UQM-Danfoss PP160 Motor & Controller

Danfoss EM-PMI250 Motor & EC-C1200D Inverter – High-Performance Electric Drive Solution

The Danfoss EM-PMI250 Motor and EC-C1200D Inverter form a powerful and efficient electric drive system designed for high-demand applications. Whether you're powering an industrial machine, an electric vehicle, or an advanced automation system, this combination delivers exceptional efficiency, reliability, and performance.

Danfoss EM-PMI250 Motor

The EM-PMI250 is a high-efficiency permanent magnet synchronous motor (PMSM) known for its compact design, low maintenance, and superior power density. Built with an advanced cooling system, it ensures optimal thermal management and continuous high-performance operation even under demanding conditions.

• High Efficiency: Optimized for minimal energy loss, reducing operational costs
• Robust Design: Designed for harsh environments with high durability
• Compact & Lightweight: Ideal for space-constrained applications
• Low Maintenance: Permanent magnet design eliminates wear-prone components

Danfoss EC-C1200D Inverter

The EC-C1200D inverter is engineered for seamless integration with the EM-PMI250 motor, offering precise control, dynamic response, and intelligent power management. With high power output and advanced safety features, it is perfect for applications requiring reliable and stable motor control.

• 1200V DC Input: Supports high-voltage systems for superior power efficiency
• Advanced Control Algorithms: Ensures smooth operation and precise speed control
• Rugged & Reliable: Designed for industrial and automotive applications
• Efficient Thermal Management: Keeps the system cool under heavy loads

Ideal Applications

This motor and inverter combo is well-suited for electric and hybrid vehicles, industrial automation, marine propulsion, and high-performance mobile machinery.

With Danfoss’ industry-leading technology, the EM-PMI250 Motor & EC-C1200D Inverter provide a cutting-edge solution for businesses looking to enhance efficiency, reduce energy consumption, and maximize performance.