0334488 PLATE, Frame, rear, 30 EVINRUDE
E20CRCEM, E20CRESB, E20ECEM, E20EESB, E25ECEB, E25EESE, E25RCEM, E25RESB, E25TECEM, E25TEESB, E30ECED, E30EESS, E30RCED, E30RESS, E30TECED, E30TEESS, E35RCED, E35RESS
PLATE
Price: query
Rating:
Compatible models:
BRP EVINRUDE entire parts catalog list:
- ENGINE COVER - JOHNSON » 0334488
E20ECEM, E20ELCEM 1989
E20EESB, E20ELESB 1990
E25ECEB, E25ELCEB, TE25ELCEB, TE25ELESF 1989
E25EESE, E25ELESE, TE25ELESE, VE25ELESE 1990
E25RCEM, E25RLCEM 1989
E25RESB, E25RLESB, VE25RESB 1990
E25TECEM, E25TELCEM 1989
E25TEESB, E25TELESB 1990
E30ECED, E30ELCED, TE30ELCED, TE30ELESF 1989
E30EESS, E30ELESS, TE30ELESS, VE30EESS, VE30ELESS 1990
E30RCED, E30RLCED 1989
E30RESS, E30RLESS 1990
E30TECED, E30TELCED 1989
E30TEESS, E30TELESS 1990
E35RCED, E35RLCED 1989
E35RESS, E35RLESS 1990
Information:
Measuring Wear of the Cylinder Block at the Cylinder Liner Contact Surface
Illustration 1 g02657157
Points at which to measure the depth of the wear around the circumference of the cylinder bore
Illustration 2 g02658239
Using tool (A) to measure the depth of the wear in the cylinder block under the cylinder liner flange
Use tool (A) to measure the depth of the wear in the cylinder block in the area under the cylinder liner flange. Take measurements at the eight points that are identified in Illustration 1. Illustration 2 demonstrates proper placement of the dial indicator between the tapped hole and the cylinder bore.If the depth of the wear under the cylinder liner flange is greater than 0.013 mm (0.0005 inch), the block must be salvaged according to Reuse And Salvage Guidelines, SEBF8255, "Procedure to Salvage Top Decks of Cylinder Blocks of 3500 Engines".Calculating Cylinder Liner Projection
The following method for calculating the liner projection is the preferred method under these circumstances:
Single cylinder head joint repair
Engine rebuildNote: When installation of spare used spacer plates and cylinder liners is desired, having the stocked parts measured and matched will reduce repair time.Note: The method of measuring liner projection that uses the 8T-0455 Liner Projection Tool Group can still be used.Regardless of the procedure, the contact surface of the cylinder block for the liner flange and spacer plate must be thoroughly clean before installation of replacement parts.If a new spacer plate and cylinder liner will be installed in the same cylinder, there is no need to calculate the cylinder liner projection. The production process control for the parts is adequate.If a used spacer plate or cylinder liner will be installed, perform the following measurement and calculation procedure.
Table 1
Required Tools
A 8T-0455 Liner Projection Tool Group
B Digital micrometer with a resolution of 0.001 mm The cylinder liner projection is now a calculation based on measurement of parts that uses the following dimensions:
The average thickness of the flange for the 211-7826 Cylinder Block Liner, measured in four places
The average thickness of the 110-6994 Spacer Plate, measured in four places
The nominal manufactured thickness of a new 144-5692 Plate GasketA new 144-5692 Plate Gasket must be installed with the spacer plate and cylinder liner.Use the following procedure to calculate the cylinder liner projection.
Illustration 3 g02657236
(X) Average thickness of the spacer plate
(Y) Nominal thickness of the spacer plate gasket
(Z) Average thickness of the cylinder liner flange
Use tool (B) to measure the thickness of the cylinder liner flange at four equally spaced locations around the circumference of the flange. Determine the average of the measurements.The result is dimension (Z). Mark the result on the cylinder liner with a permanent marker. Do not scribe the material.
Illustration 4 g02657156
Use tool (B) to measure the thickness of the spacer plate at the four locations identified by "X" in Illustration 4. Determine the average of the measurements.The result is measurement (X). Mark the result on the spacer plate with a permanent marker. Do not scribe the material.
