8N0073 RADIATOR GP Caterpillar parts
120G, 12G, 130G, 140G, 14G, 160G
Rating:
Alternative (cross code) number:
CA8N0073
8N-0073
8N0073
CA8N0073
8N-0073
8N0073
Weight: 95 pounds 43 kg.
Information:
CORE DEPTH
55.6
mm
CORE HEIGHT
853.9
mm
CORE WIDTH
849.4
mm
FIN DENSITY
9
FIN MATERIAL
STEEL
HEIGHT BOTTOM TANK
61.2
mm
HEIGHT OF TOP TANK
147.1
mm
NUMBER OF TUBE ROWS
3
HEAT REJECTION
94KW55.56C
TUBE CONFIGURATION
CANTED
MOTOR GRADER,
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US$1,355.78
28 May 2025
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VIIKEND Radiator 8N0073 8N-0073 Compatible with Caterpillar CAT Motor Grader 120G 12G 130G 140G 160G Engine 3304 3306
VIIKEND Part Name: Radiator || Part Number: 8N0073 8N-0073 Note: Please check the fitment carefully before purchase. Or just tell us the part number you need. || Engine Model: 3304 || Applicable: Compatible with Caterpillar CAT Motor Grader 120G 12G 130G 140G 160G Engine 3304 3306 || Package included: 1pcs Radiator 8N0073 8N-0073
VIIKEND Part Name: Radiator || Part Number: 8N0073 8N-0073 Note: Please check the fitment carefully before purchase. Or just tell us the part number you need. || Engine Model: 3304 || Applicable: Compatible with Caterpillar CAT Motor Grader 120G 12G 130G 140G 160G Engine 3304 3306 || Package included: 1pcs Radiator 8N0073 8N-0073
Radiator 8N0073 8N-0073 For Caterpillar Motor Grader 120G 12G 130G 140G 160G 3304 3306
Ranntwdsu Part Number:8N0073,8N-0073 || Application:For Caterpillar Motor Grader 120G 12G 130G 140G 160G 3304 3306
Ranntwdsu Part Number:8N0073,8N-0073 || Application:For Caterpillar Motor Grader 120G 12G 130G 140G 160G 3304 3306
Nayuank Radiator 8N0073 8N-0073 Fits For Caterpillar CAT Motor Grader 120G 12G 130G 140G 160G Engine 3304 3306
Nayuank Part Name: Radiator || Part Number: 8N0073 8N-0073 Note: Please check the fitment carefully before purchase. Or just tell us the part number you need. || Engine Model: 3304 || Applicable: Fits For Caterpillar CAT Motor Grader 120G 12G 130G 140G 160G Engine 3304 3306 || Package included: 1pcs Radiator 8N0073 8N-0073
Nayuank Part Name: Radiator || Part Number: 8N0073 8N-0073 Note: Please check the fitment carefully before purchase. Or just tell us the part number you need. || Engine Model: 3304 || Applicable: Fits For Caterpillar CAT Motor Grader 120G 12G 130G 140G 160G Engine 3304 3306 || Package included: 1pcs Radiator 8N0073 8N-0073
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Number on catalog scheme:
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Information:
Use this procedure in order to troubleshoot the following event codes.
Table 1
Event Code
Description Conditions which Activate the Code System Response
E264 (3) Emergency Stop Activated An "Emergency Stop" button is pressed. The shutdown output is activated. The Electronic Control Module (ECM) de-energizes the gas shutoff valve. the ECM terminates the ignition. The code is logged.
E268 (3) Unexpected Engine Shutdown The "crank terminate relay" output is on. However, the engine speed is less than the "postlube speed". The shutdown output is activated. The code is logged. The engine is shut down.
E269 (3) Customer Fault Stop The engine is either cranking or running. The "normal stop" input is disconnected from the digital return or from the −Battery. Note: Refer to Troubleshooting, "Engine Monitoring System" for information on trip points and delay times.The ignition is immediately terminated when an emergency stop button is pressed. Unburned gas remains in the air inlet and exhaust system.
Unburned gas in the air inlet and exhaust system may ignite when the engine is started. Personal injury and/or property damage may result.Before starting an engine that may contain unburned gas, purge the unburned gas from the air inlet and exhaust system. Refer to the topic on purging unburned gas in the "Starting the Engine" section.
Probable Causes For a 264-3 or 269-3 Code
The "Emergency Stop" button is pressed.
