CN209005100U - A kind of cable duct of substation fire extinguishing system - Google Patents
A kind of cable duct of substation fire extinguishing system Download PDFInfo
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- CN209005100U CN209005100U CN201821462478.6U CN201821462478U CN209005100U CN 209005100 U CN209005100 U CN 209005100U CN 201821462478 U CN201821462478 U CN 201821462478U CN 209005100 U CN209005100 U CN 209005100U
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Abstract
The utility model discloses a kind of cable duct of substation fire extinguishing system, solve the problems, such as in prior art extinguishing chemical can dissolved nitrogen conductance cause extinguishing chemical extinguishing effect to weaken and extinguishing chemical releases stress that uneven, atomizing effect is undesirable causes extinguishing effect to weaken when fire extinguishing.The utility model includes the fire extinguishing control room and header set on cable duct side；Power gas bottle and extinguishing chemical bottle are set in fire extinguishing control room, power gas bottle top sets the first container valve, extinguishing chemical bottle top sets pressure reducing valve, gas pipeline is connected between the first container valve and pressure reducing valve, extinguishing chemical top of bottle sets second container valve, and second container valve is connect with header, header includes general pipeline, branched pipe, every branched pipe free end is connected separately with an injection pipe, and all injection pipes are successively longitudinally layed in cable duct, and four nozzles are equidistantly distributed on every injection pipe.The utility model has the characteristics that extinguishing chemical conveying capacity is strong, good extinguishing effect.
Description
Technical field
The utility model relates to substation's fire-fighting equipment technical fields, and in particular to a kind of cable duct of substation fire extinguishing system
System.
Background technique
Cable be in routine work safe operation, but when its under the malfunctions such as overload, short circuit, hot-spot and
It will cause the decline of insulating materials insulation resistance under outer heat effect, lose insulating capacity, and then burn, or even cause fire thing
Therefore.Cable duct is since its working environment is moister, the same ditch of height voltage cable, and number of cables is big and narrow space, fire development
Rapidly, conventional fire extinguishing system is difficult to realize all standing protection of internal volume, and fire is not easy to put out in time, and re-ignition probability
Greatly, extinguishing chemical is difficult to clean up after fire extinguishing.The utility model is directed to cable duct of substation, proposes a kind of cable duct of substation fire extinguishing
System.
Utility model content
Technical problem to be solved by the utility model is: providing a kind of cable duct of substation fire extinguishing system, existing skill is solved
Extinguishing chemical releases stress uneven, atomizing effect when meeting dissolved nitrogen conductance causes extinguishing chemical extinguishing effect to weaken and put out a fire in art extinguishing chemical
Undesirable the problem of causing extinguishing effect to weaken.
To achieve the above object, the technical solution adopted in the utility model is as follows:
A kind of cable duct of substation fire extinguishing system, fire extinguishing control room and header including being set to cable duct side；Institute
It states equipped with the interior power gas bottle for storing compressed nitrogen and the interior extinguishing chemical bottle for storing heptafluoro-propane extinguishing chemical in fire extinguishing control room, it is described
The top of power gas bottle is equipped with the first container valve, and the top of the extinguishing chemical bottle is equipped with pressure reducing valve, the first container valve with
Gas pipeline is connected between the pressure reducing valve, the power gas bottle connect use with the extinguishing chemical bottle by the gas pipeline
Defeated heptafluoro-propane extinguishing chemical provides driving force outside for the extinguishing chemical bottle, and the top of the extinguishing chemical bottle is equipped with second container
Valve, the second container valve are connect with the header, the header include the general pipeline being connect with the second container valve, with
And two or more branched pipes connecting respectively with the general pipeline, the free end of the every branched pipe are connected separately with an injection
Pipe, all injection pipes are successively longitudinally layed in cable duct, be equidistantly distributed on the every injection pipe four for
The even nozzle for spraying heptafluoro-propane extinguishing chemical.
Further, it is additionally provided with PLC control cabinet, Temperature Humidity Sensor and protection mechanism in the fire extinguishing control room, it is described
Protection mechanism includes for the electric heating installation using oil as medium for the power gas bottle and extinguishing chemical bottle heating and for being described dynamic
The radiator fan of power gas bottle and extinguishing chemical bottle heat dissipation, the PLC control cabinet respectively with the Temperature Humidity Sensor, described
Electric heating installation using oil as medium is connected with the radiator fan.
Further, be respectively equipped with an electrical ball valve on each branched pipe, the PLC control cabinet respectively with institute
There is the electrical ball valve to connect.
