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04K-S525 - 5-Phase Stepper Motors (Shaft Type)
* Image may differ04K-S525
- Basic Step Angle [FULL/HALF] : 0.72º/0.36º
- Max. holding torque : 0.28kgf.cm
- Rotor Moment Of Inertia : 8.2g·cm²
- Winding Resistance : 1.7Ω
- Rated current : 0.75A/Phase
- Wire connection : Pentagon
- Protection structure : IP30
Data sheet Print
| Basic Step Angle [FULL/HALF] | 0.72º/0.36º |
|---|---|
| Max. holding torque | 0.28kgf.cm |
| Rotor Moment Of Inertia | 8.2g·cm² |
| Winding Resistance | 1.7Ω |
| Rated current | 0.75A/Phase |
| Motor length | 46.5mm |
| Shaft type | Single shaft |
| Wire connection | Pentagon |
| Protection structure | IP30 |
| Weight | Approx. 0.16kg(approx. 0.12kg) |
※Motor length is measured without shaft.
※Max. holding torque is maintenance torque in stopping the motor when supply the rated current and is standard method for comparing the performance of motors.
※This weight is with packaging and the weight in parentheses is only unit weight.
※Environment resistance is rated at no freezing or condensation.
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Used together with
MD5 Series
The MD5 series 5-phase stepper motor drivers allow extremely precise motor control with low mechanical noise and low vibration operation. The isolated photocoupler input design minimizes influence from electrical noise. The motors also feature various built-in functions including auto current down and self-diagnosis. The microstepping drive models offer low-speed rotation and extreme precision with up to 250 division control.
PMC-1HS/2HS Series
The PMC-1HS/2HS series high-speed programmable motion controllers are stand-alone controllers capable of 1 or 2-axis control. The controllers also feature high-speed processing up to 4 Mpps and 4 operation modes (scan, continuous, index, program). 64 steps of programming is possible with a combination of 12 control commands. Operation programming, parameter configuration and editing can be done easily with the dedicated software.
