CN206229165U - Compression heat regenerative drying machine - Google Patents
Compression heat regenerative drying machine Download PDFInfo
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- CN206229165U CN206229165U CN201621338308.8U CN201621338308U CN206229165U CN 206229165 U CN206229165 U CN 206229165U CN 201621338308 U CN201621338308 U CN 201621338308U CN 206229165 U CN206229165 U CN 206229165U
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- pipeline
- operated valve
- pneumatic operated
- pipe
- drying tower
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Abstract
The utility model is related to a kind of compression heat regenerative drying machine, including the first drying tower, the second drying tower, cooler, separator, water trap, muffler, first throttle orifice plate, the second restricting orifice, the first pneumatic operated valve, the second pneumatic operated valve, the 3rd pneumatic operated valve, the 4th pneumatic operated valve, the 5th pneumatic operated valve, the 6th pneumatic operated valve, the 7th pneumatic operated valve, the 8th pneumatic operated valve, the 9th pneumatic operated valve, the tenth pneumatic operated valve, the 11st pneumatic operated valve, the 12nd pneumatic operated valve, the 13rd pneumatic operated valve, the 14th pneumatic operated valve, the 15th pneumatic operated valve and the 16th pneumatic operated valve；, in thermal regeneration without gas consumption, outlet dew point is stable, and outlet temperature is up to less than 40 DEG C for the utility model.
Description
Technical field
The utility model is related to a kind of air dryer, the utility model to be dried more particularly, to a kind of compression heat regenerative
Machine.
Background technology
Dried-air drier is that a kind of hygroscopic water (referring generally to moisture or other volatile liquid components) that can make in air is escaped
Go out, to obtain the machine of dry air.
The content of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, there is provided a kind of steady without gas consumption, outlet dew point
Fixed compression heat regenerative drying machine.
According to the technical scheme that the utility model is provided, the compression heat regenerative drying machine, including the first drying tower, the
Two drying towers, cooler, separator, water trap, muffler, first throttle orifice plate, the second restricting orifice, the first pneumatic operated valve,
Two pneumatic operated valves, the 3rd pneumatic operated valve, the 4th pneumatic operated valve, the 5th pneumatic operated valve, the 6th pneumatic operated valve, the 7th pneumatic operated valve, the 8th pneumatic operated valve,
Nine pneumatic operated valves, the tenth pneumatic operated valve, the 11st pneumatic operated valve, the 12nd pneumatic operated valve, the 13rd pneumatic operated valve, the 14th pneumatic operated valve, the tenth
Five pneumatic operated valves and the 16th pneumatic operated valve；
The first pipeline is connected with the first interface of the first drying tower, the first pneumatic operated valve is installed on the first pipeline,
Second pipe is connected with the second interface of the first drying tower, the 14th pneumatic operated valve is installed on second pipe, second
The 3rd pipeline is connected with the first interface of drying tower, the second pneumatic operated valve is installed on the 3rd pipeline, in the second drying tower
The 4th pipeline is connected with second interface, the 15th pneumatic operated valve is installed on the 4th pipeline；
One end of 5th pipeline is connected on the first pipeline between the first pneumatic operated valve and the first drying tower, the 5th pipeline
The other end is connected on the 3rd pipeline between the second pneumatic operated valve and the second drying tower, and first throttle is provided with the 3rd pipeline
Orifice plate, the 4th pneumatic operated valve, the 3rd pneumatic operated valve and the second restricting orifice；
