Navigating the future of Powertrain Cooling

As the Off-Highway industries transition to lower-emission and zero-emission setups, more powertrain options require more versatile and flexible cooling solutions. We have options for all your requirements, across applications and power sources. From the tried and tested Internal Combustion Engines (ICE) over Fuel-Cell and Battery Electric motors, we've got you covered.
Construction Agriculture Material Handling Thermal Management Systems
ICE
Most commonly used Off-Road power source. Reliable and rigid power generation option even under the most challenging environmental conditions. Configured for the use with various Fuel options to comply with energy demand needs and emission regulations.
Fuel Cell
Device that converts the chemical reaction energy of Hydrogen (or other fuels) into electricity. The conversion is Emission free and hence a valid option in especially in energy demanding applications.
Battery Electric
Devices relying solely on Batteries as power source and are hence the most used powertrain option for Zero-Emission applications. Batteries must be kept in a narrow temperature range to ensure long lifetime and high battery efficiency overall.
Cooling tower

Construction

Modular design concept: DCmax™ axial fans and PMAX axial impellers are tailored to application and powertrain needs. The reduced power draw results in fuel savings during work cycles. A broad range of high-pressure fans support Zero-Emission machinery.

16% power savings

A hydraulic driven fan in a 20-ton Hybrid Excavator was replaced by an array of 5 DCmax™ axial fans. By doing so, the customer was able to reduce power consumption of the cooling fan(s) by 16% resulting in notable energy and hence fuel savings.
Cooling tower

Agriculture

Experience top-notch cooling efficiency, even in the toughest conditions. With advanced speed modulation and clutch options, you’ll enjoy fuel and noise savings. Plus, our durable, compact fans are built to handle the harshest off-road environments, ensuring reliable performance every time.

2 dB(A) quieter

Our PMAX4 impeller helped our customer achieve a 2 dB(A) noise reduction on his combine harvester –  while improving  the cooling performance in hot climates
Cooling tower

Material handling

Enjoy energy-efficient operation that extends your working time. Our solutions offer higher pressure and flow capabilities to tackle challenging conditions in both compact and heavy machinery. Plus, experience quieter operation with fan solutions tailored to your specific working areas.

over 40 A less current draw

On our customer's full-electric reach stacker, DCmax™ cooling fans run at lower speed than the past design's six standard automotive DC fans. This means current draw savings of up to 7 Ampere per fan – over 40 A for the system – and hence, huge power savings, useable for work functions.
Cooling tower

Thermal management systems

Discover a broad range of fan solutions designed to meet all your application and powertrain needs. Benefit from higher pressure and flow capabilities that enable design adjustments for more compact TMS solutions. Our performance data is based on real environmental conditions, ensuring reliability. Plus, our axial fan solutions are tailored to deliver the best efficiency setup for your specific requirements.

19% higher pressure

By utilizing the DCmax­™ axial fan with its superior pressure capabilities, a manufacturer of Thermal Management Systems was able to implement a more energy-efficient design using DC electric fans.

The 19% higher pressure capability of the DCmax™, compared to standard automotive DC fans, was crucial in achieving the necessary airflow volume, enabling a more compact and efficient radiator design. This innovation not only enhances performance but also offers significant energy savings for the customer.

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