Core Technology Introduction
Higher Energy Efficiency
- EC motors use electronic commutation, eliminating the high copper and iron losses commonly found in AC induction motors.
- This results in significantly reduced energy waste and delivers superior power savings.
Lower Heat Generation
- Higher efficiency means less energy is converted into heat.
- This makes EC fans ideal for long‑duration operation and for use in confined or thermally sensitive environments.
Longer Lifespan
- Lower heat generation and reduced mechanical stress naturally extend motor life.
- JARO EC fans employ Two Ball Bearing designs to deliver enhanced durability and extended service performance.
Precise Speed Control
- The electronically controlled drive enables consistent speed regulation and output stability.
- EC fans are also less affected by input voltage fluctuations, ensuring smoother and more reliable operation.
EC Axial Fans – Technology & Applications Overview
EC fans combine a permanent‑magnet brushless DC motor (BLDC) with an electronic commutation control circuit (EC driver) to deliver a highly efficient cooling solution. Compared with traditional AC fans, EC fans offer higher energy efficiency, longer lifespan, lower noise, and more stable performance, making them ideal for modern industrial equipment and high‑performance electronic systems.
EC fan could be widely used in many industries that need to have higher efficiency and power saving. It is mostly used in industrial and commercial refrigeration and cooling system. Application includes commercial and home appliance, air cleaner, heater, server/storage system and HVAC, equipment
