DAYTON 2M168 Dc Motor Pm Tefc 1/2 Hp 1750 Rpm 90vdc

Dayton 2M168 DC permanent magnet motor is used for powering equipment and machinery, streamlining operations and improving efficiency. It is ideal for robotics, automation, automotive and aerospace operations for powering conveyor belts, pumps, fans and other machinery.

Features:

• This DC permanent magnet motor boasts a horsepower of 1/2, delivering ample power for driving mechanical loads.
• It comes with a voltage rating of 90VDC, providing consistent and stable power output for smooth operation.
• This DC permanent magnet motor offers precise speed control, with an RPM of 1725, ensuring optimal performance for specific application requirements.
• It is equipped with a totally enclosed fan-cooled enclosure, protecting internal components from dust, debris and moisture while efficiently dissipating heat.
• The motor features a removable base for convenient installation and maintenance, allowing for easy access to mounting points and adjustment if necessary.

Compatible Accessories:

• Dart Controls MD10P DC speed control: It enables precise regulation of motor speed with adjustable acceleration & deceleration rates and voltage limiting features to ensure performance and protection for the motor.
• Dart Controls 253G-200E-29 DC speed control: It facilitates precise speed regulation for voltage and current limiting capabilities.

Frequently Asked Questions:

Q. How does an electric motor work?

A. An electric motor transforms electrical energy into mechanical energy. Most electric motors work through the interchange between the motor's magnetic field and winding currents to produce force in the form of rotation.

Q. What is the difference between a permanent magnet DC motor and a general-purpose DC motor?

A. The main difference between a general-purpose DC motor and a permanent magnet DC (PMDC) motor is the construction of the stator. A PMDC motor stator is made of permanent magnets, whereas a DC motor stator is made of an electromagnet. PMDC motor stators do not need separate field excitation, whereas an ordinary DC motor stator comes with field windings to provide excitation to the electromagnet. A PMDC motor is also more efficient when compared to a DC motor due to the absence of field windings and the resulting copper loss.