John Deere Harvester S Series S670 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.
John Deere Harvester Erie 670 chip tuning involves recalibrating the engine control unit (ECU) – the Phoenix L14 with an ECU Micro processor – to improve the efficiency and reliability of the equipment. For the John Deere Harvester Erie 670 13.5L I6 operating in demanding conditions, stability and torque are particularly important. The ECU re-flashing process allows adaptation of the engine’s operating algorithms to specific application requirements, ensuring optimal fuel combustion and maximum performance.
We analyze the current engine parameters, taking into account its age (2007) and the specifics of operation in field conditions. Our goal is to achieve more efficient operation of the 292 kW engine, increase torque, and provide smooth, confident traction even under high load. Disabling the EGR and DPF systems is possible if required, which reduces engine stress and extends its service life.
Chip tuning for the John Deere Harvester Erie 670 from AutoChip.lv is not simply about increasing power, but also about optimizing the engine’s overall operation, aimed at improving reliability and durability. We remove the limitations imposed by the manufacturer and adapt the ECU to real-world operating conditions, which helps to avoid errors and ensure stable equipment operation. John Deere Harvester Erie 670 chip tuning.
Specification
| Power (KW) | 292 |
|---|---|
| Power (HP) | 392 |
| Torque (Nm) | Torque (Nm) |
| Power (PS) | 397 |
| ECU Brand | Phoenix |
| ECU Version | L14 |
| ECU Micro | ECU Micro |
| Tools | KESS3 compatible Powergate not compatible |
| Connection | OBD available |
| Year | 2007 |
| Type | Tractors |
