'''
e22_pump_parallel.py
Interactive Q-H plotting example for two different pumps in parallel.
Sliders modify pipe dimensions and both pump speeds.
'''
# =============================================================================
# PYLINT DIRECTIVES
# =============================================================================
# pylint: disable=no-member,no-name-in-module,invalid-name,wrong-import-position
# =============================================================================
# EXTERNAL MODULE REFERENCES
# =============================================================================
import fluidsolve as fls
# UNITS
u = fls.unitRegistry
Quantity = fls.Quantity # type: ignore[misc]
# =============================================================================
# GLOBALS
# =============================================================================
system = None
plt = None
pump1 = None
pump2 = None
pumpP = None
# =============================================================================
# GLOBALS
# =============================================================================
[docs]
def fun1(value):
'''Update system pipe length from slider input.'''
system.getComp(0)['comp'].L = value
plt.updateData()
[docs]
def fun2(value):
'''Update system pipe diameter from slider input.'''
system.getComp(0)['comp'].D = value
plt.updateData()
[docs]
def fun3(value):
'''Update first pump speed and refresh combined parallel curve.'''
pump1.speed = value
pumpP.updateCurve()
plt.updateData()
[docs]
def fun4(value):
'''Update second pump speed and refresh combined parallel curve.'''
pump2.speed = value
pumpP.updateCurve()
plt.updateData()
# =============================================================================
# MAIN
# =============================================================================
if __name__ == '__main__':
cat = fls.Catalogue()
cat.loadAllData()
c = cat.findLibraries('APV')
d1 = cat.searchInLibrary(c, 'T = centrifugal AND spec = "W+ 22/20" AND impeller0 = 110 AND speed0 = 2900')
print(d1)
d10 = d1[0]
d2 = cat.searchInLibrary(c, 'T = centrifugal AND spec = "W+ 35/35" AND impeller0 = 165 AND speed0 = 2900')
print(d2)
d20 = d2[0]
fls.initFluidsolve(prefix_wpt='p')
pump1 = fls.getComp(comp='PumpCentrifugal', dataQH=d10['dataQH'], impeller0=d10['impeller0'], speed0=d10['speed0'])
pump2 = fls.getComp(comp='PumpCentrifugal', dataQH=d20['dataQH'], impeller0=d20['impeller0'], speed0=d20['speed0'], speed = 2300)
pumpP = fls.getComp(comp='PumpParallel', pumps=[pump1, pump2])
L = 200 * u.m
dia = 80
dia2 = 60
#
system = fls.getPath(
name='path 1',
components=[
{'comp': fls.getComp(comp='Tube', L=L, D=dia)},
{'comp': fls.getComp(comp='Entrance', D=dia)},
{'comp': fls.getComp(comp='Entrance', D=dia), 'sense': -1},
{'comp': fls.getComp(comp='BendLong', D=dia, A=30, n=2)},
{'comp': fls.getComp(comp='Bend', D=dia, A=45, R=5)},
{'comp': fls.getComp(comp='SharpReduction', D1=dia, D2=dia2)},
{'comp': fls.getComp(comp='Reverse', reverse=fls.getComp(comp='SharpReduction', D1=dia, D2=dia2))},
],
)
#
wpt = fls.getWpt(wpt='d', s1=pumpP, s2= system)
#
plt = fls.PlotQHcurve(
Qmax=80,
pumps=[pump1, pump2, pumpP],
circuits=[system],
wpoints=[wpt],
title='Pumpcurve: 2 parallel pumps',
sliders=[
dict(label='L (m)', vmin=100, vmax=300, vinit=system.getComp(0)['comp'].L.magnitude, fun=fun1),
dict(label='D (mm)', vmin=50, vmax=100, vinit=system.getComp(0)['comp'].D.magnitude, fun=fun2),
dict(label='P1 speed (rpm)', vmin=1450, vmax=2900, vinit=2900, fun=fun3),
dict(label='P2 speed (rpm)', vmin=1450, vmax=2400, vinit=2300, fun=fun4),
]
)
plt.show()