1R1803 FILTER ELEMENT-FUEL Caterpillar parts
C3.3
Rating:
Alternative (cross code) number:
CA1R1803
1R-1803
1R1803
CA1R1803
1R-1803
1R1803
Weight: 0.39 pounds 0 kg.
Information:
APPLICATION
FUEL/WATER
DIA
76.3
mm
FLOW RATE
0
L/min
LENGTH
116
mm
TYPE
000000000001
THREAD SIZE
1.25-12
GENERATOR SET, INDUSTRIAL ENGINE,
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1 Piece Engine Fuel Filter 26560163 Compatible with 26560166 1R1803 26560163 Heavy Machinery Parts
Generic 1 Piece Engine Fuel Filter 26560163 Compatible with 26560166 1R1803 26560163 Heavy Machinery Parts
Generic 1 Piece Engine Fuel Filter 26560163 Compatible with 26560166 1R1803 26560163 Heavy Machinery Parts
Generator Set Fuel Filter 10000-00339 SN30026 26560163 26560163 1R1803 Heavy Machinery Parts
Generic Generator Set Fuel Filter 10000-00339 SN30026 26560163 26560163 1R1803 Heavy Machinery Parts
Generic Generator Set Fuel Filter 10000-00339 SN30026 26560163 26560163 1R1803 Heavy Machinery Parts
Caterpillar 1R-1803 Fuel Water Separator Advanced High Efficiency w/IHD Strap Wrench Bundle (4)
IndustrialHD This bundle includes: 4 Caterpillar 1R-1803 fuel water separators and 1 IHD strap wrench || Genuine Caterpillar 1R-1803 fuel water separator || Filter efficiency rating: advanced efficiency || IndustrialHD adjustable strap wrench: up to 6" in diameter
IndustrialHD This bundle includes: 4 Caterpillar 1R-1803 fuel water separators and 1 IHD strap wrench || Genuine Caterpillar 1R-1803 fuel water separator || Filter efficiency rating: advanced efficiency || IndustrialHD adjustable strap wrench: up to 6" in diameter
Compatible equipment models: 1R1803:
Information:
The acceptable tolerance for dynamic (operating) fuel injection timing for engines with or without timing advance mechanism can be determined from the data available in the "Fuel Setting And Related Information" microfiche. The specified fuel system data must be plotted (recorded) on a Dynamic Timing Chart, Form SEHS8140. The actual dynamic fuel injection timing of an engine, when measured with the 6V3100 Timing Indicator and plotted on the timing chart, must fall within the borders of this tolerance. If not, an adjustment or repair may be necessary.
Two examples are shown of plotting Fuel System Data on Dynamic Timing Charts. In each example the dynamic timing tolerance is constructed from the minimum and maximum values of the timing degrees and engine speed provided in the Fuel System Data section of Fuel Setting and Related Information microfiche.
Example 1 uses Fuel System Data from 0T4858. This example has no timing advance. The Fuel System Data for 0T4858 is shown in Illustration 1 and the dynamic timing tolerance is shown in Illustration 2. 0T4858 specifies a minimum and maximum timing of 20.5 to 22.9 degrees at a minimum and maximum engine speed of 720 to 780 rpm for the low idle condition (see Illustration 1). This 2.4 ° tolerance is a combination of engine tolerance and the measurement tool tolerance. These two tolerances and the advance tolerance, if used, are included in the minimum and maximum calculations. Each timing is plotted on the dynamic timing chart at each speed making four data points that are then connected to form a window (see Illustration 2). For an engine with no timing advance mechanism, a second window is constructed in the same manner for the remaining condition (stop rpm) and the extreme limits of the two windows are connected to form the dynamic timing tolerance (see Illustration 2).
The slope of the lines, connecting the low idle window to the stop window, is the result of injection port effect, which is included in the Fuel System Data.
Illustration 1. Fuel System Data from "Fuel Setting And Related Information " microfiche 0T4858.
Illustration 2. Dynamic timing tolerance for 0T4858.Example 2 uses Fuel System Data from 0T4442. See Illustration 3. This is an example of an engine equipped with a timing advance mechanism. This dynamic timing tolerance will have three windows instead of two as in Example 1. Four data points are located and connected, as in Example 1, for low idle rpm, start rpm and stop rpm. This forms three windows. The extreme limits of all the windows are then connected to form the dynamic timing tolerance as shown in Illustration 4. The slope of the lines, from the start window to the low idle window, is the result of port effect. The slope of the lines, connecting the low idle window and the stop window, is the result of port effect and the timing advance mechanism spring rate. The scope of the lines can not be changed unless a different spring is installed in the timing advance
Two examples are shown of plotting Fuel System Data on Dynamic Timing Charts. In each example the dynamic timing tolerance is constructed from the minimum and maximum values of the timing degrees and engine speed provided in the Fuel System Data section of Fuel Setting and Related Information microfiche.
Example 1 uses Fuel System Data from 0T4858. This example has no timing advance. The Fuel System Data for 0T4858 is shown in Illustration 1 and the dynamic timing tolerance is shown in Illustration 2. 0T4858 specifies a minimum and maximum timing of 20.5 to 22.9 degrees at a minimum and maximum engine speed of 720 to 780 rpm for the low idle condition (see Illustration 1). This 2.4 ° tolerance is a combination of engine tolerance and the measurement tool tolerance. These two tolerances and the advance tolerance, if used, are included in the minimum and maximum calculations. Each timing is plotted on the dynamic timing chart at each speed making four data points that are then connected to form a window (see Illustration 2). For an engine with no timing advance mechanism, a second window is constructed in the same manner for the remaining condition (stop rpm) and the extreme limits of the two windows are connected to form the dynamic timing tolerance (see Illustration 2).
