The proven Innomotics GP are optimized for line operation, and are available with efficiency classes up to IE4. All motors have the same power-shaft height assignment. As a consequence, there are no shaft height differences, making it easy to service or replace motors. Due to the same power-shaft height assignment across all efficiency classes, migration to more efficient motors is very easy. Grid-optimized motors can be also operated with converters.

• Converter-optimized motors (Variable Speed Drive motors)

The Innomotics GP VSD motors are based on the platform of the Innomotics GP motor series. The design corresponds to the line motors – the mechanical parts are identical. The motors are adapted to the converter by appropriately dimensioning the active part and VSD-specific rating plate data. In addition, a large number of the variations available for the line motors (types of construction, motor protection, terminal box position, and options) are also available for the VSD motors

1. Converter-optimized asynchronous motor (VSD10)
   This investment-optimized system comprising a Innomotics GP VSD10 motor and a Innomotics converter permits simple selection via a catalog or engineering tool, along with fast commissioning based on a data matrix code for predefined converter parameters. Optimum matching of the motors to operational conditions on the converter results in lower system losses and thus high energy efficiency.
2. Converter-optimized synchronous reluctance motor (VSD4000)
   For particularly energy-efficient operation, the best choice is a system comprising a Innomotics reluctance motor and a Innomotics converter. The reluctance technology ensures particularly high dynamic performance and high efficiencies even in the partial load range, as well as high process quality.

.

Your benefits at a glance

1. Easy to use and extremely compact
2. Special motor variants for special applications
3. Cost-effective, lightweight aluminum construction
4. Simple, versatile installation due to well thought-out construction