Hoja1Ensayo 1 BOMBA 6

r.p.mQ(L/s)P entrada(Kpa)Pdescarga(Kpa)Pelectrica(Kw)H m H2O P del fluido total (%)0.001225-11000.5410.330.12422.960.0010583-11300.52513.390.13926.4728000.009367-11400.5214.420.132125.40.007633-11600.4916.460.122825.060.005333-11700.43517.480.091120.94

ENSAYO 2 BOMBA 2

r.p.mQ(M3/S)P entrada(Kpa)Pelectrica(Kw)Pdescarga(Kpa)H m H2O P fluido(Kw) total (%)0.00126-10.54909.3060.11521.2960.001077-10.525707.2610.1472828000.000885-10.48404.1930.03637.56250.0007317-10.475303.170.02214.65260.000563-10.44202.1480.01182.6818

ENSAYO 3 BOMBAS EN SERIE

r.p.mQ(L/s)PI2PI3P I4PI2-PI3=H (m)UNA BOMBA SOLA0.001333280.801890.000999961.801.3181328500.000666643.201.732170.000333323.801.9381904.202.14221

ENSAYO N 4 BOMBAS EN PARALELO

r.p.mQ(L/s)Q tot.(l/mol)PI1P I2PI2-PI1=H (m)UNA BOMBA SOLA0.001333280.0026665600.810.590.000999960.0019999201.814.51328500.000666640.0013332803.217.6170.000333320.0006666403.819.6190004.22121ENSAYO NUMERO 5 LEYES DE AFINIDAD

r.p.mQ (l/seg)H (m)28000.0012999481022000.0010332926.916000.00073663723.514250.0006333082.5

log (r.p.m)log(Q (l/seg))log(H (m))3.4471580313-2.886074019813.3424226808-2.9857769330.83884909073.2041199827-3.13274635320.54406804443.1538148643-3.19838502590.3979400087

Hoja2

Hoja3