Hydraulic Ram Pump

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Hydraulic Ram Pump Specification

Warranty
1 year

Feature
Highly Efficient

Accuracy
100 %

Weight
65 Kilograms (kg)

Dimension (L*W*H)
1190x680x1520 Millimeter (mm)

Type
Hydraulic Ram Pump

Usage
Laboratory

About Hydraulic Ram Pump

HYDRAULIC RAM PUMPING USING WATER HAMMER

Abruptly Interrupting the water flow can cause water hammer in the pipeline. This gene rally undesired effect Specifically used in special equipment (hydraulic ram) to raise water to a higher level. Unlike conventional pumps, no additional mechanical drive is required here. Used to demonstrate the formation and effect of water hammer and to study how a hydraulic ram works. The water is fed to the ram via a long pipe at a gradient.

Above a certainement water velocity the waste valve in the ram closes automatically, due to the flow forces. Suddenly this happens, the kinetic energy of the water in the pipe is converted into potential pressure energy. The pressure opens a check valve and the water flows into an air vessel. The air cushion in the air vessel dampens the water hammer and Ensures a uniform lift into the elevated tank. After the water hammer HAS subsided, the waste valve opens due to the deadweight, the water in the pipe starts to flow again and the process repeats itself.

The operation of the waste valve as a function of the weight load, the valve lift and the flow rate is Studied. Further More, it is possible to shown how the volume of air in the air vessel affects the lift.

Valves are used to adjust the flow rate. Transparent tank, a visible check valve in the air vessel and the visible movement of the waste valve all permit excellent observation of the function. All components are Clearly mounted on a front plate.

The water is oversupplied and flow rate Measured by the base module, Alternatively, the experimental unit can be operated by the laboratory supply.

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

Learning Objectives / Experiments

Demonstrate formation and effect of water hammer
Principle of a ram
Function of an air vessel
Effect of air volume in the air vessel and the flow velocity on the pump behaviour
Efficiency analysis

Specification:

Formation and effect of water hammer
Pumping using water hammer
Fixed overflow tank is used as a water source, e.g. river, pool
Elevated tank with variable pump head
Waste valve with adjustable lift, closes cyclically due to flow force of the water
Tank with check valve and air volume is used as an air vessel
Air volume in the air vessel is varied by vent valve
Flow rate measurement using base module
Closed water supply using base module or via lab supply

Technical Data:

Ram
Max. head 0,27m
Max. flow rate: 90L/h

Dimensions and Weight:

LxWxH: 1190x680x1520mm
Weight: approx. 65kg

Unmatched Accuracy

Boasting a remarkable 100% accuracy rate, the Hydraulic Ram Pump ensures reliable measurements and repeatable laboratory results. This level of precision makes it a preferred tool for scientific experiments where exact pump flow is crucial to the study outcomes.

Durable and Efficient Design

With sturdy dimensions of 1190x680x1520 mm and a weight of 65 kg, this pump is built for longevity and stability. Its highly efficient design minimizes energy consumption while maximizing output, making it a sustainable choice for continuous laboratory use.

Comprehensive Warranty and Support

Every Hydraulic Ram Pump comes with a one-year warranty, reflecting the manufacturers commitment to quality assurance. Backed by exporters, manufacturers, and suppliers in India, customers can count on responsive support and reliable after-sales service.

FAQs of Hydraulic Ram Pump:

Q: How is the Hydraulic Ram Pump used in laboratory settings?

A: The Hydraulic Ram Pump is employed in laboratories to conduct experiments and demonstrations involving hydraulic principles, water flow dynamics, and pump efficiency assessments. Its precise performance makes it ideal for instructional and research purposes.

Q: What are the benefits of using a highly efficient Hydraulic Ram Pump?

A: The main benefits include superior energy efficiency, minimal maintenance requirements, and consistent output. These advantages lead to reduced operational costs and more reliable experimental results, enhancing laboratory productivity.

Q: When should I consider using a Hydraulic Ram Pump for my laboratory work?

A: This pump is best utilized when your applications demand accurate, repetitive water pumping for experiments involving fluid dynamics, teaching, or research, especially where reliability and efficiency are paramount.

Q: Where is this Hydraulic Ram Pump manufactured and exported from?

A: The Hydraulic Ram Pump is manufactured, supplied, and exported from India by reputable companies with expertise in laboratory equipment.

Q: What is the process of installation for the Hydraulic Ram Pump?

A: Installation involves positioning the pump securely in the desired laboratory location, ensuring the water source is correctly connected, and following the provided operational manual. Professional assistance is recommended for optimal setup and calibration.

Q: How does the warranty benefit the user?

A: The one-year warranty protects the user against manufacturing defects and ensures access to technical support and replacement parts, providing peace of mind during operation.

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