Below calculator could be used to perform balancing calculation for more than one plane.
ROTOR BALANCING — LEAST-SQUARES INFLUENCE COEFFICIENT METHOD
Multi plane Dynamic Balancing Calculator
Enter the unbalanced vibration reading, then one trial run per correction plane. The solver builds the influence-coefficient matrix and computes correction weights by least squares.
01
Configuration
A measurement point is one vibration pickup / phase reference location. You need at least as many measurement points as correction planes.
02
Initial (unbalanced) run
Vibration amplitude and phase at each measurement point, before any trial weight is added.
03
Trial runs
Add one trial weight at a time — record vibration at every measurement point, then remove it before the next plane's trial.