SGMSH-15A2A31 Motor original Yaskawa de super alta potência SGMSH-15A2A31
Introducing the Yaskawa SGMSH-15A2A31: Power and Precision in Motion
The Yaskawa SGMSH-15A2A31 servo motor stands at the forefront of advanced motion control technology, designed for applications requiring exceptional performance and reliability. This super high power motor integrates cutting-edge features that allow for seamless operation across various industrial settings. Its sophisticated design ensures an optimal balance between torque and speed, making it an ideal choice for demanding environments.
Especificações do produto
| Especificação | Detalhes |
|---|---|
| Marca | Yaskawa |
| Modelo | SGMSH-15A2A31 |
| Velocidade nominal | 3000 rpm |
| Poder | 1,5 kW |
| Tensão de alimentação | CA trifásica 200 V |
| Codificador serial | Valor absoluto de 17 bits |
| Sequência de Design | UM |
| Extremidade do eixo | Cone 1/10 com Chave Paralela |
| Peças Opcionais | Sem vedação de óleo de freio |
Recursos avançados
The SGMSH-15A2A31 is part of Yaskawa’s ultra high power response series, specifically engineered for applications requiring low inertia and high torque capabilities. It incorporates an online automatic adjustment system, facilitating quick measurements of mechanical properties and optimal servo gain settings. The motor’s intelligent capabilities allow for immediate adaptations, ensuring peak performance even from initial activation.
Automatic Identification and Compatibility
This servo motor is equipped with an automatic identification feature, streamlining installation by allowing the servo drive to automatically recognize power specifications and set motor parameters. Connections for regenerative resistors are integrated, enhancing the system’s efficiency and facilitating easy maintenance.
Aplicações Versáteis
With its robust design and versatile application capability, the Yaskawa SGMSH-15A2A31 finds use in machine tools, transport machinery, handling equipment, and food processing machinery, among others. Its resilience and efficiency make it a cornerstone in manufacturing environments that demand precision and reliability.
