CHS-GM29-10BY DC 5V Micro Stepping Gear Motor Permanent Magnet Brushless Stepping Secondary Variable Speed Motor
Description:
CHS-GM29-10BY DC 5V Micro Stepping Gear Motor Permanent Magnet Brushless Stepping Secondary Variable Speed Motor
Specifications:
| Product Name |
DC Brushless Stepping Secondary Variable Speed Motor |
| Brand |
CHIHAI |
| Model |
CHS-10BY-M1055 |
| Body Length |
51mm |
| Body Thickness |
11.65mm |
| Output Ahaft |
Hollow Heterosexual Coupling Shaft (see figure for details) |
| Weight |
Appr.43g |
| Quantity |
1 Pc ? Gear Motor |
| Rated Voltage |
5V DC (DrIver IC:I6219) |
| Current Per Phase |
128mA/PHASE |
| Coil Resistance |
39±ohm/PHASE |
| NO.of PHASES |
2 PHASES |
| Step Angle |
18°/STEP |
| Excitation Method |
2 PHASES Excitation |
| Drive Mode |
Bipolar Drive |
| Coil Inductance |
14.3mH/PHASE |
| Pull-out Torque |
More Than 3.5 gf-cm AT 500 pps |
| Holding Torque |
More Than 13 gf-cm AT 0 pps |
| Max Response Frequency |
More Than 1200 pps |
| Max Starting Frequency |
More Than 900 pps |
| Insulation Class |
Class E For Coils |
| Insulation Strength |
100 V AC For One Second |
| Insulation Resistance |
500MΩ DC 500V |
| Operating Temperature |
-0~+55°C |
| Model: CHF-GM29-10BY | ||||
| Voltage: DC 5V | ||||
| Reduction ratio | Step | No-load characteristics 1000PPS （rpmï¼?/td> | Holding Torque (kg.cm) | Keep pulling out (kg.cm) |
| 1:5.58?4 | 0.80645 | 134 | ??.15 | ??.06 |
| 1:9.68?4 | 0.46488 | 77.5 | ??.35 | ??.12 |
| 1:20.50?4 | 0.21951 | 36.6 | ??.7 | ??.23 |
| 1:29.12?4 | 0.15453 | 25.8 | ??.9 | ??.38 |
| 1:49.99?4 | 0.09002 | 15 | ??.7 | ??.65 |
| 1:99.00?4 | 0.04545 | 7.6 | ??.5 | ??.2 |
| 1:151.55?4 | 0.02969 | 4.95 | Can't exceed 4.0kg.cm | ??.9 |
| 1:210.59?4 | 0.02137 | 3.56 | ??.6 | |
| 1:297.92?4 | 0.0151 | 2.51 | ??.8 | |
| 1:379.17?4 | 0.01187 | 1.98 | ??.5 | |
Features:
- Motor parameters support customization.
- The overall thin geared motor main body gives customers more room for design imagination and brings a lighter and ultrathin design to the power system of intelligent products.
- The basic reduction structure adopts a tower wheel reduction mechanism.
- The secondary deceleration adopts a bevel gear transmission mechanism to change the output direction, increase the reduction ratio, increase the torque, reduce the output speed, and change the overall output space positioning design.
- Made of metal, compared with other motors, our noise is lower, the power is stronger, and the service life is longer.
Package Included:
| 1 ? |
Gear Motor |
More Details:
