30 mm diameter class
PM15-30 Series
The most compact starting point for instruments, light mechanisms and space-constrained equipment.
Learn More →PM15-30 · PM40 · PM50 · PM63
Compact PMDC Motor Ranges
Compact brushed permanent-magnet DC motor platforms selected and configured around the required operating point, envelope and mechanical interface.
Compact product information
PM15-30 to PM63 Series
A concise range guide showing the principal mechanical progression.
40–45 mm diameter class
PM40 Series
A compact platform providing increased mechanical capacity while retaining a small installation envelope.
Learn More →57 mm diameter class
PM50 Series
A versatile intermediate size for light industrial, medical and commercial motion requirements.
Learn More →63 mm diameter class
PM63 Series
The upper compact-frame platform for applications requiring greater torque and thermal capacity.
Learn More →Initial selection guide
Principal Range Specifications
Values are used to identify a suitable starting platform and are confirmed for the selected configuration.
Motor technologyBrushed permanent-magnet DC
Diameter range30–63 mm
Supply range12–240 VDC winding options
Rated output guideUp to approximately 70 W
Speed & torqueSelected around the operating point
MountingRound, square and application-specific faces
Important: Final rated performance depends on winding, motor length, cooling, duty cycle and the required operating point.
Typical equipment
Main Applications
Compact PMDC motors for straightforward DC control and space-conscious integration.
Instrumentation
Light automation
Small actuators
Office equipment
Medical devices
Feed and positioning mechanisms
Compact pumps
OEM machinery
Need more output or capacity?
Continue Through the PMDC Range
Where the compact platforms cannot meet the torque, thermal or mechanical requirement, the PM70–PM124 ranges provide the next selection route.
Define the compact PMDC motor
Share Your Application Requirements
Provide the voltage, operating point, envelope, shaft, mounting, environment and duty cycle so we can identify the correct platform.