One end of escaping pipe is connected on the 5th pipeline between the 4th pneumatic operated valve and the 3rd pneumatic operated valve, the first pipeline it is another
Escaping pipe is accessed with the other end of the 3rd pipeline in one end；
One end of 6th pipeline is connected to one end of the 5th pipeline to the first pipeline between the first drying tower, the 6th pipe
The other end in road is connected to the other end of the 5th pipeline to the 3rd pipeline between the second drying tower, is installed on the 6th pipeline
There are the 6th pneumatic operated valve and the 7th pneumatic operated valve；
One end of 7th pipeline is connected on the second pipe between the 14th pneumatic operated valve and the first drying tower, the 7th pipeline
The other end be connected on the 4th pipeline between the 15th pneumatic operated valve and the second drying tower, be provided with the tenth on the 7th pipeline
Two pneumatic operated valves and the 13rd pneumatic operated valve；
One end of 8th pipeline is connected to one end of the 7th pipeline to the second pipe between the first drying tower, the 8th pipe
The other end in road is connected to the other end of the 7th pipeline to the 4th pipeline between the second drying tower, is installed on the 8th pipeline
There are the tenth pneumatic operated valve and the 11st pneumatic operated valve；
One end of 9th pipeline is connected to one end of the 8th pipeline to the second pipe between the first drying tower, the 9th pipe
The other end in road is connected to the other end of the 8th pipeline to the 4th pipeline between the second drying tower, is installed on the 9th pipeline
There are the 8th pneumatic operated valve and the 9th pneumatic operated valve；
One end of evacuated tube is connected to the 8th pipeline between the tenth pneumatic operated valve and the 11st pneumatic operated valve, evacuated tube it is another
End is provided with muffler, and the 9th pipeline between the 8th pneumatic operated valve and the 9th pneumatic operated valve accesses evacuated tube；
The second pipe is in parallel with the other end of the 4th pipeline to access the tenth pipeline, another termination cooling of the tenth pipeline
The first interface of device, is provided with separator and the 6th temperature transmitter on the tenth pipeline, and water trap is provided with separator；
Air inlet pipe is installed in the second interface of cooler；
One end of 11st pipeline is connected on the 6th pipeline between the 6th pneumatic operated valve and the 7th pneumatic operated valve, the 11st pipe
The other end in road is connected in air inlet pipe；
The 12nd pipeline is installed on the 3rd interface of cooler, the 5th temperature is installed in the other end of the 12nd pipeline
Transmitter, the 7th pipeline between the 12nd pneumatic operated valve and the 13rd pneumatic operated valve is accessed on the 12nd pipeline.
The 13rd pipeline is additionally provided with, the two ends of the 13rd pipeline are connected in parallel on the two ends of the 5th pipeline.
The 6th temperature transmitter is also equipped with the tenth pipeline, the 6th temperature transmitter is arranged on separator and cooler
Between.
3rd temperature transmitter, pressure transmitter and the 16th pneumatic operated valve, the 11st pipe are installed in air inlet pipe
The other end in road is connected in the air inlet pipe between pressure transmitter and the 16th pneumatic operated valve.
The first temperature transmitter is installed on second pipe between one end of the 9th pipeline and the first drying tower.
Second temperature transmitter is installed on the 4th pipeline between the other end and the second drying tower of the 9th pipeline.
4th temperature transmitter is installed in escaping pipe.
The utility model is in thermal regeneration without gas consumption, outlet dew point stabilization, reachable less than -40 DEG C of outlet temperature.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Specific embodiment
With reference to specific embodiment, the utility model is described in further detail.
