Iseki SXG
Coolant capacity & service interval
Iseki SXG models require coolant with a capacity range of 3 to 4.1 liters. Service intervals include checking at 10 hours and changing every 12 months. The data covers 6 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
| SXG15 HE/HSE |
|
| SXG19 UE/UGE |
|
| SXG216 HE42/HSE42 |
|
| SXG22 UE/UGE |
|
| SXG323 HE42/HGE42 |
|
| SXG326 HE42/HGE42 |
|
Additional Notes
- For Iseki SXG15 HE/HSE, coolant capacity is listed as 3 liter for the cooling system under normal use. A single capacity value in a cooling-system entry indicates the stated fill amount for routine service of the system.
- For SXG19 UE/UGE, coolant capacity is stated as 3,5-4,1 liter under normal use. A range indicates variation within the listed configuration group rather than one fixed amount for every unit in the group.
- SXG216 HE42/HSE42 carries the same cooling-system capacity as SXG15 HE/HSE at 3 liter, with a check interval of 10 hours and a change interval of 12 months under normal use.
- The Iseki SXG22 UE/UGE cooling system is specified at 3,5-4,1 liter in normal use, matching the interval pattern of checking every 10 hours and changing every 12 months.
- SXG323 HE42/HGE42 uses a 3,5-4,1 liter coolant capacity for the cooling system. In the same row, the service schedule remains tied to normal use with inspection at 10-hour intervals and coolant replacement at 12 months.
- SXG326 HE42/HGE42 also lists 3,5-4,1 liter for cooling-system capacity under normal use. Within the specification line, "Check 10 hours" refers to the recurring inspection interval, while "Change 12 months" refers to the replacement interval.
- Across the listed SXG cooling-system entries, interval wording stays the same where normal use applies: coolant level or condition check at 10 hours and coolant change at 12 months.
- Capacity values vary by type between a fixed 3 liter fill and a ranged 3,5-4,1 liter fill. In coolant specifications, such values refer to system volume associated with the cooling system entry rather than a viscosity or grade measurement.