The slope of the lines, connecting the low idle window to the stop window, is the result of injection port effect, which is included in the Fuel System Data.
Illustration 1. Fuel System Data from "Fuel Setting And Related Information " microfiche 0T4858.
Illustration 2. Dynamic timing tolerance for 0T4858.Example 2 uses Fuel System Data from 0T4442. See Illustration 3. This is an example of an engine equipped with a timing advance mechanism. This dynamic timing tolerance will have three windows instead of two as in Example 1. Four data points are located and connected, as in Example 1, for low idle rpm, start rpm and stop rpm. This forms three windows. The extreme limits of all the windows are then connected to form the dynamic timing tolerance as shown in Illustration 4. The slope of the lines, from the start window to the low idle window, is the result of port effect. The slope of the lines, connecting the low idle window and the stop window, is the result of port effect and the timing advance mechanism spring rate. The scope of the lines can not be changed unless a different spring is installed in the timing advance
Caterpillar parts catalog:
Parts filter Caterpillar catalog:
2526334
FILTER GP-WATER SEP & FUEL
3054C, 3054E, AP-300, AP-300D, C3.3, C4.4, C7.1, CD-54, CP-533E, CS-533E
3054C, 3054E, AP-300, AP-300D, C3.3, C4.4, C7.1, CD-54, CP-533E, CS-533E
7W2327
FILTER AS-ENGINE OIL
206, 212, 216, 224, 228, 236, 247, 248, 267, 287, 3034, 3054, 3054B, 3056, 3056E, 307, 416B, 416C, 428, 428B, 550B, 560B, 564, 574B, 924G, 924GZ, AP-1200, AP-655C, AP-800, BB-760, C3.3, CB-424, CB-434...
206, 212, 216, 224, 228, 236, 247, 248, 267, 287, 3034, 3054, 3054B, 3056, 3056E, 307, 416B, 416C, 428, 428B, 550B, 560B, 564, 574B, 924G, 924GZ, AP-1200, AP-655C, AP-800, BB-760, C3.3, CB-424, CB-434...
2662793
FILTER ELEMENT-AIR
C1.5, C2.2, C3.3
C1.5, C2.2, C3.3
2676398
FILTER ELEMENT AS-AIR
302.5C, C3.3
302.5C, C3.3
2676399
FILTER ELEMENT AS-AIR
302.5C, C3.3
302.5C, C3.3
2588538
FILTER-FUEL
C3.3, C4.4
C3.3, C4.4
2526338
FILTER ELEMENT-WTR SEP & FUEL
3054C, 3054E, 312D2, 312D2 GC, 312D2 L, 313D2, 313D2 LGP, 318D2 L, AP-300, AP-300D, C3.3, C4.4, C7.1, CD-54, CP-533E, CS-533E
3054C, 3054E, 312D2, 312D2 GC, 312D2 L, 313D2, 313D2 LGP, 318D2 L, AP-300, AP-300D, C3.3, C4.4, C7.1, CD-54, CP-533E, CS-533E
2676399
FILTER ELEMENT AS-AIR
302.5C, C3.3
302.5C, C3.3
2676398
FILTER ELEMENT AS-AIR
302.5C, C3.3
302.5C, C3.3
2471380
FILTER ELEMENT-AIR
3024C, C2.2
3024C, C2.2
2471378
FILTER ELEMENT AS-AIR
3024C, C2.2
3024C, C2.2
2761806
FILTER ELEMENT-FUEL
3003, 3011C, 3013, 3013C, 3014, 3024, 3024C, C0.5, C1.1, C1.5, C1.6, C2.2, C4.4
3003, 3011C, 3013, 3013C, 3014, 3024, 3024C, C0.5, C1.1, C1.5, C1.6, C2.2, C4.4
2711712
FILTER AS-FUEL
C1.5, C2.2, CB22B, CB24B, CB32B, CB34B, CB34B XW, CC24B, CC34B
C1.5, C2.2, CB22B, CB24B, CB32B, CB34B, CB34B XW, CC24B, CC34B
2954343
FILTER-ENGINE OIL
C175-16, C175-20
C175-16, C175-20
1063969
FILTER ELEMENT AS-AIR
24H, 3412C, 345B, 345B II, 345B II MH, 345B L, 345C, 345C L, 345D, 345D L, 345D L VG, 349D, 349D L, 350, 3516C, 365B, 365B II, 365B L, 365C, 365C L, 365C L MH, 374D L, 385B, 385C, 385C FS, 385C L, 385...
24H, 3412C, 345B, 345B II, 345B II MH, 345B L, 345C, 345C L, 345D, 345D L, 345D L VG, 349D, 349D L, 350, 3516C, 365B, 365B II, 365B L, 365C, 365C L, 365C L MH, 374D L, 385B, 385C, 385C FS, 385C L, 385...
2588538
FILTER-FUEL
C3.3, C4.4
C3.3, C4.4