ebm-papst

Source: ebm-papst
https://www.ebmpapst.com/sg/en/products.html

This article introduces representative product examples, use cases, and implementation case studies for ebm-papst’s industrial fans.

Use this article as a reference when considering installation in industrial and commercial environments to see which site conditions industrial fans work best in.

Product Examples of Industrial Fans
Offered by ebm-papst

RadiPac (EC Centrifugal Fans)

Source: ebm-papst
https://www.ebmpapst.com/jp/ja/campaigns/product-campaigns/centrifugal-fans/radipac.html

Situations Where
RadiPac (EC Centrifugal Fans) Works Best

It works best when you need to deliver airflow while accounting for resistance from ducts, filters, and heat exchangers, while maintaining a certain level of static pressure.

For example, this includes air conditioning units in factories or buildings, precision air conditioning units, and server rack cooling, where you want stable operation while adjusting airflow to match load fluctuations.

Product Specifications

HyBlade (Axial Fans)

Source: ebm-papst
https://www.ebmpapst.com/de/en/campaigns/product-campaigns/axial-fans/hyblade.html

Situations Where
HyBlade (Axial Fans) Works Best

It works best for outdoor equipment applications such as around heat exchangers, heat pumps, and the outdoor side of air conditioning systems, especially at sites where low noise and environmental resistance are priorities.

For example, it fits equipment installed near residential areas or places where people tend to linger, where operating noise can be an issue and exposure to rain, wind, UV, and temperature swings must be considered.

Product Specifications

Implementation Case Studies of
ebm-papst’s Industrial Fans

Improving Precision Air Conditioning in
Data Centers

Source: ebm-papst
https://www.ebmpapst.com/sg/en/newsroom/projects/keeping-servers-cool-and-data-safe-at-NTT.html

In data centers, key challenges include continuous cooling and keeping up with load fluctuations. Three RadiPac units were installed in each precision air conditioning unit, and fan speed was automatically controlled based on differential pressure (4–6 Pa). Standby units also operated in low-speed parallel operation, maintaining required airflow while improving efficiency and service life.

Upgrading Air Conditioning Units with
FanGrid

At Changi Airport, belt-driven fans in air conditioning units created challenges with declining efficiency and maintenance burden. The system was upgraded to FanGrid, which runs EC fans in parallel, ensuring redundancy while saving space. It achieved average energy savings of 25% and improved airflow by over 15%, while also reducing operational burden through low noise and low vibration.

Company Information:
ebm-papst