CN209215967U - A kind of industry simulation test control system that can be precisely controlled flow and temperature - Google Patents
A kind of industry simulation test control system that can be precisely controlled flow and temperature Download PDFInfo
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- CN209215967U CN209215967U CN201822191632.7U CN201822191632U CN209215967U CN 209215967 U CN209215967 U CN 209215967U CN 201822191632 U CN201822191632 U CN 201822191632U CN 209215967 U CN209215967 U CN 209215967U
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Abstract
The utility model discloses a kind of industry simulation test control system that can be precisely controlled flow and temperature, it includes test equipment, circulating pump, loop exit pipeline and loop head pipeline, the bypass line of one end and loop exit pipeline connection and the other end and loop head pipeline connection, downstream on loop exit pipeline in circulating pump sets gradually having heaters, heat exchanger, first ratio triple valve and the first temp.-sensing wire, the second ratio triple valve and the second temp.-sensing wire are provided on loop head pipeline, another input terminal of the output end of heater and the first ratio triple valve passes through the first pipeline connection, the second pipeline being connected to another input terminal of the second ratio triple valve is provided on loop exit pipeline, input terminal on loop exit pipeline positioned at test equipment is provided with the flowmeter that monitoring enters flow in test equipment.The utility model accurately can control flow and temperature according to customer demand, meet the simulation test of a variety of circulatory mediators, wide temperature range.
Description
[technical field]
The utility model belongs to die temperature control system technical field, can be precisely controlled flow and temperature more particularly to one kind
The industry simulation test control system of degree.
[background technique]
With the development of New Energy Industry, the test industry of some new energy has simulation and surveys to simulate actual condition
Examination, and the runnability in various natural environment temperature will be simulated in New energy automobile motor, while being also required to collect each
Operation data under kind environment, as motor performance test, battery performance test and the gearbox performance in new-energy automobile are surveyed
Examination etc..And just need adjust the auxiliary temperature control system of various temperature and flow in test, and the temperature controller of routine without
Method reaches requirement.Existing temperature control device has the following deficiencies: that 1) former temperature control system can not carry out flow precisely and automatically control；
2) former temperature control system can not accomplish that flow is constant, and some extra factors will cause flowed fluctuation；3) former temperature control system uses medium
Relatively simple, temperature controlling range is small.
Therefore, it is necessary to provide a kind of new industry simulation test control system that can be precisely controlled flow and temperature
It solves the above problems.
[utility model content]
One of the utility model is designed to provide a kind of industry simulation test that can be precisely controlled flow and temperature
Control system accurately can control flow and temperature according to customer demand, and the simulation that can satisfy a variety of circulatory mediators is surveyed
Examination, wide temperature range can satisfy most of testing requirement.
The utility model is achieved through the following technical solutions above-mentioned purpose: one kind can be precisely controlled the row of flow and temperature
Industry simulation test control system comprising test equipment, circulating pump, be arranged in it is described examination equipment and the circulating pump between and
The loop exit pipeline and loop head pipeline, one end and the loop exit pipeline connection of formation circulation loop are in tie point C
And the other end and the loop head pipeline connection are followed on the bypass line of tie point D, the loop exit pipeline described
The downstream of ring pump sets gradually having heaters, heat exchanger, the first ratio triple valve and the first temp.-sensing wire, the loop head pipe
Road is provided with the second ratio triple valve and the second temp.-sensing wire in the upstream of tie point D, the output end of the heater with it is described
Another input terminal of first ratio triple valve passes through the first pipeline connection, is located at the tie point C on the loop exit pipeline
Downstream be provided with the second pipeline being connected to another input terminal of the second ratio triple valve, on the loop exit pipeline
The input terminal of the test equipment is provided with the flowmeter that monitoring enters flow in the test equipment.
It further, further include carrying out heat at the heat exchanger with the medium in the loop exit pipeline to exchange
Cooling cycle unit.
Further, the cooling cycle unit includes that cooling water enters pipeline with coolant outlet hose road, setting cold
But water enters on pipeline the first ball valve, first filter and first pressure gauge, second be arranged on coolant outlet hose road
Ball valve and second pressure gauge.
Further, the upstream on the loop head pipeline positioned at the circulating pump is provided with medium supplementary units.
Further, the medium supplementary units include high-order expansion slot, the connection high-order expansion slot and the circulation
The supply ball valve for pumping the supply pipeline of input terminal and being arranged on the supply pipeline.
Further, the end of the supply pipeline is provided with first discharge port, and the first discharge port end is provided with the
One ball-valve.
Further, the level monitoring for detecting liquid level in the high-order expansion slot is provided on the outside of the high-order expansion slot
Instrument, it is described a high position expansion slot on be provided with fluid infusion ball valve, air inlet ball valve, venting ball valve, safety valve and the 5th pressure gauge.
