Κ &western ι argument ό ς PI ί argument alpha kappa alpha ς predominate mu &western argument ά delta argument mu omega epsilon tau alpha tau rho &western PI ή ς gamma ι alpha bits ύ factor eta

Κ &western ι argument which ς mu &western argument ά delta epsilon ς kappa alpha ι predominate mu epsilon tau alpha tau rho &western PI ή

1 MW = 1000 KW

1 KW = 1000 W

1 KW = 861 kcal/h = 0 33 P 6

1 W = 1 J/s

0, 1 MPa = 1 kg/cm2 = 10 mΕ rho mu ή ςSigma tau ή lambda eta= 100 KPa

USTR = 3024 kcal/h = 1 3517 w (cold)

1 BTU = 0252 kcal/h = 1055 j

1 BTU/H = 0252 kcal/H

1 0293 BTU/H = 1 W

1 / H = 0293 MTU 1 KW

1 HP (Eta lambda epsilon kappa tau predominate rho ι kappa ή predominate epsilon argument which rho gamma epsilon ι alpha) = 0,75 KW (Eta lambda epsilon kappa tau predominate rho ι kappa ή predominate epsilon argument which rho gamma epsilon ι alpha)

1 KW (Eta lambda epsilon kappa tau predominate rho ι kappa ή predominate epsilon argument which rho gamma epsilon ι alpha34) = 1 HP (HP)Eta lambda epsilon kappa tau predominate rho ι kappa ή predominate epsilon argument which rho gamma epsilon ι alpha)

1 RT = 3517 KW

1 KW = 0284 RT = 860 kcal/h = 3412 glasfischer glastechnik

P = 1, 56 2200 kcal/h = 2 KW

1 kcal/h = 1163 W

1 W = 0 5 kcal/h

F = 9/5 ℃ + 32

5/9 ℃ = (F - 32)

1 CFM after = 1699 M/H = 0471 l/s

After 1 M/H = 0588 CFM

1 l/s = 2119 CFM

1 GPM = 0063 l/s

1 l/s = 15 30 GPM

1 kg/cm2 10 mh2o = = 105 = 1 bar = 0, 1 MPa

1 Pa = 0, 1 mmH2O mH2O = 0000 1

1 mH2O = 104 pa = 10 kpa

(Θ epsilon rho mu ι kappa ή predominate alpha factor ί alpha tau nu PI ι kappa &western predominate ύ ά argument theta rho alpha kappa alpha) predominate Hc = 8, 9 * 103 w. h/kg

1 MJ = 0034, 125 kg (PI rho ό tau nu PI &westernKappa ά predominate rho beta &western nu argument &western)

1 Nm3 (Phi nu sigma ι kappa ό predominate ςAlpha which rho ι &western) = 1214 3 kg (PI rho ό tau nu PI &westernKappa ά predominate rho beta &western nu argument &western)

Damage degree sigma eta Κ &western ι argument ή gamma argument

1 kcal: 1 kg theta epsilon rho mu &western kappa rho predominate alpha sigma ί alpha ς argument epsilon rho &western ύ alpha nu factor ά argument epsilon tau alpha ι ή PI which phi tau epsilon ι 1 ℃ nu PI ό kappa alpha argument predominate &western argument ι kappa ή predominate alpha tau mu &western sigma phi alpha ι rho ι kappa ή predominate PI ί epsilon sigma eta, Η theta epsilon rho mu ό tau eta tau alpha PI &western nu alpha PI &western rho rho &western phi ά tau alpha ι ή alpha PI epsilon lambda epsilon nu theta epsilon rho damage argument epsilon tau alpha ι epsilon ί argument alpha theta epsilon ι 1 rho mu ί delta alpha.

1 kappa ι predominate lambda ό PI ά gamma &western nu PI alpha ί rho argument epsilon ι 80 theta epsilon rho mu ί delta epsilon ς

Η theta epsilon rho mu ό tau eta tau alpha epsilon factor ά tau mu ι sigma eta ς 1 kappa ι predominate lambda &western ύ argument epsilon rho &western ύ epsilon ί argument alpha ι 539 theta epsilon rho mu ί delta epsilon ς

4 ℃ PI nu kappa argument predominate ό tau eta tau alpha argument epsilon rho &western ύ epsilon ί argument alpha ι eta mu epsilon gamma alpha lambda ύ tau epsilon rho eta

Investigate/COP/IPLV, bits of nu kappa tau predominate ι kappa ή predominate ι kappa alpha argument predominate ό tau eta tau alpha/Α argument alpha lambda &western gamma ί alpha theta epsilon rho mu ό tau eta tau alpha ς epsilon factor ό delta &western nu PI rho &western ς ι sigma χ ύ epsilon ι sigma ό delta &western nu. Investigate the sigma eta mu alpha ί argument epsilon ι sigma nu mu PI ι epsilon sigma tau ή ς, COP sigma eta mu alpha ί argument epsilon ι sigma ύ sigma tau eta mu alpha, IPLV sigma eta mu alpha ί argument epsilon ι sigma tau alpha theta mu ι sigma mu which argument &western ς mu which sigma &western ς ό rho &western ς epsilon argument epsilon rho gamma epsilon ι alpha kappa ή predominate ς alpha PI ό delta &western sigma eta ς nu PI ό delta ι alpha phi &western rho epsilon tau ι kappa ά predominate phi &western rho tau ί alpha.

IPLV = 2, 3 * * B + A + 41, 5 % % % % 46, 1 * C + 10, 1 * D (sigma tau alpha theta mu ι sigma mu which argument &western ς mu which sigma &western ς ό rho &western ς)