5D 90mm 40W-120W Micro DC Gear Motor

dc brushed +rt (2)

· Compact Structure & High Torque

· Quick Start & Simple Control

· High Cost-Effectiveness

· Multiple Voltage Options Available

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■ DC Motor Model Numbering System

5(5)
D
60
-
24
GU
-
30S
Item Technical Specification & Meaning
① Code (Dimension) 4: ▢80mm (Case ∅80mm) | 5: ▢90mm (Case ∅80mm) | 5(5): ▢90mm (Case ∅90mm) | 6: ▢100mm (Case ∅90mm)
② Motor Type D: Permanent Magnet DC Motor
③ Output Power 60: 60W (e.g. 60=60W)
④ Voltage 24: 24V (e.g. 24=24V)
⑤ Shaft Shape GN: GN pinion shaft | GU: GU pinion shaft | A: Flat type | A1: Keyway
⑥ Speed 30S: 3000RPM (e.g. 30S=3000RPM)
* Note: We use M to symbolise the brake, such as 5(5)D60-24GU-30S-M, the brake voltage is the same as the rated voltage of the motor.

■ Reducer Model Numbering System

5
GN
50
RH
Item Technical Specification & Meaning
① Gearhead frame size 4: 80mm | 5: 90mm | 6: 104mm
② Gear type GN: GN type gear | GU: GU type gear
③ Gear ratio e.g. 50: Reduction ratio: 50
④ Type of output shaft RH: Hollow worm shaft | RA: Worm output shaft
RC: Spiral bevel hollow shaft | RT: Spiral bevel output shaft
* Note: The code of the non-standard split type is to add "V" before the model number of the motor or reducer (Please specify the detailed parameter requirement in the purchase order).

■ Specs  Continuous Rating

Model Voltage Power No-load Parameters Load Parameters Brush Life Motor Weight
Speed Current Speed Torque Current
V W r/min A r/min mN.m A H kg
5D40-12▢ 12 40 3100 2.0Max. 2800 136 5.2 2000 1.9
5D40-24▢ 24 40 3000 1.0Max. 2800 136 2.6 2000 1.9
5D40-90▢ 90 40 3200 0.3Max. 3000 127 0.7 2000 1.9

■ Allowance  Torque Unit : Upside(N.m)/Belowside(kgf.cm)

Type Gear Ratio 7.5912.5151825303650607590100120150180
Speed
r/min
37331122418615511293775646373128231815
5D40-24GU-28S 5GU□RC 0.750.901.241.491.792.322.783.014.185.376.718.068.9510.713.416.1
5GU□RT 7.659.1812.615.218.323.728.430.742.654.868.482.291.3109137164

■ Dimensions  (Unit mm)

5d40 □gu 30s 5gu□rc(t)(1)

■ Specs  Continuous Rating

Model Voltage Power No-load Parameters Load Parameters Brush Life Motor Weight
Speed Current Speed Torque Current
V W r/min A r/min mN.m A H kg
5D90-12▢ 12 90 3100 2.0Max. 2600 330 12.0 2000 2.2
5D90-24▢ 24 90 3300 1.0Max. 2800 307 5.00 2000 2.2
5D90-90▢ 90 90 3000 0.3Max. 2900 307 1.40 2000 2.2

■ Allowance  Torque Unit : Upside(N.m)/Belowside(kgf.cm)

Type Gear Ratio 7.5912.5151825303650607590100120150180
Speed
r/min
37331122418615511293775646373128231815
5D90-24GU-28S 5GU□RC 1.682.012.803.364.035.596.717.2510.112.115.118.120.020.020.020.0
5GU□RT 17.120.528.634.341.157.068.474.0103123154185200200200200

■ Dimensions  (Unit mm)

5d90 □gu 30s 5gu□rc(t)(1)

■ Specs  Continuous Rating

Model Voltage Power No-load Parameters Load Parameters Brush Life Motor Weight
Speed Current Speed Torque Current
V W r/min A r/min mN.m A H kg
5D120-12▢ 12 120 3100 2.0Max. 2500 458 15.0 2000 2.2
5D120-24▢ 24 120 3200 1.0Max. 2600 441 7.00 2000 2.2
5D120-90▢ 90 120 3000 0.3Max. 2600 441 2.00 2000 2.2

■ Allowance  Torque Unit : Upside(N.m)/Belowside(kgf.cm)

Type Gear Ratio 7.5912.5151825303650607590100120150180
Speed
r/min
34628820817314410486725243342826211714
5D120-24GU-26S 5GU□RC 2.415.444.024.825.788.039.6410.414.517.420.020.020.020.020.020.0
5GU□RT 24.655.541.049.259.081.998.3106148177200200200200200200

■ Dimensions  (Unit mm)

5d120 □gu 30s 5gu□rc(t)(1)

■ Features For  DC Brushed Motor

1.Compact Structure & High Torque
By integrating a reduction gearbox, it can significantly decrease speed and multiply output torque within a very small footprint.
2.Quick Start & Simple Control
TInheriting the classic advantages of brushed DC motors, it offers rapid starting and braking. Speed can be adjusted simply by changing the voltage, and direction can be reversed by changing the current polarity.
3.High Cost-Effectiveness
With mature technology and extremely simple drive circuit designs, it has low production costs, making it ideal for large-scale commercial applications.
4.Mechanical Wear and Tear
Due to the continuous mechanical friction between the brushes and the commutator, its lifespan is limited by brush life (typically hundreds to a few thousand hours), and it tends to generate mechanical noise and electromagnetic interference (EMI) at high speeds.