The compression heat regenerative drying machine, including the first drying tower 11, the second drying tower 12, cooler 3, separator 4, row
Hydrophone 5, muffler 6, first throttle orifice plate 71, the second restricting orifice 72, the first pneumatic operated valve 81, the second pneumatic operated valve 82, the 3rd gas
Dynamic valve 83, the 4th pneumatic operated valve 84, the 5th pneumatic operated valve 85, the 6th pneumatic operated valve 86, the 7th pneumatic operated valve 87, the 8th pneumatic operated valve the 88, the 9th
It is pneumatic operated valve 89, the tenth pneumatic operated valve 8A, the 11st pneumatic operated valve 8B, the 12nd pneumatic operated valve 8C, the 13rd pneumatic operated valve 8D, the 14th pneumatic
Valve 8E, the 15th pneumatic operated valve 8F and the 16th pneumatic operated valve 8G；
The first pipeline is connected with the first interface of the first drying tower 11, the first pneumatic operated valve is installed on the first pipeline
81, second pipe is connected with the second interface of the first drying tower 11, the 14th pneumatic operated valve 8E is installed on second pipe,
The 3rd pipeline is connected with the first interface of the second drying tower 12, the second pneumatic operated valve 82 is installed on the 3rd pipeline,
The 4th pipeline is connected with the second interface of two drying towers 12, the 15th pneumatic operated valve 8F is installed on the 4th pipeline；
One end of 5th pipeline is connected on the first pipeline between the first pneumatic operated valve 81 and the first drying tower 11, the 5th pipe
The other end in road is connected on the 3rd pipeline between the second pneumatic operated valve 82 and the second drying tower 12, is provided with the 3rd pipeline
First throttle orifice plate 71, the 4th pneumatic operated valve 84, the 3rd pneumatic operated valve 83 and the second restricting orifice 72；
One end of escaping pipe is connected on the 5th pipeline between the 4th pneumatic operated valve 84 and the 3rd pneumatic operated valve 83, the first pipeline
The other end and the other end of the 3rd pipeline access escaping pipe；
One end of 6th pipeline is connected to one end of the 5th pipeline to the first pipeline between the first drying tower 11, and the 6th
The other end of pipeline is connected to the other end of the 5th pipeline to the 3rd pipeline between the second drying tower 12, on the 6th pipeline
6th pneumatic operated valve 86 and the 7th pneumatic operated valve 87 are installed；
One end of 7th pipeline is connected on the second pipe between the 14th pneumatic operated valve 8E and the first drying tower 11, and the 7th
The other end of pipeline is connected on the 4th pipeline between the 15th pneumatic operated valve 8F and the second drying tower 12, is pacified on the 7th pipeline
Equipped with the 12nd pneumatic operated valve 8C and the 13rd pneumatic operated valve 8D；
One end of 8th pipeline is connected to one end of the 7th pipeline to the second pipe between the first drying tower 11, and the 8th
The other end of pipeline is connected to the other end of the 7th pipeline to the 4th pipeline between the second drying tower 12, on the 8th pipeline
Tenth pneumatic operated valve 8A and the 11st pneumatic operated valve 8B is installed；
One end of 9th pipeline is connected to one end of the 8th pipeline to the second pipe between the first drying tower 11, and the 9th
The other end of pipeline is connected to the other end of the 8th pipeline to the 4th pipeline between the second drying tower 12, on the 9th pipeline
8th pneumatic operated valve 88 and the 9th pneumatic operated valve 89 are installed；
One end of evacuated tube is connected to the 8th pipeline between the tenth pneumatic operated valve 8A and the 11st pneumatic operated valve 8B, evacuated tube
The other end is provided with muffler 6, and the 9th pipeline between the 8th pneumatic operated valve 88 and the 9th pneumatic operated valve 89 accesses evacuated tube；
The second pipe is in parallel with the other end of the 4th pipeline to access the tenth pipeline, another termination cooling of the tenth pipeline
The first interface of device 3, is provided with the temperature transmitter 96 of separator 4 and the 6th, the row of being provided with separator 4 on the tenth pipeline
Hydrophone 5；
Air inlet pipe is installed in the second interface of cooler 3；
One end of 11st pipeline is connected on the 6th pipeline between the 6th pneumatic operated valve 86 and the 7th pneumatic operated valve 87, and the tenth
The other end of one pipeline is connected in air inlet pipe；
The 12nd pipeline is installed on the 3rd interface of cooler 3, the 5th temperature is installed in the other end of the 12nd pipeline
Degree transmitter 95, the 7th pipeline between the 12nd pneumatic operated valve 8C and the 13rd pneumatic operated valve 8D is accessed on the 12nd pipeline.
The 13rd pipeline is additionally provided with, the two ends of the 13rd pipeline are connected in parallel on the two ends of the 5th pipeline.
Be also equipped with the 6th temperature transmitter 96 on the tenth pipeline, the 6th temperature transmitter 96 be arranged on separator 4 with
Between cooler 3.
3rd temperature transmitter 93, pressure transmitter 2 and the 16th pneumatic operated valve 8G, the described tenth are installed in air inlet pipe
The other end of one pipeline is connected in the air inlet pipe between the pneumatic operated valve 8G of pressure transmitter 2 and the 16th.
