CN207515252U - The real-time monitoring intelligent alarm system of heat-conducting oil furnace - Google Patents
The real-time monitoring intelligent alarm system of heat-conducting oil furnace Download PDFInfo
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- CN207515252U CN207515252U CN201721470314.3U CN201721470314U CN207515252U CN 207515252 U CN207515252 U CN 207515252U CN 201721470314 U CN201721470314 U CN 201721470314U CN 207515252 U CN207515252 U CN 207515252U
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Abstract
The utility model is related to the real-time monitoring intelligent alarm systems of heat-conducting oil furnace, including the time-delay relay being connect with heat-conducting oil furnace control panel, the Intelligent warning module being connect with time-delay relay, heat-conducting oil furnace control panel is equipped with fault alarm indicator light, the positive pin of input of time-delay relay is connect with the anode of fault alarm indicator light, and the negative pin of input of time-delay relay is connect with the cathode of fault alarm indicator light；The input common terminal of Intelligent warning module and the common end of time-delay relay connect, and the detection pin of Intelligent warning module and the normally opened contact of time-delay relay connect.The utility model cost is small, later stage expense is few, small, installation is simple and fast, is quick on the draw, is reliable, is accurate and effective, can understand expression failure problems, is easy to maintain.
Description
Technical field
The utility model belongs to field of intelligent control, and in particular to the real-time monitoring intelligent alarm system of heat-conducting oil furnace.
Background technology
To meet the market requirement, asphalt mixing production line needs whole year to be ready to production pitch, this just needs whole year 24
Hour ensures that heat-conducting oil furnace runs well.
Because of the long-term long-play of heat-conducting oil furnace, the longer time limit has been used, usually will appear failure problems such as：（1）
Heat conducting oil pipe pressure is abnormal may to be occurred leakage or block.（2）Regnition failure or winter are natural in heating process
Frequently igniting etc. causes to be unable to normal heating, heating unsuccessfully generation burner malfunctions alarm feed channel insufficient pressure.It is now natural
Gas uses, universal amount is increasing, and in winter using peak season, gas pressure wretched insufficiency can frequently light a fire easy generation
Natural gas accident.（3）Conduction oil oil circulating pump breaks down or shuts down.（4）Outside has a power failure.
The alarm system carried on heat-conducting oil furnace control panel can only be by the different of the passive discovery heat-conducting oil furnace of staff
Often, it then solves the problems, such as, and cannot intuitively reflect where problem, need to check one by one.Heat-conducting oil furnace monitoring is traditional to be done
Method is by artificial patrol on duty, and there are time-consuming and laborious and unstability, can not pinpoint the problems in time, it is most likely that cause
It is delayed normal production work.
Invention content
In order to solve the above-mentioned problems in the prior art, the utility model provides heat-conducting oil furnace and monitors intelligence in real time
Alarm system.The technical problems to be solved in the utility model is achieved through the following technical solutions：
The real-time monitoring intelligent alarm system of heat-conducting oil furnace, including connect with heat-conducting oil furnace control panel time-delay relay, with
The Intelligent warning module of time-delay relay connection, the heat-conducting oil furnace control panel are equipped with fault alarm indicator light, the delay
The positive pin of input of relay is connect with the anode of fault alarm indicator light, and pin and failure are born in the input of the time-delay relay
The cathode connection of alarm lamp；The input common terminal of Intelligent warning module and the common end of time-delay relay connect, intelligence
The detection pin of energy alarm module and the normally opened contact of time-delay relay connect.
