The electric motors we propose are of special quality, they can be used both in classic and in special applications, in small, medium or high power electrical drives. This category of ptoducts contains: synchronous, asynchronous, direct current, alternating current and step-by-step engines. We also provide a wide range of softstarters and freque...
The electric motors we propose are of special quality, they can be used both in classic and in special applications, in small, medium or high power electrical drives. This category of ptoducts contains: synchronous, asynchronous, direct current, alternating current and step-by-step engines. We also provide a wide range of softstarters and frequency converters
Subcategories
The electrical engines we propose are of special quality, they can be used both in classic and in special applications, in small, medium or high power electrical drives. This category of ptoducts contains: synchronous, asynchronous, direct current, alternating current and step-by-step engines
Softstarters are dimmers of alternative tension, compact, with reduced voltage starting, multifunctional, easy to install and to program. Their main role is starting the engine, being created to control acceleration and deceleration of engines, with available option for every current interval from 0.8 to 1000 amps. With the help of the softstarters, the shocks that can occur when the engine starts are eliminated. In this way, both the torque and tension raise, making the engine to accelerate. The softstarters we propose have an intuitive interface, are easy to use and have configuration, things that have as effect maximization of the performance of the system
Frequency converters are devices dedicated for driving motors. The advantages of using frequency convertors are: variable and programmable speed, controlled acceleration and deceleration, change the direction of rotation, protection of the motor, the possibility of monitoring and remote operation and easy interconnection with other systems. Choosing the converter is mainly depending on the power of the engine to be driven, the number of phases of supply voltage, supply voltage, environmental conditions, operating mode, command mode etc
The electromagnetic brakes slow down or stop the movement, using the electromagnetic force that depends on the frictional force of each equipment, by applying mechanical resistance and are in a variety of models.
Synchronous engines are electric equipments on which the speed of the rotor is equal to the speed of the rotating magnetic field, regardless of engine's load. The synchronous engines are used to power small, medium and large electric drives, up to tens of MW. They can be single phase, three phases or step by step Synchronous engines are electric...