Further, the downstream on the loop exit pipeline positioned at the second pipeline flow dividing point is provided with third pressure
Table and first row air valve and loop exit ball valve.
Further, the second ratio triple valve and the test equipment output end are located on the loop head pipeline
Between be provided with the second filter, loop head ball valve, second row air valve and the 4th pressure gauge.
Further, the bottom of the high-order expansion slot is provided with delivery pipe, and the second discharge is provided on the delivery pipe
Ball valve.
Compared with prior art, the utility model one kind can be precisely controlled flow and the industry simulation test of temperature controls
The beneficial effect of system is: accurately can control flow and temperature according to customer demand, and can satisfy a variety of circulations and be situated between
The simulation test of matter, wide temperature range can satisfy most of testing requirement.Specifically,
1) have wide temperature temperature control range wide, can satisfy the various demands of user；
2) unique balance method of temperature control is used, the heating efficiency with stable equilibrium can carry out high-accuracy, high stable
Temperature control；
3) using ratio adjusting valve control flow output, flow output valve can arbitrarily be set, and can carry out high-accuracy, high stable
Flow control；
4) the totally-enclosed circulatory system is used, tested media and extraneous air contact is avoided, avoids medium oxidizing；
5) high-order expansion slot can injecting compressed air or nitrogen, the boiling point of tested media is improved by pressurization, to open up
The wide temperature range of tested media.
[Detailed description of the invention]
Fig. 1 is the system control schematic diagram of the utility model embodiment；
Digital representation in figure:
100 can be precisely controlled the industry simulation test control system of flow and temperature；
1 test equipment；2 circulating pumps；3 loop exit pipelines；4 loop head pipelines；5 bypass lines；6 heaters；7 heat are handed over
Parallel operation；8 first ratio triple valves；9 first temp.-sensing wires；10 second ratio triple valves；11 second temp.-sensing wires；12 first pipelines；13
Second pipeline；14 flowmeters；15 cooling cycle units；16 high-order expansion slots；17 supply pipelines；18 supply ball valves；19 third pressures
Power table；20 first row air valves；21 loop exit ball valves；22 second filters；23 loop head ball valves；24 second row air valves；25
4th pressure gauge；26 first ball-valves；27 liquid level monitors；28 fluid infusion ball valves；29 air inlet ball valves；30 venting ball valves；31 peaces
Full valve；32 the 5th pressure gauges；33 second ball-valves；34 regulation ball valves.
[specific embodiment]
Embodiment:
Fig. 1 is please referred to, the present embodiment is the industry simulation test control system that one kind can be precisely controlled flow and temperature
100 comprising circulation that is between test equipment 1, circulating pump 2, setting device under test 1 and circulating pump 2 and forming circulation loop
Export pipeline 3 and loop head pipeline 4, one end and loop exit pipeline 3 are connected to tie point C and the other end and loop head pipe
Road 4 is connected to the bypass line 5 of tie point D, on loop exit pipeline 3 the downstream of circulating pump 2 set gradually having heaters 6,
Heat exchanger 7, the first ratio triple valve 8 and the first temp.-sensing wire 9 are provided in the upstream of tie point D on loop head pipeline 4
Another input terminal of two ratio triple valves 10 and the second temp.-sensing wire 11, the output end of heater 6 and the first ratio triple valve 8 passes through
First pipeline 12 is connected to, and the downstream on loop exit pipeline 3 positioned at tie point C is provided with the second pipeline 13 and the second ratio threeway
Another input terminal of valve 10 is connected to, and the input terminal that test equipment 1 is located on loop exit pipeline 3 is provided with monitoring and sets into test
The flowmeter 14 of flow in standby 1.
The present embodiment further includes the cooling for carrying out heat at heat exchanger 7 with the medium in loop exit pipeline 3 and exchanging
Cycling element 15.Cooling cycle unit 15 includes that cooling water enters pipeline and coolant outlet hose road, setting in cooling water entrance
The first ball valve, first filter and first pressure gauge on pipeline, the second ball valve and being arranged on coolant outlet hose road
Two pressure gauges.
Upstream on loop head pipeline 4 positioned at circulating pump 2 is provided with medium supplementary units, the medium supplementary units packet
High-order expansion slot 16, the supply pipeline 17 for being connected to high-order expansion slot 16 and 2 input terminal of circulating pump and setting are included in supply pipeline
Supply ball valve 18 on 17.The end of supply pipeline 17 is provided with first discharge port, and the first discharge port end is provided with first
Ball-valve 26.
