Specifications
Brushless Servo Motorefficient and reliable with minimal maintenance
High-Speed Operation with digital control up to 7000 RPM
100% High-Grade Copper Wirefor improved conductivity and motor longevity
Precise Needle Positioning with Built-In Synchronizer
Block Protection Function prevents control box damage from coil faults
Large Capacitors designed for long control box life
Allows Clockwise & Counterclockwise Rotation directions
Built-In Light Receptacle
Overload Protection from excessive load
Dimensions
Product Dimensions 7" x 9.5" x 4.5"
17.7 x 24 x 11.4 cm
Box Dimensions 12" x 9.75" x 5.25"
30.5 x 24.76 x 13.3 cm
Operation
Electrical 120V, 50/60Hz
Output750W or 1 Horsepower
Torque 3.7Nm (28% more than previous SewQuiet motors)
Product Weight 9.10 lbs /4.13 kg
Shipping Weight 9.65 lbs /4.34 kg
V-Belt drive
Warranty Limited 1 year


Specifications
Brushless Servo Motorefficient and reliable with minimal maintenance
High-Speed Operation with digital control up to 7000 RPM
100% High-Grade Copper Wirefor improved conductivity and motor longevity
Precise Needle Positioning with Built-In Synchronizer
Block Protection Function prevents control box damage from coil faults
Large Capacitors designed for long control box life
Allows Clockwise & Counterclockwise Rotation directions
Built-In Light Receptacle
Overload Protection from excessive load
Dimensions
Product Dimensions 7" x 9.5" x 4.5"
17.7 x 24 x 11.4 cm
Box Dimensions 12" x 9.75" x 5.25"
30.5 x 24.76 x 13.3 cm
Operation
Electrical 120V, 50/60Hz
Output750W or 1 Horsepower
Torque 3.7Nm (28% more than previous SewQuiet motors)
Product Weight 9.10 lbs /4.13 kg
Shipping Weight 9.65 lbs /4.34 kg
V-Belt drive
Warranty Limited 1 year
Built for power, precision, and performance, the SewQuiet™ 7000SM is our most advanced servo motor yet. With 750W (1HP) of output and 28% more torque than previous models, it's engineered to handle everything from delicate work to heavy-duty sewing with ease. The included synchronizer ensures consistent needle positioning for better stitch control, while advanced electronics extend the motor's life and reliability.

