Tenders Are Invited For Torque Limiters

The Nuve-Lab Laboratory Of Oulu University Of Applied Sciences Will Acquire 4 Torque Limiters To Protect Both The Vehicles Under Investigation And The Laboratorys Dynamometers In Case Of Possible Errors Causing Sudden Stops. The Equipment Of The Laboratory Is Being Updated, Whereby The Maximum Wheel-Specific Torque Of The Work Machine Being Examined In The Laboratory Increases To 100 Knm. In This Case, The Adjustment Range Of The Previously Used Torque Limiters Is Not Sufficient For A Higher Torque. The Procurement Will Be Implemented Conditionally The Erkr Funding Of The North Ostrobothnia Association Has Been Applied For The Procurement. The Acquisition Can Only Be Carried Out If Financing Is Granted. If Funding Is Not Received, The Acquisition Will Have To Be Suspended. The Procurement Contract Can Be Signed When A Financing Decision Has Been Received For The Project. Rock! – Sustainable And Energy Efficient Edrive Trains Research Capabilities In The Eakr Project Of The North Ostrobothnia Association, Investments Are Made In The Expansion To Increase The Maximum Torque Range Of The Dynamometers In The Nuve-Lab Environment (Currently Continuous 25 Knm -> 85 Knm) So That The Environment Enables The Research And Development Of Electric Power Transmission Lines For Heavy For Work Machines And Industrial Applications. The Project Enables The Comprehensive Development Of The Efficiency And Thermodynamic Behavior Of Electric Power Transmission Systems Of Heavy Machinery And Industrial Applications In The Torque-Rotational Speed Ranges Appropriate For The Intended Use. With The Project, The Nuve-Lab Environment Has Substantially Better Conditions Than Before To Support The Research And Development Of Versatile Energy-Efficient And Safe Implementations. The Project Diversifies, Develops And Creates A New Business Life And Supports The Green Transition, The Project Also Creates New Business And Work Opportunities. Autowork – R&D Environment For Sustainable Autonomous Work Machines In A Project Funded By The Ministry Of Education And Culture, The Nuve-Lab Environment Of Oulu University Of Applied Sciences Is Supplemented With Capabilities To Support The Development Of Autonomous Control Of Work Machine Actuators. The Project Will Develop E.G. Methods For Validating And Calibrating The Created Digital Twins, Which Ensure The Veracity Of The Digital Twins. In Addition, The Practices And Procedures Needed To Manage Nuve-Labs Software Environment Will Be Created.