John Deere Harvester S Series S680 13.5L I6
ECU Chiptuning Performance Results
Estimated power and torque gains after Stage 1 ECU remapping
Estimated Stage 1 gains are calculated from stock values using an approximate 20% increase. Actual performance improvements may vary depending on vehicle condition, fuel quality, hardware configuration and operating environment.
Chip tuning for the John Deere Harvester erie 680 13.5L I6 involves recalibrating the Phoenix L33 electronic control unit (ECU), which utilizes an ECU Micro processor, to optimize engine performance under demanding operating conditions. In agricultural machinery such as John Deere, reliability and traction are paramount. ECU reprogramming allows the engine’s operation to be adapted to specific tasks, increasing its efficiency when operating under load. At AutoChip.lv, we analyze data from the control unit to achieve more stable operation of the John Deere Harvester erie 680 13.5L I6 engine, particularly during extended periods of heavy use. The process includes modifying parameters related to fuel delivery, ignition timing, and other critical functions. Importantly, this maintains engine life and ensures its durability. For tractors like John Deere, it is possible to disable EGR and DPF systems, which reduces engine stress and improves performance, especially in dusty environments. This also contributes to more stable operation and reduces the likelihood of errors. Chip tuning for the John Deere Harvester erie 680 13.5L I6 is aimed at improving the utilization of the 402 KW of power, ensuring reliable and productive operation of the equipment.
Specification
| Power (KW) | 402 |
|---|---|
| Power (HP) | 539 |
| Torque (Nm) | Torque (Nm) |
| Power (PS) | 547 |
| ECU Brand | Phoenix |
| ECU Version | L33 |
| ECU Micro | ECU Micro |
| Tools | KESS3 compatible Powergate not compatible |
| Connection | OBD available |
| Year | 2014 |
| Type | Tractors |
