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The sludge surface
monitoring mechanism used in the FHP pump ensures that only supernatant water is
discharged without any entrapment of sediments.
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|
Discharge
Bore mm |
Model |
Motor
Output
kW |
Phase |
Head
max
m |
Capa-
city
max
l/min |
Starting
Method |
Dry
Weight
kg |
Cable
Length
m |
|
40 |
FHP-3 |
0,25 |
single |
8,0 |
200 |
split phase |
26,5 |
10 |
|
40 |
FHP-3T |
0,25 |
3-phase |
8,0 |
200 |
d.o.l. |
26,0 |
10 |
|
50 |
FHP-4 |
0,4 |
single |
10,0 |
280 |
condensor |
29,5 |
10 |
|
50 |
FHP-4T |
0,4 |
3-phase |
10,0 |
280 |
d.o.l. |
27,5 |
10 |
|
50 |
FHP-8T |
0,75 |
3-phase |
13,0 |
420 |
d.o.l. |
27,5 |
10 |
|
dry weight of the pump excluding cable |
|
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|
Item |
Discharge bore (mm) |
40
50 |
Pumping
fluid |
Type of fluid |
Treated water |
|
Liquid temperature |
0
~ 40°C |
|
Pump |
Components |
Impeller |
non-clogging |
|
Shaft Seal |
Double mechanical seal |
|
Bearing |
Shielded ball bearing |
|
Materials |
Impeller |
Grey iron casting |
|
Casing |
Grey iron casting |
|
Float |
Fibre reinforced plastic |
Shaft seal
(mechanical seal) |
Silicon Carbide in oil bath |
|
Motor |
Type, Poles |
Dry-type submersible
induction motor, IP68,
2poles, 3000 r.p.m. |
|
Insulation |
Class E |
|
Phase / Voltage |
Single-230V/3-phase 400V |
|
Motor Protector (built-in) |
Circle Thermal cut-out |
|
Lubricant |
Turbine Oil (ISO VG32) |
|
Materials |
Frame |
Grey iron casting |
|
Shaft |
Stainless steel ENX6Cr13 |
|
Cable |
Rubber, H07RN-F |
|
Discharge Connection |
Hose coupling |
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