SGMSH-15ACA3C Motor original Yaskawa Super alta potência SGMSH-15ACA3C
Yaskawa SGMSH-15ACA3C: The Pinnacle of Precision and Power
Introducing the Yaskawa SGMSH-15ACA3C, a high-performance servo motor engineered for advanced automation applications. This super high power motor stands out with its remarkable capabilities, ensuring unparalleled efficiency and responsiveness in your systems. With cutting-edge features tailored for diverse industrial settings, the SGMSH-15ACA3C is poised to become your ideal partner in precision motion control.
Visão geral do produto
Recurso | Especificação |
---|---|
Marca | Yaskawa |
Nome | Motor de super alta potência |
Modelo | SGMSH-15ACA3C |
Velocidade nominal | 3000 rpm |
Poder | 1,5 kW |
Tensão de alimentação | CA trifásica 200 V |
Codificador serial | Valor relativo de 17 bits |
Sequência de Design | UM |
Extremidade do eixo | Cone 1/10 com Chave Paralela |
Peças Opcionais | Freio DC24V |
Principais características
- High Torque with Low Inertia: The SGMSH-15ACA3C is purpose-built for applications demanding rapid changes in motion, delivering both power and precision.
- Automatic Configuration: This motor features online automatic adjustment capabilities that measure mechanical properties and set servo gain seamlessly.
- Efficient Wiring Design: Utilizing a serial encoder reduces the wiring complexity by 50%, simplifying installation and maintenance.
- Advanced Position Feedback: Achieve high-precision control through external feedback signals, allowing for intricate motion control scenarios.
- Compatibilidade com DeviceNet: Enhance your network communication with DeviceNet, enabling effective servo information management and real-time performance monitoring.
Conclusão
The Yaskawa SGMSH-15ACA3C isn’t merely a servo motor; it represents a leap forward in motion control technology. With its robust set of features and reliable performance, this motor can significantly enhance the effectiveness of your automation systems. Trust in Yaskawa for a future of unmatched precision, power, and efficiency.