integrated servo motor iHSV42-40-05-24
IHSV42-40-05-24 24V high torque low power 52W high quality closed loop AC motor integrated servo drive and motor
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Description
An integrated servo motor typically refers to a servo motor that incorporates various components, such as the motor, drive electronics, and sometimes even the controller, into a single compact unit. This integration simplifies the overall system architecture, reduces wiring complexity, and often enhances overall performance
Key features of integrated motor include:
- Motor: The motor includes the electric motor responsible for generating motion.
- Drive Electronics: The drive electronics are the components responsible for controlling the power supplied to the motor. ces
- Controller (Optional): In some integrated servo motors, a controller may also be included.
- Feedback System: Many integrated servo motors include a feedback system, such as encoders or resolvers, to provide information about the motor’s current position.
- Compact Design: One of the main advantages of integrated servo motors is their compact design.
- Reduced Wiring: Integration often leads to a reduction in wiring, This can make installation and maintenance easier.
- Ease of Use: Integrated servo motors are often designed to be user-friendly, with simplified setup and configuration processes.
Naming rules
Specifications:
| Number of Phase | 3 | Line-line Resistance: Ω±10% | / |
| Rated Voltage: V | 24 | Line-line Inductance: MH±20% | / |
| Rated Power: W | 52 | Rated Torque: Nm | 0.125 |
| Rated Speed: rpm±7% | 4000 | Torque Coefficient: Nm/A | 0.044 |
| No-load Speed: rpm±7% | 5200 | Back EMF constant: V/krpm | 3.26 |
| Rated Current: A±20% | 3.4 | Rotor Inertia: kg·mm² | 9.5 |
| No-load Current: A | 0.45 | Insulation Class (UL) | B |
iHSV42-40-05-24 Mechanical Dimensions
Torque cruve
Integrated motors find applications in various industries, including robotics, automation, CNC machinery, and other systems where precise motion control is crucial.When considering an integrated servo motor, it’s essential to evaluate factors such as the required torque, speed, precision, and the specific features of the integrated system to ensure it meets the needs of the intended application.
