RING 1407149 - Caterpillar

Implement ECM 2
The following is a list of Diagnostic Trouble Codes (DTCs) that are associated with the solenoid return circuits of the machine.
Table 2
Implement ECM 2 MID 433
DTC Code Description System Response
3215-3 Pump to Stick Rod End Solenoid Return: Voltage Above Normal Stick functions will be limited.
3215-4 Pump to Stick Rod End Solenoid Return: Voltage Below Normal Stick functions will be limited.
3216-3 Pump to Stick Head End Solenoid Return: Voltage Above Normal Stick functions will be limited.
3216-4 Pump to Stick Head End Solenoid Return: Voltage Below Normal Stick functions will be limited.
3219-3 Pump to Attachment #1 Rod End to Tank Solenoid Return: Voltage Above Normal Attachment functions will be limited.
3219-4 Pump to Attachment #1 Rod End to Tank Solenoid Return: Voltage Below Normal Attachment functions will be limited.
3220-3 Pump to Attachment #1 Head End to Tank Solenoid Return: Voltage Above Normal Attachment functions will be limited.
3220-4 Pump to Attachment #1 Head End to Tank Solenoid Return: Voltage Below Normal Attachment functions will be limited.
3229-3 Stick Rod End to Tank Solenoid Return: Voltage Above Normal Stick functions will be limited.
3229-4 Stick Rod End to Tank Solenoid Return: Voltage Below Normal Stick functions will be limited.
3230-3 Stick Head End to Tank Solenoid Return: Voltage Above Normal Stick functions will be limited.
3230-4 Stick Head End to Tank Solenoid Return: Voltage Below Normal Stick functions will be limited.
3233-3 Attachment #1 Rod End to Tank Solenoid Return: Voltage Above Normal Attachment functions will be limited.
3233-4 Attachment #1 Rod End to Tank Solenoid Return: Voltage Below Normal Attachment functions will be limited.
3234-3 Attachment #1 Head End to Tank Solenoid Return: Voltage Above Normal Attachment functions will be limited.
3234-4 Attachment #1 Head End to Tank Solenoid Return: Voltage Below Normal Attachment functions will be limited. The solenoid is used to shutoff, release, distribute, or mix fluids on the machine. Generally, multiple solenoids are located together on a manifold. The solenoid converts electrical energy into magnetic energy, moving a spool located inside the housing of the valve. A spring is used to hold the spool in position until the solenoid is energized.The magnetic force that acts on the valve spool is created when a coil inside the solenoid is energized. Possible Causes for an FMI 3 Diagnostic code are:
The harness is shorted.
The Implement ECM has failed. A failure of the ECM is unlikely.Possible causes for an FMI 4 Diagnostic code are:
There is an open