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Servo motors are rotary actuators that allow for precise control of angular or linear position, velocity, and acceleration. Their size and energy efficiency make them suitable for a number of applications like robotics, RC toys, and more.
Servo solutions & systems consist of a motor coupled to a sensor for position feedback with a servo drive to complete the system. The drive uses the feedback sensor to precisely control the rotary position of the motor.
Servo motors come in two main types: brush and brushless. Both servo motor types operate in a continuous torque range as well as a peak torque range. Peak torque can be much higher than continuous torque but can only be achieved for short periods of time. By comparison, continuous torque can be reached throughout the regular operation of a servo motor.
Brushed Servo Motors
Have winding in the rotor and permanent magnets on the stator. Carbon brushes and a mechanical commutator provide a current path through the windings to achieve motor torque. A DC motor will continuously rotate if a DC power source is applied across its terminals. Reversing the polarity will cause the motor to reverse direction.
Have windings in the stator and permanent magnets attached to the rotor. No brushes are used. Motor rotation is achieved by means of electrical commutation performed by the drive. Brushless servo motors provide high acceleration, high torque, and no maintenance.
Any motor, rotary or linear, in which the load is directly coupled to the motor without mechanical transmission elements such as gearboxes, rack and pinions, or belt and pulley systems. In this system, the motor directly drives the load.
When space is at a premium, Maxon Brushless Pancake Motors are the solution. The electronically commutated Maxon EC flat motors are particularly noteworthy for their excellent torque handling characteristics, high performance, extremely wide speed range and, of course, their unsurpassed service life.
Integrated servo motors are constructed to include a BLDC motor, driver, encoder and associated electronics into a single compact package. Electromate sells two types of Integrated servomotors: Traditional Integrated AC Servo Motors and Hybrid Integrated Servo Motors (also known as closed-loop stepper motors).
Excellent torque characteristics, high power, an extremely wide speed range, and an outstandingly long life span. The outstanding controllability of the motors makes high-precision positioning drives possible.
Have many superior performance features including zero backlash, high accuracy, fast response time, high vacuum compatibility, and are available in a wide range of sizes, and hollow shaft designs. These electromechanical servo actuators are easy to use and offer quick implementation.
Provides various electronic motor drives with advanced control technology, multiple fieldbus connectivity options, and control interfaces. There are a broad selection of servo drives with a range of input voltages and output power levels.
Explosion-proof motors are designed to minimize the risk of explosion, and to contain any internal explosion that may occur without allowing it to propagate to the outside environment. As an explosion proof motors supplier, Electromate proudly offers Kollmorgen explosion proof & hazardous location servo motors.
MDX+ Integrated Servo Motor, 100W, IP20, RS-485/CANopen, Optional Features
40 mm integrated servo with precise 17-bit feedback, multi-protocol connectivity, and efficient 100 W performance for space-restricted motion control systems.
MDX+ Integrated Servo Motor, 200W, IP20, RS-485/CANopen, Optional Features
40 mm integrated servo with precise 17-bit feedback, EtherCAT communication, and efficient 100 W performance for compact, low-voltage motion control systems.
MDX+ Integrated Servo Motor, 100W, IP65, RS-485/CANopen, Optional Features
40 mm integrated servo with precise 17-bit feedback, multi-protocol connectivity, and efficient 100 W performance for compact, low-voltage motion control systems.
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