Landini Series 7 SWB
Coolant capacity & service interval
Landini Series 7 SWB coolant capacity is 27 liters. Service intervals occur every 2000 hours or 24 months. Data covers 6 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| 7-165 SWB Robo-Six, Stage V (2022- ) |
|
| 7-170 SWB Robo-Six, Stage V (2022- ) |
|
| 7-175 SWB Robo-Six, Stage V (2022- ) |
|
| 7-175 SWB V-SHIFT, Stage V (2022- ) |
|
| 7-180 SWB Robo-Six, Stage V (2022- ) |
|
| 7-185 SWB V-SHIFT, Stage V (2022- ) |
|
Additional Notes
- All six configurations in the Landini Series 7 SWB coolant specifications share an identical cooling system capacity of 27 liters, indicating a uniform engine cooling architecture across the 7-165, 7-170, 7-175, 7-180, and 7-185 power variants.
- A 27-liter cooling system capacity is relatively large for agricultural tractor applications, reflecting the demands of high-output Stage V emissions-compliant engines, which typically incorporate additional cooling circuits for exhaust aftertreatment components such as EGR coolers and SCR systems.
- The coolant change interval is set at 2000 hours or 24 months under normal use conditions, meaning whichever threshold is reached first triggers the service requirement.
- A 2000-hour or 24-month interval is a common benchmark for extended-life coolant formulations in heavy agricultural equipment, as modern OAT (Organic Acid Technology) or HOAT coolants are engineered to maintain corrosion inhibitor effectiveness over longer periods compared to conventional coolants.
- Both transmission variants represented in the specifications, the Robo-Six and the V-SHIFT, share the same 27-liter cooling system capacity and 2000-hour/24-month change interval, indicating no differentiation in cooling system service requirements between the two gearbox types.
- The 7-175 SWB is the only power rating available in both the Robo-Six and V-SHIFT transmission configurations within these specifications, yet both variants carry identical cooling system capacity and service interval figures.