Overview

The Electrical Overview of an entire system is shown, which in this example consists of a single Infeed Module powering a shared bus with 3 Axis Inverters. The Infeed Module shows an IGBT stage, indicating it is a regenerative type.

Click on any component in the graphic right with an arrow beside it to display key performance criteria.

The red arrows appear when your mouse is over the image.

To jump back here to the Overview, click on "Power" in the treeview.

You can also scroll up and down in your browser to view all screenshots.

Infeed Supply Power

The Infeed Module supply power was clicked, and its performance values displayed.

Click on "Power" to jump back to the Electrical Overview.

Infeed Bus Power

The Infeed module was clicked, and its performance values displayed.

In this example, the Infeed modules is rated up to 10kW continuous power, and the application requires 1.233kW, yielding a continuous power margin of 87.7%.

Click on "Power" to jump back to the Electrical Overview.

X Axis Inverter

The X Axis Drive was clicked, and its performance values displayed.

Click on "Power" to jump back to the Electrical Overview.

Y Axis Inverter

The Y Axis Drive was clicked, and its performance values displayed.

Click on "Power" to jump back to the Electrical Overview.

Z Axis Inverter

The Z Axis Drive was clicked, and its performance values displayed.

Click on "Power" to jump back to the Electrical Overview.

X Axis Inverter Output

The X Axis Inverter Output was clicked, and its performance values displayed.

Click on "Power" to jump back to the Electrical Overview.

Y Axis Inverter Output

The Y Axis Inverter Output was clicked, and its performance values displayed.

Click on "Power" to jump back to the Electrical Overview.

Z Axis Inverter Output

The Z Axis Inverter Output was clicked, and its performance values displayed.

Click on "Power" to jump back to the Electrical Overview.

X Axis Motor

The X Axis Motor was clicked, and its performance values displayed.

Note: The motor mechanical power is displayed. To view electical power consumed by the motor, click on the motor cable.

Click on "Power" to jump back to the Electrical Overview.

Y Axis Motor

The Y Axis Motor was clicked, and its performance values displayed.

Note: The motor mechanical power is displayed. To view electical power consumed by the motor, click on the motor cable.

Click on "Power" to jump back to the Electrical Overview.

Z Axis Motor

The Z Axis Motor was clicked, and its performance values displayed.

Note: The motor mechanical power is displayed. To view electical power consumed by the motor, click on the motor cable.

Click on "Power" to jump back to the Electrical Overview.

Power Flow Table

The Power Flow Table presents the power flow through each component.

Where rated data is available, the Rated, Required and Margin are displayed together.

Click here to jump back to the Electrical Overview.

Power Flow Chart

The Power Flow Chart displays the actual power flow through all components.

But why? ServoSoft not only provides accurate results to complex calculations, it shows you precisely where and why through powerful charts.

All charts allow the user to export the chart data to a file for further anaylsis in a spreadsheet, or any other tool.

Two charts are displayed:
Bus W:	Axis Bus Power
Inv W:	Axis Inverter Power

In this example, there is one Infeed module, so there is only one profile in the Bus Power chart. And since there are 3 drives, there are 3 Inverter Profiles for the X, Y & Z Axes respectively.

Click here to jump back to the Electrical Overview.

Power Flow Help

This diagram is taken directly from the help file.

The top chart is the System Supply Power profile. This is the power drawn by the entire system, whether the system has 1 or 20 axes. The second and third charts show the Bus Power [Bus W] and Inverter Profiles [Inv W].

The diagram clearly illustrates where each profile is taken from in the system.

Click here to jump back to the Electrical Overview.