7Y6607 BEARING Caterpillar parts
320 L, 320N, 322 L, 325, 325 L, 325B L, 330B L
Rating:
Alternative (cross code) number:
CA7Y6607
7Y-6607
7Y6607
CA7Y6607
7Y-6607
7Y6607
Weight: 1 pounds 0 kg.
Information:
ID
60.18
mm
OD
75.14
mm
WIDTH
60
mm
EXCAVATOR,
Related part:
7Y6607
BEARING-SLV-YM
3727508
CL
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YNRSP 7Y6607 Sleeve Bearing for Heavy Equipment (1Pcs)
YNRSP Brand: YNRSP || Part Number: 7Y6607 || Part Type: Sleeve Bearing || Weight: 1.61 lbs (0.73 kg) || Easy in-and-out fit
YNRSP Brand: YNRSP || Part Number: 7Y6607 || Part Type: Sleeve Bearing || Weight: 1.61 lbs (0.73 kg) || Easy in-and-out fit
CTP 7Y6607 Sleeve Bearing for Heavy Equipment
CTP Sleeve Bearing Only || Sold in each || Easy in-and-out fit
CTP Sleeve Bearing Only || Sold in each || Easy in-and-out fit
Number on catalog scheme:
3
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Caterpillar parts catalog:
Information:
System Operation Description:The possible causes of this failure are listed below:
The ignition switch is faulty.
The solenoid of the starting motor is faulty.Test Step 1. TEST THE IGNITION SWITCH
Use the electrical schematic to locate the "start" terminal of the ignition switch.
Measure the voltage at the "start" terminal while the switch is in the "run" position. Expected Result:The voltage should be 0 Volts.Results:
OK - The voltage is 0 Volts. The ignition switch is operating properly. Proceed to test step 2.
NOT OK - The voltage is not 0 Volts. The ignition switch is not correct.Repair: Replace the ignition switch.STOPTest Step 2. CHECK FOR ADDITIONAL CIRCUITS AT THE "S" TERMINAL
Locate the "S" terminal of the starter solenoid.
Check for additional circuits at the "S" terminal.
Remove any additional circuits. Expected Result:The starter does not operate properly.Results:
YES - The starter does NOT operate properly. The additional circuits are not the cause of the failure. Proceed to test step 3.
NO - The starter operates properly. The additional circuits are causing the solenoid to latch.Repair: Find an alternative power source for the additional circuits.STOPTest Step 3. TEST THE SOLENOID OF THE STARTING MOTOR
Remove the starting motor.
Perform the solenoid tests. See Testing and Adjusting, "Starting Motor Solenoid - Test". Expected Result:The solenoid is correct.Results:
OK - The starting motor solenoid is correct. Proceed to test step 4.
NOT OK - The solenoid is incorrect. Replace the solenoid.STOPTest Step 4. CHECK FOR SHORT TO +BATTERY
Disconnect the wire from the "Start" terminal of the ignition switch.
Disconnect the wire from the "S" terminal of the solenoid.
Disconnect the wire from the "S" terminal of the solenoid. Expected Result:The voltage should be 0 Volts.Results:
OK - The voltage is 0 Volts. An intermittent problem is present.Repair: Exit this procedure. Perform this procedure again. Look for a recurrence of the problem.STOP
NOT OK - The voltage is greater than 0 Volts. The start relay has failed or a wire has a short to the + battery.Repair: Use the electrical schematic of the machine to test the wiring. Test the wiring between the start switch and the solenoid. If the wiring is correct replace the start relay.STOP
The ignition switch is faulty.
The solenoid of the starting motor is faulty.Test Step 1. TEST THE IGNITION SWITCH
Use the electrical schematic to locate the "start" terminal of the ignition switch.
Measure the voltage at the "start" terminal while the switch is in the "run" position. Expected Result:The voltage should be 0 Volts.Results:
OK - The voltage is 0 Volts. The ignition switch is operating properly. Proceed to test step 2.
NOT OK - The voltage is not 0 Volts. The ignition switch is not correct.Repair: Replace the ignition switch.STOPTest Step 2. CHECK FOR ADDITIONAL CIRCUITS AT THE "S" TERMINAL
Locate the "S" terminal of the starter solenoid.
Check for additional circuits at the "S" terminal.
Remove any additional circuits. Expected Result:The starter does not operate properly.Results:
YES - The starter does NOT operate properly. The additional circuits are not the cause of the failure. Proceed to test step 3.
NO - The starter operates properly. The additional circuits are causing the solenoid to latch.Repair: Find an alternative power source for the additional circuits.STOPTest Step 3. TEST THE SOLENOID OF THE STARTING MOTOR
Remove the starting motor.
Perform the solenoid tests. See Testing and Adjusting, "Starting Motor Solenoid - Test". Expected Result:The solenoid is correct.Results:
OK - The starting motor solenoid is correct. Proceed to test step 4.
NOT OK - The solenoid is incorrect. Replace the solenoid.STOPTest Step 4. CHECK FOR SHORT TO +BATTERY
Disconnect the wire from the "Start" terminal of the ignition switch.
Disconnect the wire from the "S" terminal of the solenoid.
Disconnect the wire from the "S" terminal of the solenoid. Expected Result:The voltage should be 0 Volts.Results:
OK - The voltage is 0 Volts. An intermittent problem is present.Repair: Exit this procedure. Perform this procedure again. Look for a recurrence of the problem.STOP
NOT OK - The voltage is greater than 0 Volts. The start relay has failed or a wire has a short to the + battery.Repair: Use the electrical schematic of the machine to test the wiring. Test the wiring between the start switch and the solenoid. If the wiring is correct replace the start relay.STOP
Parts bearing Caterpillar catalog:
320 L, 325, 325 L
325, 325 L
325, 325 L, HEX-WEDGE
320 L, 320N, E200B
320 L, 320N, E200B, S305
320, 320 L, 320N, E200B
320 L, 320N, 322 L, 325, 325 L, 325B L, 330B L
320 L, E180, E240
330, 330 FM L, 330 L, 330B, 330B L, W330B
330, 330 FM L, 330 L, 330B, 330B L, 345B, 345B L, W330B
330B, 330B L
320, 320 L, 320N, E200B
7Y4233
BEARING
320 L
320 L
5I8419
BEARING
320 L
320 L
0990062
BEARING
320 L, 320N, 322, E200B, E300B
320 L, 320N, 322, E200B, E300B
320 L, 320N, E200B, S305
320 L, 320N, E200B
320 L, E180, E200B, E240, E240C, EL240B
320 L, E180, E240
2L3814
BEARING
320 L
320 L
5I7618
BEARING
320 L
320 L
1152633
BEARING
322, 322 L, 325B
322, 322 L, 325B
320 L, 320N, 322 L, 325, 325 L, 325B L, 330B L