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... pump or salt water pump 6. exhaust type: water cooled exhaust manifold 7. Rotation Direction Counter-clockwise (Facing the flywheel) 8. Electric system: 24V 9. Fuel consumption :66.4L/Hour 10....
... pump or salt water pump 6. exhaust type: water cooled exhaust manifold 7. Rotation Direction Counter-clockwise (Facing the flywheel) 8. Electric system: 24V 9. Fuel consumption :66.4L/Hour 10....
... pump or salt water pump 6. exhaust type: water cooled exhaust manifold 7. Rotation Direction Counter-clockwise (Facing the flywheel) 8. Electric system: 24V 9. Fuel consumption :66.4L/Hour 10....
... pump or salt water pump 6. exhaust type: water cooled exhaust manifold 7. Rotation Direction Counter-clockwise (Facing the flywheel) 8. Electric system: 24V 9. Fuel consumption :66.4L/Hour 10....
... pump or salt water pump 6. exhaust type: water cooled exhaust manifold 7. Rotation Direction Counter-clockwise (Facing the flywheel) 8. Electric system: 24V 9. Fuel consumption :66.4L/Hour 10....
... pump or salt water pump 6. exhaust type: water cooled exhaust manifold 7. Rotation Direction Counter-clockwise (Facing the flywheel) 8. Electric system: 24V 9. Fuel consumption :66.4L/Hour 10....
...pump or common rail pump. The built-in type oil cooler, safe and reliable. Using the rear end of the gear system (flywheel end) to reduce the noise and improve the reliability. The water outlet pipe and the ...
...Engine Model A91864 2 Bore×Stroke 91×86 mm 3 Gas Cylinder NO. 4 4 Displacement 2.237 L 5 Compression Ratio 10.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Nat...
...Engine Model Y12324 2 Bore×Stroke 112×132 mm 3 Gas Cylinder NO. 4 4 Displacement 5.2 L 5 Compression Ratio 11.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Tur...
...Engine Model M08256 2 Bore×Stroke 108×125 mm 3 Gas Cylinder NO. 6 4 Displacement 6.87 L 5 Compression Ratio 11.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Tu...
...Engine Model C02206 2 Bore×Stroke 102×120 mm 3 Gas Cylinder NO. 6 4 Displacement 5.9 L 5 Compression Ratio 11.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Tur...
...Engine Model Y12324 2 Bore×Stroke 112×132 mm 3 Gas Cylinder NO. 4 4 Displacement 5.2 L 5 Compression Ratio 11.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Tur...
...Engine Model C02206 2 Bore×Stroke 102×120 mm 3 Gas Cylinder NO. 6 4 Displacement 5.9 L 5 Compression Ratio 11.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Tur...
...Engine Model C02206 2 Bore×Stroke 102×120 mm 3 Gas Cylinder NO. 6 4 Displacement 5.9 L 5 Compression Ratio 11.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Tur...
...Engine Electronic Start 6CTA8.3-C260 Specification: Displacement 8.3 L Bore 114 mm Storke 135 mm No. of Cylinders 6 Fuel System AD Rated power 194kW/ 2200r/ min Peak Torque 1135 N.m/ 1500r/ min Aspiration Tu...
...Engine Model A91864 2 Bore×Stroke 91×86 mm 3 Gas Cylinder NO. 4 4 Displacement 2.237 L 5 Compression Ratio 10.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Nat...
...Engine Model Y12324 2 Bore×Stroke 112×132 mm 3 Gas Cylinder NO. 4 4 Displacement 5.2 L 5 Compression Ratio 11.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Tur...
...Engine Model M08256 2 Bore×Stroke 108×125 mm 3 Gas Cylinder NO. 6 4 Displacement 6.87 L 5 Compression Ratio 11.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Tu...
...Engine Model C02206 2 Bore×Stroke 102×120 mm 3 Gas Cylinder NO. 6 4 Displacement 5.9 L 5 Compression Ratio 11.5:1 6 Gas intake Pressure 3~15/450~700 kPa 7 Cooling Method Water Cooling 8 Aspiration Method Tur...