The first temperature transmitter 91 is installed on second pipe between one end of the 9th pipeline and the first drying tower 11.
Second temperature transmitter is installed on the 4th pipeline between the other end and the second drying tower 12 of the 9th pipeline
92。
4th temperature transmitter 94 is installed in escaping pipe.
During work, the high temperature compressed air without cooling enters the first drying tower 11, and the adsorbent to being adsorbed in tower enters
Row desorption and regeneration, air-flow is lowered the temperature through cooler 3 again, and condensed water is discharged after separator 4 is separated through water trap 5, after cooling
Compressed air enters back into the second drying tower 12, and after being adsorbed by drying treatment, outlet air dew-point temperature is down to less than -40 DEG C, does
Dry air is input into finished product air hose net through pneumatic operated valve.After adsorbent reactivation is finished in first drying tower 11, draw fraction and dry sky
Gas carries out cold blowing up to normal temperature by restricting orifice into 11 pairs of adsorbents for drying high temperature of the first drying tower, and cold blowing air-flow leads to
Cross silencer 6 and drain into air, this is half period, and the lower half cycle, then the first drying tower 11 was adsorbed by drying, the second drying tower
12 carry out desorption and regeneration, so continuously export dry air.
Claims (6)
1. a kind of compression heat regenerative drying machine, including the first drying tower（11）, the second drying tower（12）, cooler（3）, separate
Device（4）, water trap（5）, muffler（6）, first throttle orifice plate（71）, the second restricting orifice（72）, the first pneumatic operated valve（81）,
Two pneumatic operated valves（82）, the 3rd pneumatic operated valve（83）, the 4th pneumatic operated valve（84）, the 5th pneumatic operated valve（85）, the 6th pneumatic operated valve（86）, the 7th
Pneumatic operated valve（87）, the 8th pneumatic operated valve（88）, the 9th pneumatic operated valve（89）, the tenth pneumatic operated valve（8A）, the 11st pneumatic operated valve（8B）, the tenth
Two pneumatic operated valves（8C）, the 13rd pneumatic operated valve（8D）, the 14th pneumatic operated valve（8E）, the 15th pneumatic operated valve（8F）With the 16th pneumatic operated valve
（8G）；It is characterized in that：
In the first drying tower（11）First interface on be connected with the first pipeline, the first pneumatic operated valve is installed on the first pipeline
（81）, in the first drying tower（11）Second interface on be connected with second pipe, the 14th is provided with second pipe pneumatic
Valve（8E）, in the second drying tower（12）First interface on be connected with the 3rd pipeline, it is pneumatic to be provided with second on the 3rd pipeline
Valve（82）, in the second drying tower（12）Second interface on be connected with the 4th pipeline, the 15th gas is installed on the 4th pipeline
Dynamic valve（8F）；
One end of 5th pipeline is connected to the first pneumatic operated valve（81）With the first drying tower（11）Between the first pipeline on, the 5th pipe
The other end in road is connected to the second pneumatic operated valve（82）With the second drying tower（12）Between the 3rd pipeline on, on the 3rd pipeline pacify
Equipped with first throttle orifice plate（71）, the 4th pneumatic operated valve（84）, the 3rd pneumatic operated valve（83）With the second restricting orifice（72）；
One end of escaping pipe is connected to the 4th pneumatic operated valve（84）With the 3rd pneumatic operated valve（83）Between the 5th pipeline on, the first pipeline
The other end and the other end of the 3rd pipeline access escaping pipe；
One end of 6th pipeline is connected to one end of the 5th pipeline to the first drying tower（11）Between the first pipeline on, the 6th pipe
The other end in road is connected to the other end of the 5th pipeline to the second drying tower（12）Between the 3rd pipeline on, on the 6th pipeline
6th pneumatic operated valve is installed（86）With the 7th pneumatic operated valve（87）；
One end of 7th pipeline is connected to the 14th pneumatic operated valve（8E）With the first drying tower（11）Between second pipe on, the 7th
The other end of pipeline is connected to the 15th pneumatic operated valve（8F）With the second drying tower（12）Between the 4th pipeline on, in the 7th pipeline
On the 12nd pneumatic operated valve is installed（8C）With the 13rd pneumatic operated valve（8D）；