The circuit for the emergency stop is faulty.
The "normal stop" input is not connected to the digital return or to the −Battery.Probable Causes For a 268-3 Code
There is a problem with the Gas Shutoff Valve (GSOV).
Incorrect input(s) for the mode of operation to the Electronic Control Module (ECM)
There is a problem with the "Crank Terminate" relay.
There is a problem with the relay for the starting motor.
A shutdown has been requested by the driven equipment.
There is a problem with the "Run" relay.
The "Crank Terminate Speed" is incorrectly programmed.
The "Cycle Crank Time" is incorrectly programmed.
The "Engine Overcrank Time" is incorrectly programmed.
The delay time for the driven equipment is excessive.
There is a problem with the harness code for an electronic control module (ECM).
There is a problem with the input for the keyswitch to the throttle actuator. The throttle will not respond to commands from the ECM when the input is low.Recommended Repairs For a 264-3 or 269-3 Code
Talk to the operator
Ask the operator if the stop was intentional. Make sure that the reason for the stop has been corrected. Reset the control system. Resume normal operation.If the stop was accidental, reset the control system. Resume normal operation.Check the Circuit for the Stop Switches
Note: The circuit for the normal stop switch and the circuit for the emergency stop switch must remain closed in order for the engine to run.Inspect the wiring between the switches and the connector of the electronic control module. Look for damage and/or corrosion. Refer to Troubleshooting, "Electrical Connectors - Inspect".For the emergency stop switch, close the switch and check the resistance between terminals P1-22 and P1-31. The expected value is less than five Ohms.For the "normal stop" input, check the resistance between
Table 1
Event Code
Description Conditions which Activate the Code System Response
E264 (3) Emergency Stop Activated An "Emergency Stop" button is pressed. The shutdown output is activated. The Electronic Control Module (ECM) de-energizes the gas shutoff valve. the ECM terminates the ignition. The code is logged.
E268 (3) Unexpected Engine Shutdown The "crank terminate relay" output is on. However, the engine speed is less than the "postlube speed". The shutdown output is activated. The code is logged. The engine is shut down.
E269 (3) Customer Fault Stop The engine is either cranking or running. The "normal stop" input is disconnected from the digital return or from the −Battery. Note: Refer to Troubleshooting, "Engine Monitoring System" for information on trip points and delay times.The ignition is immediately terminated when an emergency stop button is pressed. Unburned gas remains in the air inlet and exhaust system.
Unburned gas in the air inlet and exhaust system may ignite when the engine is started. Personal injury and/or property damage may result.Before starting an engine that may contain unburned gas, purge the unburned gas from the air inlet and exhaust system. Refer to the topic on purging unburned gas in the "Starting the Engine" section.
Probable Causes For a 264-3 or 269-3 Code
The "Emergency Stop" button is pressed.
The circuit for the emergency stop is faulty.
The "normal stop" input is not connected to the digital return or to the −Battery.Probable Causes For a 268-3 Code
There is a problem with the Gas Shutoff Valve (GSOV).
Incorrect input(s) for the mode of operation to the Electronic Control Module (ECM)
There is a problem with the "Crank Terminate" relay.
There is a problem with the relay for the starting motor.
A shutdown has been requested by the driven equipment.
There is a problem with the "Run" relay.
The "Crank Terminate Speed" is incorrectly programmed.
The "Cycle Crank Time" is incorrectly programmed.
The "Engine Overcrank Time" is incorrectly programmed.
The delay time for the driven equipment is excessive.
There is a problem with the harness code for an electronic control module (ECM).
There is a problem with the input for the keyswitch to the throttle actuator. The throttle will not respond to commands from the ECM when the input is low.Recommended Repairs For a 264-3 or 269-3 Code
Talk to the operator
Ask the operator if the stop was intentional. Make sure that the reason for the stop has been corrected. Reset the control system. Resume normal operation.If the stop was accidental, reset the control system. Resume normal operation.Check the Circuit for the Stop Switches
Note: The circuit for the normal stop switch and the circuit for the emergency stop switch must remain closed in order for the engine to run.Inspect the wiring between the switches and the connector of the electronic control module. Look for damage and/or corrosion. Refer to Troubleshooting, "Electrical Connectors - Inspect".For the emergency stop switch, close the switch and check the resistance between terminals P1-22 and P1-31. The expected value is less than five Ohms.For the "normal stop" input, check the resistance between
Caterpillar parts catalog:
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