CN207251303U - A kind of UPS control systems of IDC - Google Patents
A kind of UPS control systems of IDC Download PDFInfo
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- CN207251303U CN207251303U CN201721258102.9U CN201721258102U CN207251303U CN 207251303 U CN207251303 U CN 207251303U CN 201721258102 U CN201721258102 U CN 201721258102U CN 207251303 U CN207251303 U CN 207251303U
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- ups
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- controllable switch
- controller
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Abstract
The utility model discloses the UPS control systems of IDC a kind of, including：Service centre, communications adapter, UPS controller, UPS battery, the controllable switch with the first control terminal and the second control terminal and control adapter are controlled, wherein：The test side of UPS controller is connected with UPS battery signal, the communication ends of UPS controller are by communications adapter with controlling service centre's signal to be connected, the control terminal of UPS controller and the first control terminal control of controllable switch connect, second control terminal controlled connection of controllable switch controls the communication ends of adapter by communications adapter controlled connection in control service centre in the control terminal of control adapter；If UPS controller breaks down, control service centre read less than after the signal of UPS controller by issuing a command to control adapter under communications adapter, adapter control controllable switch power cutoff input terminal is controlled, avoids UPS battery from overcharging and explode, improves the security of UPS.
Description
Technical field
Battery detecting technical field is the utility model is related to, more specifically, it relates to the UPS control systems of IDC a kind of.
Background technology
IDC is ICP, enterprise, media and all kinds of websites provide extensive, high quality, safe and reliable
The business such as the trustship of proficient service device, space are rented, the wholesale bandwidth of network and ASP, EC.IDC be to enter enterprise, trade company or
The place of Website server group's trustship；It is that various modes of e-business are rely the infrastructure of safe operation, and supports enterprise
And its platform of business alliance's implementary value chain management.In view of the importance of IDC, needs to be equipped with UPS i.e. not for it in design
Uninterruptible power, to enable to allow IDC to work on or there is time enough to go to preserve instant number in the power-off of the power supply of IDC
According to.The UPS of outfit, which needs to be adapted to a kind of UPS control systems, to be come to managing UPS.
In the prior art, it includes ups power, control server, controllable switch, and ups power includes UPS battery, UPS is controlled
Device processed, the communications pins of UPS controller are connected with control server, and the instruction of UPS controller sends pin and controllable switch
Controlling switch is connected, and the signal detection pin of UPS controller is connected with UPS battery；The first switch pin and UPS of controllable switch
Battery is connected, and the second switch pin of controllable switch is connected with power input pin.
Equipment is numerous in the computer room of IDC, it is therefore desirable to multiple UPS centrally connected power supplies, so that UPS regions in IDC
Energy density is excessive, if above-mentioned UPS controller breaks down, being unable to control controllable switch and disconnecting can allow UPS to overcharge to make UPS poles
It is unstable, the security of whole ups system can be reduced.
Utility model content
Break down for UPS controller in existing UPS control systems and UPS mistakes can be allowed by being unable to control controllable switch and disconnecting
Filling makes UPS extremely unstable, can reduce the technical problem of the security of whole ups system, and the utility model provides a kind of IDC's
UPS control systems, it has the advantages that safe, working stability.
To achieve the above object, the utility model provides following technical solution：
A kind of UPS control systems of IDC, including：Control service centre, communications adapter, UPS controller, UPS battery,
Controllable switch and control adapter with the first control terminal and the second control terminal, wherein：
The test side of the UPS controller is connected with the UPS battery signal, and the communication ends of the UPS controller pass through
The communications adapter controls service centre's signal to be connected with described, the control terminal of the UPS controller and the controllable switch
The control connection of the first control terminal, the second control terminal controlled connection of the controllable switch is in the control of the control adapter
End, it is described control adapter communication ends by the communications adapter controlled connection in the control service centre；
The first switch end of the controllable switch is connected with the UPS battery, the second switch end of the controllable switch with
Power input is connected.
