BOWL HEAD CALCULATION

Russian translation: расчет давления в цилиндре насоса

20:14 Apr 8, 2022
English to Russian translations [PRO]
Tech/Engineering - Engineering (general) / PUMP
English term or phrase: BOWL HEAD CALCULATION
BOWL HEAD CALCULATION REQUIRED
Maria Kopteva
Russian Federation
Local time: 13:16
Russian translation:расчет давления в цилиндре насоса
Explanation:
plenty
Selected response from:

Pavel Altukhov
Local time: 13:16
Grading comment
4 KudoZ points were awarded for this answer



Summary of answers provided
4расчет давления в цилиндре насоса
Pavel Altukhov
Summary of reference entries provided
bowl head calculation
Tomasso

  

Answers


19 hrs   confidence: Answerer confidence 4/5Answerer confidence 4/5
bowl head calculation
расчет давления в цилиндре насоса


Explanation:
plenty

Pavel Altukhov
Local time: 13:16
Specializes in field
Native speaker of: Russian
PRO pts in category: 106
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Reference comments


6 hrs peer agreement (net): +1
Reference: bowl head calculation

Reference information:
For vertical turbine pumps, discharge head equals bowl
head minus lift and internal pump loss. It can be shown as:
hD = hB - hL - hP
Where hD = Discharge head. Pressure gauge reading in
PSI multiplied by 2.31 for fresh cool water.
hB = Bowl head. Actual head in feet developed by the

downloaded from
CALCULATION OF BOWL HEAD OR DISCHARGE HEADhttps://armstrongfluidtechnology.com › data-sheetsPDF

bowl assembly.
hL = Lift. Elevation difference in feet between the pumping
water level and the pressure gauge.
hP = Internal pump loss. Pump column loss plus
discharge head loss in feet.
Conversely, bowl head equals discharge head plus
lift and internal pump loss.
hB = hD + hL + hP
NOTES:
1. Test curves are plotted as bowl head (hB).
Allowances must be made for lift and internal
pump loss when comparing test curves to field
performances

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Note added at 6 hrs (2022-04-09 03:08:40 GMT)
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downloaded from
CALCULATION OF BOWL HEAD OR DISCHARGE HEADhttps://armstrongfluidtechnology.com › data-sheetsPDF
Head x GPM x Sp. Gr.
3,960 x Eff
Bowl BHP =
WHERE
GPM= Gallons Per Minute
Head = Lab. Head (including column loss)
Eff. = Lab. Eff. of Pump Bowls
(from performance curves

возможно, у вас уже есть эта информация, удачи.


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Note added at 7 hrs (2022-04-09 03:58:58 GMT)
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pump decking, plataforma...https://www.geokniga.org/bookfiles/geokniga-uchebnaya-kniga-...

http://bzno.com.ua/podbor-nasosa-dlya-skvazhiny Рис. 1. Печать

1 — газовая труба;

2 — фланец;

3 — деревянный диск;

4 — кровельное железо;

5 — мыло или пластик, глина жирная;

6 — муфта

По оттиску и глубине спуска печати определяют диаметр и глубину до среза, т. е. до верха оставленной в скважине трубы. Диаметр оставленной в скважине трубы необходимо сопоставить с диаметром запроектированного скважинного насоса. Диаметр деревянного диска обычно на 5—8 мм меньше обсадной трубы, в которую опускают печать.

После монтажа насоса, установки опорной плиты на фундамент и герметизации устья скважины производят обвязку устья.

Разработан герметический оголовок для скважинных насосов с погружными электродвигателями, представленный на рис. 2. Оголовки предназначены для герметизации устья скважины, в которых предусматривается установка центробежных скважинных насосов.

Пример условного обозначения герметичного оголовка с условным проходом 150 мм конструктивного исполнения 1-ОГ-150:

Герметичный оголовок (рис. 2) состоит из устьевого патрубка 1 и опорной плиты 2, соединенных между собой при помощи болтов 3, гаек 4 и прижимных шайб 5.



Рис.2. Герметизация устья скважины

Example sentence(s):
  • For vertical turbine pumps, discharge head equals bowl head minus lift and internal pump loss. It can be shown as: hD = hB - hL - hP
  • Water Horsepower = GPM x 8.33 x Head = GPM x Head 33,000 3,960 WHERE GPM = Gallons Per Minute 8.33 = Pounds of water per gallon 33,000 = Ft. Lbs. per minute in one Hp. Head = Difference in energy head in feet (field head)
Tomasso
United States
Native speaker of: Native in EnglishEnglish
PRO pts in category: 4

Peer comments on this reference comment (and responses from the reference poster)
agree  Erzsébet Czopyk
1 day 11 hrs
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