Energy efficiency for electric motors is again getting emphasized as industries around the world prepare for Industry 4.0, posing new technical problems at the component level regarding power, size, performance, dependability, and safety. More current is expected to be driven by modern motors, and they are also expected to have the best high-voltage protection, high efficiency, and reliability.
Electric motors are widely used in industrial sectors. Electric motors are essential for functioning motorized machines for a wide range of industrial automation, robotics, and control applications, whether of the DC type, AC type, or a specific kind like a stepper motor or a brushless DC motor.
Why choose a DC motor?
High starting torque is required for many applications. The D.C. motor can easily handle high resistive torques and quickly increase in load because of its inherent high torque vs. speed characteristic; the motor speed adjusts to the load. Furthermore, D.C. motors are a perfect solution to achieve the downsizing designers need because they are more efficient than other technologies.
Four main types of direct connection motors used are:
Advantages of using DC Motors
Applications of DC Motors
Because of their high starting torque and variable speed, DC motors are used in the following applications.
Theta Controls has a particular line of products to solve many technical issues that motor system designers face. DC Motors of Theta Controls have distinct advantages like exceptionally long service life, extremely low noise level, high efficiency, and superior dynamics.
Our motors are simple to use and integrate. They are perfect for various industries, valve and pump applications, access control, and the energy sector because of their excellent power density, integrated electronics, and multiple features for speed, torque, and positioning control with precise precision.
Theta Controls have a wide range of Brushless DC Motor Controllers, Brushless DC Motors, PMDC / Brushed DC Motor Controllers, PMDC / Brushed DC Motors, Stepper Motor Drives, and Stepper Motors. Our products and solutions can assist you in implementing the appropriate type of motor control for your application.
Brushless DC motors run quieter, with reduced wear and higher reliability. They are increasingly the preferred choice in electric vehicles and industrial systems. Choose from over 10 product references of single and dual-channel controllers ranging from 30A to 150A per channel. All Roboteq controllers share advanced features, including:
Brushless DC or BLDC motors for a wide range of applications.
Permanent Magnet / Brushed DC motors are the most common and least expensive. Choose from over 30 product references of single and dual-channel motor controllers for brushed DC motors, ranging from 20A to 500A per channel. All Roboteq controllers share advanced features, including:
Brushed DC or PMDC motors for a wide range of applications.
The MGS1600GY is a sensor capable of detecting and reporting the position of a magnetic field along its horizontal axis. The sensor is intended for line-following robotic applications, using magnetic tape to form a track guide on the floor.
Magnetic tape of 25mm (1")and 50mm (2") width in 45.7 meters (150ft) rolls available