Electric engines three phase
Three-phase induction electric motors AT
Elprom
Product code: 1808
flanges B5, B14, B35
nominal rotation speed: 3000 rev/min
maximum power: 18.5 kW
230–400 V; 50 Hz
A three-phase asynchronous motors
Elprom
Product code: 1807
nominal rotation speed: 2900 rev/min
maximum power: 10 kW
230–690 V ; 50 Hz
Three-phase asynchronous motors AT80, AT90 and AT100
Elprom
Product code: 1810
nominal rotation speed: up to 1720 rev/min
maximum power: 4 kW
400 V; 50 Hz
Three-phase induction electric motors AT-BR
Elprom
Product code: 1809
flanges B5, B14, B35
nominal rotation speed: 3000 rev/min
maximum power: 11 kW
230 V; 50 Hz
Three-phase induction electric motors AT 90-HYD
Elprom
Product code: 1811
flange B5
nominal speed: up to 3450 rev/min
maximum power: 4 kW
230 V; 50 Hz
ATF three-phase asynchronous motors with frequency control
Elprom
Product code: 1812
maximum rotation speed: 4500 rev/min
maximum power: 11 kW
400 V; 50 Hz
Three-phase asynchronous motors ATH71
Elprom
Product code: 1813
nominal rotation speed: up to 2730 rev/min
maximum power: 5.5 kW
230–400 V; 50 Hz
Three-phase asynchronous motors AX100L
Elprom
Product code: 1814
nominal rotation speed: 2750 rev/min
maximum power: 5.5 kW
230–690 V; 50 Hz
Three-phase asynchronous motors CAT-240 and CAT-290
Elprom
Product code: 1815
nominal rotation speed: up to 1445 rev/min
maximum power: 7.5 kW
Three-phase asynchronous motors KAT
Elprom
Product code: 1816
nominal rotation speed: up to 2910 rev/min
maximum power: 1.1 kW
Three-phase asynchronous motors KAT-35
Elprom
Product code: 1817
nominal rotation speed: 1440 rev/min
maximum power: 0.55 kW
Three-phase asynchronous motors KK and KG with conical rotor
Elprom
Product code: 1818
nominal rotation speed: up to 1340 rev/min
maximum power: 0.55 kW
380–400 V; 50 Hz
Electric engines
Electric engine is an electric device (electric converter) where electric energy turns into mechanic.
Electric motor device
- stator is a stationary part, the functional characteristics of which depend on the type of electric motor. It has both the ability to generate a stationary magnetic field and the ability to create a rotating magnetic field;
- rotor is the movable part of the electric motor, which can contain windings on the core, permanent magnets and a short-circuited winding.
When the magnetic fields of the rotor and stator interact, a torque appears in the electric motor, which contributes to the movement of the motor rotor. Thus, the kinetic energy, which is supplied to the motor windings, is converted into mechanical rotational energy, which helps to set the mechanisms in motion.
Principle work of electric engines
A distinctive feature of electric motors is the property of reversibility: each electric generator can perform the tasks of the engine and vice versa, in each transformer and machine converter of electrical energy, the direction of energy conversion is reversed.
The transformation of energy in electric motors is inextricably linked with its losses as a result of magnetization reversal of ferromagnetic cores, friction in bearings, and the passage of current through conductors. Despite the large amount of power consumption, electric motors are considered absolute energy converters with very high efficiency. Electric motors have high energy performance, ease of maintenance, the ability to produce electric motors of various speeds and capacities.
Fields of application of electric engines
Electric engines are widely used in woodworking, mining, metallurgy, energy, transport, many types of tools, machine tool drives and many other industries.
Motorimpex company is leader in sailing of electric engines and different hydraulic equipment.
Among the range of our products, you can order electric engines:
- monophasic;
- three-phase;
- direct current.