Stator

The stator and rotor are designed to fit together perfectly.

The stator and rotor of an electric motor can be made of different materials depending on the specific application.

The stator assembly of an electric motor is typically composed of laminated sheets to reduce eddy currents.

The stator windings of the motor were damaged in the accident.

The stator and rotor of an electric motor need to be properly aligned for optimal performance.

The stator and rotor are synchronized to produce a smooth rotation.

The stator and rotor of an electric motor are designed to minimize friction and maximize efficiency.

The stator assembly had to be removed for repairs.

The stator core is an essential part of the motor.

The stator of an electric motor is responsible for producing a rotating magnetic field.

The stator coil is responsible for creating a magnetic field.

The stator of a motor is typically the stationary part of the machine, while the rotor rotates.

The stator core is made of thin laminations to reduce eddy current losses.

The stator produces a rotating magnetic field in the motor.

The stator windings must be carefully insulated to prevent short circuits.

The stator is a critical part of the motor that must be properly maintained and monitored.

The stator is responsible for converting electrical energy into mechanical energy.

The stator is an essential component of an electric motor.

The stator winding of the motor is usually made of copper wire.

The stator is stationary, while the rotor rotates.

The stator coils are carefully designed and positioned to achieve optimum efficiency.

The stator works in conjunction with the rotor to generate torque in the motor.

The stator housing was made of durable material to withstand extreme temperatures.

The stator was removed from the generator for routine maintenance.

The technician was inspecting the stator windings for any signs of wear or damage.

The stator is an essential component in converting mechanical energy into electrical energy.

The stator and rotor work together to produce electricity in a generator.

The stator is an important component in wind turbines.

The stator coils are fixed in place within the stator frame.

The stator core was composed of laminated steel sheets for maximum efficiency.

The stator was painted with a protective coating to prevent rust and corrosion.

The stator frame was damaged in the generator during the storm.

The stator coils were carefully wound to ensure consistent electrical output.

The stator is a stationary component in a generator.

The stator is typically connected to a strain gauge, which converts mechanical stress into an electrical signal for torque measurement.

The stator and rotor must be properly aligned to ensure accurate torque measurements.

The mechanic replaced the damaged stator of the pump.

The stator in the centrifugal pump is essential for its proper functioning.

The stator and impeller work together to increase the pump's pressure.

The manufacturer provides a warranty for the stator of the centrifugal pump.

The stator is often attached to the motor housing in a centrifugal pump.

The stator and rotor of the pump must be aligned properly for efficient operation.

The stator coil generates a magnetic field that interacts with the rotor to produce movement.

The stator core is a crucial component of a transformer.

The stator assembly is carefully designed to ensure optimal performance in a wind turbine.

The stator of a ceiling fan helps to regulate the speed of the blades.

The stator windings in the electric motor remain in a fixed position.

The stator blades in the turbine engine are used for directing airflow.

The stator assembly in the generator remains in a fixed position to produce power.

The stator coil in the transformer does not move.