Deutz-Fahr Agroplus F COM3
Power steering fluid capacity & service interval
Deutz-Fahr Agroplus F COM3 uses power steering fluid with a capacity of 41 liters. Service intervals include a 50 hour check and a 1200 hour or 24 month change. The data covers 6 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
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Additional Notes
- The power steering fluid on the Deutz-Fahr Agroplus F COM3 is part of a shared reservoir that also serves the transaxle and hydraulic system. A 41-liter capacity reflects this combined volume rather than a standalone power steering circuit, which is typical of agricultural tractors where a single fluid sump handles multiple functions simultaneously.
- All six configurations across the Agroplus F 320, F 410, and F 420 variants carry an identical 41-liter capacity, indicating that the shared transaxle/hydraulic/power steering sump is consistent across the model range regardless of engine designation or serial number bracket.
- The serial number brackets used in the specifications — up to 1001 and from 1002 to 5001 — represent production sequence ranges rather than model year divisions. Both brackets within each variant share the same 41-liter capacity and identical service intervals, meaning no fluid specification change occurred between early and later production units within the 2009-2015 span.
- A fluid level check interval of 50 hours is specified under normal use conditions. In agricultural equipment, 50-hour checks are standard practice given the demanding operating environments that can accelerate fluid contamination or loss through seals and connections.
- The change interval is set at 1200 hours or 24 months, whichever comes first, under normal use conditions. The dual-trigger format accounts for tractors that accumulate hours slowly, ensuring time-based degradation of the fluid does not go unaddressed even at low annual usage rates.
- A 1200-hour drain interval for a combined transaxle/hydraulic/power steering system is a relatively extended service cycle. The large 41-liter sump volume contributes to this, as greater fluid mass dilutes contaminants and heat-related degradation products more effectively than smaller dedicated reservoirs would.