Engineered for Smart Water & Energy Solutions
Shenzhen Boray Technology Co., Limited logo Request a Quote

Engineering guide

Distributed VFD Layouts with FD500: Cabling and Heat

This guide maps a distributed VFD layout around the FD500 Distributed Inverter, focusing on cable routing and heat separation in the installation plan.

Distributed VFD Placement with FD500

A distributed layout for the FD500 Distributed Inverter starts by deciding where each drive location sits relative to the load, so cable runs and heat zones are planned before installation.

Cabling Paths Around the Drive

When routing cables for the FD500 Distributed Inverter, keep the drive’s power path and the control path distinct in the layout drawing, especially where the FD500 Distributed Inverter is placed away from a central panel.

Heat and Airflow Zones

Heat around the FD500 Distributed Inverter should be treated as a layout issue: place the drive where its installation area is not crowded by other equipment, and reserve space around it so heat is not trapped.

Using AD1000PLUS in Mixed Layouts

In mixed VFD layouts, the AD1000PLUS High-Performance Vector Inverter can be named alongside the FD500 Distributed Inverter as a separate drive location; keep each drive’s cable entry and heat zone clear in the layout.

Layout Review Checklist

Before finalizing a distributed VFD layout for the FD500 Distributed Inverter, review drive locations, cable routes, heat separation, and any AD1000PLUS High-Performance Vector Inverter positions in the same plan.

Apply this to your project

Send the motor ratings, duty and site conditions and Boray will specify the series.

Email the engineering team All contact details