Compare the average measurements to the dimensions listed in Table 2 or 3.If the average measured dimensions are within the acceptable range, the parts can be installed.If the average measured dimensions are not within the acceptable range, the parts cannot be installed. New parts must be obtained.Note: There is no need to measure the thickness of the 144-5692 Plate Gasket because a new gasket is always installed. The nominal manufacturing dimension is used in the calculation.Note: ReferenceTest and Adjusting, UENR0519, "Cylinder Liner Projection"
Table 2
Dimensions for Acceptable Cylinder Liner Projection with the 110-6991 Cylinder Head Gasket
Part Dimension Value
211-7826 Cylinder Block Liner flange 12.65 0.02 mm (0.498 0.0001 inch) Z
110-6994 Spacer Plate 12.31 0.03 mm (0.4846 0.0012 inch) X
362-9677 Spacer Plate 12.33 0.03 mm (0.4854 0.0012 inch) X
144-5692 Plate Gasket 0.21 0.03 mm (0.008 0.001 inch) Y
Allowable projection 0.06 mm (0.002 inch) to 0.20 mm (0.008 inch)
Table 3
Dimensions for Acceptable Cylinder Liner Projection with the 362-8264 Cylinder Head Gasket
Part Dimension Value
211-7826 Cylinder Block Liner flange 12.65 0.02 mm (0.498 0.0001 inch) Z
362-9677 Spacer Plate 12.33 0.03 mm (0.4854 0.0012 inch) X
110-6994 Spacer Plate 12.31 0.03 mm (0.4846 0.0012 inch) X
144-5692 Plate Gasket 0.21 0.03 mm (0.008 0.001 inch) Y
Allowable projection 0.08 mm (0.003 inch) to 0.15 mm (0.006 inch)
Illustration 1 g02657157
Points at which to measure the depth of the wear around the circumference of the cylinder bore
Illustration 2 g02658239
Using tool (A) to measure the depth of the wear in the cylinder block under the cylinder liner flange
Use tool (A) to measure the depth of the wear in the cylinder block in the area under the cylinder liner flange. Take measurements at the eight points that are identified in Illustration 1. Illustration 2 demonstrates proper placement of the dial indicator between the tapped hole and the cylinder bore.If the depth of the wear under the cylinder liner flange is greater than 0.013 mm (0.0005 inch), the block must be salvaged according to Reuse And Salvage Guidelines, SEBF8255, "Procedure to Salvage Top Decks of Cylinder Blocks of 3500 Engines".Calculating Cylinder Liner Projection
The following method for calculating the liner projection is the preferred method under these circumstances:
Single cylinder head joint repair
Engine rebuildNote: When installation of spare used spacer plates and cylinder liners is desired, having the stocked parts measured and matched will reduce repair time.Note: The method of measuring liner projection that uses the 8T-0455 Liner Projection Tool Group can still be used.Regardless of the procedure, the contact surface of the cylinder block for the liner flange and spacer plate must be thoroughly clean before installation of replacement parts.If a new spacer plate and cylinder liner will be installed in the same cylinder, there is no need to calculate the cylinder liner projection. The production process control for the parts is adequate.If a used spacer plate or cylinder liner will be installed, perform the following measurement and calculation procedure.
Table 1
Required Tools
A 8T-0455 Liner Projection Tool Group
B Digital micrometer with a resolution of 0.001 mm The cylinder liner projection is now a calculation based on measurement of parts that uses the following dimensions:
The average thickness of the flange for the 211-7826 Cylinder Block Liner, measured in four places
The average thickness of the 110-6994 Spacer Plate, measured in four places
The nominal manufactured thickness of a new 144-5692 Plate GasketA new 144-5692 Plate Gasket must be installed with the spacer plate and cylinder liner.Use the following procedure to calculate the cylinder liner projection.
Illustration 3 g02657236
(X) Average thickness of the spacer plate
(Y) Nominal thickness of the spacer plate gasket
(Z) Average thickness of the cylinder liner flange
Use tool (B) to measure the thickness of the cylinder liner flange at four equally spaced locations around the circumference of the flange. Determine the average of the measurements.The result is dimension (Z). Mark the result on the cylinder liner with a permanent marker. Do not scribe the material.
Illustration 4 g02657156
Use tool (B) to measure the thickness of the spacer plate at the four locations identified by "X" in Illustration 4. Determine the average of the measurements.The result is measurement (X). Mark the result on the spacer plate with a permanent marker. Do not scribe the material.
