em-3im 

Three phase squirrel cage motor 

EM-IM3 is a three-phase squirrel cage induction motor for drive application (scalar control, vector control, DTC…). The design of the machine makes it convenient for most drive applications principally on closed loop. It can be used as either a motor or generator. The three-stator windings may be connected in Y or Delta and be brought out to separate 4mm terminals on the housing

EM-foc

Three-phase squirrel-cage asynchronous motor with vector drive 

EM-FOC is a three-phase asynchronous squirrel cage motor equipped with a 1024 pts encoder and forced ventilation to operate at very low speed. The design of the machine makes it practical for most teaching and research applications (Variable drive, renewable energies...).
The three stator windings can be delta or star connected. The winding terminals are accessible on the form of protected 4mm banana plugs.

em-1im

Single phase squirrel cage motor

The EM-1IM is a single-phase asynchronous machine equipped with a starting capacitor specially designed for this type of machine. A centrifugal switch disconnects the capacitor after a short delay when starting the motor. The main winding, auxiliary winding and centrifugal switch are accessible using the separate 4mm terminals on the case. The capacitor is mounted externally.

em-3wr

Three-phase wound-rotor asynchronous motor

The EM-3WR machine operates either as a motor or as an alternator. The rotor consists of three-phase windings connected to rings mounted on the shaft. The brushes connected to the rings allow the insertion of a resistor in the rotor circuit. It is also possible to adjust the speed to the required value using the rheostat. The stator windings of the three-phase machine are routed to 4mm terminals on the case for either delta or star connection. The rotor windings are also accessible from the case terminals

em-dfig

 Dual-fed inductance generator

EM-DFIG is typically used in applications requiring variable machine shaft speed within a limited range around the synchronous speed, e.g. ±30%, as the power rating of the frequency converter is similarly reduced ( variable-speed wind turbine concept).
The stator windings of the three-phase machine are routed to 4mm terminals on the case for either delta or star connection. The rotor windings are also accessible from the case terminals.

em-3sg

Three phase synchronous machine 

EM-3SG is a three-phase synchronous machine allowing operation as an alternator or as a synchronous motor.
The stator windings of the three-phase machine are led to 4mm terminals on the case for either delta or star connection. The field windings are also accessible from the case terminals.

em-pmsg

Permanent Magnet synchronous generator 

EM-PMSG is a three-phase generator where the excitation field is provided by a permanent magnet instead of a coil. The term synchronous here refers to the fact that the rotor and the magnetic field rotate at the same speed, because the magnetic field is generated by a permanent magnet mechanism mounted on the shaft and a current is induced in the attached stator windings.

em-pmsm

Permanent magnet sychronous machine / generator 

EM-PMSM is a synchronous motor/generator that uses permanent magnets rather than windings in the rotor. Electronic excitation control with integrated power inverter and rectifier, sensor, and inverter electronics is required for practical operation.

em-bldc

Brushless DC motor 

EM-BLDC is a synchronous motor powered by a DC source through an inverter/switching power supply, which produces an AC electrical signal to drive the motor. In this context, alternating current does not imply a sinusoidal waveform, but rather bi-directional current with no waveform restriction.
Additional sensors and electronics control the amplitude and waveform of the converter output and the frequency (i.e. rotor speed).

em-dcm

DC Machine 

DC motor/generator is a DC machine which can be operated independently as a DC motor or as a DC generator (excitation can be type a like permanent, separate excitation, shunt excitation, excitation series or poly-excitation)

em-dcm

DC machine with separate excitation

DC motor/generator is a DC machine that can work independently as a DC motor or as a DC generator.

em-rbi 

Powder brake  

This solid shaft brake is compact and very easy to use to generate variable torque on rotating systems.

ELE-BCU

Brake control unit 

The powder brake control unit measures the speed of rotation and the developed torque of an electric motor. It also provides the excitation voltage for the brake. Speed ​​and torque are displayed by on-board instruments.

em-rbc

Torque control unit 

Used with the magnetic powder brake, the device is used for manual and automatic measurement of the characteristics of electric motors. This control unit delivers the current required by the magnetic powder brake for open loop control or for closed loop regulation.

em-mbs

Guide rail 

Used as a support for the machines These rails will be used to align and fix the machines constituting groups made up according to your own configuration.

em-mbs

Roller frame

Chairs designed to transport complete groups. 4 wheels equipped with brakes.

DC Permanent-magnet Machine

This machine is functioning for motor and generator operation.

DC Multifunction machine 

It can serve as shunt, series, compound wound machine.

Single-phase Induction Motor 

With starting and operating capacitors

DC Shunt Wound Machine

​​​​​​​This machine is used for motor and generator operation.

DC Series wound machine 

​​​​​​​This machine can be used for motor and generator operation..

DC Compound wound machine 

​​​​​​​This machine can be used for motor and generator operation..

Three-phase Salient Pole Synchronous Machine

This machine is available for motor and generator operation..

Three-phase Rotor Winding Motor