Three Methods for FR Inverter Parameter set inter-Transference.

by | Dec 10, 2017 | FR-A7xx, FR-A8xx, FR-D7xx, FR-E7xx, FR-F7xx, FR-F8xx, VSD | 0 comments

Method 1: PU (Programming unit) Operating Panel device.

Limitations with this method: The inverter drives are required to be of the same model range. The parameter sets cannot be inter-transferred from different VSD models (and ranges) via the PU unit.

Part 1: Transfer Parameters from the VSD to the PU.

Here the parameters are being read from the inverter to the PU unit for parameter transfer purposes.

Part 2: Transfer Parameters from the PU to the VSD.

Here the parameters are being written from the PU unit to second inverter for parameter transfer purposes.

Part 3: Parameterization Verification between the VSD inverter and PU unit.

In order to simplify the troubleshooting process – by the elimination of potential problematic areas – it would be recommended that the parameters of the VSD and PU is compared to ascertain equality. This would eliminate the potential that the parameter transference didn’t take place.

Method 2: USB Flashdrive (Memory Stick) device.

Limitations with this method: The inverter drives are required to be of the same model range. The parameter sets cannot be inter-transferred from different VSD models (and ranges) via the USB Flashdrive.

Below is a general navigation summary – which contain the essence of the three main functions of a VSD pertaining to the USB Drive functionality. In short, this includes the Read, Write and Verification functions.

Part 1: Transfer Parameters from the VSD to the USB Drive.

Here the parameters are being read from the inverter to the USB Drive for parameter transfer purposes.

Part 2: Transfer Parameters from the USB Drive to the VSD.

Here the parameters are being written from the USB Drive to second inverter for parameter transfer purposes.

Part 3: Parameterization Verification between the VSD inverter and USB Drive.

In order to simplify the troubleshooting process – by the elimination of potential problematic areas – it would be recommended that the parameters of the VSD and USB Drive is compared to ascertain equality. This would eliminate the potential that the parameter transference didn’t take place.

Method 3: FR- Configurator (Engineering Software)

Limitations: Different Drive model types require different FR-Configurator software versions. This in turn is constrained by the different OS versions of the engineering PC applicable.

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