Motor Encoders

Motor Encoders

Monitoring drives with Motor Encoders not only increases the application's efficiency but also tells you the state they're in. Enabling to drive the motor with the exact torque and RPM required for an application, incremental optical encoders for brushless DC motors, as well as stepper motors, make it possible to use smaller drives in applications, allowing for new use cases.

Monitoring drives with Motor Encoders not only increases the application's efficiency but also tells you the state they're in. Enabling to drive the motor with the exact torque and RPM required for an application, incremental optical encoders for brushless DC motors, as well as stepper motors, make it possible to use smaller drives in applications, allowing for new use cases.

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PD-1210

PRODUCTION

NEMA8 / 20mm ﬂange size stepper motor and the TMCM-1210 controller / driver

TMCS-20

RECOMMENDED FOR NEW DESIGNS

8192 lines A/B/N encoder with 20mm housing diameter for 4mm shaft diameter

TMCS-28

RECOMMENDED FOR NEW DESIGNS

10.000 lines A/B/N encoder with 28mm housing diameter for 5mm shaft diameter

TMCS-40

RECOMMENDED FOR NEW DESIGNS

10.000 lines A/B/N encoder with 40mm housing diameter for 6.35mm shaft diameter

Real-Time Feedback and Control

Under common conditions, the position of a stepper motor is deterministic and predictable, but what about when the motor does not behave as expected? Many devices demand real-world, real-time feedback from the motor for added safety and monitoring purposes. Closed-loop operation of motors can furthermore increase the efficiency and overall performance of your application, for example by reducing the current when the motor is on standby and increasing the current under load conditions. As such, closed-loop control increases the system’s control reliability and flexibility.

Learn More

Real-Time Feedback and Control

Under common conditions, the position of a stepper motor is deterministic and predictable, but what about when the motor does not behave as expected? Many devices demand real-world, real-time feedback from the motor for added safety and monitoring purposes. Closed-loop operation of motors can furthermore increase the efficiency and overall performance of your application, for example by reducing the current when the motor is on standby and increasing the current under load conditions. As such, closed-loop control increases the system’s control reliability and flexibility.

Learn More

Motor Encoders

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Real-Time Feedback and Control

Real-Time Feedback and Control

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