FM53 – Plunger Pump Demonstration Unit
The FM53 replicates a plunger pump as used in industry to pump small quantities of liquid at high pressures. Electronic sensors measure the instantaneous cylinder pressure within the pump, the pump displacement and the cumulative flow.
Description
The FM53 replicates a plunger pump as used in industry to pump small quantities of liquid at high pressures. Electronic sensors measure the instantaneous cylinder pressure within the pump, the pump displacement and the cumulative flow.
The plunger or ram pump is a positive displacement pump and is used for pumping small quantities of liquid at high pressure. It is similar to a piston pump except that the sealing gland is at one end of the cylinder.
The reciprocating motion of the plunger gives an uneven flow, although the inclusion of a damping vessel can reduce this effect. Priming is unnecessary.
Technical Specifications
Max flow rate: 0.725 l/m typical
Max head: 4 bar
Swept volume: 15mm stroke x 32mm diameter
Pumping speed: 0 to 60 strokes/min
Motor power rating: 250W
Pressure Sensor: 0 to 100psi
Piston Sensor: -9 to 16mm
Motor Torque range: 0 to 2.1Nm
Features & Benefits
- Measurement during each pump cycle of:
– Plunger displacement
– Cylinder pressure
– Pump outlet pressure - On-line p-V diagram displays
- Measurement of volumetric efficiency
- Measuring the effect on pump performance of:
– Sprung loading valve or needle valve
– Adjusting the outlet loading valve
– The inclusion of a pulsation damper vessel
The ArmSOFT software enables the operator to control the fan speed 0 to 100%. Feedback from the sensors is then displayed in real time for the end user with simultaneous data logging.
The data trend is also displayed graphically in real time and can be exported to another platform such as Excel for further analysis.
Armfield IFD7
FM53
IFD7-A: 220-240V / 1Ph / 50Hz
IFD7-G: 220-240V / 1Ph / 60Hz
Volume: 1.0m³
Gross weight: 120kg
Length: 0.88m
Width: 0.51m
Height: 0.41m
FM53
IFD7-A: 220-240V / 1Ph / 50Hz
IFD7-G: 220-240V / 1Ph / 60Hz