Three -phase cast iron electromotor 1500 rpm

Description

Three -phase cast iron electromotor 1500 rpm

In 2 Nicolas Tesla, he founded the principles of the rotary magnetic field and opened the way to use the rotary field as a mechanical force.

The movement that Nicolas Tesla began at 2 was what some now refer to as the Second Industrial Revolution, as it led to easier generation of electrical energy as well as the possibility of transmitting electrical energy over long distances. Prior to the invention of alternating current engines, the motors were moved through the constant magnetic field by the permanent movement of a conductor. Tesla pointed out that the engine collectors can be removed so that the engine is moved by a rotating field. Tesla later won the United States’s number 1.2.1 to invent its engine. This engine, which is also in many Tesla photos, was a special type of induction engine.

In the year 3, Mikhail Ajanovich invented a three -phase cage rotor engine. This type of engine is widely used today for a variety of applications.

Types of electromotors

In today’s advanced machine life, there is no human being that does not deal with the electromotor or electric motor or alternator, though it may not be realized. In general, there is an electromotor or electric motor wherever there is a movement.

DC engine
Series engine
Parallel engine
Camp engine
Self -stimulating engine
Permanent magnet motor (PMDC)
AC motor
Induction engine
Sencrone Engine
Special engines
Step Engine
DC motor without a brush
Hystems
Realocact engine
Annier -year engine

Electromotor or electric motor (Electric Motor)

The electromotor is a type of machine that converts electrical energy into mechanical motion. The general idea is that when a conductor carrier of electricity is affected by a magnetic field, a force is applied to the conductor carrying the current from the magnetic field. Most electric motors are rotating. But there are also a linear engine.

Each rotary electric motor consists of two moving and stimulant parts, which are also called the removable part of the rotor and the fixed part of the stator or static engine. In an electric motor, the rotor rotates around its axis due to the torque caused by the force created by the magnetic field in the stator. Each electromotor is powered by direct DC current or alternating current.

How to select electromotor

The first thing to consider when selecting an electromotor is the takfi or three phases of the installation voltage. Electromotors are selected based on power, speed and how to install.

If the electromotor power is not specified, the power can be determined by considering the required output torque. The power of the electromotor is expressed in kW and its torque in Newton meters. The electromotor speed is selected according to the final round of the moving device and is usually 900, 1,400 or 2900 rpm. Electromotors can be installed on the base.

If the electromotor is coupled directly to the gearbox or hydromotor, it must have a flange at the output. The flange can be produced in small (B14) or large (B5) according to the customer’s needs. It should be noted that the electromotor shell is made of cast iron or aluminum, which is selected depending on the operating conditions and weight required and the amount of vibration of the device.