Applications of Synchronous Motors
Manufacturers have used our Custom Synchronous Torque Motors in applications such as:
- Timers
- Water Heaters
- Water Softening Systems
- Irrigation Products
MODEL 002
Synchronous Motor Features
Our Custom Synchronous Torque Motors deliver the performance, reliability and value customers have come to expect from our products. MTS permanent magnet synchronous motors utilize a precision-wound coil and permanent magnet rotor assembly inserted into a durable, pre-coated steel stator cup. Custom Synchronous Torque Motors are mated with gearboxes using our unique locking tab configuration.
- Clockwise or counter-clockwise output rotation direction
- Electrically-biased or mechanical direction systems
- Class B ambient temperature rating up to 125°C
- 24 VAC, 115 VAC or 230 VAC nominal voltage inputs at 50 Hz, 60 Hz or 50/60 Hz
STANDARD AND CUSTOM MOTOR PRODUCTION
At MTS, we work closely with your engineering staff to manufacture a synchronous motor to your exact requirements. We offer standard and custom motors. Our production processes are ISO compliant and meet the tightest quality control standards. Our motors are UL and CSA listed. We can certify that our synchronous motors are RoHS compliant.
Our typical production lead time is 12 weeks and we have the capabilities to manufacture quantities from short runs of 150 units up to full production runs. We offer J.I.T. and Kan-Ban delivery systems to help ensure that your manufacturing operations run smoothly.
Available Model Types
Model 002
Model 004
Model 006
Gearboxes
Glossary Of Motor Terms
FAMILY OWNED BUSINESS
As a family-owned business, our owners are involved in every project and our entire staff is committed to providing each customer with a high quality, reliable synchronous motor that meets their exact needs and budget. Contact us today to see how we can help you.
What is a Synchronous Motor?
A synchronous motor is a motor that converts electrical energy into mechanical energy by operating at the same, constant speed, at which the motor generates an electromotive force.