CompAir compressed air pipe sizing

CompAir  compressed air pipe sizingCompAir compressed air pipe sizing
Traditionally, tables or charts are used for manual calculations With CompAir program designed for mobility, you can now do pipe sizing at anytime, anywhere CompAir program is engineered for ultimate flexibility with 3 builtin model equations for solving flowrate, pipe size and pressure drop

The 3 model equations adopted in CompAir program are

(1) General Compressible Flow Equation

(2) IoP (Institute of Plumbing) / CAGI (Compressed Air and Gas Institute) model

(3) BCAS (British Compressed Air Society) model

In individually selectable SIIP units

See worked example at http//pocketengineer2sharepointcom CompAir compressed air calculation Traditionally, tables or charts are used for compressed air pipe sizing With CompAir program, you can now do pipe sizing at anytime, anywhere CompAir is engineered for ultimate flexibility to find pressure drop, diameter and flowrate /
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battMV battery room ventilation

battMV  battery room ventilationbattMV battery room ventilation
Battery room ventilation to EN 502722 & EN 502723 Standards

(a)battery room ventilation calculations by Hydrogen concentration dilution method
(b)”Select & Click” with builtin data like Igas, battery rated capacity, etc
(c)louvre sizer
(d)save results for printing
(d)in SI & IP units

For details, see http//pocketengineer2sharepointcom battMV battery room ventilation calculation Design of battery room ventilation using hydrogen concentration dilution method has been made easier with battMV program The battery room ventilation is calculated in according to EN 502722 and EN 502723 Standards /
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battMV battery room ventilation

battMV  battery room ventilationbattMV battery room ventilation
Battery room ventilation to EN 502722 & EN 502723 Standards

(a)battery room ventilation calculations by Hydrogen concentration dilution method
(b)”Select & Click” with builtin data like Igas, battery rated capacity, etc
(c)louvre sizer
(d)save results for printing
(d)in SI & IP units

For details, see http//pocketengineer2sharepointcom battMV battery room ventilation calculation Design of battery room ventilation using hydrogen concentration dilution method has been made easier with battMV program The battery room ventilation is calculated in according to EN 502722 and EN 502723 Standards /
>> read more .

battMV battery room ventilation

battMV  battery room ventilationbattMV battery room ventilation
Battery room ventilation to EN 502722 & EN 502723 Standards

(a)battery room ventilation calculations by Hydrogen concentration dilution method
(b)”Select & Click” with builtin data like Igas, battery rated capacity, etc
(c)louvre sizer
(d)save results for printing
(d)in SI & IP units

For details, see http//pocketengineer2sharepointcom battMV battery room ventilation calculation Design of battery room ventilation using hydrogen concentration dilution method has been made easier with battMV program The battery room ventilation is calculated in according to EN 502722 and EN 502723 Standards /
>> read more .

KitchenExhaust program

KitchenExhaust programKitchenExhaust program
KitchenExhaust is a commercial Kitchen Hood Exhaust calculation software designed for both pocket PC/mobile phone & PC It is specially engineered by a professional engineer for design mobility & quick calculations

(a)calculate kitchen exhaust airflow rate for various builtin hood configurations in accordance to Singapore Standard SS 553 (formerly CP13)
(b)filter sizer
(c)louvre sizer
(d)builtin data & guides
(e)”savetofile” function for printing
(f)mobile & independent program for pocket PC/mobile phone & PC
(g)in SI units

For worked example, see http//pocketengineer2sharepointcom

Kitchen Exhaust Kitchen Hood Exhaust Calculation kitchen hood exhaust ventilation calculations with various builtin hood configurations The governing parameters used in determining the kitchen exhaust flowrate are capture velocity, distance from stove top to hood bottom, perimeter of hood /
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