Automotive Electronics

AGS Grille Actuator 1

A brushless motor, coupled with a four-stage spur gear transmission, drives the intelligent opening and closing of the air intake grille, delivering efficient vehicle aerodynamics and thermal efficiency.

Reduction Ratio

833.22:1

01

Rated Speed

3±0.3rpm

02

Rated Torque

1.75·m

03

Locked-rotor torque

6Nm

04

Noise

≤46dB/1m

05

Output Speed

＞1000h

06

AGS Grille Actuator 2

The drive system employs a DC motor combined with a worm gear and helical gear set, along with a four-stage gear train. By transmitting power from the motor to the output gear to rotate it through a specific angle, it adjusts the opening angle of the air intake grille, thereby enabling dynamic management of airflow and temperature in the engine compartment.

Reduction Ratio

1:808

01

Rated Torque

0.8N·m

02

Locked-rotor torque

8N·m

03

Maximum Output Torque

6±0.1Nm

04

Rated Speed

8rpm

05

Noise

≤50dB/1m

06

Lifespan

＞1000h

07

Emergency Door Handle Actuator

A drive system powered by a DC motor that relies on helical gears to achieve high-efficiency power transmission and speed regulation, thereby driving the lead screw to rotate and causing the mating nut to move in a reciprocating linear motion.

Reduction Ratio

5.25:1

01

Itinerary

10.5+0.5/-0.2mm

02

Duration of the Trip

<100ms

03

Operating Temperature

-40-+85°℃

04

Noise

≤55dB/50cm

05

Water Resistance Rating

IP67

06

Lifespan

>20,000 times

07

Thrust Output

>30N

08

Door Handle Actuator

Powered by a DC motor, the system utilizes the speed-reduction and torque-multiplication characteristics of a worm gear pair to drive the lead screw. By combining the lead screw with the nut, it converts rotary motion into linear reciprocating motion, offering the significant advantage of high torque output in confined spaces.

Reduction Ratio

896

01

Itinerary

22.5+0.5/-1.5mm

02

Duration of the Trip

600-950ms

03

Operating Temperature

-40-+80°℃

04

Noise

≤58dB/50cm

05

Water Resistance Rating

IP54

06

Lifespan

>100,000 times

07

Thrust Output

>361N

08

Headlight Leveling Actuator

The headlight adjuster gearbox assembly uses a motor to drive the helical worm gear, which then converts rotational motion into linear motion via a lead screw mechanism and directs the output, thereby transmitting power and ultimately providing stable and precise power support for the headlight adjustment mechanism.

Start-up Voltage

1.5V Max

01

No-Load Speed

7400±10%rpm

02

No-load current

60mA Max

03

Load Current

140mA Max

04

Rated Speed

6000±10%rpm

05

Locked-rotor torque

5.4mNm Min

06

Locked-rotor current

0.70A Max

07

In-Vehicle Refrigerator Actuator

This actuator employs a drive system consisting of a DC motor, a coupling, and a lead screw. The coupling smoothly transmits the motor’s rotational motion to the lead screw, driving the slide to perform reciprocating linear motion. It is capable of generating significant thrust within a compact installation space. Additionally, the coupling’s flexible design effectively absorbs vibration and noise during operation, enhancing the overall smoothness and reliability of the system.

Operating Speed

67mm/s±0.5s

01

Itinerary

67mm

02

Operating Temperature

-40-+85℃

03

Noise

≤30dB/50cm

04

Water Resistance Rating

IP54

05

Lifespan

＞50,000 times

06

Thrust Output

＞90N@12V

07

Charging Port Cover Actuator

The charging port cover actuator employs a drive mechanism consisting of a DC motor and a two-stage worm gear and helical gear set. The motor’s rotation drives the worm gear and helical gear, enabling rotational movement to the desired angle and delivering high torque within a limited installation space. Additionally, a damping mechanism is installed at the output end to absorb vibrations during operation and improve motion smoothness.

