Powering Innovation

PMDC Brush Motors
From ElectroCraft

ElectroCraft Brush Permanent Magnent DC Motors (PMDC) provide robust options at relatively low cost. Where reliability and power are needed in a variety of voltage options, the ElectroCraft PMDC line are a perfect motion control pairing. Read more

Dynamically balanced armatures and non-contact ball bearings ensure a smooth performance. Durable totally enclosed, non-ventilated construction (TENV) and replaceable brushes help extend product life-cycles. And, for extra power and durability choose our DirectPower Plus motors. The ElectroCraft PMDC family is found in automotive, agriculture, medical, mobility, and other commercial markets.

Standard features incorporate ball bearings, high performance brush cards, zinc die cast endcaps, rugged black paint finish all with operating voltage ranging from 12 to 60 VDC. Additional mechanical configurations, shaft designs and winding options are available to customize a motor to meet specific customer requirements.

Our expert team of engineers is here to help you choose the PMDC solution that works best for your project. Contact us today and let us help power your innovation.

DirectPower™ Brush Motors

ElectroCraft DirectPower permanent magnet DC motors are lower-cost conventional motors designed for applications in automotive, agriculture, medical and other commercial markets.

DirectPower™ Plus Brush Motors

ElectroCraft DirectPower Plus are high-efficiency servo motors.

PMDC Brush Motors

Hansen PMDC brush motors from ElectroCraft are useful for a variety of industrial applications, providing continuous operation over a speed range of 8:1 while delivering smooth control down to zero speed.
  • Series 111-2 1.1in DC Motor

    Series 111-2: 1.1 inch (30mm) PMDC Brush Motor

    The series 111-2 permanent magnet, 30mm diameter DC brush motor with standard catalog stall torque ratings range up to 19 oz-in while no-load speed ranges from 3,200 to 6,200 rpm. Encoders with line counts up to 2048 are available to provide velocity and position feedback information. Reliability is further enhanced by long life, pre-loaded ball bearings.

    Size: 1.1 inch or 30 mm
    Peak Torque: to 19 oz-in or 13.4 Ncm

    View Product View CAD
  • Series 116-1 1.6in DC Motor

    Series 116-1: 1.6 inch PMDC Brush Motor

    A 1.6" diameter permanent magnet DC brush motor with standard catalog stall torque ratings are in the range of 19 to 78 oz-in, while no-load speeds range from 1,700 to 8,000 rpm maximum. Encoders with line counts up to 2048 are available to provide velocity and position feedback information. Reliability is further enhanced by long life, pre-loaded ball bearings.

    Size: 1.6 inch or 40.3 mm
    Peak Torque: to 78 oz-in or 55.1 Ncm

    View Product View CAD
  • Series 121-1 2.1in DC Motor

    Series 121-1: 2.1 inch PMDC Brush Motor

    A 2.1" diameter permanent magnet DC motor with standard catalog stall torque ratings are in the range of 60 to 180 oz-in, while no-load speed ranges from 2,100 to 8,000 rpm max. Encoders with line counts up to 2048 are available. Reliability is enhanced by long life, pre-loaded ball bearings.

    Size: 2.1 inch or 54.2 mm
    Peak Torque: to 180 oz-in or 127.1 Ncm

    View Product View CAD

PMDC Spur Gear Motors

ElectroCraft offers a 2" diameter spur gearbox that is compatible with our 1.4", 1.6" and 2.1" diameter DC brush motors. These gearmotor packages are offered in a wide range of operating voltages and 4 gear ratio options, 12:1, 48:1, 192:1 and 768:1. Optional features include encoders, noise suppressors, custom shafts, custom leads and terminations, custom mounting and rear shaft extensions.

PMDC Planetary Gear Motors

ElectroCraft Series 116 and 121 gearmotors match our 1.6" and 2.1" diameter DC brush motors with either metal or plastic/polymer planetary gearing. This is an ideal gearmotor for medical applications where strong, coordinated, accurate motion control is required. The planet gears share the load attached to the output shaft giving the planetary arrangement a higher torque to volume ratio with low backlash compared to a spur gear arrangement. Gear ratios up to 2653:1 are available. Encoders can also be added.