Giant MP Series - MP Series Pump Specifications

U.S. Measurements
Max. Flow
Max.
Pressure
Max.
Speed
Power
Req'd.
Max.
Temperature
Plunger
Diameter
NPSH
Required
Model GPM PSI RPM HP F in Ft-Head
MP4120 8.9 3625 1450 23.1 160 0.787 24.6
MP4124 12.8 2610 1450 24 160 0.945 27.9
MP4135 13.5 1885 1100 18.2 160 1.1 29.5
MP4130 15.4 1600* 1100 17.6 160 1.2 29.5
MP4130HK 15.4 1600 1100 17.6 195 1.2 N/A
* Intermittent rating of 2000 PSI
Metric Measurements
Max. Flow
Max.
Pressure
Max.
Speed
Power
Req'd.
Max.
Temperature
Plunger
Diameter
NPSH
Required
Model L/min Bar RPM kW C mm mW s
MP4120 33.8 250 1450 17.2 70 20 7.5
MP4124 48.6 180 1450 17.9 70 24 8.5
MP4135 51.2 130 1100 13.6 70 28 9
MP4130 58.2 110* 1100 13.1 70 30 9
MP4130HK 58.2 110 1100 13.1 90 30 N/A
MP SERIES -- PUMP SPECIFICATIONS
* Intermittent rating of 140 Bar
Consult the factory for special requirements that must be met if the
pump is to operate beyond one or more of the limits specied above.
Horsepower Ratings:
We recommend a 1.15 service factor be specied when selecting an electric motor as the power source.
To compute electric motor horsepower required, use the following formula: HP = (GPM X PSI) / 1450.
The formula to determine the horsepower required for a gas engine is: HP = (GPM X PSI) / 1150.
The formula to determine the horsepower required for a diesel engine is: HP = (GPM X PSI) / 1250.
For the Application of a Hydraulic Motor:
To Determine the Torque of a Hydraulic Motor -- (GPM x PSI x 36.77) / RPM = Torque (in-lbs)
Calculating RPM / GPM of Pump:
A pump must be connected to an electric motor or gas or diesel engine with the correct ratio of pulleys
and belts to attain the required speed and GPM. The use of a Variable Frequency Drive (VFD) may also
be used to control the RPM of a properly sized electric motor when variable ows are required.
(Max. Pump RPM / Rated Pump GPM) x Required Pump GPM = Required Pump RPM
To calculate a pulley diameter one (1) pulley diameter and the required pump RPM must be known:
(Pump RPM x Pump Pulley Diameter) / Motor RPM = Motor Pulley Diameter
(Motor RPM x Motor Pulley Diameter) / Pump RPM = Pump Pulley Diameter
3
Common Specications:
Inlet Pressure.........................145 PSI (10 Bar)
Crankshaft Diameter...............1.10” (28mm)
Crankcase Oil Capacity...........32 . oz. (1.0 L)
Inlet Ports..............................(2) 1” NPT
Discharge Ports......................(2) 3/4” NPT
Stroke....................................1.02” (26mm)
Weight....................................66 lbs (30kg)
Shaft Rotation............Top of Pulley Toward
Fluid End
Materials Used for MP Pumps:
Manifold ........ Aluminum Bronze
Plungers ....... Solid Ceramic Oxide
Valves ........... High Grade Stainless Steel
Seals............. Nitrile with Fabric Reinforcing
Gear End ...... Spheroidal Cast Iron