S-Panther Compact Fans
The S-Panther generation are designed especially to dissipate heat in only limited space environments.
ebm-papst
ebm-papst
From compact, high performance, electronics cooling fans to energy efficient, light industrial applications, ebm-papst is the world's leading fan and motor manufacturer and has pioneered the introduction of energy-saving technologically. Products are used extensively across many industries including IT/ telecommunications, heating, ventilation, air-conditioning, refrigeration, domestic appliances, industrial engineering and automotive.ebm-papst's GreenIntelligence programme underlines its commitment when it comes to environmental protection. Each new product that we develop has to be better than its predecessor in terms of economy and ecology. At the heart of GreenIntelligence is ebm-papst's extremely energy-efficient EC technology.
RS offers a wide range of Heating, Ventilating and Air Conditioning (HVAC), fan and thermal management products and accessories from ebm-Papst.
Featured products
Setting new standards in respect of energy consumption.
- Up to 75% greater efficiency
- Low power consumption
- Long service life
Plug ‘n’ Play Compact DC Fan Assemblies
Make the mounting and installation of fans easier with Plug n’ Play versions. They come pre-fitted with a Molex connector and threaded brass inserts.
AC Compact Fan Kits
Simplifies the buying process by eliminating the need to purchase principal accessories separately.
IP68 Protected Fans
ebm-papst IP68 ingress protected fans are ideal for operation in the harshest of environments. Designed to perform subject to dust and water exposure.
DesignSpark is the home of our engineering community.
ebm-papst Custom Assembly
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.
When to choose an axial fan
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.