As a preferred embodiment of the utility model, the fault alarm instruction on the heat-conducting oil furnace control panel
Lamp includes insulation indicator lamp after flame heating signal indicator light, overtemperature；
The time-delay relay include for monitoring the first time-delay relay of low-temperature heat flame, for monitoring overtemperature after
Second time-delay relay of heat preservation；
The positive pin of input of first time-delay relay is connect with the anode of flame heating signal indicator light, and described first
The negative pin of input of time-delay relay is connect with the cathode of flame heating signal indicator light；The input of Intelligent warning module is public to be connect
Line end is connect with the common end of the first time-delay relay, the normally opened contact of the first time-delay relay and the first of Intelligent warning module
Detect pin connection；
The positive pin of input of second time-delay relay is connect with the anode of insulation indicator lamp after overtemperature, and described second prolongs
When relay the negative pin of input connect with the cathode of insulation indicator lamp after overtemperature；The input common terminal of Intelligent warning module
It is connect with the common end of the second time-delay relay, the first detection of the normally opened contact and Intelligent warning module of the second time-delay relay
Pin connects.
As a preferred embodiment of the utility model, the time-delay relay further includes third time-delay relay, should
Whether third time-delay relay is normal for the working condition of active detecting heat-conducting oil system；
The positive pin of input of the third time-delay relay is connect with the anode of insulation indicator lamp after overtemperature, and the third is prolonged
When relay the negative pin of input connect with the cathode of insulation indicator lamp after overtemperature；5th detection of the Intelligent warning module is drawn
Foot sequentially concatenates the normally opened contact of third time-delay relay, the second delay between carrying normally opened auxiliary contact with Intelligent warning module
The normally-closed contact of the normally-closed contact of relay, the first time-delay relay；
The 5th detection pin and Intelligent warning module of the Intelligent warning module carry between normally opened auxiliary contact also according to
Sequence concatenates the normally opened contact of the normally-closed contact of the first time-delay relay, the second time-delay relay；
The 5th detection pin and Intelligent warning module of the Intelligent warning module carry between normally opened auxiliary contact also according to
Sequence concatenates the normally opened contact of the normally-closed contact of the second time-delay relay, the first time-delay relay.
As a preferred embodiment of the utility model, the fault alarm instruction on the heat-conducting oil furnace control panel
Lamp further includes burner malfunctions indicator light, conduit entrance pressure indicator light, heat conduction oil circulating pump indicator light；
The burner malfunctions indicator light is connect by the first intermediate relay with Intelligent warning module, among described first
The positive pin of input of relay is connect with the anode of burner malfunctions indicator light, and pin is born in the input of first intermediate relay
It is connect with the cathode of burner malfunctions indicator light；The input common terminal of Intelligent warning module and the public affairs of the first intermediate relay
End connection altogether, the second detection pin connection of the normally-closed contact and Intelligent warning module of the first intermediate relay；
The conduit entrance pressure indicator light is connect by the second intermediate relay with Intelligent warning module, in described second
Between the positive pin of input of relay connect with the anode of conduit entrance pressure indicator light, the input of second intermediate relay is born
Pin is connect with the cathode of conduit entrance pressure indicator light；The input common terminal of Intelligent warning module and the second intermediate relay
The common end connection of device, the third detection pin connection of the normally opened contact and Intelligent warning module of the second intermediate relay；
The heat conduction oil circulating pump indicator light is connect by third intermediate relay with Intelligent warning module, in the third
Between the positive pin of input of relay connect with the anode of heat conduction oil circulating pump indicator light, the input of the third intermediate relay is born
The cathode of pin and heat conduction oil circulating pump connects；The public affairs of the input common terminal and third intermediate relay of Intelligent warning module
End connection altogether, the 4th detection pin connection of the normally opened contact and Intelligent warning module of third intermediate relay.
As a preferred embodiment of the utility model, the Intelligent warning module is GSM intelligent alarms.
As a preferred embodiment of the utility model, the input common terminal and intelligence of the Intelligent warning module
The common terminal connection of alarm module.
The beneficial effects of the utility model：
The real-time monitoring intelligent alarm system of heat-conducting oil furnace of the utility model can reach monitoring heat conduction in real time in annual 24 hours
The working condition of oil oven system, break down to notify staff any time through Intelligent warning module at the first time, intelligence
Alarm system directly effective, accurate can clearly express failure problems, and staff cannot have found in time after avoiding the occurrence of failure
With understanding fault message.Also, the utility model cost is small, later stage expense is few, it is small, installation it is simple and fast, be quick on the draw,
Reliably, it is accurate and effective, can understand expression failure problems, easy to maintain.
