ρ 3000 Kg / m³ Sb kg / cm² 100 cp Nos. T 200 ºC J 1.5 4 Nos. MOC

1. Design Conditions
Fluid Inside Vessel
Density
Viscocity
Design Temperature
No. of Baffles
Shaft Material
Minimum Agitator Speed
Maximum Agitator Speed
ρ
µ
T
MOC
Nmin
Nmax
3000
Kg / m³
100
cp
200
ºC
4
Nos.
SA 479 Gr 316
60
RPM
60
RPM
D1² x Nmax x ρ
µ
Reynolds No.
Nre
Power Number
Np
Required Power (H.P.)
Pr
Np x ρ x Nmax³ x D15
9.81 x 76
Total Required Power
Power reqd with losses
Actual Provided Power
=
4.27
5.33
5
=
H.P.
25% losses
H.P.
2. Impeller Details
Impeller material
Max. all stress @ design temp.
No.of Impellers
Jamming Factor
Bottom to Top
Impeller 1
27648.00
=
1.3
=
4.27
J
Type of impeller
Anchor
Mig
Impeller 1
Impeller 2
Impeller 3
Impeller 4
=
Sb
Impeller 2
0.00
Impeller 3
0.00
0.00
1.5
Sweep Diameter
960
mm
0
mm
0
mm
0
mm
Impeller 4
0.00
0
0.00
kg / cm²
Nos.
0.00