The outside of high-order expansion slot 16 is provided with the liquid level monitor 27 for detecting liquid level in high-order expansion slot 16, high position expansion
Fluid infusion ball valve 28, air inlet ball valve 29, venting ball valve 30, safety valve 31 and the 5th pressure gauge 32 are provided on slot 16.Work as needs
When supplement, medium supplement can be carried out by fluid infusion ball valve 28；When needing replacing medium, circulating pump, discharge outlet can be passed through
Medium in the circulatory system is excluded completely, and is emptied the medium drying in system by intake valve, then passes through fluid infusion ball
Valve 28 inputs new medium, realizes Medium Replacement；When needing to improve the boiling point of aqueous medium, then can be by 29 pairs of air inlet ball valve
System is internal to pressurize, and improves the boiling point of aqueous medium, to obtain higher temperature control.
Downstream on loop exit pipeline 3 positioned at 13 split point of the second pipeline is provided with third pressure gauge 19 and first exhaust
Valve 20 and loop exit ball valve 21, the pressure for the medium that monitoring enters in test equipment 1 are simultaneously controlled.
The second mistake is provided between 1 output end of the second ratio triple valve 10 and test equipment on loop head pipeline 4
Filter 22, loop head ball valve 23, second row air valve 24 and the 4th pressure gauge 25.
The bottom of the high position expansion slot 16 is provided with delivery pipe, and the second ball-valve 33 is provided on the delivery pipe.
It is provided with regulation ball valve 34 on bypass line 5, is adapted to more extensively by the way that 34 one side of a regulation ball valve is arranged
Flow accuracy testing requirement, initial selection percentage triple valve demand using big flow measuring accuracy as demand, at the scene may be used
To reach the testing requirement of more small-flow precise degree according to adjusting by-passing valve；On the other hand, exterior line because maloperation or its
Play the role of 5 pressure release of bypass line after his reason loop exit pipeline blockage.
It is provided on heater 6 exhaust valve (not identified in figure), improves the safety inside heater 6.
The present embodiment can be precisely controlled the working principle of the industry simulation test control system 100 of flow and temperature are as follows:
Internal system is added to by fluid infusion ball valve 28 in high-order expansion slot 16 injection test loop medium；By circulating pump 2 by heating
Divide two-way after device 6: all the way after over-heat-exchanger 7 to the A interface of the first ratio triple valve 8, another way is through to the first ratio
Then the B interface of triple valve 8 is flowed to the AB interface of the first ratio triple valve 8；Then by the first temp.-sensing wire 9 and bypass
After 5 mouthfuls of pipeline again be divided to two circuits: all the way lead directly to the second ratio triple valve 10 B interface, another way by third pressure gauge 19,
Client test equipment 1 is supplied after first row air valve 20, flowmeter 14 and loop exit ball valve 21；Pass through the second filter back
22, it is then converged after loop head ball valve 23, second row air valve 24, the 4th pressure gauge 25 to the A interface of the second ratio triple valve 10
The AB interface for flowing to the second ratio triple valve 10 returns to 2 entrance of circulating pump.
Start heater 6, while the B interface of the first ratio triple valve 8 and the conducting of AB interface when system need to heat；When being
When system needs cooling, stops heater 6, while the A interface of the first ratio triple valve 8 and the conducting of AB interface, pass through cooling cycle
Unit 15 carries out cooling control to medium at heat exchanger 7；According to the temperature monitoring of the first temp.-sensing wire 9 and the second temp.-sensing wire 11
Feedback, system the first ratio triple valve 8 of automatic adjustment open ratio, keep temperature-controlled precision more accurate；Pass through outlet stream meter 14
It reads in currently practical flow number feedback to operating system, the flow that is arranged according to demand adjusts the second ratio triple valve
The opening ratios of 10 AB and A/B are equal to demand setting flow to reach currently practical flow, to realize more accurate stream
Amount control；This programme system may also adapt to different tested medias, especially aqueous solution tested media when temperature requirements are more than boiling
When point, injecting compressed air can be pressurizeed by system in high-order expansion slot 16, make aqueous solution up to boiling point is improved, reach broader
Use temperature range；The indirect type of cooling is used in this programme while cooling, so that under any state, flowed fluctuation variation
It is small, so that the flow of internal system is more stably and controllable.
The beneficial effect that the present embodiment can be precisely controlled the industry simulation test control system 100 of flow and temperature exists
In: flow and temperature accurately can be controlled according to customer demand, and can satisfy the simulation test of a variety of circulatory mediators, temperature
Range is wide, can satisfy most of testing requirement.Specifically,
1) have wide temperature temperature control range wide, can satisfy the various demands of user；
2) unique balance method of temperature control is used, the heating efficiency with stable equilibrium can carry out high-accuracy, high stable
Temperature control；
3) using ratio adjusting valve control flow output, flow output valve can arbitrarily be set, and can carry out high-accuracy, high stable
Flow control；
4) the totally-enclosed circulatory system is used, tested media and extraneous air contact is avoided, avoids medium oxidizing；
5) high-order expansion slot can injecting compressed air or nitrogen, the boiling point of tested media is improved by pressurization, to open up
The wide temperature range of tested media.