Reduction Ratio

620：1

01

Operating Temperature

-40-+85℃

02

Noise

≤50dB/50cm

03

Water Resistance Rating

IP67

04

Lifespan

＞60,000 times

05

Output Torque

0.9Nm

06

Output Speed

11.3rpm

07

Centripetal and Centrifugal Moments

3.5±0.5Nm

08

Electric Tailgate Planetary Actuator 1

The electric tailgate planetary gearbox is the core reduction component of the electric tailgate actuator motor. It converts the motor’s high-speed, low-torque output into low-speed, high-torque output, enabling smooth opening and closing of the tailgate. Its core structure consists of a sun gear, planetary gears, a planetary carrier, and an internal gear ring, providing a two-stage reduction. The entire gearbox is made entirely of plastic (for noise reduction).

Reduction Ratio

23.4:1

01

No-load current

<0.65A

02

Output Torque

1.5N·m

03

Noise

≤50dB/30cm

04

Lifespan

>50,000 times

05

Output Speed

290rpm

06

Electric Tailgate Planetary Actuator 2

The electric tailgate planetary gearbox is the core reduction component of the electric tailgate actuator motor. It converts the motor’s high-speed, low-torque output into low-speed, high-torque output, enabling smooth opening and closing of the tailgate. Its core structure consists of a sun gear, planetary gears, a planetary carrier, and an internal gear ring, providing a two-stage reduction. The entire gearbox is made entirely of plastic (for noise reduction).

Reduction Ratio

16.83:1

01

No-load current

<1.0A

02

Output Torque

0.83N.m

03

Noise

≤52dB/50cm

04

Lifespan

>50,000 times

05

Output Speed

326rpm±10%

06

Car Seat Angle Adjustment Gearbox

The automotive seat angle adjustment gearbox is primarily used to adjust the recline angle of a car seat, providing the occupant with a comfortable seating position; it employs a worm gear drive mechanism.

Reduction Ratio

585

01

Output Torque

≥18N.m

02

No-Load Speed

>20rpm±10%

03

Noise

45dB

04

Sunroof Sunshade Actuator

The sunshade for the sunroof employs a drive system that combines a DC motor, a worm gear with helical teeth, and a flexible shaft. This system transmits the motor’s rotational motion to the output end of the worm gear assembly and uses the flexible shaft to drive the sunshade, enabling smooth, linear extension and retraction. Additionally, anti-pinch control logic is integrated into the actuator, allowing it to respond promptly to abnormal resistance during operation and effectively enhancing safety during use.

Shade Coverage

>70%

01

Noise

≤65dB/50cm

02

Anti-pinch force

<100N

03

Anti-pinch retraction

>50mm

04

Lifespan

>21,000 times

05

Overhead Display Rotation Actuator

A drive mechanism consisting of a brushless DC motor, a gear train, a damper, and an output shaft converts the motor’s motion into rotational motion of the output shaft, enabling the ceiling-mounted screen to tilt.

Gear Ratio

600:1

01

Operating Current

≤1.2A

02

Noise

40dB/15cm

03

Lifespan

Run 30,000 times

04

Rated Speed

7rpm

05

Rated Torque

13N.m

06

Overhead Display Latch Actuator

The system uses a DC motor combined with a gear-rack mechanism: the motor’s rotation drives the worm gear and gear, which in turn moves the rack to extend and retract, thereby opening and closing the ceiling-mounted screen.

Operating Current

≤0.16A

01

Noise

45dB/15cm

02

Lifespan

Run 30,000 times

03

Itinerary

13.5mm±0.7mm

04

Duration of the Trip

6S

05

Launch force

≥30N

06

Overhead Display Locking Tongue Actuator

A DC motor is used in conjunction with a rack-and-pinion drive mechanism to convert the motor’s rotational motion into linear motion of the rack, thereby driving the ceiling-mounted screen to open and close smoothly.

Reduction Ratio

129.58

01

No-load current

150mA

02

Locked-rotor current

600mA

03

Output Power

≥30N

04

Itinerary

10.7-13.55mm

05

Duration of the Trip

2.0±0.5s

06

Noise

≤38dB/50cm

07

Lifespan

Extend and retract 30,000 times

08