One end of 8th pipeline is connected to one end of the 7th pipeline to the first drying tower（11）Between second pipe on, the 8th pipe
The other end in road is connected to the other end of the 7th pipeline to the second drying tower（12）Between the 4th pipeline on, on the 8th pipeline
Tenth pneumatic operated valve is installed（8A）With the 11st pneumatic operated valve（8B）；
One end of 9th pipeline is connected to one end of the 8th pipeline to the first drying tower（11）Between second pipe on, the 9th pipe
The other end in road is connected to the other end of the 8th pipeline to the second drying tower（12）Between the 4th pipeline on, on the 9th pipeline
8th pneumatic operated valve is installed（88）With the 9th pneumatic operated valve（89）；
One end of evacuated tube is connected to the tenth pneumatic operated valve（8A）With the 11st pneumatic operated valve（8B）Between the 8th pipeline, evacuated tube
The other end is provided with muffler（6）, the 8th pneumatic operated valve（88）With the 9th pneumatic operated valve（89）Between the 9th pipeline access row
Blank pipe；
The second pipe is in parallel with the other end of the 4th pipeline to access the tenth pipeline, another termination cooler of the tenth pipeline
（3）First interface, separator is installed on the tenth pipeline（4）With the 6th temperature transmitter（96）, in separator（4）Upper peace
Equipped with water trap（5）；
In cooler（3）Second interface on air inlet pipe is installed；
One end of 11st pipeline is connected to the 6th pneumatic operated valve（86）With the 7th pneumatic operated valve（87）Between the 6th pipeline on, the tenth
The other end of one pipeline is connected in air inlet pipe；
In cooler（3）The 3rd interface on the 12nd pipeline is installed, the 12nd pipeline the other end install the 5th temperature
Transmitter（95）, the 12nd pneumatic operated valve（8C）With the 13rd pneumatic operated valve（8D）Between the 7th pipeline access the 12nd pipeline
On.
2. compression heat regenerative drying machine as claimed in claim 1, it is characterized in that：It is additionally provided with the 13rd pipeline, the 13rd pipe
The two ends in road are connected in parallel on the two ends of the 5th pipeline.
3. compression heat regenerative drying machine as claimed in claim 1, it is characterized in that：The 6th temperature is also equipped with the tenth pipeline
Degree transmitter（96）, the 6th temperature transmitter（96）Installed in separator（4）With cooler（3）Between.
4. compression heat regenerative drying machine as claimed in claim 1, it is characterized in that：The change of 3rd temperature is installed in air inlet pipe
Send device（93）, pressure transmitter（2）With the 16th pneumatic operated valve（8G）, the other end of the 11st pipeline is connected to pressure inverting
Device（2）With the 16th pneumatic operated valve（8G）Between air inlet pipe on.
5. compression heat regenerative drying machine as claimed in claim 1, it is characterized in that：Dried with first in one end of the 9th pipeline
Tower（11）Between second pipe on the first temperature transmitter is installed（91）.
6. compression heat regenerative drying machine as claimed in claim 1, it is characterized in that：It is dry with second in the other end of the 9th pipeline
Dry tower（12）Between the 4th pipeline on second temperature transmitter is installed（92）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621338308.8U CN206229165U (en) | 2016-12-07 | 2016-12-07 | Compression heat regenerative drying machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621338308.8U CN206229165U (en) | 2016-12-07 | 2016-12-07 | Compression heat regenerative drying machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206229165U true CN206229165U (en) | 2017-06-09 |
Family
ID=58978596
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621338308.8U Active CN206229165U (en) | 2016-12-07 | 2016-12-07 | Compression heat regenerative drying machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206229165U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106390698A (en) * | 2016-12-07 | 2017-02-15 | 无锡优耐特净化装备有限公司 | Compression hot-regeneration type dryer |
-
2016
- 2016-12-07 CN CN201621338308.8U patent/CN206229165U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106390698A (en) * | 2016-12-07 | 2017-02-15 | 无锡优耐特净化装备有限公司 | Compression hot-regeneration type dryer |
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