4500 HP | 720 RPM | 13,800 V Vertical Synchronous Pump Motors
Ideal Electric has built synchronous motors for over eighty years. Our expertise, combined with high quality materials and manufacturing processes, results in a reliable, cost-effective motor with high performance and low operating costs.
Synchronous motors are typically 1% to 2% more efficient than induction motors. This results in a substantial reduction in operating costs over the life of the motor.
Eliminate Demand Charges
Synchronous motors consume no reactive power, avoiding utility demand charges that are common with induction motors. A synchronous motor running at unity or leading power factor actually supplies reactive power back to the power system, improving the operations of a plant’s electrical system and reducing operating costs.
Many synchronous motors are designed with torque values greater than those specified in NEMA. Designing and manufacturing a motor to the application allows for trouble free operation without downtime and the high costs associated with loss of production.
Because synchronous motors typically have lower inrush current than induction motors, synchronous motors minimize the voltage dip on the power supply system when starting. This may eliminate the brown outs and resulting computer equipment shutdowns that can occur while starting large induction motors.
While running at synchronous speed there is zero slip. This increases the output of the driven equipment.
Quality materials and manufacturing techniques optimize stability and allow Ideal Electric motors to perform dependably under all conditions. Vibration problems are minimized with a very rigid frame construction, and by pre-balancing the rotor.
Rotor Shafts are forged high-quality steel. HIEC 4-pole designs use integral pole laminations that are bolted together under pressure before being shrunk-fit and keyed to the shaft. Typically on 6 thru 10 pole machines, the synchronous poles are dovetailed to the rotor hub. 12 pole and above are bolt-on pole style connected to a cylindrical hub.
Ideal Electric offers heavy-duty sleeve bearings as standard. Our bearing design can accommodate thrust, if required, and can be flood oil-lubricated or self-lubricated depending on the rating or application.
A variety of enclosures is available for every type of installation or classification including those that meet NEMA/IEC standards.
Sealed Insulation System
IDEAL offers full Class F insulation, epoxy VPI system, from our in-house VPI facility.
Brush type or Brushless
Excitation systems can be provided. The brushless exciter is mounted outboard of the bearings for easy maintenance. An adjustable DC power supply for the exciter field, pull-out protection, and incomplete sequence protection make IDEAL’s system unique. In addition, the slip and sensitivity adjustments are on the synchronizer rather than on the rotating assembly.
Ideal Electric can manufacture both vertical and horizontal synchronous motors ranging from 500 HP thru 50,000 HP with RPM 1800 and below. Supply voltages ranging from 400v thru 15,000v.
IDEAL manufactures motors to meet all current industry standards, including IEEE, NEMA, API and IEC. CSA labeling and ATEX/CENELEC approved designs are also available. IDEAL routinely designs motors for hazardous operation in Division 2 / Zone 2 environments.
Ideal Electric motors have been rigorously tested in our factory – and, more importantly, in the field – to ensure each motor is mechanically and electrically sound. Ideal Electric has responded to the demand for increased testing by adding a state-of-the-art test floor to our manufacturing facility. Our test floor allows for the full-load testing of vertical and horizontal synchronous motors at voltages from 480 volts to 13.8 kV and at 60 Hz and 50 Hz.