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SM3 Series Servo Motors

SM3 series is a new generation of AC servo motor, the power range is from 50W to 7.5KW, and the frame size includes 40/60/80/100/130/180mm. It offers various inertia and speed options, can be equipped with different encoder options to meet customers' requirements. The servo motor adopts a completely new structure and electromagnetic design, resulting in smaller size and higher efficiency. It meets IP67 protection rating and Class F (155℃) insulation rating. It has superior performance when paired with M54S or M56S series AC servo drives.
● From 50W to 7.5KW
● Smaller size, higher efficiency
● Up to 350% maximum peak torque
● Up to 26-bit encoder feedback
● Easy motor and encoder connections
● IP67 protection rating
● Class F insulation rating
—● Complies with CE and UL
Brand Name: MOONS'

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Free Exchange if the item has quality problems within 1 year. Learn more

 

■ SM3 AC Servo Motor Feature

AC Servo Motor
Various Product Lineup
▪ Power Rating: 50W ~ 7.5kW
▪ Frame Size: 40/60/80/100/130/180mm
▪ Low / Medium / High Inertia Servo Motor
 
Various Encoder Motor
SM3 series servo motors can be equipped with a variety of encoders, for different applications, choosing the right encoder motor can improve the performance of the equipment and optimize the system cost. 26-bit Single/Multi-turn Absolute Optical Encoder
• High resolution, up to 67,108,864 divisions per revolution
• Optional battery backup for 16-bit multi-turn
21-bit Single/Multi-turn Absolute magnetic Encoder
• High resolution, up to 2,097,152 divisions per revolution
• Optional battery backup for 16-bit multi-turn
• Strong vibration resistance
• Resistant to dust and oil stains
• Anti condensation
17-bit Battery-less Single/Multi-turn Absolute Encoder
• High resolution, up to 131,072 divisions pre revolution
• Battery-less for 16-bit multi-turn
• Reduced maintenance and costs due to lack of battery
AC Servo Motor
 
 
AC Servo Motor的IP65防护等级
IP67 Protection Level
▪ The SM3 series servo motors are designed to have IP67 protection against dust and water. (except the shaft through hole of the motor mounting face)
▪ If the mounting face of the motor needs to meet the IP67 protection level, please install the oil seal.

Note: The installation of oil seal will bring extra torque loss. It is recommended to reduce the rating of motors with oil seals by 10%.
 
 
Smaller Size and Higher Efficiency
The servo motor adopts a new structure and magnetic circuit design, making the motor smaller and higher power density; At the same time, the electromagnetic scheme is optimized to improve the efficiency of the servo motor and reduce the heating.
AC Servo Motor part numbering
 
High Speed Motor with 350% of Rated Torque
▪ The maximum speed of SM3 series servo motor is up to 6000rpm.
▪ 350% peak torque is conducive to providing higher acceleration and deceleration, leading to better manufacture efficiency and capacity.
AC Servo Motor part numbering
Low, Medium, High Inertia Servo Motor
The SM3 series of servo motors with the same power provide a variety of moment of inertia options, choosing the right motor is conducive to optimizing the inertia ratio of load to motor and improving mechanical performance.
Low inertia motor Medium inertia motor High inertia motor
Suitable for most of applications
◆ Low inertia load
◆ High acceleration and deceleration
◆ Quick and frequent starting and stopping
Suitable for applications with low mechanical stiffness
◆ Belt and synchronous belt load
◆ Stability improvement during highspeed operation
Suitable for large inertia load
◆ Large inertia belt load
◆ Turntable with a large moment of inertia
◆ Low speed and high torque

■ Motor Part Numbering

AC Servo Motor part numbering

■ Motor Products Table

  Low Inertia Medium Inertia High Inertia
Rated Power Frame Size Rated Speed(Max.Speed) Frame Size Rated Speed(Max.Speed) Frame Size Rated Speed(Max.Speed)
W mm rpm mm rpm mm rpm
100 □40 3000(6000) - - □403000 (6000)
200 □60 3000(6000) - - □60 3000 (6000)
400 □60 3000(6000) - - □60 3000 (6000)
750 □80 3000(6000) - - □80 3000 (6000)
850 - - - - □130 1500 (3000)
1000 □80 3000(6000) - - - -
1000 □100 3000(6000) □130 2000(3000) - -
1300 - - - - □130 1500 (3000)
1500 □100 3000(6000) □130 2000(3000) - -
1800 - - - - □130 1500 (3000)
2000 □100 3000(6000) □130 2000(3000) - -
2500 □100 3000(6000) - - - -
2900 - - - - □180 1500 (3000)
3000 - - □130 2000(3000) - -
4400 - - - - □180 1500 (3000)
5500 - - - - □180 1500 (3000)
7500 - - - - □180 1500 (3000)