The utility model is described in further details below with reference to accompanying drawings and embodiments.
Description of the drawings
Fig. 1 is the structure diagram of the real-time monitoring intelligent alarm system of heat-conducting oil furnace.
In figure：1-1, flame heating signal indicator light；1-2, the first time-delay relay；Insulation indicator lamp after 2-1, overtemperature；
2-2, the second time-delay relay；2-3, third time-delay relay；3-1, burner malfunctions indicator light；3-2, the first intermediate relay
Device；4-1, conduit entrance pressure indicator light；4-2, the second intermediate relay；5-1, heat conduction oil circulating pump indicator light；5-2, third
Intermediate relay；100. Intelligent warning module；15. GSM intelligent alarms；16. SIM phonecards.
Specific embodiment
The technological means and effect reached predetermined purpose for the utility model is expanded on further and taken, below in conjunction with attached drawing
And embodiment, to specific embodiment of the present utility model, structure feature and its effect, detailed description are as follows.
HKIt is the normally opened auxiliary contact of the first time-delay relay 1-2, HBIt is that the normally closed auxiliary of the first time-delay relay 1-2 is touched
Point, CKIt is the normally opened auxiliary contact of the second time-delay relay 2-2, CBIt is the normally closed auxiliary contact of the second time-delay relay 2-2, JK
It is the normally opened auxiliary contact of third time-delay relay 2-3, JBIt is the normally closed auxiliary contact of third time-delay relay 2-3, GKIt is first
The normally opened auxiliary contact of intermediate relay 3-2, GBIt is the normally closed auxiliary contact of the first intermediate relay 3-2, YKBe among second after
The normally opened auxiliary contact of electric appliance 4-2, YBIt is the normally closed auxiliary contact of the second intermediate relay 4-2, XKIt is third intermediate relay 5-
2 normally opened auxiliary contact, XBIt is the normally closed auxiliary contact of third intermediate relay 5-2, HK20S represents the first time-delay relay 1-2
Delay disconnects 20 seconds, CK60S represents the second time-delay relay 2-2 delays and disconnects 60 seconds, JK300S represents third time-delay relay 2-
3 delays disconnect 300 seconds.
As shown in Figure 1, the real-time monitoring intelligent alarm system of the heat-conducting oil furnace of the present embodiment includes and heat-conducting oil furnace control panel
The time-delay relay of connection, the Intelligent warning module 100 being connect with time-delay relay, heat-conducting oil furnace control panel are equipped with failure report
Alert indicator light, the positive pin of input of time-delay relay are connect with the anode of fault alarm indicator light, and the input of time-delay relay is born
Pin is connect with the cathode of fault alarm indicator light；The input common terminal and time-delay relay of Intelligent warning module 100
Common end connects, and the detection pin of Intelligent warning module 100 and the normally opened contact of time-delay relay connect.
After fault alarm indicator light on heat-conducting oil furnace control panel includes flame heating signal indicator light 1-1, overtemperature
Insulation indicator lamp 2-1；
Time-delay relay include for monitoring the first time-delay relay 1-2 of low-temperature heat flame, for monitoring overtemperature after
Second time-delay relay 2-2 of heat preservation；
The positive pin of input of first time-delay relay 1-2 is connect with the anode of flame heating signal indicator light 1-1, and first prolongs
When relay 1-2 the negative pin of input connect with the cathode of flame heating signal indicator light 1-1；Intelligent warning module 100 it is defeated
The common end for entering common terminal with the first time-delay relay 1-2 is connect, the normally opened contact and intelligence of the first time-delay relay 1-2
First detection pin connection of alarm module 100；
The positive pin of input of second time-delay relay 2-2 is connect with the anode of insulation indicator lamp 2-1 after overtemperature, the second delay
The negative pin of input of relay 2-2 is connect with the cathode of insulation indicator lamp 2-1 after overtemperature；The input of Intelligent warning module 100 is public
Terminals are connect with the common end of the second time-delay relay 2-2 altogether, the normally opened contact and intelligent alarm of the second time-delay relay 2-2
First detection pin connection of module 100.
