What is the fuel capacity of Caterpillar M320 Wheel Excavator?
470 L
The cited OEM source lists Fuel for Caterpillar M320 Wheel Excavator as 470 L.
Caterpillar M320 Wheel Excavator — Fuel: 470 L · DEF: 30 L · Cooling: 31.7 L Sources, symptoms, measurements and verification on one page.
470 L
The cited OEM source lists Fuel for Caterpillar M320 Wheel Excavator as 470 L.
30 L
The cited OEM source lists DEF for Caterpillar M320 Wheel Excavator as 30 L.
31.7 L
The cited OEM source lists Cooling for Caterpillar M320 Wheel Excavator as 31.7 L.
155 L
The cited OEM source lists Hydraulic tank for Caterpillar M320 Wheel Excavator as 155 L.
270 L
The cited OEM source lists Hydraulic system for Caterpillar M320 Wheel Excavator as 270 L.
9.2 rpm
The cited OEM source lists Swing speed for Caterpillar M320 Wheel Excavator as 9.2 rpm.
52.5 kNm
The cited OEM source lists Swing torque for Caterpillar M320 Wheel Excavator as 52.5 kNm.
470 L
The cited OEM source lists Fuel capacity for Caterpillar M320 Wheel Excavator as 470 L.
9.2 rpm
52.5 kNm
470 L
30 L
31.7 L
155 L
270 L
470 L
30 L
31.7 L
155 L
270 L
9.2 rpm
52.5 kNm
470 L
30 L
31.7 L
155 L
270 L
470 L
M320 Wheel Excavator: published Swing speed reference is 9.2 rpm. Measurements on the same variant/year scope should use this value as the reference.
M320 Wheel Excavator: published Swing torque reference is 52.5 kNm. Measurements on the same variant/year scope should use this value as the reference.
M320 Wheel Excavator: published Fuel capacity reference is 470 L. Measurements on the same variant/year scope should use this value as the reference.
M320 Wheel Excavator: published DEF capacity reference is 30 L. Measurements on the same variant/year scope should use this value as the reference.
M320 Wheel Excavator: published Cooling system reference is 31.7 L. Measurements on the same variant/year scope should use this value as the reference.
M320 Wheel Excavator: published Hydraulic tank reference is 155 L. Measurements on the same variant/year scope should use this value as the reference.
Slow or weak hydraulic functions
Engine bog or derate while operating implements
Uneven travel or swing performance
Hydraulic overheating
Measure main implement relief pressure at the specified test port using the manufacturer procedure.
Compare pump flow with engine speed under the same hydraulic load.
Record pilot/command signal together with spool or actuator response.
Separate pump deficiency, relief leakage, valve internal leakage and cylinder/motor internal leakage with dedicated tests.
Separate engine torque limitation from true hydraulic overload using the same event record.
Preserve machine event codes, J1939 SPN/FMI and implement-controller diagnostic codes with the same timestamp.
At hydraulic-oil operating temperature, cycle time, pressure and flow must return to reference behaviour and no new event should appear.
24 V machine electrical system, engine ECM, machine ECM, implement controller and CAN/J1939 are evaluated together.
M320 Wheel Excavator: Main-pump pressure and displacement/command.
M320 Wheel Excavator: Pilot pressure and implement command.
M320 Wheel Excavator: Engine speed/load and torque limit.
M320 Wheel Excavator: Hydraulic-oil temperature and filter restriction.
Only exact values published by the cited source are shown numerically. Pins, torque, pressure, resistance or service thresholds not publicly published are not invented; use the VIN/model-year/calibration-matched OEM service procedure.
Exact technical values, prices and failure rates are not invented without verified vehicle/manufacturer evidence.