S-Panther compact fans
The S-Panther generation of compact fans are designed especially to dissipate heat in only limited space environments.
We're proud to work with ebm-papst, the world leader in fan and motor technology. Since 1963, ebm-papst has been setting global industry standards with its energy-efficient and intelligent solutions, offering over 20,000 products to tackle virtually any ventilation challenge. From compact, high-performance fans to energy-efficient solutions for light industrial applications, ebm-papst products are trusted across industries such as IT and telecommunications, HVAC, refrigeration, domestic appliances, industrial engineering, and automotive. Each new product is designed to be more efficient and sustainable than the last, thanks to their innovative EC technology. At RS, we offer a wide selection of ebm-papst’s heating, ventilation, air conditioning, fan, and thermal management products, providing you with the top-tier solutions you need.
Watch the video to learn about the benefits of Higher Level Assembly (HLA), the custom assembly services offered by ebm-papst UK. Why buy a fan when you can get a custom solution?
The S-Panther generation of compact fans are designed especially to dissipate heat in only limited space environments.
The Plug 'n' Play compact fans make the mounting and installation of fans easier. They come pre-fitted with a Molex connector and threaded brass inserts.
The AC compact fan kits simplify the buying process by eliminating the need to purchase principal accessories separately.
ebm-papst IP68 ingress protected fans are ideal for operation in the harshest of environments. Designed to perform subject to dust and water exposure.
It's an online platform which allows passionate engineers to share ideas and find resources or tools to help with their projects.
Manufacturing made simple. The Higher Level Assembly (HLA) service from ebm-papst partnering with RS Components allows you to exploit the benefits of off-site product assembly.
An axial fan blade works on the same principle as how an aircraft wing generates lift. The difference in higher pressure below the wing and lower pressure above it generates lift.