Air Compressor Air Brake Compressor 3417958 211879 213556 3016645 3801174 3016642 For Cummins Engine M11 N14 L10

Desc.

Air Brake Compressor

Part No/TC type

3417958 211879 213556 3016645 3801174 3016642

Brand Name

Man, ABB, PBS, KBB, Napier MET, Weicai, JTH

Other parts

pls contact freely
if you need other P/N

Engine Type

Diesel engine,Gas engine,
Diesel Generators etc.

Spare Type

Cartridge, Nozzle ring , shaft, rotor complete, compressor wheel, diffuser, turbine casing , compressor casing , bearing casing, turbine blades, bearing

Condition:

Original , brand new, OEM, replacement, refurbished

Applicable industry

Marine engines,
Construction works ,oil platform
Energy & Mining etc

Key Word:

Original spare parts
and engine repair tool kits

Trade terms

FOB EXW CIF DDU DDP,

Door to door is available in some countries.

Delivery time:

Most parts are in stock, bulk order based on qty

Payment

T/T, L/C,D/A, Alipay, Western Union, Paypal etc.

Place of origin

China/Germany/South Korea USA/Japan/Sweden /UK/Singapore/Taiwan

Package

Neutral or original packaging

About the product

Methods for Accurately Determining the Displacement of a Compressor

I. Definition of Compressor Displacement
Compressor displacement is defined as the volume of air compressed by the compressor within a unit of time, typically measured in liters per minute (L/min). This metric is a critical parameter for evaluating compressor performance, directly influencing its operational efficiency and effectiveness.

II. Calculation Formula
The formula for calculating compressor displacement is: Displacement = Piston Stroke Volume × Rotational Speed / 2. Here, piston stroke volume refers to the volume of gas expelled by each piston during one complete cycle, while rotational speed denotes the revolutions per minute of the compressor.

III. Reference Values
1. Household compressors generally have a displacement of approximately 50 L/min, whereas industrial compressors typically exceed 100 L/min.
2. For applications requiring prolonged operation, it is advisable to select a compressor with a higher displacement to ensure sustained stability.
3. In practical applications, additional factors such as rated power, noise levels, and the number of cylinders should be considered. A comprehensive evaluation will help identify the most suitable compressor for specific needs.

IV. Methods for Determining Displacement Size
1. Consult the product manual for the specified displacement parameter.
2. Estimate the displacement by examining the number of cylinders and cylinder diameter.
3. Conduct empirical testing using instruments like flow meters to accurately measure the compressor's displacement.