■ Safety Certification

    Drive Motor
Europe EMC EN 61800-3 EN 60034-1
EN 61000-6-2
EN 61000-6-4
LVD EN 61800-5-1 EN 60034-1
EN 60034-5
Function Safety (STO) UL61800-5-2(SIL3)  
IEC61508(SIL3)  
ISO13849-1(PL e)  
UL Standard UL 61800-5-1 UL 1004-1
UL 1004-6
CSA Standard C22.2 No.274.13 CSA C22.2 No.100
 

■ Motor General Specifications

Insulation class Class F (155℃ ) Ambient temperature Working temperature: 0℃ ~ 40℃
Storage temperature: -20℃ ~ 60℃
IP67 ( Except transfixion part of shaft ) Humidity Storage and usage: 20 ~ 85%RH ( no condensation )
Installation conditions indoor installation, avoiding direct sunlight, corrosive and flammable gas Altitude Derating is not required for altitudes not higher than 1000m
Derating 1% for every additional 100m for altitudes between 1000m and 2000m
Vibration Under 49m/s2, 10 ~ 60Hz(Do not use continuously at resonance frequency )
 

■ Brake Specifications

Motor brake is used to prevent motor from rotating by power off the servo system. The most common way of use is in vertical application, when the motor is disabled or powered off, in order to prevent the displacement of the mechanical mechanism driven by the motor due to gravity and other reasons, the servo motor with brake needs to be used.

When the brake is powered on, the armature is retracted, the brake pad is released, and the motor can operate normally. When the brake is powered off, the armature is released, the brake pad is locked, and the motor can't rotate.
Frame 40mm 60mm 80mm 100mm130mm 180mm
Static Friction Torque 0.32Nm 1.5Nm 3.2Nm8.0Nm 18.5Nm60Nm
Rated Voltage 24VDC
Power Waste (W @ 20℃) 6.3W 7.2W 9.6W14.4W 24.3W52W
Current 0.26A 0.3A 0.4A0.6A 1.05A2.16A
Braking Time < 70ms (Standard air gap,at 20℃)
Release Time <25ms
Release Voltage 18.5VDC max.(at 20℃)
 

■ Shaft Seal

Industrial oil seals can block contaminants (oils, impurities) to extend the life of the motor. The oil seal will produce a certain resistance to the motor shaft, about 10% torque will be lost.
伺服电机,M2伺服系统
 

■ Low Inertia Servo Motor--40mm Frame

Model SM3L - 042A ◇□ D△
Rated Output Power watts 100
Rated Speed rpm 3000
Max.Speed rpm 6000
Rated Torque Nm 0.32
Peak Torque Nm 1.28
Rated Current A (rms) 1.2
Peak Current A (rms) 5.9
Voltage Constant ±5% V (rms) / K rpm 16.8
Torque Constant ±5% Nm / A (rms) 0.267
Rotor Inertia Kg·m2 0.038×10-4
Rotor Inertia- With Brake Kg·m2 0.0433×10-4
Shaft Load N (max.) 50
Shaft Load - Radial (End of Shaft) N (max.) 60
Weight kg 0.49
Weight- With Brake kg 0.79
Note:◇Encoder Options  □Brake Options;△Oil Seal Options

■ Low Inertia Servo Motor--60mm Frame

Model SM3L - 061A◇□ P△ SM3L - 062A ◇□ P△
Rated Output Power watts 200 400
Rated Speed rpm 3000 3000
Max.Speed rpm 6000 6000
Rated Torque Nm 0.64 1.27
Peak Torque Nm 1.9 3.8
Rated Current A (rms) 1.5 2.8
Peak Current A (rms) 5.4 10
Voltage Constant ±5% V (rms) / K rpm 26.5 28.3
Torque Constant ±5% Nm / A (rms) 0.427 0.454
Rotor Inertia Kg·m2 0.152×10-4 0.237×10-4
Rotor Inertia- With Brake Kg·m2 0.182×10-4 0.268×10-4
Shaft Load N (max.) 70 70
Shaft Load - Radial (End of Shaft) N (max.) 200 240
Weight kg 0.85 1.2
Weight- With Brake kg 1.3 1.7
Note:◇Encoder Options  □Brake Options;△Oil Seal Options

