มอเตอร์ SIMOTICS HV M SIEMENS

มอเตอร์ SIMOTICS HV M SIEMENS

High voltage motors employing a modular cooling concept in with welded steel enclosure for applications in sectors such as oil & gas, petrochemical, chemical, steel, shipbuilding, cement, fiber, water & wastewater and power generation. Project execution times are sped up as a result of the extremely short delivery times and the fact that these motors can be simply engineered to address the application. Due to the flexible concept, the motor can be precisely adapted to the appropriate application. This is complemented by outstanding reliability, a high degree of mechanical stiffness as well as a weight-optimized and noise-dampening design.

Your Benefits

• Accelerated projects
• Reduced effort and time saving
• Accurately fitting solutions for the individual application
• Time savings in planning and modernizing of plants
• Higher reliability and lower vibrations, even under extreme conditions
• High availability over the complete lifecycle, low operation costs
• Standards of industrial sectors like API, ship classification societies can be fulfilled
• Designs for hazardous areas, certificates available for many countries
• Extensive engineering know-how leads to tailor-made solutions

Features

• Very short delivery times for this motor’s power rating output – based on standardized production and testing processes
• Simple selection and configuration with standard engineering tools
• High degree of flexibility and adaptability to address the application’s requirements
• 3D motor data from the PLM software (Product Lifecycle Management) can be used over the complete lifecycle
• High stiffness and low noise housing design with low weight
• Low temperature design down to -50 °C
• Special coating systems for highest requirements and corrosive environment
• Optimized performance with SINAMICS MV-converters in Integrated Drive Systems
• Highly modifiable to suit your specific plant or system needs, as well as for retrofit applications

Technical data overview

Brief overview