Above-described is only some embodiments of the utility model.For those of ordinary skill in the art,
Without departing from the concept of the present invention, various modifications and improvements can be made, these belong to practical
Novel protection scope.
Claims (10)
1. the industry simulation test control system that one kind can be precisely controlled flow and temperature, it is characterised in that: it includes test
Equipment, circulating pump, be arranged in it is described examination equipment and the circulating pump between and formed circulation loop loop exit pipeline and
Loop head pipeline, one end and the loop exit pipeline connection are in tie point C and the other end and the loop head pipeline company
It passes through the bypass line of tie point D, sets gradually having heaters, heat in the downstream of the circulating pump on the loop exit pipeline
Exchanger, the first ratio triple valve and the first temp.-sensing wire are provided with second in the upstream of tie point D on the loop head pipeline
Another input terminal of ratio triple valve and the second temp.-sensing wire, the output end of the heater and the first ratio triple valve passes through
First pipeline connection, the downstream on the loop exit pipeline positioned at the tie point C are provided with and the second ratio threeway
Second pipeline of another input terminal connection of valve, the input terminal that the test equipment is located on the loop exit pipeline are provided with
Monitoring enters the flowmeter of flow in the test equipment.
2. can be precisely controlled the industry simulation test control system of flow and temperature as described in claim 1, feature exists
In: it further include the cooling cycle list for carrying out heat at the heat exchanger with the medium in the loop exit pipeline and exchanging
Member.
3. can be precisely controlled the industry simulation test control system of flow and temperature as claimed in claim 2, feature exists
It include that cooling water enters pipeline and coolant outlet hose road, is arranged and enters on pipeline in cooling water in: the cooling cycle unit
The first ball valve, first filter and first pressure gauge, the second ball valve for being arranged on coolant outlet hose road and second pressure
Table.
4. can be precisely controlled the industry simulation test control system of flow and temperature as described in claim 1, feature exists
In: the upstream on the loop head pipeline positioned at the circulating pump is provided with medium supplementary units.
5. can be precisely controlled the industry simulation test control system of flow and temperature as claimed in claim 4, feature exists
In: the medium supplementary units include the supply of high-order expansion slot, the connection high-order expansion slot and the circulating pump input terminal
Pipeline and the supply ball valve being arranged on the supply pipeline.
6. can be precisely controlled the industry simulation test control system of flow and temperature as claimed in claim 5, feature exists
In: the end of the supply pipeline is provided with first discharge port, and the first discharge port end is provided with the first ball-valve.
7. can be precisely controlled the industry simulation test control system of flow and temperature as claimed in claim 5, feature exists
In: the liquid level monitor for detecting liquid level in the high-order expansion slot is provided on the outside of the high position expansion slot, the high position is swollen
Fluid infusion ball valve, air inlet ball valve, venting ball valve, safety valve and the 5th pressure gauge are provided on swollen slot.
8. can be precisely controlled the industry simulation test control system of flow and temperature as described in claim 1, feature exists
In: the downstream on the loop exit pipeline positioned at the second pipeline flow dividing point is provided with third pressure gauge and first row air valve
And loop exit ball valve.
9. can be precisely controlled the industry simulation test control system of flow and temperature as described in claim 1, feature exists
In: second is provided between the second ratio triple valve and the test equipment output end on the loop head pipeline
Filter, loop head ball valve, second row air valve and the 4th pressure gauge.
10. can be precisely controlled the industry simulation test control system of flow and temperature as claimed in claim 5, feature exists
In: the bottom of the high position expansion slot is provided with delivery pipe, and the second ball-valve is provided on the delivery pipe.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201822191632.7U CN209215967U (en) | 2018-12-25 | 2018-12-25 | A kind of industry simulation test control system that can be precisely controlled flow and temperature |
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| CN201822191632.7U CN209215967U (en) | 2018-12-25 | 2018-12-25 | A kind of industry simulation test control system that can be precisely controlled flow and temperature |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109557963A (en) * | 2018-12-25 | 2019-04-02 | 苏州奥德机械有限公司 | A kind of industry simulation test control system that can be precisely controlled flow and temperature |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109557963A (en) * | 2018-12-25 | 2019-04-02 | 苏州奥德机械有限公司 | A kind of industry simulation test control system that can be precisely controlled flow and temperature |
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Address after: Room 3 and 4, 228 Wulian Road, Yushan Town, Kunshan City, Suzhou City, Jiangsu Province Patentee after: Suzhou Aode high end equipment Co.,Ltd. Address before: Room 3 and 4, 228 Wulian Road, Yushan Town, Kunshan City, Suzhou City, Jiangsu Province Patentee before: SUZHOU AODE MACHINERY Co.,Ltd. |