Through the above technical solutions, the controllable switch of control circuit break-make is set between UPS battery and power input,
UPS controller is connected with the first control terminal of controllable switch to control charge/discharge operation of the controllable switch to UPS battery, UPS controls
The test side of device processed is connected with ups power to detect the state of ups power, and state is sent to control clothes by communications adapter
Business center, and the control instruction that control service centre is issued by communications adapter is received, controlled according to control instruction controllable
Switch carries out discharge and recharge or disconnection to UPS battery, if after UPS controller breaks down, control service centre reads to control less than UPS
By issuing a command to control adapter under communications adapter after the signal of device processed, control adapter then controls controllable switch shut-off electricity
Connection status between source input terminal and UPS battery, avoids UPS battery from overcharging and explode, and improves the security of UPS, avoids shadow
Ring and arrive adjacent UPS, improve the job stability of whole UPS module in IDC.
Further, the Enable Pin controlled connection of the control adapter turns in the control service centre, the control
When connecing device and being not enabled on, the controllable switch shut-off.
Through the above technical solutions, if communications adapter breaks down, control service centre can not also read UPS battery
State, it is even more impossible to operate control adapter by communications adapter, controls service centre control adapter is not enabled at this time,
So as to allow controllable switch to turn off, offline UPS is isolated with power input, avoid UPS battery from overcharging.
Further, the controllable switch is A.C. contactor, the first control terminal of the controllable switch by serial ports with
The UPS controller is connected.
Through the above technical solutions, UPS controller is controlled letter using the serial ports as general module with controllable switch
Number transmission, UPS controller is adapted to the controllable switch of different model, improve the compatibility of control system.
Further, the communications adapter is connected by wireless communication module with the control service centre.
Through the above technical solutions, wiring complexity can be reduced using wireless communication module.
Further, the wireless communication module is ZigBee modules, and the adjacent communications adapter networking communicates.
Through the above technical solutions, ZigBee modules can carry out networking and be communicated between being netted, serviced using a control
The state of all UPS batteries just can be read and control in center, convenient and practical.
Further, the wireless communication module is GSM modules.
Through the above technical solutions, GSM modules have the characteristics that communication distance far and strong antijamming capability.
Further, the test side of the UPS controller is CAN interface, and the CAN interface is detected with being used for
The Temperature Humidity Sensor signal connection of the UPS battery temperature and humidity.
Through the above technical solutions, CAN bus has the characteristics of strong antijamming capability, band carrying capacity is more, Temperature Humidity Sensor
Then measure the temperature and humidity on UPS battery.
Further, control is connected with audible-visual annunciator on the UPS controller.
Through the above technical solutions, when UPS controller detects that UPS battery breaks down and after can't detect UPS battery
Sound-light alarm is sent, prompts staff.
Compared with prior art, the beneficial effects of the utility model are：
(1) between UPS battery and power input set control circuit break-make controllable switch, UPS controller with can
First control terminal of control switch is connected to control charge/discharge operation of the controllable switch to UPS battery, the test side of UPS controller with
Ups power is connected to detect the state of ups power, state is sent to control service centre by communications adapter, and receive
The control instruction that control service centre is issued by communications adapter, controllable switch is controlled to UPS battery according to control instruction
Discharge and recharge or disconnection are carried out, if after UPS controller breaks down, after control service centre is read less than the signal of UPS controller
By issuing a command to control adapter under communications adapter, control adapter then control controllable switch power cutoff input terminal with
Connection status between UPS battery, avoids UPS battery from overcharging and explode, and improves the security of UPS, avoids influencing adjacent
UPS, improves the job stability of whole UPS module in IDC；
(2), can when control adapter is not enabled on by controlling the Enable Pin controlled connection of adapter in control service centre
Switch OFF is controlled, if communications adapter breaks down, control service centre can not also read the state of UPS battery, and it is even more impossible to logical
Communications adapter is crossed to operate control adapter, controls service centre control adapter is not enabled at this time, so as to allow controllable open
Shut-off, makes offline UPS isolate with power input, avoids UPS battery from overcharging；
(3) communications adapter is connected by wireless communication module with control service centre, use wireless communication module energy
Reduce wiring complexity.
Brief description of the drawings
Fig. 1 is the block diagram of the utility model embodiment.
Reference numeral：1st, service centre is controlled；2nd, communications adapter；3rd, UPS controller；4th, UPS battery；5th, it is controllable to open
Close；6th, adapter is controlled；7th, voltage detection module；8th, CAN interface；9th, Temperature Humidity Sensor；10th, audible-visual annunciator；11、
Wireless communication module；12nd, power input.
Embodiment
With reference to the accompanying drawings and examples, the utility model is described in detail.
