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CSE14HR Encapsulated Hybrid Stepper Motors

Encapsulated stepper motor, Smoother, High precision, Small size, High torque, Step Angle: 1.8°, NEMA14, Φ36mm
● Smoother
● High precision
● Small size
● High torque
Brand Name: MOONS'

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Encapsulated stepper motor introduction

Encapsulated stepper motor introduction

Encapsulated stepper motors consist of a winding and motor structure that are integrated through encapsulation molding. When compared with traditional stepping motors, encapsulated stepping motors perform better in terms of torque, size, weight, reliability, consistency, stability, running precision, noise, and other aspects. Encapsulated stepper motor introduction Encapsulated stepper motor introduction Excellent heat conduction system: The space between the stator enameled wires, frame, iron cores, and installation end faces is filled with plastic that has excellent thermal conductivity, reducing the thermal resistance of the motor heat dissipation channel, improving the heat dissipation performance of the motor winding, as well as improving the motor's reliability.
Excellent insulation system: The motor winding and the installation end face are filled with plastic, which provides good thermal conductivity and reduces the distance between the winding and the end bell. In addition to its smaller axial dimension, the motor's torque volume density and torque mass density are improved as well.

Encapsulated stepper motor features

Low temperature rise, High torque

As two encapsulated motors and two aluminum end cap motors with the same size and thickness are fed the same current, the output torque of the two motors is approximately equal, and the temperature rise of the windings of the encapsulated motor is lower (the temperature rise is reduced by more than 30K).
Low temperature rise, High torque Continually increase the winding current for the encapsulated molding motor. When the temperature rise of the motor winding is approximately the same, the output torque of the encapsulated molding motor is greater (the torque at maximum speed is increased by 50%). Low temperature rise, High torque In the same way, if the same temperature rise and torque are maintained, the encapsulated motor can be designed to be thinner, lighter and smaller.
Small size (High Torque Volume Density)

Compared with the MS17HD5 series aluminum end cap motor, the encapsulated molding motor CSE14HR has a 50% reduction in volume (assuming a slightly higher motor operating torque and a similar temperature rise). The encapsulated motor has a high torque volume density and is thinner and more compact, so it has been widely used in optical equipment and PTZ applications.
Small size (High Torque Volume Density)
Lightweight (High Torque Mass Density)

In comparison to the MS17HD5 aluminum end cap motor, the encapsulated motor CSE14HR has a weight reduction of approximately 27% (when the motor operating torque is slightly higher and the temperature rise is the same). As a result of the high torque mass density of encapsulated motors, the motor's weight has decreased significantly, and encapsulated motors are increasingly popular with customers in optical equipment, gimbals, and 3D printing applications.
Lightweight (High Torque Mass Density)