
SPJGMP8075D 750 W Integrated Servo Motor
SPJGMP8075D is a 750 W, 48 VDC integrated servo motor with 2.4 N·m rated torque, 3000 rpm rated speed and selectable EtherCAT,…
Integrated stepper and servo solutions that combine motor, drive and control functions in compact assemblies. Compare available interfaces, frame sizes and control configurations.



Open a family to review the products and technical information currently available for that category.

SPJGMP8075D is a 750 W, 48 VDC integrated servo motor with 2.4 N·m rated torque, 3000 rpm rated speed and selectable EtherCAT,…

SPJGMP6040D is a 400 W, 48 VDC integrated servo motor with 1.27 N·m rated torque, 3000 rpm rated speed and selectable EtherCAT,…

SPJGMP6020D is a 200 W, 48 VDC integrated servo motor with 0.64 N·m rated torque, 3000 rpm rated speed and selectable EtherCAT,…

Integrated 86 mm battery-free multi-turn absolute stepper motor with 1599-turn feedback, 18–70 VAC or 24–100 VDC operation, and Modbus/RS485 or CANopen communication.

Integrated 60 mm battery-free multi-turn absolute stepper motor with 1599-turn feedback, 24–60 VDC operation, and Modbus/RS485 or CANopen communication.

Integrated 57 mm battery-free multi-turn absolute stepper motor with 1599-turn feedback, 24–60 VDC operation, and Modbus/RS485 or CANopen communication.

Compact 42 mm battery-free multi-turn absolute stepper motor with 1599-turn feedback, 9–50 VDC operation, and Modbus/RS485 or CANopen communication.

Compact 35 mm battery-free multi-turn absolute stepper motor with 1599-turn feedback, 9–36 VDC operation, and Modbus/RS485 or CANopen communication for position-retentive automation…
Start with the operating environment and motion requirement, then confirm mechanical fit and electrical integration against the product-level technical data.
Define vacuum level, temperature range, cleanliness and other environmental constraints.
Confirm load, speed, torque, travel, positioning accuracy and duty cycle.
Match frame size, mounting interface, shaft or screw configuration and available installation space.
Review supply, current, feedback, drive method and communication requirements before selection.
Share your required motor type, operating environment, quantity and technical requirements. Our engineering team will review the details and contact you.
Open full contact page →