The UPS control systems of a kind of IDC, as shown in Figure 1, including the use of the control service centre 1 of computer composition, being used for
The communications adapter 2 of transfer communication, the UPS controller 3 for controlling battery charging and discharging, chargeable UPS battery 4, have the
Control adapter 6 of one control terminal with the controllable switch 5 of the second control terminal and for transfer control signal.Tool in UPS controller 3
There is voltage detection module 7, voltage detection module 7 extends test side, and test side is connected with 4 signal of UPS battery to detect UPS electricity
The voltage in pond 4, the voltage of UPS battery 4 can be by way of series resistance partial pressure compares, and magnitude of voltage after partial pressure, which is more than, to be set
During the magnitude of voltage put, pass through comparator output voltage variable signal.By multistage relatively, voltage and different voltages value can be obtained
Comparison signal, or can also be by other voltage measuring apparatus, directly measurement obtains magnitude of voltage.The detection of UPS controller 3
End can be CAN interface 8, and CAN interface 8 reads the voltage data in UPS battery 4, which is controlled by UPS
Voltage detection module 7 in device 3 is converted into required magnitude of voltage.CAN interface 8 also with for detect 4 temperature of UPS battery with
The Temperature Humidity Sensor 9 of humidity is connected by CAN bus signal.CAN bus has strong antijamming capability, with the spy more than carrying capacity
Point, Temperature Humidity Sensor 9 then measure temperature and humidity on UPS battery 4.Control is connected with audible-visual annunciator on UPS controller 3
10, audible-visual annunciator 10 can use buzzer and indicator light, when UPS controller 3 detects that UPS battery 4 breaks down and detects
Less than sound-light alarm is sent after UPS battery 4, staff is prompted.
The communication ends of UPS controller 3 are by communications adapter 2 with controlling 1 signal of service centre to be connected.Communications adapter 2
Interchanger or router can be used, communications adapter 2 is connected by wireless communication module 11 with control service centre 1, wirelessly
Communication module 11 is ZigBee modules, and ZigBee modules can carry out networking and be communicated between being netted, using in a control service
The heart 1 just can read and control the state of all UPS batteries 4, convenient and practical.In some other embodiment, wireless communication module
11 can also use GSM modules, and GSM modules have the characteristics that communication distance far and strong antijamming capability.No matter ZigBee moulds are used
Group either GSM modules can reduce wiring complexity.The control terminal of UPS controller 3 and the first control terminal of controllable switch 5
Control connection.In actual design, controllable switch 5 is A.C. contactor, the first control terminal of controllable switch 5 by serial ports with
UPS controller 3 is connected.Serial ports enables UPS controller 3 to be adapted to the controllable switch 5 of different model, carries as generic communications modules
The compatibility of high control system.Second control terminal controlled connection of controllable switch 5 turns in the control terminal of control adapter 6, control
The communication ends of device 6 are connect by 2 controlled connection of communications adapter in control service centre 1.First control terminal of controllable switch 5 and the
The break-make of the controllable controllable switch 5 of two control terminals.Service centre 1 is controlled to receive the UPS battery 4 that communications adapter 2 is sent
Status data, such as magnitude of voltage, export display, operating personnel can be according to display on the display panel of control service centre 1
Voltage or other data, send control instruction, or can also be by controlling service centre's 1 automatic output control instruction.
The first switch end of controllable switch 5 is connected with UPS battery 4, the second switch end of controllable switch 5 and power input
12 are connected.When controllable switch 5 turns on, first switch end is turned on second switch end, and when controllable switch 5 turns off, first opens
Guan Duan is disconnected with second switch end.Control adapter 6, which has, makes it start the Enable Pin of work or closing, Enable Pin controlled connection
In control service centre 1.When control adapter 6 is not enabled on, the state of its control terminal turns off controllable switch 5.If communication adaptation
Device 2 breaks down, and control service centre 1 can not also read the state of UPS battery 4, and it is even more impossible to be operated by communications adapter 2
Adapter 6 is controlled, controls service centre 1 control adapter 6 is not enabled at this time, so as to allow controllable switch 5 to turn off, makes offline
UPS isolates with power input 12, avoids UPS battery 4 from overcharging.The module of above-mentioned needs power supply either component by alternating current or
Storage battery power supply.
