C280-16 Engine Caterpillar


Product Description

Usage:

C280-16 ENS

Engine Service Life

Engine efficiency and maximum utilization of engine performance depend on the adherence to proper operation and maintenance recommendations. This adherence includes use of the recommended lubricants, fuels, and coolant/antifreezes.

For the engine maintenance that is required, see this Operation and Maintenance Manual, "Maintenance Interval Schedule".

Engine Specifications

Table 1
Engine Specifications 
Operating rpm  900 
Low idle rpm  300 to 500 
Cylinders and arrangement  50 degree vee 16 
Bore  280 mm (11 inch) 
Stroke  300 mm (11.8 inch) 
Displacement per cylinder  18.7 L (1127 cubic inches) 
Total displacement  296 L (18,036 cubic inches) 
Compression ratio  13:1 
Aspiration  TA 
Rotation (flywheel end)  Counterclockwise 
Fuel Delivery  Electronic Unit Injectors 
Fuel  See this Operation and Maintenance Manual, " Fluid Recommendations". 
Method of starting  Air starting motors 
Maximum allowable exhaust back pressure  254 mm (10 inch of H2O) 
Maximum allowable inlet air restriction  3.7 kPa (15 inches of H2O) 

Engine Design



Illustration 1g00279792
(A) Exhaust valves
(B) Inlet valves
(C) Flywheel

Front Drives



Illustration 2g03357936
(1) Jacket water pump
(2) Aftercooler and oil cooler water pump
(3) Engine oil pump
(4) Fuel transfer pump

Table 2 lists the speed of the components that are shown in Illustration 2.

Table 2
Front Drives 
Component  Speed  
Jacket water pump  2270 
Aftercooler and oil cooler pump  2270 
Engine oil pump  1372 
Fuel transfer pump  1796 

Illustration 3 shows the fluid flow of the front drive.



Illustration 3g03357960
(1) Water outlet
(2) Water inlet
(3) Oil outlet
(4) Oil inlet

Engine Front Gear Train



Illustration 4g00268306
(1) Crankshaft
(2) Idler
(3) Idler
(4) Jacket water pump
(5) Aftercooler and oil cooler pump
(6) Auxiliary drive
(7) Engine oil pump

Table 3 lists the number of teeth for the gears in Illustration 4.

Table 3
Front Gear Train 
Gear  Number Of Teeth 
Crankshaft  96 
Idler  68 
Idler  67 
Jacket water pump  38 
Aftercooler and oil cooler pump  38 
Auxiliary drive  59 
Engine oil pump  63 

Engine Rear Gear Train

Illustration 5 shows the relationship of the rear gear train.



Illustration 5g00268312
(1) Crankshaft
(2) Large cluster idler
(3) Small cluster idler
(4) Camshaft
(5) Idler

Table 4 lists the number of teeth for the gears in illustrations in 5.

Table 4
Rear Gear Train 
Gear  Number Of Teeth 
Crankshaft  81 
Large Cluster Idler  90 
Small Cluster Idler  45 
Camshaft  81 
Idler  81 

Reference Weights

Table 5
Approximate Engine Weights 
Dry weight of the engine with attachments  29950 kg (65900 lb) 

Table 6
Approximate Weights Of Serviceable Parts 
Cylinder block  8630 kg (18986 lb) 
Bearing cap  65 kg (144 lb) 
Crankshaft  2602 kg (5724 lb) 
Flywheel assembly  492 kg (1084 lb) 
Crankshaft vibration damper  486 kg (1071 lb) 
Cylinder head assembly  196 kg (433 lb) 
Cylinder liner  100 kg (221 lb) 
Piston assembly  36 kg (77 lb) 
Piston pin  19 kg (42 lb) 
Piston rod assembly  57 kg (125 lb) 
Turbocharger  401 kg (883 lb) 
Aftercooler core (1)  104 kg (229 lb) 
Unit injector  12 kg (27 lb) 
Front housing  258 kg (568 lb) 
Rear housing  456 kg (1003 lb) 
Used air cleaner element  29 kg (64 lb) 
(1) The weight is listed for a single-stage aftercooler. A two-stage aftercooler and an aftercooler with a deep core are also available.

Table 7
Approximate Weights Of Package Generator Sets 
Engine (1)  29950 kg (65900 lb) 
Generator   17820 kg (39200 lb) 
Module  1650 kg (3630 lb) 
Mounting base   14070 kg (30950 lb) 
Coupling   980 kg (2160 lb) 
Total  64470 kg (141840 lb) 
(1) The weights of the engines that are listed includes attachments that are mounted on the engines. The engine weights are dry weights.

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