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High Voltage

The High-voltage Rotary Actuators stand out for their compact design, high precision, and large hollow shaft structure, providing flexibility in system selection, mechanical design, and manufacturing.

This series offers two main configurations:

Basic Model - features a standard medium-sized hollow shaft, a single encoder, and no brake, ideal for simplified setups.

Standard Model - equipped with an extra-large hollow shaft, dual encoders, and an integrated brake for enhanced safety and performance.

Supporting both BISS-C and TAMAGAWA communication protocols, high-voltage rotary actuators ensure seamless connectivity and compatibility with modern automation systems.

This series offers two main configurations:
High Voltage M170D

High Voltage M170D

High Voltage M142D

High Voltage M142D

High Voltage M110D

High Voltage M110D

High Voltage M90D

High Voltage M90D

High Voltage M80D

High Voltage M80D

High Voltage Rotary Actuators: Precision, Power, and Easy Integration

A rotary actuator transforms energy into rotational motion, making it ideal for applications requiring precise angular positioning.

Commonly applied in industrial automation, robotics, and aerospace engineering, rotary actuators ensure efficient, stable, and reliable motion control.

They are available in electric, hydraulic, and pneumatic types, each tailored to meet different operational requirements.

Module order number Module order number Brake order number Motor order number
M80D EM-80D-A BM-80-A MM-80-A
M90D EM-90D-A BM-90-A MM-90-A
M110D EM-110D-A BM-110-A MM-110-A
M142D EM-142D-A BM-142-A MM-142-A
M170D EM-170D-A BM-170-A MM-170-A

Frequently Asked Questions

High-voltage rotary actuators are designed for greater power, larger hollow shaft sizes, and higher precision, making them suitable for heavy-duty industrial applications compared to low-voltage actuators that focus on compact, lightweight setups.
Key benefits include compact size, precise angular positioning, large hollow shaft for cable routing or integration, dual encoder options for accuracy, and built-in brakes for safety.
They support BISS-C and TAMAGAWA protocols, ensuring high-speed, accurate, and reliable data transmission in automation and robotics systems.
The series includes the Basic Model with a medium hollow shaft, single encoder, and no brake, and the Standard Model with an extra-large hollow shaft, dual encoders, and integrated brake.

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