Further, the top of the extinguishing chemical bottle is equipped with the liquid for detecting heptafluoro-propane extinguishing chemical in the extinguishing chemical bottle
The fluid level transmitter of position, the top of the power gas bottle are equipped with for detecting the pressure for compressing nitrogen pressure in the power gas bottle
Force snesor, the PLC control cabinet are connect with the fluid level transmitter and the pressure sensor respectively.
Further, one is further respectively had on each branched pipe to go out for being filled with heptafluoro-propane in the branched pipe
The HXF0.12/17.2 type signal feedback device of early warning is generated after fiery agent.
Further, it is additionally provided between the second container valve and the pressure reducing valve on the extinguishing chemical bottle and low lets out height
Seal valve.
Further, the power gas bottle is equipped with the HDQ90-KX type electromagnetic drive dress for opening the power gas bottle
It sets, the electromagnetic actuator device is connect with the PLC control cabinet.
Further, the power gas bottle is seamless steel gas cylinder, and the extinguishing chemical bottle is Welded steel cylinder.
Further, the PLC control cabinet is Siemens S7-400 PLC control cabinet.
Compared with prior art, the utility model has the following beneficial effects:
Heptafluoro-propane extinguishing chemical is stored in container by the utility model with liquid, does not use nitrogen to pressurize, storage pressure
The density that fills of the only saturated vapour pressure of extinguishing chemical, container is greatly improved；Extinguishing chemical and power gas are stored in difference
Container in, gas will not be generated due to using nitrogen supercharging and be dissolved in extinguishing chemical；After system starting, extinguishing chemical conveying and spray
The phenomenon that pressure during putting is consistently higher than its storage pressure, is not in extinguishing chemical steam and nitrogen precipitation, effectively delays
The generation for having solved extinguishing chemical two-phase flow phenomenon during transportation, substantially increases the ability of pipeline extinguishing chemical, improves
The blowing down pressure of extinguishing chemical；By the adjustment of pressure and the configuration of nitrogen amount, extinguishing chemical nozzle inlet pressure is improved, can improve and go out
The atomizing effect of fiery agent enhances the extinguishing effect of extinguishing chemical.
The utility model sets PLC control cabinet, Temperature Humidity Sensor, electric heating installation using oil as medium and radiator fan in fire extinguishing control room, temperature
Humidity sensor controls indoor temperature and humidity to fire extinguishing in real time and detects, and extremely by detected information real-time transmission
PLC control cabinet, when the temperature information that PLC control cabinet receives be lower than setting value (0 DEG C) when, control electric heating installation using oil as medium on electricity operation with
Fire extinguishing control room is heated, when the temperature information display fire extinguishing control room temperature that PLC control cabinet receives reaches 5 DEG C,
It is out of service with energy conservation to control electric heating installation using oil as medium；Similarly, when the temperature information that PLC control cabinet receives is higher than setting value (45 DEG C)
When, control radiator fan on electricity operation with to fire extinguishing control room radiate, when the temperature information that PLC control cabinet receives is shown
When fire extinguishing control room temperature is lower than 40 DEG C, control radiator fan is out of service with energy conservation.
The utility model header includes general pipeline, branched pipe, injection pipe and nozzle, and the quantity of injection pipe must be long by cable duct
Degree determines that an injection pipe is responsible for 30m long cable duct, and general cable duct length is 150m, is laid with 5 injection pipes, every injection
Pipe installs four nozzles, and the extinguishing chemical so sprayed can cover entire cable duct, make not stay dead angle in cable duct, every branch
Mono- electrical ball valve of Guan Shangshe is convenient for Discrete control, to implement precisely fire extinguishing.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model.
Fig. 2 is the utility model fire extinguishing control room schematic diagram.
Fig. 3 is the utility model power gas bottle schematic diagram.
Fig. 4 is the utility model extinguishing chemical bottle schematic diagram.
Fig. 5 is the utility model electromagnetic actuator device structural schematic diagram.
Fig. 6 is the utility model fire extinguishing flow chart.
Wherein, the corresponding title of appended drawing reference are as follows:
1- power gas bottle, 2- extinguishing chemical bottle, 3- signal feedback device, 4- protection mechanism, 5- header, 6- electric ball
Valve, 7- are low to let out high envelope valve, 8- Temperature Humidity Sensor, 9- electromagnetic actuator device, 10- fire extinguishing control room, 11- pressure sensor, 12-
The first container valve, 21- pressure reducing valve, 22- fluid level transmitter, 23- second container valve, 41- electric heating installation using oil as medium, 42- radiator fan, 51-
General pipeline, 52- branched pipe, 53- injection pipe, 54- nozzle, 91- handwheel, 92- safety plug, 93- iron core, 94- puncture device, 95- line
Circle.
