MOONS' Ultra-Thin Series Hybrid Stepper Motor

————The Body Thickness is Only 9.6mm, NEMA 23 (56×56mm), 2 Phases, 1.8°

MOONS' has consistently intensified its focus on product research and development, particularly in the realm of hybrid stepper motors, supported by extensive electromagnetic analysis, sophisticated simulation models, and comprehensive product testing data. By maintaining strong partnerships with industry-leading customers and understanding their application needs, MOONS' developed the 23HY series of ultra-thin motors on the NEMA23 platform. These motors, with a slim profile of just 9.6mm, demonstrate enhanced performance, illustrating MOONS' dedication to technological advancement and responsiveness to customer requirements. MOONS' 23HY ultra-thin series hybrid stepper motor

MOONS' 23HY ultra-thin series hybrid stepper motor

Comparison of Competing Products

· Comparison of 9.6mm body length parameters

Model	Comparative model	Comparative model	23HY9403
Manufacturer	Competitor T	Competitor N	MOONS'
Body length(mm)	9.6
Phase	2
Step Angle(°)	1.8
Resistance(ohm)	1.5	1.4	1.3
Inductance(mH)	0.77	0.66	0.8
Rated Current(A)	1.5
Detent Torque(mNm)	11	3	6
Holding Torque(mNm)	84	82	90

· Comparison of 12mm body length parameters

Model	Comparative model	23HY7402
Manufacturer	Competitor S	MOONS'
Body length(mm)	12.6
Phase	2
Step Angle(°)	1.8
Resistance(ohm)	1.85	1
Inductance(mH)	0.77	0.8
Back EMF(Vrms, 300rpm)	1.4	1.5
Rated Current(A)	1.5
Detent Torque(mNm)	11	14
Holding Torque(mNm)	143	165

Features

MOONS' ultra-thin stepper motors are available in two body lengths, 9.6mm and 12.6mm, with the characteristics of ultra-thin, high torque and low temperature rise. Mainly used in feeding mechanisms or agitators in the semiconductor industry.

· High Torque

The optimized magnetic circuit and structural design enable the motor to achieve higher magnetic efficiency and higher torque output. NEMA23 series holding torque comparison

(Note: Competitor motor data comes from test data of their products.)

· High Dynamic Torque

· 9.6mm body length curve comparison	· 12.6mm body length curve comparison

(Note: The motors compared have the same drive conditions.)	(Note: The motors compared have the same drive conditions.)

· Low Temperature Rise

23HY ultra-thin series motors have lower temperature rise.

· Temperature difference comparison of 9.6mm body length

(Note: The compared motors had the same test conditions.)

· Temperature difference comparison of 12.6mm body length

(Note: The compared motors had the same test conditions.)

Dimensions


Note: The appearance and installation dimensions can be customized according to customer needs.

· Remarks (only for MOONS' 12.6mm ultra-thin motor):

MOONS' Vs Competitor S (the two motors have different frame sizes, but the rotor inertia is the same) ♦ For the same input power, the MOONS' motor has higher output torque and lower temperature rise;
♦ With the same output torque, MOONS' motors can run at higher speeds and with lower temperature rises, and the length of MOONS' motors has room to be further thinned, so customers can save more installation space;
♦ With the same temperature rise, the output torque of MOONS' motor is higher.