■ Low Inertia Servo Motor--80mm Frame

Model SM3L - 083A◇□ P△ SM3L - 084A◇□ P△
Rated Output Power watts 750 1000
Rated Speed rpm 3000 3000
Max.Speed rpm 6000 6000
Rated Torque Nm 2.4 3.2
Peak Torque Nm 6.7 9.6
Rated Current A (rms) 4.5 5.6
Peak Current A (rms) 14 19
Voltage Constant ±5% V (rms) / K rpm 33.9 36.65
Torque Constant ±5% Nm / A (rms) 0.533 0.63
Rotor Inertia Kg·m2 0.829×10-4 1.01×10-4
Rotor Inertia- With Brake Kg·m2 0.961×10-4 1.12×10-4
Shaft Load N (max.) 90 90
Shaft Load - Radial (End of Shaft) N (max.) 270 270
Weight kg 2.29 2.77
Weight- With Brake kg 3.1 3.62
Note:◇Encoder Options  □Brake Options

■ Low Inertia Servo Motor--100mmFrame

Model SM3L - 102A◇□U△ SM3L - 103A◇□U△ SM3L - 104A◇□U△ SM3L - 105A◇□U△
Rated Output Power watts 1000 1500 2000 2500
Rated Speed rpm 3000 3000 3000 3000
Max.Speed rpm 6000 5700 5600 5600
Rated Torque Nm 3.2 4.9 6.4 8
Peak Torque Nm 9.6 14.7 19.2 24
Rated Current A (rms) 6.0 9.6 12.7 13
Peak Current A (rms) 21 36.5 44 45
Voltage Constant ±5% V (rms) / K rpm 32.9 34.1 34.3 37.4
Torque Constant ±5% Nm / A (rms) 0.543 0.563 0.565 0.61
Rotor Inertia Kg·m2 1.79×10-4 2.37×10-4 2.98×10-4 3.68×10-4
Rotor Inertia - With Brake Kg·m2 2.67×10-4 3.25×10-4 3.86×10-4 4.56×10-4
Shaft Load N (max.) 90 90 90 90
Shaft Load - Radial (End of Shaft) N (max.) 270 270 270 270
Weight kg 4 4.39 5.2 6.3
Weight - With Brake kg 5.2 5.64 6.12 7.6
Note:◇Encoder Options  □Brake Options;△Oil Seal Options

■ Medium Inertia Servo Motor--130mmFrame

Model SM3M - 132 A◇□U△ SM3M - 133 A◇□U△ SM3M - 134 A◇□U△ SM3M - 135 A◇□U△
Rated Output Power watts 1000 1500 2000 3000
Rated Speed rpm 2000 2000 2000 2000
Max.Speed rpm 3000 3000 3000 3000
Rated Torque Nm 4.77 7.16 9.55 14.3
Peak Torque Nm 14.3 21.5 28.6 42.9
Rated Current A (rms) 5.4 8.5 11 16.4
Peak Current A (rms) 16.9 26 32.7 49
Voltage Constant ±5% V (rms) / K rpm 55.3 54.2 55.5 48
Torque Constant ±5% Nm / A (rms) 0.891 0.894 0.92 0.979
Rotor Inertia Kg·m2 13×10-4 18.3×10-4 24.4×10-4 36.4×10-4
Rotor Inertia - With Brake Kg·m2 16.1×10-4 20.5×10-4 26.6×10-4 38.6×10-4
Shaft Load N (max.) 196 343 396 396
Shaft Load - Radial (End of Shaft) N (max.) 490 686 980 980
Weight kg 5.33 6.67 9.1 12.05
Weight - With Brake kg 7.25 8.47 10.75 13.95
Note:◇Encoder Options  □Brake Options;△Oil Seal Options

■ High Inertia Servo Motor--40mm Frame

Model SM3H - 041A ◇□ P△SM3H - 042A ◇□ P△
Rated Output Power watts 50100
Rated Speed rpm 30003000
Max.Speed rpm 6000 6000
Rated Torque Nm 0.160.32
Peak Torque Nm 0.641.28
Rated Current A (rms) 1.4 1.4
Peak Current A (rms) 4.85.7
Voltage Constant ±5% V (rms) / K rpm 9.2414.8
Torque Constant ±5% Nm / A (rms) 0.2770.277
Rotor Inertia Kg·m2 0.0383×10-40.0702×10-4
Rotor Inertia- With Brake Kg·m2 0.0395×10-4 0.0724×10-4
Shaft Load N (max.) 5050
Shaft Load - Radial (End of Shaft) N (max.) 6060
Weight kg 0.310.42
Weight- With Brake kg 0.550.66
Note:◇Encoder Options  □Brake Options;△Oil Seal Options

