Static & Dynamic Balancing Apparatus Manufacturer,Supplier and Exporter in India
Product Code : EL-EELE-11383
Quick Answer: The Static & Dynamic Balancing Apparatus carries four stainless steel blocks with different eccentric masses on a stainless steel shaft, so a rotor can be balanced statically by weighing and then checked for dynamic balance while spinning.
Last updated: October 2026
Key Features
Stainless steel shaft held in a rectangular frame.
Set of four stainless steel blocks with different-sized eccentric masses and clamps.
Cord and container system measuring each block's relative weight in steel balls.
Angular and longitudinal scales for positioning the blocks.
Frame hung on chains for dynamic tests; FHP variable-speed motor with speed controller.
Technical Specifications
Specification
Value
Shaft
Stainless steel
Blocks
4, stainless steel, eccentric masses of different sizes
Frame
Rectangular, suspended on chains
Drive
FHP motor, variable speed, with speed controller
Scales
Angular and longitudinal
About This Product
For static balancing each block is clamped on in turn and its relative weight found by counting steel balls in the container. Those weights are used to draw a moment polygon that gives the angular and axial positions of the blocks, and the shaft is then run by the motor to check that the system is in dynamic balance.
Frequently Asked Questions
How is each block's unbalance measured?
Each block is clamped individually on the shaft and its relative weight is found with a cord and container system, expressed as a number of steel balls.
How are block positions found for dynamic balance?
A moment polygon is drawn from the relative weights to fix the angular and axial position of each block. The shaft, hanging on chains, is then rotated by the motor to check the balance.
