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Pumping Power in Terms of Total Power Required and Frictional Power Loss Formula

GoPumping Power given Inlet and Outlet Pressure Formula

GoPumping Power in Terms of Flow of Lubricant and Pressure of Lubricant Formula

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The Pumping Power for Bearing is defined as the product of the flow of lubricant and the difference between inlet and outlet pressure. Check FAQs

kW p = kW t - kW f

kW_p - Pumping Power for Bearing?kW_t - Total Power Required for Bearing Oil?kW_f - Frictional Power Loss in Bearing?

Pumping Power in Terms of Total Power Required and Frictional Power Loss Example

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Here is how the Pumping Power in Terms of Total Power Required and Frictional Power Loss equation looks like with Values.

Here is how the Pumping Power in Terms of Total Power Required and Frictional Power Loss equation looks like with Units.

Here is how the Pumping Power in Terms of Total Power Required and Frictional Power Loss equation looks like.

1.95 = 7.5 - 5.55

1.95kW = 7.5kW - 5.55kW

1.95 = 7.5 - 5.55

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Pumping Power in Terms of Total Power Required and Frictional Power Loss Solution

Follow our step by step solution on how to calculate Pumping Power in Terms of Total Power Required and Frictional Power Loss?

FIRST Step Consider the formula

kW p = kW t - kW f

Next Step Substitute values of Variables

∴

kW p = 7.5kW - 5.55kW

Next Step Convert Units

∴

kW p = 7500W - 5550W

Next Step Prepare to Evaluate

∴

kW p = 7500 - 5550

Next Step Evaluate

∴

kW p = 1950W

LAST Step Convert to Output's Unit

∴

kW p = 1.95kW

Pumping Power in Terms of Total Power Required and Frictional Power Loss Formula Elements

Variables

Pumping Power for Bearing

The Pumping Power for Bearing is defined as the product of the flow of lubricant and the difference between inlet and outlet pressure.

Symbol: kW_p

Measurement: PowerUnit: kW

Note: Value should be greater than 0.

Formulas to find Pumping Power for Bearing

Total Power Required for Bearing Oil

The Total Power Required for Bearing Oil is the value of the total amount of power required to pump the oil to the bearing.

Symbol: kW_t

Measurement: PowerUnit: kW

Note: Value should be greater than 0.

Formulas to find Total Power Required for Bearing Oil

Frictional Power Loss in Bearing

Frictional Power Loss in Bearing is the value of power lost due to friction.

Symbol: kW_f

Measurement: PowerUnit: kW

Note: Value should be greater than 0.

Formulas to find Frictional Power Loss in Bearing

Other Formulas to find Pumping Power for Bearing

Go Pumping Power given Inlet and Outlet Pressure

kW p = Q sb \cdot (P i - P o)

Go Pumping Power in Terms of Flow of Lubricant and Pressure of Lubricant

kW p = Q sb \cdot p r

Other formulas in Power category

Go Flow of Lubricant in Terms of Pumping Power

Q sb = \frac{kW p}{P i - P o}

Go Total Power Required in Terms of Pumping Power and Frictional Power Loss

kW t = kW f + kW p

Go Frictional Power Loss in Terms of Pumping Power and Total Power Required

kW f = kW t - kW p

Go Flow of Lubricant in Terms of Pumping Power and Pressure of Lubricating Oil

Q sb = \frac{kW p}{p r}

How to Evaluate Pumping Power in Terms of Total Power Required and Frictional Power Loss?

Pumping Power in Terms of Total Power Required and Frictional Power Loss evaluator uses Pumping Power for Bearing = Total Power Required for Bearing Oil-Frictional Power Loss in Bearing to evaluate the Pumping Power for Bearing, The Pumping Power in Terms of Total Power Required and Frictional Power Loss formula is defined as the difference between the total power required and frictional power loss. Pumping Power for Bearing is denoted by kW_p symbol.

How to evaluate Pumping Power in Terms of Total Power Required and Frictional Power Loss using this online evaluator? To use this online evaluator for Pumping Power in Terms of Total Power Required and Frictional Power Loss, enter Total Power Required for Bearing Oil (kW_t) & Frictional Power Loss in Bearing (kW_f) and hit the calculate button.

FAQs on Pumping Power in Terms of Total Power Required and Frictional Power Loss

What is the formula to find Pumping Power in Terms of Total Power Required and Frictional Power Loss?

The formula of Pumping Power in Terms of Total Power Required and Frictional Power Loss is expressed as Pumping Power for Bearing = Total Power Required for Bearing Oil-Frictional Power Loss in Bearing. Here is an example- 0.00195 = 7500-5550.

How to calculate Pumping Power in Terms of Total Power Required and Frictional Power Loss?

With Total Power Required for Bearing Oil (kW_t) & Frictional Power Loss in Bearing (kW_f) we can find Pumping Power in Terms of Total Power Required and Frictional Power Loss using the formula - Pumping Power for Bearing = Total Power Required for Bearing Oil-Frictional Power Loss in Bearing.

What are the other ways to Calculate Pumping Power for Bearing?

Here are the different ways to Calculate Pumping Power for Bearing-

Pumping Power for Bearing=Flow of lubricant from step bearing*(Inlet Pressure for Bearing-Outlet Pressure for Bearing)
Pumping Power for Bearing=Flow of lubricant from step bearing*Pressure of Lubricating Oil

Can the Pumping Power in Terms of Total Power Required and Frictional Power Loss be negative?

No, the Pumping Power in Terms of Total Power Required and Frictional Power Loss, measured in Power cannot be negative.

Which unit is used to measure Pumping Power in Terms of Total Power Required and Frictional Power Loss?

Pumping Power in Terms of Total Power Required and Frictional Power Loss is usually measured using the Kilowatt[kW] for Power. Watt[kW], Milliwatt[kW], Microwatt[kW] are the few other units in which Pumping Power in Terms of Total Power Required and Frictional Power Loss can be measured.

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Pumping Power in Terms of Total Power Required and Frictional Power Loss Formula

​GoPumping Power given Inlet and Outlet Pressure Formula

​GoPumping Power in Terms of Flow of Lubricant and Pressure of Lubricant Formula

Pumping Power in Terms of Total Power Required and Frictional Power Loss Example

Pumping Power in Terms of Total Power Required and Frictional Power Loss Solution

Pumping Power in Terms of Total Power Required and Frictional Power Loss Formula Elements

Other Formulas to find Pumping Power for Bearing

Other formulas in Power category

How to Evaluate Pumping Power in Terms of Total Power Required and Frictional Power Loss?

FAQs on Pumping Power in Terms of Total Power Required and Frictional Power Loss

Variable Name

GoPumping Power given Inlet and Outlet Pressure Formula

GoPumping Power in Terms of Flow of Lubricant and Pressure of Lubricant Formula