E-Z-GO Industrial
Differential fluid capacity & service interval
E-Z-GO Industrial differential fluid capacity is 1,2 liters. Service intervals include checks at 20 hours and changes at 12 months or 250 hours. The data covers 4 configurations.
The configuration chart below lists fill volumes and service intervals for each engine and trim variant.
| Type | Specifications |
|---|---|
|
|
|
|
|
|
|
|
Additional Notes
- The E-Z-GO Industrial rear differential fluid capacity is 1.2 liters across all four configurations covered in the 2004-2007 specifications, applying equally to the Industrial 800 (electric), Industrial 800 (Petrol), Industrial 1000 (electric), and Industrial 1200 (Petrol).
- A 1.2-liter capacity figure for a rear differential represents a relatively modest fill volume, consistent with the compact gear housings found in utility and industrial vehicle platforms rather than full-size automotive axle assemblies.
- The check interval for the rear differential is set at 20 hours of operation under normal use conditions across all four configurations, reflecting the hour-based service tracking common in industrial and fleet equipment maintenance.
- The change interval is expressed as a dual condition: 12 months or 250 hours, whichever comes first under normal use. The dual-condition format accounts for both calendar-based degradation and load-cycle-based wear of the fluid.
- No variation in rear differential fluid capacity or service intervals exists between the electric and petrol-powered variants within the same payload class. The Industrial 800 (electric) and Industrial 800 (Petrol) share identical 1.2-liter capacity and identical check and change schedules.
- The same uniformity extends across payload classes. The Industrial 1000 (electric) and Industrial 1200 (Petrol) carry the same 1.2-liter rear differential capacity and the same 20-hour check and 12-month/250-hour change intervals as the 800-series models.
- All four configurations are designated under normal use conditions, meaning the stated intervals are not adjusted for severe-duty or reduced-load operating scenarios in the available specifications.