Computerized Centrifugal Pump Trainer

Computerized Centrifugal Pump Trainer

Standard :

Model No. : HI MTM-006
The ?HANSA? designed & developed trainer includes a closed water circuit and a powerful, standard centrifugal pump. Standard pumps are built according to industrial standards. The standard defines rating schemes and key dimensions so that standard pumps from different manufacturers can be exchanged without replacing the piping and ground plate


Description

The HANSA designed & developed trainer includes a closed water circuit and a powerful, standard centrifugal pump. Standard pumps are built according to industrial standards. The standard defines rating schemes and key dimensions so that standard pumps from different manufacturers can be exchanged without replacing the piping and ground plate

A three-phase motor powers the centrifugal pump. The speed can be adjusted to the desired value with the frequency converter. An inductive, non-contact position encoder on the engine shaft records the speed. The drive motor is mounted in a pendulum bearing such that the drive torque can be measured with a force sensor and

the mechanical drive power can be determined.

Manometers display the pressure on the pump’s inlet and outlet. The flow rate is measured with an electromagnetic flow rate sensor. The flow rate can also be determined by means of a differential pressure measurement on an orifice plate flow meter.

The speed, torque, and electrical power consumption of the pump and the flow rate are shown on a digital display on the switch cabinet.

Centrifugal pump
Max. Flow rate: approx. 15m3/h

Max. Head: approx. 16m

Drive motor with variable speed
Power output: 1,1kW

Speed range: 0?2400min-1

Tank volume: 96L
Measuring ranges

Pressure: 1x -0,6?0bar, 1x 0?2,5bar

Flow rate: 5?600L/min

Speed: 0?5000min -1

Torque: 0?10Nm

Power consumption: 0?2,2kW

230V, 50Hz, 1 phase
230V, 60Hz, 3 phases
DIMENSIONS AND WEIGHT

Principle of operation of a centrifugal pump
Closed water circuit
Recording of pump characteristics
Recording of system characteristics
Manometer at the inlet and outlet of the centrifugal pump
Determination of the flow rate by means of an electromagnetic flow rate sensor or an orifice plate flow meter and a differential pressure measurement
Calculation of efficiencies

Few of Our

Eminent Clients

Enquiry Now

    has been added to your cart:
    Checkout