1298190 PLATE AS Caterpillar parts
938G, 950G, 962G, IT38G
Rating:
Alternative (cross code) number:
CA1298190
129-8190
1298190
CA1298190
129-8190
1298190
Weight: 10 pounds 4 kg.
INTEGRATED TOOLCARRIER, WHEEL LOADER,
Compatible equipment models: 1298190:
Information:
Schematics
Illustration 1 g01072788
Schematics are basically line drawings that explain how a system works by using symbols and connecting lines. Symbols are used to represent devices or components of both simple and complex electrical and electronic systems. Schematic symbols are used extensively in Caterpillar publications for diagnosing electrical concerns.Schematics are used by technicians in order to determine how a system works, and to assist in the repair of a system that has failed.Schematic symbols present a great deal of information in a small amount of space. The reading of schematic symbols requires highly developed skills and practice. A logical, step by step approach to using schematic diagrams for troubleshooting begins with the technician's understanding of the complete system. Although, there are many electrical symbols that are used in circuit diagrams, Illustration 1 shows the more common Caterpillar electrical symbols.Schematic Features
Caterpillar electrical schematics contain very valuable information. The information is printed on the front and reverse side of the schematic. The technician needs to become very skilled in reading and interpreting all the information that is contained on both sides of the schematic.The following features are found on the front of a schematic:
Color codes for circuit identification
Color abbreviation codes
Symbol descriptions
Wiring harness information
Schematic notes and conditions
Grid design for component location
Component part numbers The following information is recommended for clearing up the confusion that is associated with dashed lines:
Dashed colored lines represent attachment circuits. Use the color identification code that is located on the schematic in order to determine the circuit.
The heavy double dashed lines identify the circuitry and components that are located in the operator station.
A dashed (thin black) line is used to identify an attachment, wire, cable, or component. (See the symbol description on the schematic).Machine Electrical Schematics with New Format
Illustration 2 g01072790
Some Caterpillar machines use a new format for electrical system schematics. The new format is called PRO/E and provides additional information for wire, connector, component and splice symbols. The following information describes the new format.Wire Identification Labels
Illustration 2 shows the new wire identification format. The label includes the circuit identification wire label number "169", harness identification code "H", the wire number in the harness "5", color code "PK" and the wire size "18". Note: The codes that are shown are examples of the new identification system. Consult the appropriate electrical schematic for more detailed, accurate information. Connectors
Illustration 3 g01072793
The new connector identification format includes the harness identification code "H", identifies the assembly as a connector "C", identifies the number of the connector within the harness "7", and lists the connector part number 3E3382. Note: The codes that are shown are examples of the new identification system. Consult the appropriate electrical schematic for more detailed, accurate information.Components
Illustration 4 g01072792
The previous method of component labeling on a schematic shows the descriptive name and the
Illustration 1 g01072788
Schematics are basically line drawings that explain how a system works by using symbols and connecting lines. Symbols are used to represent devices or components of both simple and complex electrical and electronic systems. Schematic symbols are used extensively in Caterpillar publications for diagnosing electrical concerns.Schematics are used by technicians in order to determine how a system works, and to assist in the repair of a system that has failed.Schematic symbols present a great deal of information in a small amount of space. The reading of schematic symbols requires highly developed skills and practice. A logical, step by step approach to using schematic diagrams for troubleshooting begins with the technician's understanding of the complete system. Although, there are many electrical symbols that are used in circuit diagrams, Illustration 1 shows the more common Caterpillar electrical symbols.Schematic Features
Caterpillar electrical schematics contain very valuable information. The information is printed on the front and reverse side of the schematic. The technician needs to become very skilled in reading and interpreting all the information that is contained on both sides of the schematic.The following features are found on the front of a schematic:
Color codes for circuit identification
Color abbreviation codes
Symbol descriptions
Wiring harness information
Schematic notes and conditions
Grid design for component location
Component part numbers The following information is recommended for clearing up the confusion that is associated with dashed lines:
Dashed colored lines represent attachment circuits. Use the color identification code that is located on the schematic in order to determine the circuit.
The heavy double dashed lines identify the circuitry and components that are located in the operator station.
A dashed (thin black) line is used to identify an attachment, wire, cable, or component. (See the symbol description on the schematic).Machine Electrical Schematics with New Format
Illustration 2 g01072790
Some Caterpillar machines use a new format for electrical system schematics. The new format is called PRO/E and provides additional information for wire, connector, component and splice symbols. The following information describes the new format.Wire Identification Labels
Illustration 2 shows the new wire identification format. The label includes the circuit identification wire label number "169", harness identification code "H", the wire number in the harness "5", color code "PK" and the wire size "18". Note: The codes that are shown are examples of the new identification system. Consult the appropriate electrical schematic for more detailed, accurate information. Connectors
Illustration 3 g01072793
The new connector identification format includes the harness identification code "H", identifies the assembly as a connector "C", identifies the number of the connector within the harness "7", and lists the connector part number 3E3382. Note: The codes that are shown are examples of the new identification system. Consult the appropriate electrical schematic for more detailed, accurate information.Components
Illustration 4 g01072792
The previous method of component labeling on a schematic shows the descriptive name and the
Caterpillar parts catalog:
Parts plate Caterpillar catalog:
1603434
PLATE AS
938G, 938G II, IT38G, IT38G II
938G, 938G II, IT38G, IT38G II
1854043
PLATE AS
938G, 938G II
938G, 938G II
1359925
PLATE
938G, IT38G
938G, IT38G
1359924
PLATE
938G, IT38G
938G, IT38G
1414747
PLATE-IDENTIFICATION
938G, IT38G
938G, IT38G
1486471
PLATE AS
938G, 938G II, IT38G, IT38G II
938G, 938G II, IT38G, IT38G II
8V7433
PLATE AS
936, 936F, 938G, G936
936, 936F, 938G, G936
6W1607
PLATE
936, 936F, 938G, G936
936, 936F, 938G, G936
9V9071
PLATE
936, 936F, 938G, G936
936, 936F, 938G, G936
2180345
PLATE-WEAR
938G, 938G II, 938H
938G, 938G II, 938H
2180344
PLATE-WEAR
938G, 938G II, 938H
938G, 938G II, 938H
2165032
PLATE-WEAR
938G, 938G II, 938H
938G, 938G II, 938H