Specific embodiment
The utility model is described in further detail with embodiment for explanation with reference to the accompanying drawing, and the mode of the utility model includes
But it is not limited only to following embodiment.
As shown in figures 1 to 6, a kind of cable duct of substation fire extinguishing system provided by the utility model, has that structure is simple, sets
Count it is scientific and reasonable, it is easy to use, can fast accurate fire extinguishing function.The utility model includes the fire extinguishing control set on cable duct side
Room 10 processed and header 5；Equipped with interior seven fluorine of power gas bottle 1 and interior storage for storing compressed nitrogen in the fire extinguishing control room 10
The top of the extinguishing chemical bottle 2 of propane extinguishing chemical, the power gas bottle 1 is equipped with the first container valve 12, the top of the extinguishing chemical bottle 2
End is equipped with pressure reducing valve 21, and gas pipeline, the power gas are connected between the first container valve 12 and the pressure reducing valve 21
Bottle 1 is connect for providing for defeated heptafluoro-propane extinguishing chemical outside the extinguishing chemical bottle 2 with the extinguishing chemical bottle 2 by the gas pipeline
The top of driving force, the extinguishing chemical bottle 2 is equipped with second container valve 23, and the second container valve 23 is connect with the header 5,
The power gas bottle 1 is seamless steel gas cylinder, and the extinguishing chemical bottle 2 is Welded steel cylinder.
Heptafluoro-propane extinguishing chemical is stored in container by the utility model with liquid, does not use nitrogen to pressurize, storage pressure
The density that fills of the only saturated vapour pressure of extinguishing chemical, container is greatly improved；Extinguishing chemical and power gas are stored in difference
Container in, gas will not be generated due to using nitrogen supercharging and be dissolved in extinguishing chemical；After system starting, extinguishing chemical conveying and spray
The phenomenon that pressure during putting is consistently higher than its storage pressure, is not in extinguishing chemical steam and nitrogen precipitation, effectively delays
The generation for having solved extinguishing chemical two-phase flow phenomenon during transportation, substantially increases the ability of pipeline extinguishing chemical, improves
The blowing down pressure of extinguishing chemical；By the adjustment of pressure and the configuration of nitrogen amount, extinguishing chemical nozzle inlet pressure is improved, can improve and go out
The atomizing effect of fiery agent enhances the extinguishing effect of extinguishing chemical.
Header 5 described in the utility model include the general pipeline 51 being connect with the second container valve 23 and respectively with institute
Two or more branched pipes 52 of the connection of general pipeline 51 are stated, the free end of the every branched pipe 52 is connected separately with an injection pipe
53, all injection pipes 53 are successively longitudinal to be layed in cable duct, and four use are equidistantly distributed on the every injection pipe 53
In being respectively equipped with an electrical ball valve 6 on the nozzle 54 for uniformly spraying heptafluoro-propane extinguishing chemical, each branched pipe 52,
The PLC control cabinet is connect with all electrical ball valves 6 respectively, and the caliber of the branched pipe 52 is 20mm.
The utility model header includes general pipeline, branched pipe, injection pipe and nozzle, and the quantity of injection pipe must be long by cable duct
Degree determines that an injection pipe is responsible for 30m long cable duct, and general cable duct length is 150m, is laid with 5 injection pipes, every injection
Pipe installs four nozzles, and the extinguishing chemical so sprayed can cover entire cable duct, make not stay dead angle in cable duct, every branch
Mono- electrical ball valve of Guan Shangshe is convenient for Discrete control, to implement precisely fire extinguishing.
It is additionally provided with PLC control cabinet, Temperature Humidity Sensor 8 and protection mechanism 4 in fire extinguishing control room 10 described in the utility model,
The protection mechanism 4 includes for electric heating installation using oil as medium 41, the Yi Jiyong for the power gas bottle 1 and the extinguishing chemical bottle 2 heating
In for the power gas bottle 1 and the extinguishing chemical bottle 2 heat dissipation radiator fan 42, the PLC control cabinet respectively with the temperature
Humidity sensor 8, the electric heating installation using oil as medium 41 and the radiator fan 42 connect, and the PLC control cabinet is Siemens S7-400 PLC
Control cabinet.The detection accuracy 0.1% of Temperature Humidity Sensor.
