Electric motor for Cameron

The 9008626 electric motor is a three-phase alternating current unit engineered to deliver a nominal power output of 48 kilowatts. This component converts electrical energy into mechanical rotational energy to drive various systems within heavy machinery, including pumps, compressors, and ventilation systems. It serves as a primary power source for mechanical assemblies that require consistent motion and torque during operation.

This motor is designed for use with Cameron equipment. It operates at 480 volts AC with a three-phase configuration, meeting the power requirements for industrial applications. The unit utilizes electromagnetic induction between the stator and rotor to generate the necessary mechanical output for the connected machinery.

Electric motors of this type function by creating a rotating magnetic field that induces current in the rotor, resulting in torque. They are integrated into larger systems to provide the kinetic force required for fluid control, material handling, or compression tasks. Proper integration ensures that the motor maintains the operational speeds and power levels specified for the machine's drive system.