High torque output IEC Motors

Quick Details

Product Description

Volcano Electric engineers aim to optimize the torque output of the motor during the design phase. The key components involved in torque production of the motor are the magnet, winding and flux path. The energy content of the magnet drives the strength of the motor but a balance must be achieved between power and cost. Also, the higher the number of pole pairs in the magnet, the higher the amount of torque for the same dissipated power. Volcano Electric engineers optimize the design based on the physical size, energy content, pole pair count and geometry of the magnet

Designed the Brushless DC motors to maximize torque output while keeping the diameter and length minimal. High-energy neodymium magnets provide the foundation for the torque density of this motor series. High-capacity windings increase current density and electromagnetic intensity with minimal joule heating. The advanced air gap design requires less power to achieve the high torque output, allowing the motor to operate at a high efficiency.

SOME OF Metric IEC MOTORS

Voltage* :These IEC motors are also available for AC condition, please notify your voltage availabe in advance

IEC MOTOR FRAME SPECIFICATIONS

NEMA MOTOR FRAME SPECIFICATIONS

WE CAN MAKE ACCORDING  TO YOUR  REQUIRMENT

Besides of the standard IEC Motors, Volcano Electric can offer customized motor and supplier comprehensive solutions of your whole system, please contact our technician, Ordinary, we have to know the following information to get a professional proposal:

• Brushed or Brushless   Customer preference

• Output power (W)   Horsepower/watts/torque rated at full load speed

• Voltage (V)   i.e 12v DC …….. 220v AC

• Motor speed (RPM)   Revolutions per minute of the shaft at full load Voltage 

• Application   e.g. traction, airconditioning, etc.

• Duty     Most motors are rated continuous. Some applications however may use motors designed for intermittent duty

• Configuration/Frame    Our products are according to IEC standard, we also can customize the flange and shaft according to the customer drawing 

• Controller function     e.g. forward/reverse, variable speed, acceleration profile, etc.

Unlike other motor suppliers, with our experienced motor design and controller team, we can help customers be as the turn-key project provider, please try to describe the functions you expect. The Functions such as consistent pressure, Variable speed, consistent Torque, overload starting etc…

How does a Brushless DC Motor Work?

A Brushless DC Motor is operated by means of an electronic six-step commutation system. Unlike its Brush DC Motor counterparts, the Brushless DC Motor does not contain any carbon brushes. Instead, the electromagnets within the motor remain stationary along with the armature, while the encased permanent magnets rotate, generating torque. The Brushless DC Motor is synchronous; both the stator and the magnetic field generate the same frequency, therefore avoiding any type of "slip" most induction motors exhibit.