The utility model sets PLC control cabinet, Temperature Humidity Sensor, electric heating installation using oil as medium and radiator fan in fire extinguishing control room, temperature
Humidity sensor controls indoor temperature and humidity to fire extinguishing in real time and detects, and extremely by detected information real-time transmission
PLC control cabinet, when the temperature information that PLC control cabinet receives be lower than setting value (0 DEG C) when, control electric heating installation using oil as medium on electricity operation with
Fire extinguishing control room is heated, when the temperature information display fire extinguishing control room temperature that PLC control cabinet receives reaches 5 DEG C,
It is out of service with energy conservation to control electric heating installation using oil as medium；Similarly, when the temperature information that PLC control cabinet receives is higher than setting value (45 DEG C)
When, control radiator fan on electricity operation with to fire extinguishing control room radiate, when the temperature information that PLC control cabinet receives is shown
When fire extinguishing control room temperature is lower than 40 DEG C, control radiator fan is out of service with energy conservation.
The top of extinguishing chemical bottle 2 described in the utility model is equipped with for detecting heptafluoro-propane extinguishing chemical in the extinguishing chemical bottle 2
Liquid level fluid level transmitter 22, the top of the power gas bottle 1 is equipped with for detecting compressed nitrogen in the power gas bottle 1
The pressure sensor 11 of air pressure, the PLC control cabinet are connect with the fluid level transmitter 22 and the pressure sensor 11 respectively.
The liquid level and power gas of the heptafluoro-propane extinguishing chemical in extinguishing chemical bottle 2 can be monitored in real time in fluid level transmitter and pressure sensor
The pressure of compressed gas in bottle, to supplement heptafluoro-propane extinguishing chemical and compressed gas when deficiency.
One is further respectively had on the utility model each branched pipe 52 for being filled with seven fluorine in the branched pipe 52
The HXF0.12/17.2 type signal feedback device 3 of early warning is generated after propane extinguishing chemical.It is anti-that a signal is also set on every branched pipe
Device is presented, when release has extinguishing chemical in a certain branched pipe, extinguishing chemical generates pressure when discharging, and pushes corresponding signal feedback dress
The microswitch set becomes normally closed by normally opened, issues release alarm.
It is additionally provided between the second container valve 23 and the pressure reducing valve 21 on extinguishing chemical bottle 2 described in the utility model
It is low to let out high envelope valve 7.It prevents from entering extinguishing chemical bottle when compressed gas low-pressure leak in power gas bottle, high pressure gas is automatic when discharging
It closes.
Power gas bottle 1 described in the utility model is equipped with the HDQ90-KX type electromagnetic drive for opening the power gas bottle 1
Device 9, the electromagnetic actuator device 9 are connect with the PLC control cabinet.The electromagnetic actuator device 9 includes handwheel 91, safety plug
92, iron core 93, puncture device 94 and coil 95.The working film on power gas bottle 1 is punctured by the manual or generation thrust that is powered
Piece discharges power gas.
The utility model device therefor model is as follows:
Using the utility model carry out cable duct fire extinguishing method the following steps are included:
Step 1, when being connected to that fire occurs in certain section in cable duct, open corresponding electrical ball valve；
Step 2 opens second container valve；
Step 3 opens the first container valve；
Step 4, turned on the power gas bottle by electromagnetic actuator device.
Above-mentioned fire-extinguishing operations are simple, quick, efficiently, when there is fire alarm, can fast accurate to fire section in cable duct into
Row fire extinguishing.When there is fire alarm, signal is issued by fire detector or Fire extinguisher is opened in personnel's discovery manually, issues fire alarm
Equipment power supply is shown and opens, turn on the power gas cylinder container value and extinguishing chemical bottle container valve, and power gas pushes extinguishing chemical along pipe
Net system high-speed travels forward, and implements to spurt fire extinguishing at guard plot spray head.
It is illustrated by taking 150*1*1.2 meters of tunnels as an example below, the equipment list needed is as follows:
This example need to carry out air-tight test after to header is laid in cable duct in accordance with the following methods, after guaranteeing
Phase is in use, extinguishing chemical can smoothly reach specified region.
1, this system should strictly press GB50370-2005 " gas extinguishing system design specification ", GB50263-2007 " gas
Fire extinguishing system construction and acceptance specification ", GB50166-2007 " code for construction and acceptance of automatic fore alarm systems " and through fire-fighting
Design and the construction drawing construction and check and accept that authorities are approved.
