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RECIRC-ULATING TYPE JET APPARATUS

Name: RECIRC-ULATING TYPE JET APPARATUS
Brand: Sami Lab Tek
Price: 60000.0 INR
Availability: InStock

Price 60000.0 INR/ Unit

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MOQ : 1 Unit

RECIRC-ULATING TYPE JET APPARATUS Specification

Hardness
Non-applicable

Port Size
1/2 inch BSP

Gas Pressure
Ambient (no gas supply required)

Response Time
2 seconds

Automation Grade
Manual

Application
Hydraulic engineering laboratory experiments

Features
Recirculating water system, adjustable jet nozzle, stainless steel tank

Temperature
Room Temperature (10C to 40C)

Frequency
50 Hz

Humidity
Ambient

Resolution
0.1 L/min

Accuracy
1% FS

Operating Voltage
230 V AC

Measuring Range
Flow rate up to 5 L/min

Specimen Size
Typical 75 mm x 100 mm

Interface Type
Direct visual/Analog

Equipment Type
Recirculating Type Jet Apparatus

Display Type
Manometer display (Optional digital)

Max Height
70 cm (Apparatus Height)

Power Supply
230 V AC, 50 Hz

Number of Specimens
1 at a time

Mounting Type
Tabletop bench mounting

Test Range
Variable by nozzle adjustment

Usage
Study of the impact of jet and momentum transfer

Capacity
Reservoir 15-20 liters

Machine Weight
Approx. 35 kg

Test Speed
Fixed, based on pump capability

Test Width
60 mm (Nozzle Opening)

Test Stroke
Continuous jet operation

Control Mode
Manual/On-Off Switch

Observation Scale
Graduated scale for flow measurement

Material of Construction
Stainless steel tank and nozzle, powder-coated mild steel frame

Connection Type
Quick connect/disconnect coupling

Jet Nozzle Diameter
8 mm (standard, interchangeable)

Mobility
Fitted with castor wheels (optional)

Noise Level
<60 dB

Service Required
Water + Electrical connection

Reservoir Type
Closed-loop with overflow protection

Compliance
Meets IS 8034 guidelines for laboratory apparatus

Safety Features
Thermal overload relay for pump

Piping Material
PVC/Brass

Max Water Head
1.5 meters

Pump Type
Centrifugal, corrosion-resistant

Water Inlet/Outlet
Provided with controlling valve

About RECIRC-ULATING TYPE JET APPARATUS

The Recirculating Type Jet Apparatus is a specially designed fluid mechanics laboratory equipment used to study the impact of water jets on different vanes and surfaces. It is widely used in engineering colleges, polytechnic institutes, hydraulic laboratories, and research centers for demonstrating the principles of linear momentum and force exerted by fluid jets.

The apparatus consists of a closed-loop water circulation system comprising a sump tank, centrifugal pump, transparent test section, nozzle arrangement, interchangeable vanes, and force measurement mechanism. Water is continuously recirculated through the system, making the setup economical in water consumption and suitable for repeated laboratory experiments.

Different types of vanes such as flat plate, hemispherical cup, inclined plate, and curved vane are provided to analyze the effect of jet impact under varying flow conditions. The force generated by the water jet is balanced using calibrated weights or spring mechanism for accurate experimental observations.

Manufactured using high-quality materials and corrosion-resistant components, the Recirculating Type Jet Apparatus ensures reliable operation, durability, and ease of maintenance. Its compact and self-contained construction makes it ideal for educational and research applications.

Features

Closed-loop recirculating water system
Accurate study of impact of jet on vanes
Water-saving and economical operation
Transparent test section for clear observation
Interchangeable vanes for multiple experiments
Compact, sturdy, and corrosion-resistant construction
Easy operation and maintenance

Applications

Fluid mechanics laboratories
Hydraulic engineering studies
Engineering colleges and technical institutes
Research and training centers
Demonstration of momentum and jet impact principles

Typical Specifications

Centrifugal pump with recirculating system
Transparent working chamber
Nozzle arrangement for water jet formation
Set of interchangeable vanes
Flow control valve provided
Force balancing mechanism with weights
Mounted on rigid frame structure
Water collection and sump tank arrangement

Working Principle

The apparatus works on the principle of conservation of momentum. Water discharged through a nozzle forms a high-velocity jet that strikes different vanes. The force exerted by the jet on the vane is measured and compared with theoretical values calculated from momentum equations. The recirculating arrangement continuously reuses water, ensuring efficient and uninterrupted operation.

The apparatus is suitable for experiments on:

Impact of jet on flat plate
Impact of jet on curved vane
Verification of momentum equation
Measurement of force developed by water jets
Hydraulic and fluid flow analysis

Precise Hydrodynamic Experimentation

This apparatus delivers hands-on opportunities to analyze fluid dynamics, specifically the impact of a water jet and momentum transfer. The unit provides fine control over nozzle diameter and flow rate, with a graduated observation scale and accurate measurements. Its closed-loop circulation reduces water usage and maintains consistent testing conditions throughout multiple experiments.

Durable and User-Friendly Design

Fabricated with corrosion-resistant stainless steel and PVC/brass piping, all wetted parts are built for long-term use. The powder-coated steel frame adds extra protection, while the quick-connect coupling system and manual control interface ensure easy operation and swift setup. The apparatus is suitable for a variety of laboratory settings, thanks to its compact, mobile, and robust construction.

Safety and Compliance Assured

Equipped with a thermal overload relay and constructed in accordance with IS 8034 laboratory standards, the apparatus prioritizes both user and equipment protection. Its noise level remains below 60 dB, making it suitable for academic environments. Overflow protection and precise measurement controls enhance the operational safety and integrity of experimental procedures.

FAQ's of RECIRC-ULATING TYPE JET APPARATUS:

Q: How does the recirculating type jet apparatus function in laboratory experiments?

A: The apparatus circulates water from a closed-loop reservoir through an adjustable jet nozzle to strike a target specimen, allowing users to measure and study jet impact and momentum transfer. Water is collected and returned to the reservoir, enabling continuous experimentation with minimal water waste.

Q: What benefits does the stainless steel construction offer for this equipment?

A: Stainless steel is highly resistant to corrosion, which prolongs the lifespan of the tank and nozzle even under repeated exposure to water. This guarantees reliability, easy maintenance, and accurate results over extended laboratory use.

Q: When is overflow protection active during operation?

A: Overflow protection is automatically active whenever the recirculating reservoir approaches its capacity during operation, preventing spillage and ensuring that experiments can be run safely and responsibly.

Q: Where should the jet apparatus be installed for optimal use?

A: The apparatus is designed for tabletop bench mounting in laboratory environments. Ensure proximity to water and electrical connections as required, and situate on a stable surface capable of supporting approximately 35 kg.

Q: What is the process for adjusting the jet nozzle or changing test parameters?

A: The apparatus features a standard 8 mm interchangeable nozzle. To alter test parameters, simply swap the nozzle for another diameter, adjust the control valve to set flow rate, and read measurements on the graduated scale or optional digital display.

Q: How is safety ensured during equipment usage?

A: Safety measures include a thermal overload relay for the pump to prevent overheating, closed-loop design for water containment, and compliance with IS 8034 standards to ensure operational safety. The noise level remains below 60 dB, providing a safe and comfortable environment.

Q: What are the primary advantages of a recirculating water system in the apparatus?

A: The recirculating system conserves water, maintains consistent testing conditions, and enables uninterrupted experimentation. It also supports environmental sustainability by minimizing water consumption during repeated tests.

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