■ High Inertia Servo Motor--60mmFrame

Model SM3H - 061A ◇□ P△ SM3H - 062A◇□ P△
Rated Output Power watts 200 400
Rated Speed rpm 3000 3000
Max.Speed rpm 6000 6000
Rated Torque Nm 0.64 1.27
Peak Torque Nm 2.24 4.445
Rated Current A (rms) 1.7 2.8
Peak Current A (rms) 5.9 9.8
Voltage Constant ±5% V (rms) / K rpm 24.3 28.9
Torque Constant ±5% Nm / A (rms) 0.376 0.423
Rotor Inertia Kg·m2 0.31×10-4 0.566×10-4
Rotor Inertia-With Brake Kg·m2 0.32×10-4 0.62×10-4
Shaft Load N (max.) 70 70
Shaft Load - Radial (End of Shaft) N (max.) 200 240
Weight kg 0.79 1.2
Weight-With Brake kg 1.15 1.5
Note:◇Encoder Options  □Brake Options;△Oil Seal Options

■ High Inertia Servo Motor--80mm Frame

Model SM3H - 083A◇□ P△
Rated Output Power watts 750
Rated Speed rpm 3000
Max.Speed rpm 6000
Rated Torque Nm 2.4
Peak Torque Nm 6.7
Rated Current A (rms) 4.5
Peak Current A (rms) 14
Voltage Constant ±5% V (rms) / K rpm32.3
Torque Constant ±5% Nm / A (rms) 0.53
Rotor Inertia Kg·m2 1.46×10-4
Rotor Inertia-With Brake Kg·m2 1.63×10-4
Shaft Load N (max.) 90
Shaft Load - Radial (End of Shaft) N (max.) 270
Weight kg 2.1
Weight-With Brake kg 2.85
Note:◇Encoder Options  □Brake Options;△Oil Seal Options

■ High Inertia Servo Motor--130mmFrame

Model SM3H - 132A◇□ U△ SM3H - 133A◇□ U△ SM3H - 134A◇□ U△
Rated Output Power watts 850 1300 1800
Rated Speed rpm 1500 1500 1500
Max.Speed rpm 3000 3000 3000
Rated Torque Nm 5.39 8.34 11.5
Peak Torque Nm 16.2 25 34.5
Rated Current A (rms) 6 9.6 13
Peak Current A (rms) 19 29.6 45
Voltage Constant ±5% V (rms) / K rpm 55.3 54.2 51
Torque Constant ±5% Nm / A (rms) 0.891 0.869 0.88
Rotor Inertia Kg·m2 13×10-4 18.3×10-4 24.4×10-4
Rotor Inertia - With Brake Kg·m2 15.2×10-4 20.5×10-4 26.6×10-4
Shaft Load N (max.) 196 343 396
Shaft Load - Radial (End of Shaft) N (max.) 490 686 980
Weight kg 5.33 6.67 9.1
Weight - With Brake kg 7.25 8.47 10.75
Note:◇Encoder Options  □Brake Options;△Oil Seal Options

■ High Inertia Servo Motor--180mmFrame

Model SM3H – 182Y◇□ U△ SM3H – 183Y◇□ U△ SM3H – 184Y◇□ U△ SM3H – 185Y◇□ U△
Rated Output Power watts 2900 4400 55007500
Rated Speed rpm 1500 1500 15001500
Max.Speed rpm 3000 3000 30003000
Rated Torque Nm 18.5 28 3548
Peak Torque Nm 55.5 84 105120
Rated Current A (rms) 10.5 16.7 20.9 25.2
Peak Current A (rms) 35.5 54.7 7073.4
Voltage Constant ±5% V (rms) / K rpm 115 117 114115
Torque Constant ±5% Nm / A (rms) 1.76 1.68 1.671.93
Rotor Inertia Kg·m2 46×10-4 67.5×10-4 89×10-4125×10-4
Rotor Inertia - With Brake Kg·m2 51×10-4 72.5×10-4 92×10-4 145×10-4
Shaft Load N (max.) 490 490 588588
Shaft Load - Radial (End of Shaft) N (max.) 1470 1470 17641764
Weight kg 13.9 17.4 2126.8
Weight - With Brake kg 15.9 19.4 2328.9
Note:◇Encoder Options  □Brake Options;△Oil Seal Options

