WATER LINES 6V5429 - Caterpillar

6V5429 WATER LINES Caterpillar parts D379, D398

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Alternative (cross code) number:
CA6V5429
6V-5429
6V5429

Weight: 6 pounds 2 kg.

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INDUSTRIAL ENGINE,

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6V5429 | Caterpillar Gasket Set, Water Lines

$299.92

23 Aug 2021
6.13[2.76] Pounds
US: Highway And Hea

6V5429 | Caterpillar Gasket Set, Water Lines
HHP HIGHWAY & HEAVY PARTS HHP provides parts equal or better in quality compared to the OE at a fraction of the cost. || Products are crafted with hard-wearing materials for long-lasting strength and durability. || Parts meet or exceed OEM specifications to ensure proper fit and function. || Image(s) is for illustration purposes only and may not represent the actual part. || Products are only sourced from quality certified manufacturing facilities.

6V5429 Water Lines Gasket Kit Fits Caterpillar D379 D379B D398 D398B

$216.69

25 May 2018
900 Hundredths Pounds
CTP: CTP

6V5429 Water Lines Gasket Kit Fits Caterpillar D379 D379B D398 D398B
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Compatible equipment models: 6V5429:

INDUSTRIAL ENGINE D379 D398 Caterpillar

Information:

Table 1
Common Troubleshooting Procedures (1) (2)
Problem Troubleshooting Procedure
Reverse Power Shutdown Check CT polarity.
Check connections to the digital voltage regulator terminals 5 and 6.
No Voltage
(50 ACV or Less) Check for the fault codes. Correct the fault codes.
Determine if DC voltage is properly connected ("B+"/"B-").
Check for loose sensing or PM wires.
Check for blown PM fuses.
Determine if underfrequency setpoint (parameter :10) is too high.
Temporarily disconnect battery from the digital voltage regulator. Then, connect battery to the regulator. Restart the regulator.
Check terminal 42. Battery voltage (24 VDC) should not be present. (Excitation disable circuit)
Check rotating diodes on the generator.
Low Voltage
(Residual to Less Than Rated Output Voltage) Check for the fault codes. Correct the fault codes.
Determine if generator output voltage setpoint (parameter :01) is set too low.
Determine if droop setpoint (parameter :30) is set to zero. Droop setpoint should be 0.
Check parameter :03 for correct generator type.
Determine if parameter :06 is less than the expected generator operating frequency.
Check parameter :02 for the correct PT ratio. Check that parameter :02 is not doubled.
Check that one PM fuse is not blown.
Check rotating diodes on the generator.
High Voltage
(Voltage Higher Than Range Allows) Check for the fault codes. Correct the fault codes.
Check parameter :02 for the correct PT ratio. Check that parameter :02 is not too low.
Check that parameter :15 (IR Compensation) is set to zero.
Determine if the generator output voltage setpoint (parameter :01) is set too high.
Determine if the minimum voltage setpoint (parameter :09) is set too high.
Unstable Voltage
(Voltage Fluctuation Greater Than 0.25%) Check for the fault codes. Correct the fault codes.
Remove the remote voltage adjust rheostat.
Disconnect droop current transformer.
Check for loose wiring.
Check rotating diodes on the generator.
Initial Voltage Overshoot Check parameter :03 for correct generator type.
( 1 ) A regulator may fail to perform correctly if it is not properly connected. A regulator may also fail if there is a failure of downstream equipment, such as diodes.
( 2 ) It is possible to get an unexplained reverse VAR fault if the CT is connected backward. Check the CT connection if this fault occurs.This section provides troubleshooting procedures for generator voltage problems that are related to the digital voltage regulator.Note: Before starting to troubleshoot, check the part number to determine if the digital voltage regulator being used is proper for the application. The part number label on the digital voltage regulator indicates the sensing voltage range and whether or not the regulator is the optional KVAR/PF model. Refer to the following chart.
Table 2
Digital Voltage Regulator Application Chart
Regulator Version Voltage Range Early Part Number Former Part Number Current Part Number
Basic 79 to 124 Volt
3 phase sensing 116-7480 130-3471 155-3831
Basic 125 to 249 Volt 3 phase sensing 116-7481 130-3472 155-3832
Basic 250 to