Massey Ferguson 2000
Coolant capacity & service interval
Massey Ferguson 2000 uses coolant with a capacity of 27 liters. Service intervals include checking at 100 hours and 125 hours, and changing at 500 hours. The data covers 8 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| MF 2645 (1985-1987) |
|
| MF 2685 (1985-1987) |
|
| MF 2725 (1985-1987) |
|
| MF 2620 (1980-1987) |
|
| MF 2625 (1980-1987) |
|
| MF 2640 (1980-1987) |
|
| MF 2680 (1980-1987) |
|
| MF 2720 (1980-1987) |
|
Additional Notes
- All eight models in the Massey Ferguson 2000 series covered here share a uniform cooling system capacity of 27 liters, a figure consistent with the large-displacement diesel engines typical of high-horsepower agricultural tractors from this era.
- The 500-hour coolant change interval applies uniformly across all listed models under normal use conditions, a schedule that reflects standard practice for heavy-duty tractor cooling systems where extended drain intervals help minimize downtime during working seasons.
- The MF 2620, MF 2625, MF 2640, MF 2680, and MF 2720 all carry a 125-hour coolant check interval, meaning the level and condition of the coolant are to be inspected well before any scheduled change is due.
- The MF 2645, MF 2685, and MF 2725 specify a shorter 100-hour check interval rather than 125 hours, representing a more frequent inspection schedule despite sharing the same 500-hour change interval and 27-liter capacity as the other models.
- The three models with the 100-hour check interval — the MF 2645, MF 2685, and MF 2725 — all entered production in 1985, while the models with the 125-hour check interval date back to 1980, suggesting a revision in maintenance scheduling for the later introductions within the series.
- A coolant check at 100 or 125 hours does not trigger a fluid change; the change interval remains fixed at 500 hours across all configurations, meaning the check serves solely as a condition and level verification between full drain-and-fill services.