630 Series Schneider Electric Inverter Drive, 75 kW, 3 Phase, 400 V ac, 106 A, 145 A, ATV ATV630D75N4

Schneider Electric ATV 630 Series Inverter Drive, 106A/145A Current Rating, 75kW Power Rating – ATV630D75N4This inverter drive is designed for enhanced control across various industrial applications, providing solutions for both asynchronous and synchronous motors. With a power rating of 75 kW, it is a key component in industrial motor control and is focused on efficient energy management and predictive maintenance.Features & Benefits
• Provides variable frequency drive capabilities from 0.1 to 500Hz for precise speed control
• Contains integrated energy management for real-time power measurement
• Features a Profibus communication interface for smooth connectivity
• Incorporates a Safe Torque Off (STO) function to ensure operational safety
• Compact panel mount design optimises space in control panels
• ATEX certified for use in hazardous environmentsApplications
• Control of centrifugal HVAC compressors
• Synchronised control in food and beverage processing
• Suitable for mining including pumps and fans
• Employed in water treatment facilities for various pumping solutions
• Utilised in the oil and gas industry for electro submersible pumpsWhat type of motors can be controlled with this device?It is compatible with both asynchronous and synchronous motors, allowing for versatile applications.How does the inverter manage energy efficiency?The drive includes integrated power measurement capabilities, facilitating real-time monitoring of energy consumption.What is the maximum operating frequency?The maximum output frequency can reach up to 500Hz, allowing for precise speed adjustments based on application requirements.Is the drive suitable for a hazardous environment?Yes, it is ATEX certified, making it suitable for operation in zones 2 and 22, ensuring safety in environments with explosive gases or dust.How can this drive be integrated into existing systems?Utilising its Profibus communication interface, it can be easily incorporated into established networked control systems.