That’s why Danfoss offers anti-stall solutions to automatically manage the power needs of the machine to prevent stalling.
For dual path vehicles, Danfoss anti-stall solutions can dynamically readjust how much power is being sent to each side of the machine. This is helping to better control vehicle direction, movement and speed.
Engineers at Danfoss Application Development Centers can help you test and implement the right anti-stall solutions. This by using a combination of motors, speed sensors, pressure transfer, and built-in software intelligence. This is ensuring you to get the most from your machine’s engine. By partnering with Danfoss, you can offer your customers machines with proven anti-stall solutions. These will make them more efficient and productive.
Track stall and anti-stall
Preventing stall in dual path vehicles requires the management of engine power. This in parallel with ground speed requirements, to optimize vehicle performance.
Anti-stall
Many applications, from construction to agriculture, require working on steep grades. In these situations, preventing the vehicle engine from stalling while maintaining maximum power plays an important role in optimizing machine performance and productivity.
Related products
Related solutions
The Danfoss Series 45 pressure compensating/load sensing (PCLS) pump with Electronic Torque Limiting (ETL) control proactively and automatically maximizes system pressure in milliseconds for the available engine torque while preventing stalls.
When you partner with Danfoss, you get hitch control solutions that are easily incorporated into production. Helping to make your machines more competitive by enhancing the safety, comfort and productivity of your customers.
Danfoss precise work function control can make all the difference. Minimize your expenses, risk and machine design cycle time — and get your products in the marketplace faster.
Our PLUS+1® platform delivers the software application development power you need — and doesn’t require specialized programming skills.