remote signalling (24) to be plugged in respectively on the described remote signalling machine motherboard (23), the dynamo-electric source plate of remote signalling (24) is supplied with each remote signalling test card operating voltage by remote signalling machine motherboard (23), and described remote signalling detects 485 communication interfaces that divide card (22) and links to each other with 485 communication interfaces that described remote signalling detects main card (21) by remote signalling machine motherboard (23).
8. direct supply comprehensive electric energy detector according to claim 7, it is characterized in that being provided with in the described remote signalling main frame (2) alarm lamp plate (25), described alarm lamp plate (25) is plugged on the described remote signalling machine motherboard (23), described fuse alarm unit (216) comprises some light emitting diodes, corresponding one road fuse detection line (211) of each light emitting diode, described light emitting diode all is located on the described alarm lamp plate (25), and the alarm control signal that described remote signalling detects on the main card (21) is electrically connected by the light emitting diode on remote signalling machine motherboard (23) and the alarm lamp plate (25).
9. according to claim 1 or 2 or 5 described direct supply comprehensive electric energy detectors, it is characterized in that described demonstration host computer communication (3) comprises high capacity monolithic machine (31) and the display module (32) that links to each other with high capacity monolithic machine (31), key-press module (33), memory module (34), 485 communication interfaces (35) and shows main frame alarm module (36), shows that host computer communication (3) links to each other with described measurement main frame (1), remote signalling main frame (2) and upper monitoring machine (5) by 485 communication buses (4) that are connected on this 485 communication interface (35).
10. direct supply comprehensive electric energy detector according to claim 9, it is characterized in that described display module (32) comprises large-sized liquid crystal display and a plurality of operation LED light, described demonstration main frame alarm module (36) comprises hummer and a plurality of warning LED light.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205028477U CN201804043U (en) | 2010-08-24 | 2010-08-24 | Synthetic electric energy detection instrument for DC electric power |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205028477U CN201804043U (en) | 2010-08-24 | 2010-08-24 | Synthetic electric energy detection instrument for DC electric power |
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| CN201804043U true CN201804043U (en) | 2011-04-20 |
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| CN2010205028477U Expired - Lifetime CN201804043U (en) | 2010-08-24 | 2010-08-24 | Synthetic electric energy detection instrument for DC electric power |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101975885A (en) * | 2010-08-24 | 2011-02-16 | 浙江涵普电力科技有限公司 | Comprehensive electric energy detector for direct-current power supplies |
| CN103424612A (en) * | 2012-05-22 | 2013-12-04 | 特克特朗尼克公司 | Automatical detection of in-band but out-of-span power in a frequency-domain test and measurement instrument |
-
2010
- 2010-08-24 CN CN2010205028477U patent/CN201804043U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101975885A (en) * | 2010-08-24 | 2011-02-16 | 浙江涵普电力科技有限公司 | Comprehensive electric energy detector for direct-current power supplies |
| CN103424612A (en) * | 2012-05-22 | 2013-12-04 | 特克特朗尼克公司 | Automatical detection of in-band but out-of-span power in a frequency-domain test and measurement instrument |
| CN103424612B (en) * | 2012-05-22 | 2018-03-30 | 特克特朗尼克公司 | In automatic detection band but across outer power in frequency domain test and measuring instrument |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110420 Effective date of abandoning: 20120530 |