The off highway business is changing towards more fuel-efficient solutions at a rapid pace, placing demands on compact, well-integrated and designed cooling. We combine advanced simulations with creative engineering and quality production to deliver top-of-the-line performance with full attention to fuel consumption and the environment.
At lower engine power output and temperatures, only the charge air needs cooling. To save fuel and increase cooling efficiency, we’ve split the airflow so that the CAC can be independently cooled by two electric brushless fans.
Our side-by-side coolers integrate the AC condenser. Aside from saving space, this means air flow is kept cooler and the whole system becomes less sensitive to clogging and dirt.
By integrating a temperature and pressure bypass valve in the oil cooler, we achieve a compact, cost-efficient and fast-track solution that enables the oil to reach the correct temperature. Once the temperature is reached, the bypass automatically works as a pressure bypass valve. The integrated bypass reduces the need for extra components and dramatically reduces the risk of damaging the oil cooler.
Our calculation software gives us a wide array of air fins, fans, fan houses and fan guards to model optimal airflow and cooling efficiency based on different applications and environments.
We can also simulate a range of turbulators and fluids to model temperatures, flows, and internal pressure drops. Combined, fluid and pressure simulations help optimize the coolers from both a cost and efficiency perspective and lead to a solution that best matches the customer’s need.
In short, we offer a complete cooling solution including AC condenser for the whole machine, delivered with mounted expansion vessel, fan gaskets and attachments for easy slot-in installation. Optimized for efficiency, stability, and lower emissions to provide a long lifecycle of savings for your end customer.