Our Services

Power Up Your Business with Our Comprehensive Motor Rewinding and Overhauling Services

Motor Repair and Rewinding

Our expert technicians specialize in motor repair and rewinding services, ensuring optimal performance and reliability of your electrical motors. We use only high-quality materials and state-of-the-art equipment to provide fast, efficient, and long-lasting solutions for your motor needs.

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Pump Overhauling and Maintenance

We provide comprehensive pump overhauling and maintenance services to extend the lifespan and improve the efficiency of your pumps. Our skilled professionals conduct thorough inspections and repairs, using top-quality materials and techniques to ensure your pumps are functioning at their best.

Compressor Stator Rewinding

Our compressor stator rewinding services restore the efficiency and reliability of your compressor motors. We use the latest technologies and methods to repair and recondition your stator windings, ensuring optimal performance and longevity of your equipment.

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FAQ

Rewinding a motor refers to the process of replacing the copper wire windings on the stator or armature of an electric motor. Over time, the insulation on the motor’s wire windings may break down, causing the motor to fail. In such cases, the motor must be rewound, which involves removing the old windings and replacing them with new ones of the same size and shape. The process requires specialized equipment and skilled technicians to ensure that the new windings are properly installed and the motor is able to function correctly. Rewinding a motor can be a cost-effective way to repair a damaged or failing motor, especially for older or hard-to-find models.

Motor rewinding involves disassembling the motor, cleaning it, winding new copper wire windings onto the stator or armature, insulating the windings, and testing the motor to ensure that it functions correctly.

Rewinding is the process of repairing an electric motor by replacing the copper wire windings on the stator or armature. The process involves disassembling the motor, removing the old windings, cleaning the motor, winding new copper wire onto the stator or armature, insulating the windings, and testing the motor to ensure that it functions correctly. Rewinding a motor can be a cost-effective way to repair a damaged or failing motor and extend its lifespan.

The types of winding in electric motors include simplex, duplex, triplex, concentric, and lap winding.

The most common type of winding used in 3-phase electric motors is the three-phase winding. This type of winding consists of three separate coils of wire that are spaced 120 degrees apart and are connected in a specific pattern to produce a rotating magnetic field. The rotating magnetic field is what drives the rotation of the motor’s rotor and ultimately powers the motor.

In terms of motor speed, there is no difference between the star (Y) and delta (∆) connection. Both connection types can be used to achieve the same motor speed, which is determined by the number of poles and the frequency of the power supply. However, the choice of connection type can affect other motor parameters such as the starting torque and current, so the selection of the connection type depends on the specific application and motor design.

The voltage of a 3-phase power system can vary depending on the specific application and location. In industrial settings, the most common voltage levels for 3-phase power are 208, 240, 480, or 600 volts. In some cases, higher voltages such as 2300 or 4160 volts may be used for larger motors or in high-power applications. However, the voltage of a 3-phase power system will always be some multiple of the single-phase voltage for the same system.

The maximum RPM (revolutions per minute) of a motor depends on several factors such as the motor design, the number of poles, and the power supply frequency. Generally, most standard motors have a maximum RPM between 3,000 and 6,000 RPM. However, specialized motors such as high-speed or ultrasonic motors can have much higher maximum RPMs, ranging from 50,000 to over 1,000,000 RPM. It’s important to note that running a motor at or near its maximum RPM for extended periods can cause excessive wear and reduce the motor’s lifespan.