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SM3L-083ATNPV
SM3L-083ATBPV
SM3H-083AXNPV
SM3H-083AXBPV
SM3H-083ATNPV
SM3H-083ATBPV
SM3L-084AXNPV
SM3L-084AXBPV
SM3L-084ATNPV
SM3L-084ATBPV
SM3L-102AXNUV
SM3L-102AXBUV
SM3L-102ATNUV
SM3L-102ATBUV
SM3L-103AXNUV
SM3L-103AXBUV
SM3L-103ATNUV
SM3L-103ATBUV
SM3L-104AXNUV
SM3L-104AXBUV
SM3L-104ATNUV
SM3L-104ATBUV
SM3L-105AXNUV
SM3L-105AXBUV
SM3L-105ATNUV
SM3L-105ATBUV
SM3M-132AXNUV
SM3M-132AXBUV
SM3M-132ATNUV
SM3M-132ATBUV
SM3H-132AXNUV
SM3H-132AXBUV
SM3H-132ATNUV
SM3H-132ATBUV
SM3M-133AXNUV
SM3M-133AXBUV
SM3H-133AXNUV
SM3H-133AXBUV
SM3M-133ATNUV
SM3M-133ATBUV
SM3H-133ATNUV
SM3H-133ATBUV
SM3M-134AXNUV
SM3M-134AXBUV
SM3H-134AXNUV
SM3H-134AXBUV
SM3M-134ATNUV
SM3M-134ATBUV
SM3H-134ATNUV
SM3H-134ATBUV
SM3M-135YXNMV
SM3M-135YXBMV
SM3M-135YTNMV
SM3M-135YTBMV
SM3H-182YTNUV
SM3H-182YTBUV
SM3H-183YTNUV
SM3H-183YTBUV
SM3H-184YTNUV
SM3H-184YTBUV
SM3H-185YTNUV
SM3H-185YTBUV

■ Low Inertia Servo Motor

AC Servo Motor part numbering

■ Medium Inertia Servo Motor

AC Servo Motor part numbering
 

■ High Inertia Servo Motor

AC Servo Motor part numbering

 

■ Low Inertia Servo Motor (Unit: mm)

□ Frame-40mm

□ Without Brake
□ With Brake
 
Model L
SM3L-042A ◇ ND△ 91.5
SM3L-042ABND△ 100
Model L
SM3L-042A ◇ BD△ 134.5
SM3L-042ABBD△ 143
 
Note: ◇Encoder Options, □Brake Options, △Oil Seal Options

□ Frame-60mm

□ Without Brake
□ With Brake
 
Model L
SM3L - 061A ◇ NP△ 84.5
SM3L - 061A BND△ 85.5
SM3L - 062A◇NP△ 103
SM3L - 062ABND△ 104
Model L
SM3L - 061A ◇ BP△ 125
SM3L - 061A BBD△ 126
SM3L - 062A◇BP△ 143.5
SM3L - 062ABBD△ 144.5
 
Note: ◇Encoder Options, □Brake Options, △Oil Seal Options

□ Frame-80mm

□ Without Brake
□ With Brake
 
Model L
SM3L-083A ◇ NP△ 115
SM3L-083ABND△ 115
SM3L-084A◇NP△ 129
SM3L-084ABND△ 129
Model L
SM3L-083A ◇ NP△ 157
SM3L-083ABBD△ 157.5
SM3L-084A◇BP△ 171
SM3L-084ABBD△ 171.5
 
Note: ◇Encoder Options, □Brake Options, △Oil Seal Options
 

□ Frame-100mm

□ Without Brake
□ With Brake
 
Model L
SM3L-102A ◇ NU△ 137
SM3L-103A◇ NU△ 152
SM3L-104A◇ NU△ 168
SM3L-105A◇ NU△ 186
Model L
SM3L-102A ◇ BU△ 179
SM3L-103A◇ BU△ 194
SM3L-104A◇ BU△ 210
SM3L-105A◇ BU△ 228
 
Note: ◇Encoder Options, □Brake Options, △Oil Seal Options
 

■ Medium Inertia Servo Motor (Unit: mm)

□ Frame-130mm

□ Without Brake
□ With Brake
 
Model L
SM3M-132A◇NU△ 138
SM3M-133A◇NU△ 155
SM3M-134A◇NU△ 169
Model L
SM3M-132A◇BU△ 171
SM3M-133A◇BU△ 185
SM3M-134A◇BU△ 202

 
□ Without Brake
□ With Brake
 
Model L
SM3M-135Y◇NM△ 205
Model L
SM3M-135Y◇BM△ 238

 

Note: ◇Encoder Options, □Brake Options, △Oil Seal Options
 

■ High Inertia Servo Motor (Unit: mm)

