Product Overview：
The Three-Phase IE5 (YE5) Series Aluminum Shell Motor is a high-efficiency motor designed for industries requiring reliable performance, energy savings, and long-term durability. Its aluminum shell provides a lightweight yet robust solution, ideal for applications in sectors such as manufacturing, HVAC, and conveyor systems.
Product Description：
The IE5 (YE5) series motors are specifically engineered to offer high efficiency and cost savings. With an efficiency level of over 95%, they outperform many traditional motors, reducing both energy usage and operational costs.
The aluminum casing ensures that the motor remains light while maintaining durability and excellent heat dissipation properties. A manufacturing plant utilizing multiple conveyor systems with IE5 (YE5) motors could reduce energy consumption by as much as 20-30%, depending on the load and operation time.
These motors are also compatible with variable frequency drives (VFDs), allowing for flexible speed control and further energy savings.
Key Features:
Super high efficiency: Rated IE5, representing potential up to 10 percent more energy savings than IE3 models, perfect for continuous and heavy-duty applications, such as industrial refrigeration, air compressors, or water pumps.
The lightweight but tough aluminum shell: In contrast to cast iron, an aluminum casing reduces the total weight of the motor by up to 25% without losing its structural qualities. This is particularly useful for mobile machines or equipment that needs to be moved often.
Reduced operational noise: Constructed using precision-balanced rotors and specifically designed airflow characteristics, these motors operate with an average of 5 decibels less noise than the competition for quieter operation; ideal in sectors such as food processing or pharmaceutical production.
Longer life: The motor lasts up to 30% longer because of its improved heat dissipation, and corrosion protection decreases maintenance costs over time.
Compatibility with VFDs: The motor is also compatible with VFDs, which enables precise speed control that improves the performance for other applications such as fluid handling or material transport. This ensures that power is drawn only when required, contributing to reduced operational costs as well.
