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Hydraulic Circuit With Centrifugal Pump

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Hydraulic Circuit With Centrifugal Pump Specification

Temperature Range
Ambient to 100 C Celsius (oC)

Voltage
220 V Volt (v)

Power Source
Electric

Accuracy
100 % %

Measurement Range
0 to 100 LPH

Feature
Highly Efficient

Core Components
Centrifugal Pump, Hydraulic Circuit, Pressure Gauges, Valves, Flow Meter

Frequency
50 Hz Hertz (HZ)

Capacity
1 Liters Ltr

Automation Grade
Semi-Automatic

Equipment Materials
Mild Steel Powder Coated and Stainless Steel

Type
Hydraulic Circuit With Centrifugal Pump

Usage
Laboratory

Display Type
Analog

Dimension (L*W*H)
1100 mm x 600 mm x 800 mm Millimeter (mm)

Weight
Approx. 50 kg Kilograms (kg)

Pump Type
Single Stage Centrifugal

Inlet/Outlet Pipe Material
Borosilicate Glass and Stainless Steel

Motor Power
0.5 HP

Application Area
Fluid Mechanics and Hydraulic Laboratory Experiments

Flow Control
Manually Operated Valves

Flow Meter Type
Rotameter

Mounting
Tabletop

Finishing
Epoxy Powder Coated

Installation
Ready to Install

Cooling System
Air Cooled

Safety Features
Overload Protection, Leak Proof Design

Pressure Gauge Range
0-7 kg/cm

About Hydraulic Circuit With Centrifugal Pump

HYDRAULIC CIRCUIT WITH CENTRIFUGAL PUMP

Hydraulic circuits are designed according to their task and their area of application. Designing hydraulic circuits requires knowledge of flow behaviour and pressure losses in valves and fittings, as well as characteristics of the pump. A hydraulic circuit can be compared to an electrical circuit. This analogy can be made evident in the experimental unit.

The experimental unit includes a centrifugal pump, a rotameter, a diaphragm valve, a water tank and various other valves and fittings. After filling the system once the experimental unit can be operated independently from the water supply.

The flow is adjusted by valves and read off a rotameter. The pressure measuring points in the pipe system are designed as annular chambers. This creates a largely interference-free pressure measurement. Also supplied is an electronic pressure meter for differential pressure measurement. The pressure measurement points are connected in pairs to the pressure meter and the respective differential pressure read off the display.

The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments.

Learning Objectives / Experiments

Recording the pump characteristic
Pressure losses at various valves and fittings depending on the flow
Determination of the operating point in a hydrostatic circuit

Specification

Pressure conditions at various measuring objects
Measuring objects: pump, flow meter, diaphragm valve
Centrifugal pump with 3 different speeds
Closed water circuit
Flow can be adjusted via valves
Flow measurement using rotameter
Annular chambers allow easy measurement of pressure
Differential pressure measurement using electronic pressure meter

Technical Data

Tank

Volume: 8,5L

Pump:

Max. power consumption: 70W
Max. flow rate: 5m/h
Max. head: 6m
Three switching stages for speed selection

Measuring ranges

Flow rate: 150...1600L/h
Differential pressure: -350...350mbar

Dimensions and Weight

LxWxH: 1320x610x1390mm
Weight: approx. 98kg

Precision Fluid Handling for Educational Labs

Tailored for laboratory applications, this hydraulic circuit integrates core componentscentrifugal pump, hydraulic circuit, pressure gauges, valves, and flow meterfor precise and repeatable experiments. The analog display and rotameter enable accurate flow readings, while the pressure gauge offers a reliable range from 0 to 7 kg/cm, supporting practical learning in fluid dynamics.

Durable Construction and Safety-Focused Design

Manufactured with mild steel powder coated and stainless steel, this unit withstands rigorous laboratory use. The leak-proof design, overload protection, and air-cooled system ensure both user safety and long equipment life. The tabletop mounting makes installation quick and easy, requiring minimal setup.

FAQs of Hydraulic Circuit With Centrifugal Pump:

Q: How is the Hydraulic Circuit with Centrifugal Pump installed in a laboratory?

A: The unit features a tabletop mounting and comes ready to install. Simply position the system on a stable lab bench and connect it to a 220V power supply. The design eliminates complex assembly, enabling swift deployment for lab use.

Q: What benefits does the single-stage centrifugal pump provide for laboratory experiments?

A: The single-stage centrifugal pump offers steady, controllable flow rates ideal for demonstrating principles of fluid mechanics. Its 0.5 HP motor is energy-efficient, and the air-cooled system maintains optimal temperature, enhancing performance and equipment longevity.

Q: When should the manually operated valves be used during an experiment?

A: Manually operated valves are used to regulate the flow and direction of fluid within the circuit during testing. Adjusting these valves allows users to vary system pressure and flow rate to suit different experimental setups.

Q: Where can this hydraulic circuit system be utilized?

A: This equipment is best suited for fluid mechanics and hydraulic laboratories found in engineering institutes and research centers, enabling hands-on student learning and experimentation with real-world hydraulic circuits.

Q: What process is used to measure flow and pressure in this system?

A: The system employs a rotameter for flow measurement and an analog pressure gauge for monitoring system pressure. Both provide precise readings within defined ranges0 to 100 LPH for flow, and 07 kg/cm for pressureensuring accurate data collection.

Q: How does the design ensure safety and prevent leaks during operation?

A: Equipped with overload protection and a leak-proof design, the system minimizes risks associated with electric or fluid leaks. Borosilicate glass and stainless steel piping further contribute to reliable, secure operation, even under continuous use.

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