The operation principle of the UPS control systems of IDC is with having the beneficial effect that：Controllable switch 5 is defeated in UPS battery 4 and power supply
Enter the break-make of 12 control circuits of end, UPS controller 3 is connected with the first control terminal of controllable switch 5 to control controllable switch 5 right
The charge/discharge operation of UPS battery 4, the test side of UPS controller 3 are connected to detect ups power by CAN bus with UPS battery 4
Voltage, temperature and moisture condition, these states are sent to control by communications adapter 2 using wireless communication module 11
Service centre 1, and the control instruction that control service centre 1 is issued by communications adapter 2 is received, passed through according to control instruction
The first control terminal control controllable switch 5 of serial ports connection carries out discharge and recharge or disconnection to UPS battery 4.If UPS controller 3 goes out
Existing failure, control service centre 1 are transferred after reading the signal less than UPS controller 3 by issuing a command to control under communications adapter 2
Device 6, control adapter 6 are then controlled between 5 power cutoff input terminal 12 of controllable switch and UPS battery 4 by the second control terminal
Connection status, avoids UPS battery 4 from overcharging and explode, and improves the security of UPS, avoids influencing adjacent UPS, improves whole in IDC
The job stability of a UPS module.
The above is only the preferred embodiment of the utility model, and the scope of protection of the utility model is not limited merely to
Above-described embodiment, all technical solutions belonged under the utility model thinking belong to the scope of protection of the utility model.It should refer to
Go out, for those skilled in the art, some improvement under the premise of the utility model principle is not departed from and
Retouching, these improvements and modifications also should be regarded as the scope of protection of the utility model.
Claims (8)
- A kind of 1. UPS control systems of IDC, it is characterised in that including：Control service centre（1）, communications adapter（2）、UPS Controller（3）, UPS battery（4）, there is the controllable switch of the first control terminal and the second control terminal（5）With control adapter（6）, Wherein：The UPS controller（3）Test side and the UPS battery（4）Signal connects, the UPS controller（3）Communication ends Pass through the communications adapter（2）With the control service centre（1）Signal connects, the UPS controller（3）Control terminal with The controllable switch（5）The first control terminal control connection, the controllable switch（5）The second control terminal controlled connection in described Control adapter（6）Control terminal, the control adapter（6）Communication ends pass through the communications adapter（2）Controlled connection In the control service centre（1）；The controllable switch（5）First switch end and the UPS battery（4）Connection, the controllable switch（5）Second switch End and power input（12）It is connected.
- 2. the UPS control systems of IDC according to claim 1, it is characterised in that the control adapter（6）It is enabled Controlled connection is held in the control service centre（1）, the control adapter（6）When being not enabled on, the controllable switch（5）Close It is disconnected.
- 3. the UPS control systems of IDC according to claim 2, it is characterised in that the controllable switch（5）Connect for exchange Tentaculum, the controllable switch（5）The first control terminal pass through serial ports and the UPS controller（3）It is connected.
- 4. the UPS control systems of IDC according to claim 3, it is characterised in that the communications adapter（2）Pass through nothing Line communication module（11）With the control service centre（1）It is connected.
- 5. the UPS control systems of IDC according to claim 4, it is characterised in that the wireless communication module（11）For ZigBee modules, the adjacent communications adapter（2）Networking communicates.
- 6. the UPS control systems of IDC according to claim 4, it is characterised in that the wireless communication module（11）For GSM modules.
- 7. the UPS control systems of the IDC according to claim 5 or 6, it is characterised in that the UPS controller（3）Inspection Survey end is CAN interface（8）, the CAN interface（8）With for detecting the UPS battery（4）The temperature of temperature and humidity Humidity sensor（9）Signal connects.
- 8. the UPS control systems of IDC according to claim 7, it is characterised in that the UPS controller（3）Upper control connects It is connected to audible-visual annunciator（10）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721258102.9U CN207251303U (en) | 2017-09-27 | 2017-09-27 | A kind of UPS control systems of IDC |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721258102.9U CN207251303U (en) | 2017-09-27 | 2017-09-27 | A kind of UPS control systems of IDC |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207251303U true CN207251303U (en) | 2018-04-17 |
Family
ID=61889737
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721258102.9U Active CN207251303U (en) | 2017-09-27 | 2017-09-27 | A kind of UPS control systems of IDC |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207251303U (en) |
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2017
- 2017-09-27 CN CN201721258102.9U patent/CN207251303U/en active Active
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