Time-delay relay further includes third time-delay relay 2-3, and third time-delay relay 2-3 is used for active detecting heat conduction
Whether the working condition of oil system is normal；
The positive pin of input of third time-delay relay 2-3 is connect with the anode of insulation indicator lamp 2-1 after overtemperature, third delay
The negative pin of input of relay 2-3 is connect with the cathode of insulation indicator lamp 2-1 after overtemperature；5th inspection of Intelligent warning module 100
It surveys and the normally opened tactile of third time-delay relay 2-3 is sequentially concatenated between pin carries normally opened auxiliary contact with Intelligent warning module 100
Point, the normally-closed contact of the second time-delay relay 2-2, the first time-delay relay 1-2 normally-closed contact；
The 5th detection pin and Intelligent warning module 100 of Intelligent warning module 100 are gone back between carrying normally opened auxiliary contact
Sequentially concatenate the normally-closed contact of the first time-delay relay 1-2, the normally opened contact of the second time-delay relay 2-2；
The 5th detection pin and Intelligent warning module 100 of Intelligent warning module 100 are gone back between carrying normally opened auxiliary contact
Sequentially concatenate the normally-closed contact of the second time-delay relay 2-2, the normally opened contact of the first time-delay relay 1-2.
Fault alarm indicator light on heat-conducting oil furnace control panel further include burner malfunctions indicator light 3-1, pipeline into
Mouth pressure indicator light 4-1, heat conduction oil circulating pump indicator light 5-1；
Burner malfunctions indicator light 3-1 is connect by the first intermediate relay 3-2 with Intelligent warning module 100, in first
Between the positive pin of input of relay 3-2 connect with the anode of burner malfunctions indicator light 3-1, the first intermediate relay 3-2's is defeated
The cathode for entering negative pin with burner malfunctions indicator light 3-1 is connect；The input common terminal of Intelligent warning module 100 and first
The common end connection of intermediate relay 3-2, the normally-closed contact of the first intermediate relay 3-2 and the second of Intelligent warning module 100
Detect pin connection；
In view of on heat-conducting oil furnace control panel there is no inlet and outlet pressure indicator light, in the present embodiment, can select from
Burner total power light anode introduction pipe inlet pressure indicator light, since burner general supply supplies entire igniting heating
System power supply, when the not normal burner general supply of pipeline pressure will disconnect, the conduit entrance being connect with burner total power light
Pressure indicator light meeting display pipes inlet pressure is too high or too low；It can also select the primary circuit system inlet and outlet from heat-conducting oil furnace
220V power supplys, take over road inlet pressure indicator light, to control in intelligent alarm system are additionally drawn on the intermediate relay of pressure
Pressure monitoring position.Pressure gauge on the present embodiment pipeline is electro connecting pressure gauge, when what is set more than or less than pressure gauge
Highest can cut off the intermediate relay power supply of control pressure table in original system with minimum, and it is always electric that synchronization can also cut off burner
Source reacting pipe pressure be on relay that its working condition can be synchronized in intelligent alarm system when this thing happens
It is no normal and alarm.
Conduit entrance pressure indicator light 4-1 is connect by the second intermediate relay 4-2 with Intelligent warning module 100, and second
The positive pin of input of intermediate relay 4-2 is connect with the anode of conduit entrance pressure indicator light 4-1, the second intermediate relay 4-2
The negative pin of input connect with the cathode of conduit entrance pressure indicator light 4-1；The input common terminal of Intelligent warning module 100
It is connect with the common end of the second intermediate relay 4-2, normally opened contact and the Intelligent warning module 100 of the second intermediate relay 4-2
Third detection pin connection；
Heat conduction oil circulating pump indicator light 5-1 is connect by third intermediate relay 5-2 with Intelligent warning module 100, third
The positive pin of input of intermediate relay 5-2 is connect with the anode of heat conduction oil circulating pump indicator light 5-1, third intermediate relay 5-2
The negative pin of input and the cathode of heat conduction oil circulating pump connect；In the input common terminal and third of Intelligent warning module 100
Between relay 5-2 common end connection, the 4th inspection of the normally opened contact of third intermediate relay 5-2 and Intelligent warning module 100
Survey pin connection.