□ Frame-40mm

□ Without Brake
□ With Brake
 
Model L
SM3H-041A ◇ NP△ 70
SM3H-042A◇ NP△ 84
Model L
SM3H-041 A ◇ BP△ 100.3
SM3H-042A ◇ BP△ 114.3
 
Note: ◇Encoder Options, □Brake Options, △Oil Seal Options

□ Frame-60mm

□ Without Brake
□ With Brake
 
Model L
SM3H-061A ◇ NP△ 77
SM3H-062A◇ NP△ 97
Model L
SM3H-061 A ◇ BP△ 106
SM3H-062A ◇ BP△ 126
 
Note: ◇Encoder Options, □Brake Options, △Oil Seal Options

□ Frame-80mm

□ Without Brake
□ With Brake
 
Model L
SM3H-083A ◇ NP△ 101
Model L
SM3H-083 A ◇ BP△ 132
 
Note: ◇Encoder Options, □Brake Options, △Oil Seal Options

□ Frame-130mm

□ Without Brake
□ With Brake
 
Model L
SM3H-132A◇NU△ 138
SM3H-133A◇NU△ 152
SM3H-134A◇NU△ 169
Model L
SM3H-132A◇BU△ 171
SM3H-133A◇BU△ 185
SM3H-134A◇BU△ 202

 
Note: ◇Encoder Options, □Brake Options, △Oil Seal Options

□ Frame-180mm

□ Without Brake
□ With Brake
 
Model L
SM3H-182Y◇NU△ 190
SM3H-183Y◇NU△ 215
Model L
SM3H-182Y◇BU△ 245
SM3H-183Y◇BU△ 265

 
□ Without Brake
□ With Brake
 
Model L
SM3H-184Y◇NU△ 230
SM3H-185Y◇NU△ 281
Model L
SM3H-184Y◇BU△ 280
SM3H-185Y◇BU△ 316