2, pipeline should meet the requirement of GB8163 " seamless steel tubes for liquid service ", and should carry out inside and outside zinc-plated processing, small
In the caliber equal to DN80 using being threadedly coupled, the caliber greater than DN80 uses flanged joint.
3, pipe-line system should carry out water pressure test for strength after the installation is completed, and test pressure 10.05MPa carries out hydraulic pressure intensity
When test, test pressure pressure maintaining is slowly boosted to 5 minutes with the rate of pressure rise no more than 0.5MPa/s, checks pipeline everywhere without infiltration
Leakage, nothing are deformed into qualification.
4, when water pressure test for strength condition does not have, Air Pressure Test For Strength replacement, test pressure 7.7MPa can be used.
Trial test must be carried out before test with pressure medium, trial test pressure is preferably 0.2MPa, and air or nitrogen can be used in pressure medium,
When test, it should be gradually slowly increased pressure, when pressure rises to test pressure, such as different shape or leakage is not found, continue by examination
Test pressure 10% boosts step by step, every grade pressure stabilizing 3 minutes, until test pressure.Pressure maintaining checks pipeline everywhere without deformation, No leakage
For qualification.
5, after water pressure test for strength or air pressure leak test preceding pipeline will be purged, it is empty that compression can be used in purging pipeline
Gas or nitrogen, when purging, the gas flow rate of pipe end is no less than 20m/s, using calico inspection, up to no iron rust, dust,
Water stain and other foreign matters occur.
6, extinguishing chemical conveyance conduit through water pressure test for strength sound of laughing after should also carry out air-tight test, through Air Pressure Test For Strength
The pipeline that do not dismantled after qualified and test can be without air-tight test.Test(ing) medium is nitrogen or compressed air, to fire extinguishing
Agent conveyance conduit, test pressure 6.7MPa.To Pneumatic pipe, 6.0MPa should be taken.It, should be to be not more than when carrying out air-tight test
The rate of pressure rise of 0.5MPa/s slowly boosts to test pressure, and pressure drop is no more than test pressure in shutdown test gas source 3 minutes
10% for qualification.
This example foamite amount calculates
1, calculation basis:
GB25972-2010 " gas extinguishing system and component "；
GB50370-2005 " gas extinguishing system design specification ".
2, design condition:
Application mode: total flooding.
3, the volume of guard plot is determined:
Protection zone volume: V=36 (m3), is divided into 5 fire compartments, 30 meters of each fire compartment by 150 meters of total length.
4, design quantity:
(1) extinguishing design concentrations are determined: (9%)；
(2) extinguishing chemical design quantity is calculated:
According to regulation in " gas extinguishing system design specification ":
T=20 DEG C of environment temperature；
Height above sea level correction factor: K=1
S=K1+K2 × T=0.1269+0.000513 × 20=0.13716 (m3/Kg)；
W=K (V/S) ﹒ C/ (100-C)；
In formula, W is extinguishing design dosage or inerting design quantity (kg)；C is extinguishing design concentrations or inerting design concentration
(%)；S is specific volume (m of the extinguishing chemical superheated steam under the minimum environment temperature of 101KPa atmospheric pressure and guard plot3/kg)；V is anti-
Protect the net volume (m in area3)；K is height above sea level correction factor, can be by the regulation value of this specification Appendix B.
Calculate guard plot heptafluoro-propane design quantity: W=25.98kg；
Practical fire extinguishing dosage: W reality=W+ △ W=25.98+5=30.98Kg.
(3) agent application time and dip time are designed:
(4) according to regulation in " gas extinguishing system design specification ", blowdown time t=10s is taken, put out a fire dip time T=
10min。
(5) arrangement of nozzles and quantity are set:
Arrangement nozzle is sprayed by protection zone uniform plane, each protection phase is arranged 4, DN20 nozzle.
Above-described embodiment is only one of preferred embodiments of the present invention, should not be taken to limit the utility model
Protection scope, as long as the utility model body design thought and mentally make have no the change of essential meaning or profit
Color, it is solved the technical issues of it is still consistent with the utility model, the protection scope of the utility model should all be included in
Within.
