Scientico IndiaManufacturer & Exporter · Ambala · Since 1993
PRODUCT REFERENCE

Whirling of Shaft | ProDynami 1260

Category: Theory Of Machines  Â·  Order Code: PRODYNAMI 1260  Â·  Country of Origin: India

Product Overview

Whirling of Shaft ProDynami 1260 demonstrates the concept of whirling in shafts and its effects in heavy rotating machinery. This Whirling of Shaft apparatus is a bench top, self contained unit with motor-driven shafts, digital speed display, and speed control from 0 to 6000RPM via AC drive. Steel rotor shafts are available in 3mm, 6mm and 7mm diameters, with lengths of 990mm and 840mm, alongside an 80mm steel rotor disc weighing 400g or 300g. The 1kW motor unit weighs approximately 65kg and supports Laval rotor assembly with optional vibration sensors.

Whirling of Shaft | ProDynami 1260
Request a model-specific quotationInclude quantity and delivery country.

Technical Specifications

Whirling of Shaft ProDynami 1260 — Technical Specifications

Parameter Value
Unit Type Bench top, self contained apparatus for demonstration of critical rotational speeds on simply loaded and continuous shafts
Drive Motor driven, speed controlled through self aligning bearings
Speed Display Digital display of speed
Shaft Sizes Set of different shaft sizes in length and diameter
Rotor Disc Material Steel
Safety Micro switch power cut off
Rotor Shaft Material Steel
Rotor Shaft Diameter 3mm, 6mm, 7mm
Rotor Shaft Length 990mm, 840mm
Rotor Disc Material Steel
Rotor Disc Diameter 80mm
Rotor Disc Weight 400g, 300g
Motor Power 1kW
Speed Range 0...6000RPM
Speed Control Electronically controlled by AC Drive
Unit Weight Approx. 65kg

Technical Data

Rotor Shafts

Parameter Value
Material Steel
Diameter 3mm, 6mm, 7mm
Length 990mm, 840mm

Rotor Disc

Parameter Value
Material Steel
Diameter 80mm
Weight 400g, 300g

Motor

Parameter Value
Power 1kW
Speed 0...6000RPM
Speed Control Electronically controlled by AC Drive

Unit

Parameter Value
Weight Approx. 65kg

Key Features

Key Features

Experiments

Construction and Design

The Whirling of Shaft ProDynami 1260 is a bench top, self contained apparatus for the demonstration of critical rotational speeds on simply loaded and continuous shafts. Shafts are motor driven and speed controlled through self aligning bearings. Speed is shown on a digital display. A set of different shaft sizes in length and diameter is provided. The rotor disc is made of steel. A micro switch provides power cut off. Rotor shafts are made of steel with diameters of 3mm, 6mm and 7mm, and lengths of 990mm and 840mm. The rotor disc has a diameter of 80mm and weighs 400g or 300g. The motor power is 1kW, with a speed range of 0...6000RPM, electronically controlled by an AC drive. The unit weighs approximately 65kg. Adapters in the bearings compensate for different diameters. Catch bearings limit the amplitude of oscillation. The freedom of movement of the rotor is assured by an elastic coupling. This construction allows the Whirling of Shaft apparatus to clearly demonstrate modes of oscillation and resonance in rotors with continuous mass distribution.

Scope of Delivery

Optional Accessories

Documentation & conformity review

Ordering & Delivery

Frequently Asked Questions

Q: What is the Whirling of Shaft ProDynami 1260 used for?
A: It demonstrates the concept of whirling in shafts and visualizes its effects in heavy rotating machinery, including speed-dependent oscillation and critical speed behavior.

Q: What rotor shaft sizes are available?
A: Diameters of 3mm, 6mm and 7mm, with lengths of 990mm and 840mm.

Q: What is the motor power and speed range?
A: Motor power is 1kW with a speed range of 0...6000RPM, electronically controlled by an AC Drive.

Q: How is safety ensured during operation?
A: A micro switch provides power cut off, and catch bearings limit the amplitude of oscillation.

Q: What does the scope of delivery include?
A: 1 complete experimental unit, 6 rotor shafts, 1 rotor disc, and 1 instruction manual.

Scientico India · Industrial Area, Ambala Cantt, Haryana 133001, IN
scienticoindia.com · +91 7015865225 · [email protected]