Aについては、特に規定はありません。Flow rateが減れば圧力が下がり、増えれば圧力が上がるだけです。
ただ全く空気を流さない状態だと製品の内部に液が入り込みますので、ある程度は空気を流す必要はあるかと思います。
耐差圧については、図面に記載の通りBになります。
貴社が検討されているflow rateを考えると、全く問題が無い耐圧かと思います。
A単体としての耐圧やFlow rateについてはご連絡出来ますが、
機器としての設計はあくまで貴社のスコープになることはご理解ください。
評価
52
翻訳 / 英語
- 2022/03/07 16:38:22に投稿されました
There is no specific regulation for A. If the flow rate decreases, the pressure will decrease and if it increases, the pressure will increase.
However, if there is no air flow at all, liquid will enter the product, so some air flow may be necessary.
As for the differential pressure resistance, it is B as per mentioned in the drawing.
Considering the flow rate that your company is targeting, I do not think there is any problem at all with the pressure resistance.
We can inform you of the withstand pressure and flow rate of A as a single unit.
Please understand that the design of the equipment is solely within your company's scope.
However, if there is no air flow at all, liquid will enter the product, so some air flow may be necessary.
As for the differential pressure resistance, it is B as per mentioned in the drawing.
Considering the flow rate that your company is targeting, I do not think there is any problem at all with the pressure resistance.
We can inform you of the withstand pressure and flow rate of A as a single unit.
Please understand that the design of the equipment is solely within your company's scope.
評価
52
翻訳 / 英語
- 2022/03/07 16:56:37に投稿されました
As for A, there are no specific regulations. If the flow rate decreases, pressure also decreases. If the flow rate increases, the pressure increases.
However, when the air doesn't flow completely, the liquid comes in internally, so that the flow of air is somewhat needed.
As for the resistance of differential pressure, it is as shown on B.
To consider your flow rate, it will be good differential pressure as you expected.
We will reply on the withstanding pressure and flow rate as for A alone, please note that the design as an equipment is a scope of your company.
However, when the air doesn't flow completely, the liquid comes in internally, so that the flow of air is somewhat needed.
As for the resistance of differential pressure, it is as shown on B.
To consider your flow rate, it will be good differential pressure as you expected.
We will reply on the withstanding pressure and flow rate as for A alone, please note that the design as an equipment is a scope of your company.
評価
53
翻訳 / 英語
- 2022/03/07 17:15:07に投稿されました
As for A, there is no specific regulation; the pressure will decrease if the flow rate drops, and increase if the flow rate rises.
However, if there is no airflow, liquid may enter the product. It may therefore be necessary to circulate a certain amount of air.
The differential pressure resistance is indicated as "B" in the figure.
Given the flow rates that you are considering, I don't see any problem with the pressure resistance.
We can only tell you the resistance pressure and flow rate of A as a single unit. However, the design of the device itself only depends on the scope of your company. Thank you for your understanding.
However, if there is no airflow, liquid may enter the product. It may therefore be necessary to circulate a certain amount of air.
The differential pressure resistance is indicated as "B" in the figure.
Given the flow rates that you are considering, I don't see any problem with the pressure resistance.
We can only tell you the resistance pressure and flow rate of A as a single unit. However, the design of the device itself only depends on the scope of your company. Thank you for your understanding.