 
Note: ◇Encoder Options, □Brake Options, △Oil Seal Options

2D Drawings
Title Type Size(KB) Download
SM3L-103ATBUV.pdf PDF 306
SM3H-062AXNPV.pdf PDF 355
SM3L-062AXNPV.pdf PDF 421
SM3L-042AXNDV.pdf PDF 280
SM3L-083AXNPV.pdf PDF 313
SM3H-041AXNPV.pdf PDF 266
SM3L-083AXBPV.pdf PDF 325
SM3H-083AXBPV.pdf PDF 347
SM3H-062AXBPV.pdf PDF 354
SM3H-083AXNPV.pdf PDF 337
SM3M-132AXNUV.pdf PDF 338
SM3H-185YTBUV.pdf PDF 511
SM3H-134AXNUV.pdf PDF 339
SM3H-042AXBPV.pdf PDF 268
SM3L-061AXNPV.pdf PDF 365
SM3H-041ATBPV.pdf PDF 340
SM3M-134ATNUV.pdf PDF 338
SM3H-184YTNUV.pdf PDF 397
SM3H-083ATBPV.pdf PDF 347
SM3H-182YTNUV.pdf PDF 390
SM3L-103AXNUV.pdf PDF 300
SM3H-061AXNPV.pdf PDF 355
SM3H-062ATNPV.pdf PDF 355
SM3L-103AXBUV.pdf PDF 307
SM3M-132AXBUV.pdf PDF 344
SM3H-083ATNPV.pdf PDF 336
SM3M-135YTNMV.pdf PDF 555
SM3H-134AXBUV.pdf PDF 345
SM3L-061AXBPV.pdf PDF 383
SM3L-084ATBPV.pdf PDF 325
SM3L-084ATNPV.pdf PDF 312
SM3H-133AXBUV.pdf PDF 345
SM3H-041AXBPV.pdf PDF 268
SM3L-061ATBPV.pdf PDF 407
SM3L-062AXBPV.pdf PDF 323
SM3L-102AXBUV.pdf PDF 306
SM3H-132AXNUV.pdf PDF 339
SM3M-133AXBUV.pdf PDF 345
SM3H-182YTBUV.pdf PDF 385
SM3H-042AXNPV.pdf PDF 266
SM3L-102AXNUV.pdf PDF 300
SM3L-105AXNUV.pdf PDF 300
SM3H-133AXNUV.pdf PDF 339
SM3H-041ATNPV.pdf PDF 265
SM3L-042AXBDV.pdf PDF 291
SM3L-104AXNUV.pdf PDF 300
SM3M-133ATNUV.pdf PDF 338
SM3L-062ATNPV.pdf PDF 420
SM3L-102ATBUV.pdf PDF 306
SM3L-104ATNUV.pdf PDF 299
SM3H-062ATBPV.pdf PDF 353
SM3H-042ATNPV.pdf PDF 265
SM3H-061AXBPV.pdf PDF 355
SM3M-134AXNUV.pdf PDF 338
SM3L-102ATNUV.pdf PDF 299
SM3H-184YTBUV.pdf PDF 389
SM3H-185YTNUV.pdf PDF 371
SM3L-042ATNDV.pdf PDF 279
SM3M-135YTBMV.pdf PDF 431
SM3L-083ATNPV.pdf PDF 312
SM3M-135YXNMV.pdf PDF 478
SM3M-134AXBUV.pdf PDF 345
SM3L-084AXNPV.pdf PDF 313
SM3L-103ATNUV.pdf PDF 299
SM3L-104AXBUV.pdf PDF 307
SM3H-133ATBUV.pdf PDF 345
SM3H-134ATBUV.pdf PDF 345
SM3L-042ATBDV.pdf PDF 291
SM3L-084AXBPV.pdf PDF 326
SM3M-132ATBUV.pdf PDF 343
SM3M-133ATBUV.pdf PDF 344
SM3H-134ATNUV.pdf PDF 338
SM3L-083ATBPV.pdf PDF 325
SM3L-105ATNUV.pdf PDF 299
SM3H-132ATBUV.pdf PDF 345
SM3M-135YXBMV.pdf PDF 556
SM3L-104ATBUV.pdf PDF 306
SM3H-133ATNUV.pdf PDF 338
SM3M-134ATBUV.pdf PDF 344
SM3M-133AXNUV.pdf PDF 339
SM3H-183YTNUV.pdf PDF 408
SM3M-132ATNUV.pdf PDF 338
SM3H-183YTBUV.pdf PDF 514
SM3H-132ATNUV.pdf PDF 338
SM3L-105ATBUV.pdf PDF 306
SM3L-105AXBUV.pdf PDF 307
SM3H-132AXBUV.pdf PDF 345
SM3L-062ATBPV.pdf PDF 323
SM3H-042ATBPV.pdf PDF 267
SM3H-061ATNPV.pdf PDF 354
SM3H-061ATBPV.pdf PDF 354
SM3L-061ATNPV.pdf PDF 365
3D Model
Title Type Size(KB) Download
SM3L-062AXNPV.STEP STEP 15434
SM3H-062AXNPV.STEP STEP 3605
SM3L-042AXNDV.STEP STEP 11473
SM3L-083AXBPV.STEP STEP 13768
SM3L-083AXNPV.STEP STEP 12757
SM3H-062AXBPV.STEP STEP 3842
SM3L-062AXBPV.STEP STEP 13234
SM3L-061AXNPV.STEP STEP 7505
SM3H-083AXNPV.STEP STEP 3033
SM3H-041AXNPV.STEP STEP 2394
SM3H-083AXBPV.STEP STEP 3555
SM3L-042AXBDV.STEP STEP 12658
SM3H-083ATBPV.STEP STEP 3555
SM3H-042ATNPV.STEP STEP 2349
SM3L-062ATNPV.STEP STEP 15434
SM3H-184YTNUV.STEP STEP 4489
SM3L-061AXBPV.STEP STEP 7955
SM3L-103AXBUV.STEP STEP 8259
SM3L-062ATBPV.STEP STEP 3967
SM3L-084AXNPV.STEP STEP 12696
SM3H-042AXBPV.STEP STEP 2664
SM3L-083ATBPV.STEP STEP 13768
SM3H-062ATNPV.STEP STEP 3605
SM3H-041AXBPV.STEP STEP 2704
SM3L-061ATNPV.STEP STEP 7505
SM3H-182YTNUV.STEP STEP 3947
SM3L-084AXBPV.STEP STEP 13452
SM3H-061AXNPV.STEP STEP 5503
SM3L-103ATNUV.STEP STEP 7492
SM3L-104AXNUV.STEP STEP 7499
SM3L-084ATNPV.STEP STEP 12696
SM3L-103ATBUV.STEP STEP 8259
SM3L-042ATBDV.STEP STEP 12658
SM3H-061ATBPV.STEP STEP 11026
SM3L-084ATBPV.STEP STEP 13452
SM3L-103AXNUV.STEP STEP 7492
SM3L-104AXBUV.STEP STEP 8266
SM3L-105AXBUV.STEP STEP 8270
SM3H-185YTNUV.STEP STEP 3996
SM3L-042ATNDV.STEP STEP 11473
SM3H-061AXBPV.STEP STEP 11026
SM3L-102ATBUV.STEP STEP 8289
SM3L-104ATBUV.STEP STEP 8266
SM3H-062ATBPV.STEP STEP 3842
SM3L-102AXNUV.STEP STEP 7581
SM3L-105ATNUV.STEP STEP 7492
SM3H-184YTBUV.STEP STEP 11341
SM3L-083ATNPV.STEP STEP 12757
SM3H-182YTBUV.STEP STEP 6297
SM3L-104ATNUV.STEP STEP 7499
SM3H-183YTNUV.STEP STEP 4337
SM3H-041ATNPV.STEP STEP 2394
SM3L-061ATBPV.STEP STEP 7955
SM3L-102ATNUV.STEP STEP 7581
SM3L-102AXBUV.STEP STEP 8289
SM3H-185YTBUV.STEP STEP 6922
SM3L-105AXNUV.STEP STEP 7492
SM3H-183YTBUV.STEP STEP 6693
SM3H-042AXNPV.STEP STEP 2349
SM3H-083ATNPV.STEP STEP 3033
SM3H-042ATBPV.STEP STEP 2664
SM3L-105ATBUV.STEP STEP 8270
SM3H-061ATNPV.STEP STEP 5503
SM3H-041ATBPV.STEP STEP 2704
SM3M-132ATNUV.STEP STEP 6828
SM3M-133AXNUV.STEP STEP 6464
SM3H-133ATNUV.STEP STEP 6464
SM3H-134AXNUV.STEP STEP 6494
SM3M-135YXBMV.STEP STEP 5183
SM3H-132AXNUV.STEP STEP 6828
SM3M-133AXBUV.STEP STEP 6217
SM3M-133ATBUV.STEP STEP 6217
SM3M-134ATBUV.STEP STEP 6231
SM3M-135YTBMV.STEP STEP 5183
SM3M-132AXBUV.STEP STEP 5930
SM3H-133ATBUV.STEP STEP 6217
SM3M-135YXNMV.STEP STEP 4921
SM3M-135YTNMV.STEP STEP 4921
SM3H-133AXBUV.STEP STEP 6217
SM3M-134ATNUV.STEP STEP 6494
SM3H-134ATNUV.STEP STEP 6494
SM3M-133ATNUV.STEP STEP 6464
SM3M-134AXBUV.STEP STEP 6231
SM3H-134ATBUV.STEP STEP 6231
SM3M-132AXNUV.STEP STEP 6828
SM3H-133AXNUV.STEP STEP 6464
SM3H-132AXBUV.STEP STEP 5930
SM3H-132ATBUV.STEP STEP 5930
SM3M-134AXNUV.STEP STEP 6494
SM3M-132ATBUV.STEP STEP 5930
SM3H-134AXBUV.STEP STEP 6231
SM3H-132ATNUV.STEP STEP 6828
Certification
Title Type Size(KB) Download
ROHS declaration-2024-A0.pdf PDF 522
SM3 Servo Motor - CE - EMC PDF 1656
 