Compare the average measurements to the dimensions listed in Table 2 or 3.If the average measured dimensions are within the acceptable range, the parts can be installed.If the average measured dimensions are not within the acceptable range, the parts cannot be installed. New parts must be obtained.Note: There is no need to measure the thickness of the 144-5692 Plate Gasket because a new gasket is always installed. The nominal manufacturing dimension is used in the calculation.Note: ReferenceTest and Adjusting, UENR0519, "Cylinder Liner Projection"
Table 2
Dimensions for Acceptable Cylinder Liner Projection with the 110-6991 Cylinder Head Gasket
Part Dimension Value
211-7826 Cylinder Block Liner flange 12.65 0.02 mm (0.498 0.0001 inch) Z
110-6994 Spacer Plate 12.31 0.03 mm (0.4846 0.0012 inch) X
362-9677 Spacer Plate 12.33 0.03 mm (0.4854 0.0012 inch) X
144-5692 Plate Gasket 0.21 0.03 mm (0.008 0.001 inch) Y
Allowable projection 0.06 mm (0.002 inch) to 0.20 mm (0.008 inch)
Table 3
Dimensions for Acceptable Cylinder Liner Projection with the 362-8264 Cylinder Head Gasket
Part Dimension Value
211-7826 Cylinder Block Liner flange 12.65 0.02 mm (0.498 0.0001 inch) Z
362-9677 Spacer Plate 12.33 0.03 mm (0.4854 0.0012 inch) X
110-6994 Spacer Plate 12.31 0.03 mm (0.4846 0.0012 inch) X
144-5692 Plate Gasket 0.21 0.03 mm (0.008 0.001 inch) Y
Allowable projection 0.08 mm (0.003 inch) to 0.15 mm (0.006 inch)
Parts plate EVINRUDE:
0324318
0324318 PLATE, Leaf
25904R, B25JREUR, BE20SEECB, BE20SEEDA, BE20SEEUM, BE20SRECB, BE20SREDA, BE20SREUM, BE25BAECM, BE25BAEDR, BE25EECE, BE25EEDM, BE25EEUB, BE30BAECS, BE30BAEDE, BE30BAEEC, BE30BAEUD, BE30BASIA, BE30BASSR, BE30EECS, BE30EEDE, BE30EEUD, E20CRCCA, E20CRCDC
0327944
0327944 PLATE,Throttle control
B25JREUR, BE10EEDD, BE10FAEDC, BE10FAEUR, BE10RELEUS, BE15EEDS, BE15RELEUC, BE20SRECB, BE20SREDA, BE20SREUM, BE25ARECA, BE25AREDC, BE25AREUR, BE25BAECM, BE25BAEDR, BE30BAECS, BE30BAEDE, BE30BAEEC, BE30BAEUD, BE30BASIA, BE30BASSR, BE35ARECR, BE35AREDS
0211233
0211233 PLATE, Frame, front, 35
E20CRCEM, E20CREIE, E20CRESB, E25RCEM, E25REIE, E25RESB, E30RCED, E30REIC, E30RESS, E35RCED, E35REIC, E35RESS
0211222
0211222 PLATE, Frame, front, 20
E20CRCEM, E20CREIE, E20CRESB, E20ECEM, E20EEIE, E20EESB, E25ECEB, E25EEID, E25EESE, E25RCEM, E25REIE, E25RESB, E30ECED, E30EEIC, E30EESS, E30RCED, E30REIC, E30RESS, E35RCED, E35REIC, E35RESS
0211231
0211231 PLATE, Frame, front, 30
E20CRCEM, E20CREIE, E20CRESB, E20ECEM, E20EEIE, E20EESB, E25ECEB, E25EEID, E25EESE, E25RCEM, E25REIE, E25RESB, E25TECEM, E25TEEIE, E25TEESB, E30ECED, E30EEIC, E30EESS, E30RCED, E30REIC, E30RESS, E30TECED, E30TEEIC, E30TEESS, E35RCED, E35REIC, E35RESS
0334483
0334483 PLATE, Frame, rear, 25
E20CRCEM, E20CRESB, E20ECEM, E20EESB, E25ECEB, E25EESE, E25RCEM, E25RESB, E25TECEM, E25TEESB, E30ECED, E30EESS, E30RCED, E30RESS, E30TECED, E30TEESS, E35RCED, E35RESS
0334479
0334479 PLATE, Frame, rear, 20
E20CRCEM, E20CRESB, E20ECEM, E20EESB, E25ECEB, E25EESE, E25RCEM, E25RESB, E30ECED, E30EESS, E30RCED, E30RESS, E35RCED, E35RESS
0211567
0211567 PLATE, Frame, front, 20
E20CREIE, E20CREND, E20CRESB, E20CRETS, E25REIE, E25REND, E25RESB, E25RETS, E30REIC, E30RENR, E30RESS, E30RETA, E35REIC, E35RENR, E35RESS, E35RETA