The real-time monitoring intelligent alarm system of heat-conducting oil furnace of the present embodiment includes Intelligent warning module 1001, selects heat conduction
Oil oven carries the indicator light 5 of control panel, time-delay relay 3, intermediate relay 3, phonecard 1.
It is straight by mobile network at the first time after the alert operation state of the present embodiment is detected by GSM intelligent alarms
It receives and sends short message and informs by telephone staff, the GSM intelligent alarms of the present embodiment can select five tunnels of ST125-KD to open
Short message alarm is measured in pass, can also select FY-GSMW SMS alarm remote controllers, naturally it is also possible to select ST225-TA more
Function two-way GPRS remote controllers, it should be noted that the GSM intelligent alarms of the present embodiment are not limited in mentioned above
Three kinds of products, as long as the warning function of the present embodiment can be realized, be within the protection scope of the utility model.
After monitoring source signal is sent out, by the working condition of five selection indicator lights, the break-make of out-put supply is controlled to control
Break-make and the conversion of intelligent alarm source signal, intelligent alarm are realized in the action of intelligent alarm system repeat circuit auxiliary contact processed
Automatically detection inputs the break-make of source signal to realize warning function to module 100.
The present embodiment comes by the way that in former heat-conducting oil system operation panel, heat conduction oil circulating pump operates the power on/off of indicator light
The working condition of the intermediate relay in real-time monitoring intelligent alarm system is controlled, is switched off or on monitoring in intelligent alarm system
The measure loop of heat conduction oil circulating pump controls the signal break-make of monitoring modular test position, to react the work of heat conduction oil circulating pump
Make state, remain up and be in working condition normally, be cut to and be stopped and alarm.
The present embodiment is by the way that in former thermal oil heating piping system, heat conducting oil pipe imports and exports the electro connecting pressure gauge control of position
The working condition of intermediate relay, the intermediate relay being synchronized in real-time monitoring intelligent alarm system, is switched off or on intelligence
The measure loop of heat conducting oil pipe pressure is monitored in alarm system, the signal break-make of monitoring modular test position is controlled, to react
Whether the state of inlet and outlet pressure is normal, remains up and is in working condition normal, is cut to hypotony or excessively high and alarm.
The present embodiment is by former heat-conducting oil system operation panel, the power on/off of burner malfunctions indicator light 3-1, to control
The working condition of intermediate relay in real-time monitoring intelligent alarm system is switched off or on monitoring burning in intelligent alarm system
The measure loop of device failure controls the signal break-make of monitoring modular test position, carrys out reactive combustion device fault-alarming state, connects
It alarms for burner malfunctions, it is working properly to be broken as heating system.
All it is by former heat-conducting oil system it may be noted that keeping the temperature signal and two signals of low-temperature heat flare up fire after overtemperature
Operating surface just in thermal light and flame indicator light power on/off, to control the time in real-time monitoring intelligent alarm system
The working condition of relay is switched off or on the signal break-make that two signals in intelligent alarm system share test position, comes anti-
Answer in the interlocking operating mode kept the temperature after low-temperature heat flame and overtemperature, this working condition of frequent switching operating mode it is normal
State and work continuity.
Heat-conducting oil system heating temperature reaches high limit, and heating flame extinguishes, the extinguishing of flame indicator light stops heating, is overtemperature
Keeping warm mode, thermal light are powered bright.Temperature lower bound is reached after heat preservation, starts igniting heating, successfully flame indicator light of lighting a fire
It is powered bright, thermal light extinguishes.
Heat preservation merges with two signals of low-temperature heat after overtemperature feeds back to a test position, and two signal operating modes are
Working condition interlocks.
