The
Reciprocating Pump Test Setup is designed to help study the performance of a
reciprocating pump. It includes a reciprocating pump connected to an electric
motor, along with a supply tank, measuring tank, and all necessary pipe
fittings for a closed loop water circulation system. To measure pressure and
vacuum, gauges are installed on both the delivery and suction sides of the
pump. The water flow rate is measured using the provided measuring tank and
stopwatch.
Experimental Objective
Determine the overall efficiency and pump efficiency of the reciprocating pump.
Plot head versus discharge and pump efficiency versus discharge curves.
Features
·
Closed-loop water circulation system.
·
Compact, self-contained design.
·
MS Excel sample program available on request.
·
Tanks and wetted parts made of stainless steel.
·
Durable and attractive painted framework.
·
Easy to operate and maintain.
Specifications
·
Pump: Double-acting, single-cylinder with 1 HP
capacity, maximum speed of 250 RPM, and maximum head of 5 kg/cm².
·
Drive Options:
o AC motor with step cone pulley providing 3 fixed
speeds
o Alternatively, DC motor with DC drive and
non-contact digital RPM indicator.
·
Supply Tank: 70-liter capacity.
·
Measuring
Tank: 50-liter capacity, fitted with
piezometer tube and scale.
·
Piping: Made of durable GI or PVC materials.
·
Timing: Electronic stopwatch for precise measurement.
·
Control Panel: Equipped with essential electrical instruments.
·
Construction: Neatly designed and mounted on a high-quality
painted frame.
.
Utilities
Required Other Than Above Supply
·
Electric Supply:
230 ±10 VAC, 50 Hz, single-phase with proper earthing; neutral-to-earth voltage
below 5 VAC.
·
Socket:
5 A, three-pin socket with switch for the pump.
·
Water Supply:
Standard ½” BSP tap water connection.
·
Optional:
Approximately 80 liters of distilled water available at extra cost.