Claims (9)
1. a kind of cable duct of substation fire extinguishing system, which is characterized in that the fire extinguishing control room (10) including being set to cable duct side,
And header (5)；Equipped with interior seven fluorine third of power gas bottle (1) and interior storage for storing compressed nitrogen in fire extinguishing control room (10)
The top of the extinguishing chemical bottle (2) of alkane extinguishing chemical, the power gas bottle (1) is equipped with the first container valve (12), the extinguishing chemical bottle
(2) top is equipped with pressure reducing valve (21), is connected with gas pipeline between the first container valve (12) and the pressure reducing valve (21),
The power gas bottle (1) is connect with the extinguishing chemical bottle (2) by the gas pipeline for being defeated outside the extinguishing chemical bottle (2)
Heptafluoro-propane extinguishing chemical provides driving force, and the top of the extinguishing chemical bottle (2) is equipped with second container valve (23), the second container
Valve (23) is connect with the header (5), and the header (5) includes the general pipeline connecting with the second container valve (23)
(51) and respectively two or more branched pipes (52) being connect with the general pipeline (51), the freedom of the every branched pipe (52)
End is connected separately with an injection pipe (53), and all injection pipes (53) are successively longitudinal to be layed in cable duct, described in every
Four are equidistantly distributed on injection pipe (53) for uniformly spraying the nozzle (54) of heptafluoro-propane extinguishing chemical.
2. a kind of cable duct of substation fire extinguishing system according to claim 1, which is characterized in that the fire extinguishing control room
(10) PLC control cabinet, Temperature Humidity Sensor (8) and protection mechanism (4) are additionally provided in, the protection mechanism (4) include for for
The electric heating installation using oil as medium (41) and be used to be the power gas bottle that the power gas bottle (1) and the extinguishing chemical bottle (2) heat
(1) and the extinguishing chemical bottle (2) heat dissipation radiator fan (42), the PLC control cabinet respectively with the Temperature Humidity Sensor
(8), the electric heating installation using oil as medium (41) and the radiator fan (42) connection.
3. a kind of cable duct of substation fire extinguishing system according to claim 2, which is characterized in that each branched pipe
(52) electrical ball valve (6) is respectively equipped on, the PLC control cabinet is connect with all electrical ball valves (6) respectively.
4. a kind of cable duct of substation fire extinguishing system according to claim 2, which is characterized in that the extinguishing chemical bottle (2)
Top be equipped with fluid level transmitter (22) for detecting the liquid level of the interior heptafluoro-propane extinguishing chemical of extinguishing chemical bottle (2), it is described dynamic
The top of power gas bottle (1) is equipped with the pressure sensor (11) for detecting compression nitrogen pressure in the power gas bottle (1), institute
PLC control cabinet is stated to connect with the fluid level transmitter (22) and the pressure sensor (11) respectively.
5. a kind of cable duct of substation fire extinguishing system according to claim 2, which is characterized in that each branched pipe
(52) one is further respectively had on for generating the HXF0.12/ of early warning after the branched pipe (52) is filled with heptafluoro-propane extinguishing chemical
17.2 type signal feedback devices (3).
6. a kind of cable duct of substation fire extinguishing system according to claim 1, which is characterized in that the extinguishing chemical bottle (2)
It is above additionally provided with low height of letting out between the second container valve (23) and the pressure reducing valve (21) and seals valve (7).
7. a kind of cable duct of substation fire extinguishing system according to claim 2, which is characterized in that the power gas bottle
(1) be equipped with open the power gas bottle (1) HDQ90-KX type electromagnetic actuator device (9), the electromagnetic actuator device (9) with
The PLC control cabinet connection.
8. a kind of cable duct of substation fire extinguishing system according to claim 7, which is characterized in that the power gas bottle
It (1) is seamless steel gas cylinder, the extinguishing chemical bottle (2) is Welded steel cylinder.
9. a kind of cable duct of substation fire extinguishing system according to claim 8, which is characterized in that the PLC control cabinet is
Siemens S7-400 PLC control cabinet.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821462478.6U CN209005100U (en) | 2018-09-07 | 2018-09-07 | A kind of cable duct of substation fire extinguishing system |
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| CN201821462478.6U CN209005100U (en) | 2018-09-07 | 2018-09-07 | A kind of cable duct of substation fire extinguishing system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110344873A (en) * | 2019-06-25 | 2019-10-18 | 国网北京市电力公司 | Electric power tunnel extinguishing device |
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2018
- 2018-09-07 CN CN201821462478.6U patent/CN209005100U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110344873A (en) * | 2019-06-25 | 2019-10-18 | 国网北京市电力公司 | Electric power tunnel extinguishing device |
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