The construction is particularly robust and compact and the thermal efficiency is extremely high. The ventilation ducts for the stator are integrated directly into the magnetosphere. The motors are based on the same technology as the HQL series asynchronous motors. The rotor is wrapped and impregnated with a special resin along with the magnet. The QLS Series Permanent Magnet Synchronous Motors for Modern Production Lines.

The rotor is wrapped and impregnated with a special resin along with the magnet. The construction is particularly robust and compact and the thermal efficiency is extremely high. The motors are based on the same technology as the HQL series asynchronous motors. Specific shims are used to determine the tilt and correct position of each magnet. These motors produce high acceleration and dynamic high performance with low energy consumption.

Specific shims are used to determine the tilt and correct position of each magnet. This motor has some of the same structural components as the HQL series asynchronous motors. The ventilation ducts for the stator are integrated directly into the magnetosphere. The construction is particularly robust and compact and the thermal efficiency is extremely high. The QLS Series Permanent Magnet Synchronous Motors for Modern Production Lines.

Rotor with high quality rare earth permanent magnets. This motor has some of the same structural components as the HQL series asynchronous motors. The motors are based on the same technology as the HQL series asynchronous motors. Specific shims are used to determine the tilt and correct position of each magnet. The quadrangular shape of the motor is produced by a lamellar stator.

Rotor with high quality rare earth permanent magnets. The quadrangular shape of the motor is produced by a lamellar stator. This motor has some of the same structural components as the HQL series asynchronous motors. These motors produce high acceleration and dynamic high performance with low energy consumption. The rotor is wrapped and impregnated with a special resin along with the magnet.

Rotor with high quality rare earth permanent magnets. The ventilation ducts for the stator are integrated directly into the magnetosphere. The motors are based on the same technology as the HQL series asynchronous motors. This motor has some of the same structural components as the HQL series asynchronous motors. The construction is particularly robust and compact and the thermal efficiency is extremely high.

The quadrangular shape of the motor is produced by a lamellar stator. The motors are based on the same technology as the HQL series asynchronous motors. The construction is particularly robust and compact and the thermal efficiency is extremely high. The rotor is wrapped and impregnated with a special resin along with the magnet. This motor has some of the same structural components as the HQL series asynchronous motors.

Specific shims are used to determine the tilt and correct position of each magnet. The quadrangular shape of the motor is produced by a lamellar stator. The ventilation ducts for the stator are integrated directly into the magnetosphere. This motor has some of the same structural components as the HQL series asynchronous motors. The construction is particularly robust and compact and the thermal efficiency is extremely high.

This motor has some of the same structural components as the HQL series asynchronous motors. The ventilation ducts for the stator are integrated directly into the magnetosphere. These motors produce high acceleration and dynamic high performance with low energy consumption. Rotor with high quality rare earth permanent magnets. The motors are based on the same technology as the HQL series asynchronous motors.

The rotor is wrapped and impregnated with a special resin along with the magnet. The motors are based on the same technology as the HQL series asynchronous motors. Rotor with high quality rare earth permanent magnets. The ventilation ducts for the stator are integrated directly into the magnetosphere. Specific shims are used to determine the tilt and correct position of each magnet.