The JS30 series brushed DC geared motor delivers reliable 2V-13V operation with 0.01-1.5W output capacity. Engineered with a metal gearbox and stainless-steel components, it provides stable torque across multiple reduction ratios (1:36 to 1:108). This robust construction ensures precise speed control in lighting displays, automated fixtures, and consumer products requiring consistent motion performance.
Designed for extended service life, this adaptable 3V DC geared motor maintains efficiency across various voltage inputs while minimizing power consumption. The optimized gear train reduces mechanical loss while enhancing torque transmission. As a compact DC brush gear motor, it offers dependable rotational control for space-constrained applications in both commercial and industrial environments where accurate positioning and durable operation are essential.
Dimension
| MODEL | VOLTAGE | NO LOAD | AT MAXIMUM EFFIENCY | STALL | ||||||||
| OPERATING RANGE | NOMINAL | SPEED r/min |
CURRENT A |
SPEED r/min | CURRENT A | mN.m | g.cm | OUTPUT w |
mN.m | g.cm | CURRENT A | |
| PC-JS30RCF-06950 | 2.0-4.0 | 3.0V | 1.7 | 0.01 | 1.1 | 0.02 | 72.7 | 741.8 | 0.01 | 204.2 | 2083 | 0.033 |
| PC-JS30RCF-06930 | 9.0-13.0 | 12.0V | 6.5 | 0.045 | 4.2 | 0.08 | 268.3 | 2736.3 | 0.12 | 748.0 | 7630 | 0.144 |
Description
Pincheng Factory's JS30 brushed dc geared motor 12v delivers versatile power across multiple industries. Engineered with a durable metal gearbox and stainless-steel components, this robust motion solution provides reliable performance for automated display systems and precision actuation equipment requiring consistent torque output.
Featuring customizable reduction ratios from 1:36 to 1:600, this adaptable low rpm dc gear motor enables precise speed control for specialized lighting installations and commercial presentation displays. The optimized gearing mechanism ensures smooth operation in rotating exhibition platforms and professional entertainment devices where silent, consistent movement is critical.
Designed for extended service life, the reliable dc brush gear motor configuration provides maintenance-free operation in long-duty cycle applications and battery-powered equipment. Supporting both 12V and 24V operation, Pincheng Factory offers customized output shaft modifications and gear ratio selections for OEM motion systems and industrial automation projects, delivering tailored solutions for volume manufacturing requirements.
What's The Main Application Of The Micro Dc Gear Motor?
The micro DC gear motor, exemplified by the JS30 series, serves as a critical motion component across numerous industries by transforming electrical energy into controlled mechanical rotation. Its compact design, combined with optimized torque output and speed reduction capabilities, makes it indispensable for applications where space efficiency and reliable performance are paramount.
In contemporary lighting systems, these motors introduce dynamic movement that enhances both functionality and visual appeal. They drive the rotational mechanisms in landscape lighting fixtures-such as rotating garden lights and crystal effect projectors-creating evolving light patterns for commercial and architectural applications. Additionally, they power automated display platforms in retail environments and museums, enabling smooth, continuous rotation of products or exhibits to capture viewer attention without requiring manual intervention.
The motor's regulated motion control proves invaluable in consumer electronics and personal care devices. It serves as the driving force in automated cosmetic applicators, electric dispensers, and precision adjustment mechanisms in smart home equipment. The motor's ability to maintain consistent torque at low speeds ensures reliable performance in applications requiring repeated actuation cycles, while its compact dimensions allow for seamless integration into handheld devices and portable appliances.
Beyond consumer applications, micro DC gear motors provide essential motion solutions in specialized fields. They actuate electronic locking mechanisms, control valve operations in fluid handling systems, and drive sensor calibration modules in scientific instruments. The robotics sector extensively utilizes these motors for wheel drive systems in automated guided vehicles (AGVs), joint movements in robotic arms, and locomotion mechanisms in educational and industrial robots. Their modular construction further enables customization of gear ratios and output specifications, making them adaptable for prototyping and volume manufacturing across medical, automotive, and industrial automation sectors.
