0102645 NUT Caterpillar parts
Rating:
Alternative (cross code) number:
CA0102645
010-2645
0102645
CA0102645
010-2645
0102645
Weight: 0.01 pounds 0 kg.
Information:
COATING/PLATING
Zinc-Dichromate Coating
HEX LENGTH
14.29
mm
HEIGHT
8.33
mm
MATERIAL
Steel Rb 85 Min
SLOT WIDTH
3.05
mm
THREAD SIZE
.38-24
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$0.14
20 Feb 2021
-: -
CT0102645 : NUT FOR CATERPILLAR & MITSUBISHI
CATERPILLAR || All Brand new & rebuilt items comes with 1 year warranty. || NUT FOR CATERPILLAR & MITSUBISHI FORKLIFT. CATEGORY : FORKLIFT PARTS - CATERPILLER/TOWMOTOR. THIS ITEM CAN ALSO BE FOUND UNDER THE FOLLOWING PART NUMBERS: CT102645 0102645, CT0102645, 102645, CATERPILLAR & MITSUBISHI/TOWMOTOR0102645, CT102645, 102645
CATERPILLAR || All Brand new & rebuilt items comes with 1 year warranty. || NUT FOR CATERPILLAR & MITSUBISHI FORKLIFT. CATEGORY : FORKLIFT PARTS - CATERPILLER/TOWMOTOR. THIS ITEM CAN ALSO BE FOUND UNDER THE FOLLOWING PART NUMBERS: CT102645 0102645, CT0102645, 102645, CATERPILLAR & MITSUBISHI/TOWMOTOR0102645, CT102645, 102645
Information:
(1) Depth to install seal ... 4.5 0.5 mm (.18 .02 in)(2) Use shims as necessary to get 0.05 0.05 mm (.002 .002 in) endplay on input shaft.See Procedure To Set Input Shaft Bearing Endplay(3) Depth to install bearing ... 3.5 0.5 mm (.138 .020 in)(4) 6Y2103 Relief Valve Group (Torque Converter)(5) 9W7189 Flow Control Valve(6) 4M7945 Spring: Length under test force ... 53.8 mm (2.12 in)Test force ... 15.2 1.2 N (3.41 .27 lb)Free length after test ... 65.0 mm (2.56 in)Outside diameter ... 17.3 mm (.68 in)Procedure To Set Input Shaft Bearing Endplay
1. Make sure that the bearing cups and cones are seated against their respective housing and shaft shoulders before assembly.2. Install the bearing cage without shims (2).3. Install two bolts 180° apart. Tighten finger tight.4. Torque the bolts to 1.5 N m (13.5 lb in) using the 6V4980 Torque Screwdriver Tool Group.5. Rotate or oscillate the input shaft the equivalent of three revolutions. To rotate the input shaft, remove the plug in the bearing cage and use a M10 X 1.5 bolt 100 mm (4 in) long threaded into the hole in the end of the input shaft.6. Torque the bolts to 3.0 N m (27 lb in) and repeat Step 5. Retorque the bolts to 3.0 N m (27 lb in).7. Using a feeler gauge, measure the gap between the case and the outside diameter of the bearing cage flange radially outward from the center of each bolt. If the difference between the measurements taken in Step 7 is greater than 0.3 mm (.012 in), perform Steps 2 through 7 again.8. Add the dimensions found in Step 7 and divide by two.9. Add 0.15 mm (.006 in) to the dimension found in Step 8. This is the required shim pack thickness to provide the specified input shaft bearing endplay of 0.05 0.05 mm (.002 .002 in). If the shim thickness determined in Step 9 or the bearing adjustment is questionable, repeat Steps 2 through 9. If the "repeat" shim thickness is within 0.05 mm (.002 in) of the original thickness, use the lesser of the two measurements.10. Assemble enough shims (2) to equal the dimension found in Step 9. Verify the thickness with a micrometer.11. Install the bearing cage, shims, and bolts.
1. Make sure that the bearing cups and cones are seated against their respective housing and shaft shoulders before assembly.2. Install the bearing cage without shims (2).3. Install two bolts 180° apart. Tighten finger tight.4. Torque the bolts to 1.5 N m (13.5 lb in) using the 6V4980 Torque Screwdriver Tool Group.5. Rotate or oscillate the input shaft the equivalent of three revolutions. To rotate the input shaft, remove the plug in the bearing cage and use a M10 X 1.5 bolt 100 mm (4 in) long threaded into the hole in the end of the input shaft.6. Torque the bolts to 3.0 N m (27 lb in) and repeat Step 5. Retorque the bolts to 3.0 N m (27 lb in).7. Using a feeler gauge, measure the gap between the case and the outside diameter of the bearing cage flange radially outward from the center of each bolt. If the difference between the measurements taken in Step 7 is greater than 0.3 mm (.012 in), perform Steps 2 through 7 again.8. Add the dimensions found in Step 7 and divide by two.9. Add 0.15 mm (.006 in) to the dimension found in Step 8. This is the required shim pack thickness to provide the specified input shaft bearing endplay of 0.05 0.05 mm (.002 .002 in). If the shim thickness determined in Step 9 or the bearing adjustment is questionable, repeat Steps 2 through 9. If the "repeat" shim thickness is within 0.05 mm (.002 in) of the original thickness, use the lesser of the two measurements.10. Assemble enough shims (2) to equal the dimension found in Step 9. Verify the thickness with a micrometer.11. Install the bearing cage, shims, and bolts.
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