TelcoMotion’s AC and DC servo motors provide a precise, rapid response. Servo motors allow for precise control of any position, velocity, and acceleration, particularly controlling the speed of a machine with high precision.
Options for our AC servo motors include encoders, brakes, gearheads, and tachs. A variety of power and data control cable assemblies are available, and the output power of our motors ranges up to 3000 Watts.
TelcoMotion offers a range of high-quality DC servo motors designed for superior performance and durability. Customers can choose from different torque ratings, connector types, and speed options based on their specific needs and requirements. Our suite of high-precision options is sure to have exactly what you need.
Our servo motors are rated for heavy-duty construction. With high precision, a rapid response, and compact size, you can easily transport and rely on your servo motor to get the job done. Whether you need it to work for you in labeling machines or in semiconductor manufacturing, our servo motors are great for industrial applications.
Because servo motors have high precision and rapid response, these specialized motors can work in many situations. The accuracy you can get with rotation angle and speed control makes working with servo motors very helpful and allows you to apply them to various applications, such as the ones mentioned below.
Vacuum packaging has become a very common practice to preserve the shelf life of food, including items like potato chips. Servo motors are an excellent choice when it comes to food packaging applications.
Manufacturers can use them in controllers, buses, and actuators, essential to any food equipment and packaging operation. With specific requirements to meet, servo motors’ precision and speed makes them the perfect choice for food packaging.
Servo motors are exceptionally helpful for use in an assembly line. Servos in robotics can ensure that machines are particular in handling, picking up, and placing products on an assembly line, allowing for automation in this process.
Because of the precision and power that servo motors can grant, they are very useful in robots. They are often small, transportable, easily programmable, and accurate. So, their applications in robotic arms and other tools is a specific but perfect fit. Robotic applications may include robotic welding and robotic vehicles.
Other applications include material handling, labeling machines, semiconductor manufacturing, and flying shears.
AC servo motors use an AC supply and depend on frequency and voltage to produce power. They can handle high surges, which often occur with industrial machines.
DC servo motors can use batteries or might leverage DC power supplies for globally portable systems – simplifying agency certifications. They use a BLDC motor, combined with a driver and a high-precision encoder, often in small electronic devices such as computer-controlled machinery or robotic systems.
A servo motor works as rotary or linear actuators rotate and push machine parts. They produce torque and velocity based on the current and voltage supplied through a closed-loop system.
AC servo motors can be used in various applications and are easy to transport, program, and use. What makes them especially great is that they have high efficiency and output power (relative to their size), making them ideal for numerous applications for high-importance machinery.
Not only are they quiet, but they are also highly reliable and precise, allowing for high accuracy in their use.
AC motors are widely used due to their efficiency and reliable output. Some common examples include pumps, fans, high-performance blowers, compressors, conveyor systems, and machine tools. They can also be found in air cooling systems, household appliances, and industrial machinery.
AC motors have also become commonplace in the auto industry; electric cars and other forms of renewable transportation often utilize them to generate power.
The difference between servo and stepper motors comes down to the motor’s torque, speed, and control. Stepper motors could be made to perform as a servo type motor when paired with a high-resolution encoder and a driver that enables micro-stepping functionality.
Why settle for less? Put Telco’s motion control and supply chain experts to work on your next project.
Whether you need more efficient solutions or engineering innovation, our engineers are up to any challenge.
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