Additional information
| Brand | Essom |
|---|
Reciprocating Pump
This equipment is designed to study reciprocating pump characteristics at various speeds. It is to be used with Hydraulics Bench i.e. HB100 or HB100N (separately supplied).
The pump and motor are mounted on the Hydraulics Bench which acts as a service module. An advanced inverter controls speed as well as indicating speed and input power. Pressure gauges and pulse chambers are installed at pump suction and discharge. The pump draws water from the Hydraulics Bench storage tank via a suction hose with a strainer and delivers flow to the Hydraulics Bench measuring tank.
TYPICAL EXPERIMENTS
Performance and characteristics of Reciprocating pump
TECHNICAL DATA
| Pump ratings | Maximum flow rate approximately 15 Lpm | |
| Maximum head approximately 30 m. | ||
| Pressure gauge | Discharge. | |
| Software for data display and analysis by computer (separately supplied). | ||
| Power supply | 220 V, 1 Ph, 50 Hz or as required | |
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Hydraulic Studies and AccessoriesBernoulli’s Theorem Apparatus
Bernoulli’s theorem is applied on flow through a clear acrylic Venturi tube. The apparatus is to be used with Hydraulics Bench i.e. HB100 or HB100N (separately supplied).
Static pressures at various points along the wall of a transparent Venturi tub are directly measured on a manometer equipped with a vent valve and a hand air pump. A movable stainless steel total head probe is also provided. Flow through the Venturi tube is controlled by a valve at the outlet. As a primary flow measuring device, coefficient of discharge for the Venturi tube can also be determined.
TYPICAL EXPERIMENTS- Application of the Bernoulli equation
- Measurement of the meter coefficient of discharge at various flow rates
- Comparison of experimental results with theoretical predictions
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