A multi-sensor-based instrumentation system was assessed under static and dynamic conditions to precisely measure a tractor-implement performance in the field. The system was evaluated using a tractor and three different implements, viz. 11-tyne cultivator, three-bottom ridger and nine-row spatially modified no-till drill. The final results were compared with conventional measurement techniques. The range of disparity for wheel slip, draft, inclination angle, fuel consumption, radiator fan speed and forward speed was 4.24–5.99%, 2.63–4.95%, 2.68–7.20%, 3.78–5.64%, 3.37–4.81% and 3.04–4.97% respectively. The system could measure real-time variations in the field and proved to be an energy- and time-saving device.
Keywords
Data Logger, Instrumentation System, Perfor-Mance Assessment, Sensors, Tractor Implements.
User
Font Size
Information