For clearer clear the present embodiment, the feelings of indicator light in control panel are carried the following detailed description of heat-conducting oil furnace
Condition：Heat-conducting oil furnace, which is carried in control panel, has burner malfunctions alarm lamp, overtemperature work light, flame heating work to refer to
Show that lamp, heat conduction oil circulating pump work/stop indicator light, all alarm lamps do not have any long-range or other notice alarm sides
Formula.There is no any police instruction in traditional thermal conductive pipe inlet and outlet pressure panel, only manually check that pressure gauge judges pipeline
Whether pressure is normal.
The above content is combine specific preferred embodiment further detailed description of the utility model, it is impossible to
Assert that the specific implementation of the utility model is confined to these explanations.For the ordinary skill of the utility model technical field
For personnel, without departing from the concept of the premise utility, several simple deduction or replace can also be made, should all be regarded
To belong to the scope of protection of the utility model.
Claims (6)
1. the real-time monitoring intelligent alarm system of heat-conducting oil furnace, which is characterized in that including the delay being connect with heat-conducting oil furnace control panel
Relay, the Intelligent warning module being connect with time-delay relay（100）, the heat-conducting oil furnace control panel refers to equipped with fault alarm
Show lamp, the positive pin of input of the time-delay relay is connect with the anode of fault alarm indicator light, the time-delay relay it is defeated
The cathode for entering negative pin with fault alarm indicator light is connect；Intelligent warning module（100）Input common terminal with delay after
The common end connection of electric appliance, Intelligent warning module（100）Detection pin and time-delay relay normally opened contact connect.
2. the real-time monitoring intelligent alarm system of heat-conducting oil furnace as described in claim 1, which is characterized in that positioned at the heat conduction
Fault alarm indicator light on oil oven control panel includes flame heating signal indicator light（1-1）, insulation indicator lamp after overtemperature（2-
1）；
The time-delay relay includes the first time-delay relay for monitoring low-temperature heat flame（1-2）, for monitoring overtemperature
The second time-delay relay kept the temperature afterwards（2-2）；
First time-delay relay（1-2）The positive pin of input and flame heating signal indicator light（1-1）Anode connection, institute
State the first time-delay relay（1-2）Input bear pin and flame heating signal indicator light（1-1）Cathode connection；Intelligent alarm
Module（100）Input common terminal and the first time-delay relay（1-2）Common end connection, the first time-delay relay（1-
2）Normally opened contact and Intelligent warning module（100）First detection pin connection；
Second time-delay relay（2-2）The positive pin of input and overtemperature after insulation indicator lamp（2-1）Anode connection, it is described
Second time-delay relay（2-2）Input bear insulation indicator lamp after pin and overtemperature（2-1）Cathode connection；Intelligent warning module
（100）Input common terminal and the second time-delay relay（2-2）Common end connection, the second time-delay relay（2-2）'s
Normally opened contact and Intelligent warning module（100）First detection pin connection.
3. the real-time monitoring intelligent alarm system of heat-conducting oil furnace as claimed in claim 2, which is characterized in that the time-delay relay
Further include third time-delay relay（2-3）, the third time-delay relay（2-3）For the work shape of active detecting heat-conducting oil system
Whether state is normal；
The third time-delay relay（2-3）The positive pin of input and overtemperature after insulation indicator lamp（2-1）Anode connection, it is described
Third time-delay relay（2-3）Input bear insulation indicator lamp after pin and overtemperature（2-1）Cathode connection；The intelligent alarm
Module（100）The 5th detection pin and Intelligent warning module（100）Third is sequentially concatenated between included normally opened auxiliary contact to prolong
When relay（2-3）Normally opened contact, the second time-delay relay（2-2）Normally-closed contact, the first time-delay relay（1-2）It is normal
Closed contact；
The Intelligent warning module（100）The 5th detection pin and Intelligent warning module（100）Carry normally opened auxiliary contact it
Between also sequentially concatenate the first time-delay relay（1-2）Normally-closed contact, the second time-delay relay（2-2）Normally opened contact；
The Intelligent warning module（100）The 5th detection pin and Intelligent warning module（100）Carry normally opened auxiliary contact it
Between also sequentially concatenate the second time-delay relay（2-2）Normally-closed contact, the first time-delay relay（1-2）Normally opened contact.
