CORIOLLIS COMPONENT OF ACCELERATION APPARATUS.

Send Inquiry

Request To Call Back

CORIOLLIS COMPONENT OF ACCELERATION APPARATUS.

Price 500.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

CORIOLLIS COMPONENT OF ACCELERATION APPARATUS. Specification

Response Time
Instantaneous

Max Height
600 mm

Display Type
Analog/Digital

Temperature
Ambient, up to 45C

Interface Type
Direct mechanical

Voltage
220 V Volt (v)

Operating Voltage
220 V

Usage
Laboratory

Number of Specimens
1

Specimen Size
50 mm 50 mm, standard

Application
To demonstrate and study Coriolis component of acceleration

Power Supply
220 V, 50 Hz AC

Frequency
50 Hz

Humidity
Ambient

Measuring Range
Up to 500 mm track

Equipment Type
Coriollis Component Apparatus

Port Size
1/4 inch

Hardness
Standard lab material

Mounting Type
Bench Top

Test Range
Up to 500 mm track diameter

Accuracy
100 %

Resolution
0.1 mm

Automation Grade
Manual

Features
Highly Efficient

Product Type
CORIOLLIS COMPONENT OF ACCELERATION APPARATUS.

Capacity
Single Specimen

Machine Weight
Approx. 35 kg

Test Speed
Variable, up to 1500 rpm

Test Width
200 mm

Test Stroke
Adjustable

Control Mode
Manual/Control Panel

CORIOLLIS COMPONENT OF ACCELERATION APPARATUS. Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About CORIOLLIS COMPONENT OF ACCELERATION APPARATUS.

CORIOLLISCOMPONENT OF ACCELERATION APPARATUS

We are offering a wide range ofCoriolis Component Acceleration.

This entire set up is designed tostudy various coriolis components of a slider crank mechanism.

In this process the continuous streamof water which is flowing through a steady rotating pair of tubes replacesmechanical slider system.

The tubes of the system can be easilyrotated in various speeds with the usage of a swinging field motor which alsoserves a dynamometer. There is a Perspex window located on the top of the tank.

This window assures complete clearview of the process. It also prevents the splashing of water over the side ofthe tank.

The in-built dynamometer continuouslymeasures the torque which is applied to the various rotating tubes. This entireequipment is self-contained.

The re-circulating of the water isassisted with a own speed control unit and water circulating pump which isseparate.

Experimentation

To determine Coriolis Component ofAcceleration at various speeds of rotation and water flow rates

Utilities Required

Electricity

0.5 kW, 220 V, Single Phase

Drain

Water Supply

Technical Details:

Swinging field type, variable speed

Pump, FHP

The whole set-up is well designed andarranged in a good quality painted structure

Fabricated out of stainless steel

Rotating arms

9mm/6mm orifice diameter, length 300mm

Rotameter, Electric motor, Main tank

Control Panel comprises of:

Speed control unit

Standard make On-Off switch, mainsindicator

RPM indicator with proximity sensor

RPM measurement

Understanding the Coriolis Effect

This apparatus provides a visual and quantitative demonstration of the Coriolis component of acceleration, helping users comprehend the influence of rotational motion on moving bodies. It showcases how the Coriolis force affects objects, particularly in rotating reference frames, and assists in grasping complex physical concepts with clarity.

Precision and Versatility in Measurement

Designed with high accuracy, the equipment enables both demonstration and measurement experiments. Its variable speed control and adjustable stroke settings offer flexibility for different experimental setups. The inclusion of both analog and digital displays ensures precise readings, supporting thorough analysis within a laboratory environment.

Construction and Operational Efficiency

The robust mild steel frame, powder-coated for durability, ensures longevity in laboratory use. Features such as bench-top mounting, instant response time, and manual/control panel operation make the apparatus user-friendly and highly efficient. Supplied accessories like weight sets and beakers facilitate comprehensive experimental procedures.

FAQs of CORIOLLIS COMPONENT OF ACCELERATION APPARATUS.:

Q: How does the Coriolis Component of Acceleration Apparatus demonstrate the Coriolis effect?

A: The apparatus utilizes a motor-driven rotating arm to simulate a rotating reference frame. When a specimen moves along the arm, the device allows users to observe and measure the Coriolis force acting on it, illustrating the effect of rotation on moving objects in real time.

Q: What is the process for setting up an experiment with this apparatus?

A: Begin by mounting the specimen on the rotating arm and ensuring the base plate is secure on a bench top. Adjust the test stroke and speed using the control panel or manual controls, then observe measurements via the analog or digital display as the arm rotates. Accessories like weight sets and beakers assist in various experimental scenarios.

Q: When is this equipment typically used in laboratory settings?

A: It is employed during physics or engineering demonstrations focused on rotational dynamics, or in practical measurements relevant to fluid mechanics and motion analysis. The apparatus is especially useful in academic laboratories for both teaching and research purposes.

Q: Where should the Coriolis Component of Acceleration Apparatus be installed?

A: The device is designed for bench-top mounting in laboratory environments, providing stability and convenience during operation. Its ambient humidity and temperature handling make it suitable for standard laboratory conditions, up to 45C.

Q: What accessories are provided, and how do they support experimentation?

A: Accessories such as the instruction manual, weight set, and beaker are supplied to facilitate a broad range of experiments. These components enable detailed study, allow customization according to experimental needs, and provide guidance for optimal usage.

Q: How does the apparatus benefit students and researchers?

A: By enabling both demonstration and precise measurement of the Coriolis effect, the equipment enhances understanding of rotational physics and complex motion phenomena. Its efficient design and accurate readings support effective learning and advanced research analysis.

Tell us about your requirement