16mm Planetary Gear Motor Model NFP-GA16Y-030

16mm Planetary Gear Motor

Small DC Planetary Gear Motor Parameters


High Torque in a Compact Design – The NFP-GA16Y-030 planetary gear motor delivers exceptional torque in a compact 16mm diameter, making it perfect for applications where space is limited but power cannot be compromised. Ideal for robotics, automation systems, and precision instruments.

Motor Model NFP-GA16Y-030-CE
Rotation CW & CCW
Rated voltage 6V DC / 12V DC
No-load speed 11.5rpm – 2,526rpm
Out power 1.6W – 1.8W
Max torque 7Kg.cm
No-load current 0.08A – 0.16A
Output shaft diameter 3mm
Weight 25g – 35g

 

Model: NFP-GA16Y-030-06120, 6V DC, 12,000RPM, 1.8W, 35g

Precision Planetary Gear System – Featuring a high-precision planetary gear mechanism, this motor ensures smooth and efficient operation. The gear system provides excellent torque transmission with minimal backlash, enhancing the performance of your devices.

High Efficiency, High Temperature Resistance, Double Ball Bearing, High-Precision Rotor-Pure Copper Coil, Stable Output, High Conductivity, Long Wear Life, High Temperature Resistance, No Fear Of High Temperature Environment.

Ratio No Load Rated Load Stall
i : 1 Speed Current Speed Current Torque Torque Current
4.75 2526 rpm 0.16A 1852 rpm 0.3A 0.02Kg.cm 0.07Kg.cm 0.8A
16 750 rpm 0.16A 550 rpm 0.3A 0.05Kg.cm 0.2Kg.cm 0.8A
22.5 505 rpm 0.16A 391 rpm 0.3A 0.08Kg.cm 0.3Kg.cm 0.8A
49 210 rpm 0.16A 180 rpm 0.3A 0.16Kg.cm 0.7Kg.cm 0.8A
64 187 rpm 0.16A 137 rpm 0.3A 0.2Kg.cm 0.9Kg.cm 0.8A
84 143 rpm 0.16A 105 rpm 0.3A 0.3Kg.cm 1.1Kg.cm 0.8A
135 89 rpm 0.16A 65 rpm 0.3A 0.5Kg.cm 1.8Kg.cm 0.8A
224 53.5 rpm 0.16A 39 rpm 0.3A 0.7Kg.cm 3Kg.cm 0.8A
304 39 rpm 0.16A 29 rpm 0.3A 1Kg.cm 4Kg.cm 0.8A
399 30 rpm 0.16A 22 rpm 0.3A 1.3Kg.cm 5Kg.cm 0.8A
509 23.5 rpm 0.16A 17 rpm 0.3A 1.7Kg.cm 7Kg.cm 0.8A
684 17.5 rpm 0.16A 13 rpm 0.3A 2.3Kg.cm 9Kg.cm 0.8A
1026 11.5 rpm 0.16A 8.5 rpm 0.3A 3.5Kg.cm 14Kg.cm 0.8A
Note: all reduced no-load speeds have a tolerance of ±15%.

Model: NFP-GA16Y-030-12120, 12V DC, 12,000RPM, 1.6W, 35g

Durable Construction for Long-Lasting Performance – Built with high-quality materials, this planetary gear motor offers exceptional durability and longevity. Its robust construction withstands continuous operation and harsh conditions, reducing maintenance costs and downtime.

Ratio No Load Rated Load Stall
i : 1 Speed Current Speed Current Torque Torque Current
4.75 2526 rpm 0.08A 1852 rpm 0.14A 0.02Kg.cm 0.07Kg.cm 0.32A
16 750 rpm 0.08A 550 rpm 0.14A 0.05Kg.cm 0.2Kg.cm 0.32A
22.5 533 rpm 0.08A 391 rpm 0.14A 0.08Kg.cm 0.3Kg.cm 0.32A
49 245 rpm 0.08A 180 rpm 0.14A 0.16Kg.cm 0.7Kg.cm 0.32A
64 187 rpm 0.08A 137 rpm 0.14A 0.2Kg.cm 0.9Kg.cm 0.32A
84 143 rpm 0.08A 105 rpm 0.14A 0.3Kg.cm 1.1Kg.cm 0.32A
135 89 rpm 0.08A 65 rpm 0.14A 0.5Kg.cm 1.8Kg.cm 0.32A
224 53.5 rpm 0.08A 39 rpm 0.14A 0.7Kg.cm 3Kg.cm 0.32A
304 39 rpm 0.08A 29 rpm 0.14A 1Kg.cm 4Kg.cm 0.32A
399 30 rpm 0.08A 22 rpm 0.14A 1.3Kg.cm 5Kg.cm 0.32A
509 23.5 rpm 0.08A 17 rpm 0.14A 1.7Kg.cm 7Kg.cm 0.32A
684 17.5 rpm 0.08A 13 rpm 0.14A 2.3Kg.cm 9Kg.cm 0.32A
1026 11.5 rpm 0.08A 8.5 rpm 0.14A 3.5Kg.cm 14Kg.cm 0.32A
Note: all reduced no-load speeds have a tolerance of ±15%.

Micro DC Gear Motor Outline Drawing


Versatile Voltage Compatibility – Designed to operate efficiently across various voltage inputs, the NFP-GA16Y-030 adapts easily to your power requirements. Suitable for battery-operated devices and systems requiring consistent performance.

NFP-GA16Y-030-CE small gear motor outline drawing

Keywords:
16mm planetary gear motor, NFP-GA16Y-030, high torque micro motor, miniature planetary gear motor, 16mm gear motor, precision planetary motor, DC gear motor, small planetary gear motor

Order Samples

NFP-Motor

Need-For-Power Motor


Call: +852 5142 2310
Email: info@nfpmotor.com
Click Button👇 Get Reply In 8 hours!

NFP-Motor
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.