 

Delivery & Packaging

Logistics tracking

Ensure your ordered products are always safely packaged from easy click to fast delivery to your hands

Professional Product Label

Considering all possible harsh application environments, MOONS' specially designed labels for each product, which pass water-resistance test, durability rub test, high temperature resistance and corrosion resistance tests.

Besides, our product labels are attached with QR code linking to product details, which is convenient for clients to view the detail product page with their mobile phones.

Note: This label design is suitable for products of stepper motor.

(Professional packing box and unique appearance design)

(Single item packed with EPE)

(Multi-products packed with another box)

Safely Packaging

In order to ensure your shipments withstand the long trip and arrive safely and intact, MOONS' specially designed Individual package to pass the drop test with its stable structure.
Besides,the package is made from recyclable materials, providing you with professional safety delivery.
Whether just single item or multi-products the clients buy, all products are packed twice to avoid the damage further.

Shipping Visualization

For each case, products are carefully packed by experienced warehouse staff and the key processes are recorded by photos, which are then posted on our website, so that clients could clearly know the packing process and logistics status after placing order.

(Product in the box)

(Add the invoice)

(Label the commodity)

(The logistics waybill attached)

Fast Delivery

Fast Cross-Border Delivery
MOONS' chooses DHL as our main international express shipping partner. As the world's leading logistics specialist, DHL provides our customers with fast and professional inter- national door-to-door delivery service.
Estimated Delivery Time: e.g. China-USA major cities 3 business days.

Professional
Warehouse Management

MOONS’ has an experienced warehouse management team, all products and materials are clearly classified and neatly arranged.