4. such as the real-time monitoring intelligent alarm system of claim 1-3 any one of them heat-conducting oil furnaces, which is characterized in that positioned at institute
The fault alarm indicator light stated on heat-conducting oil furnace control panel further includes burner malfunctions indicator light（3-1）, conduit entrance pressure refers to
Show lamp（4-1）, heat conduction oil circulating pump indicator light（5-1）；
The burner malfunctions indicator light（3-1）Pass through the first intermediate relay（3-2）With Intelligent warning module（100）Connection,
First intermediate relay（3-2）The positive pin of input and burner malfunctions indicator light（3-1）Anode connection, described first
Intermediate relay（3-2）Input bear pin and burner malfunctions indicator light（3-1）Cathode connection；Intelligent warning module
（100）Input common terminal and the first intermediate relay（3-2）Common end connection, the first intermediate relay（3-2）'s
Normally-closed contact and Intelligent warning module（100）Second detection pin connection；
The conduit entrance pressure indicator light（4-1）Pass through the second intermediate relay（4-2）With Intelligent warning module（100）Even
It connects, second intermediate relay（4-2）The positive pin of input and conduit entrance pressure indicator light（4-1）Anode connection, institute
State the second intermediate relay（4-2）Input bear pin and conduit entrance pressure indicator light（4-1）Cathode connection；Intelligent alarm
Module（100）Input common terminal and the second intermediate relay（4-2）Common end connection, the second intermediate relay（4-
2）Normally opened contact and Intelligent warning module（100）Third detection pin connection；
The heat conduction oil circulating pump indicator light（5-1）Pass through third intermediate relay（5-2）With Intelligent warning module（100）Even
It connects, the third intermediate relay（5-2）The positive pin of input and heat conduction oil circulating pump indicator light（5-1）Anode connection, institute
State third intermediate relay（5-2）The negative pin of input and the cathode of heat conduction oil circulating pump connect；Intelligent warning module（100）'s
Input common terminal and third intermediate relay（5-2）Common end connection, third intermediate relay（5-2）Normally opened contact
With Intelligent warning module（100）The 4th detection pin connection.
5. the real-time monitoring intelligent alarm system of heat-conducting oil furnace as described in claim 1, which is characterized in that the intelligent alarm mould
Block（100）For GSM intelligent alarms.
6. the real-time monitoring intelligent alarm system of heat-conducting oil furnace as described in claim 1, which is characterized in that the intelligent alarm mould
Block（100）Input common terminal and Intelligent warning module（100）Common terminal connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721470314.3U CN207515252U (en) | 2017-11-07 | 2017-11-07 | The real-time monitoring intelligent alarm system of heat-conducting oil furnace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721470314.3U CN207515252U (en) | 2017-11-07 | 2017-11-07 | The real-time monitoring intelligent alarm system of heat-conducting oil furnace |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207515252U true CN207515252U (en) | 2018-06-19 |
Family
ID=62537623
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721470314.3U Active CN207515252U (en) | 2017-11-07 | 2017-11-07 | The real-time monitoring intelligent alarm system of heat-conducting oil furnace |
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| Country | Link |
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| CN (1) | CN207515252U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107860134A (en) * | 2017-11-07 | 2018-03-30 | 西安市政道桥建设有限公司 | The real-time monitoring intelligent alarm system of heat-conducting oil furnace |
-
2017
- 2017-11-07 CN CN201721470314.3U patent/CN207515252U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107860134A (en) * | 2017-11-07 | 2018-03-30 | 西安市政道桥建设有限公司 | The real-time monitoring intelligent alarm system of heat-conducting oil furnace |
| CN107860134B (en) * | 2017-11-07 | 2020-11-24 | 西安市政道桥建设有限公司 | Real-time monitoring intelligent alarm system for heat-conducting oil furnace |
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