6I2260 TURBOCHARGER GP Caterpillar parts
325, 325 L
Rating:
Alternative (cross code) number:
CA6I2260
6I-2260
6I2260
CA6I2260
6I-2260
6I2260
Weight: 18 pounds 8 kg.
EXCAVATOR,
Related part:
6I2260
TURBO GP-BASIC
0R6629
R
Cross Reference:
BTS Turbo
T916065,
BU
49185-00040,
CATERPILLAR
0R6629,
6I2260,
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CTP 6I2260 Turbocharger Group for Models 325/325 L
CTP For models 325/325 L || Better performance and higher durability || Ready to ship
CTP For models 325/325 L || Better performance and higher durability || Ready to ship
6I2260 Turbocharger OEM Turbocharger Replacement Parts
DFGUFG [Product compatibility]: The OE number of this product is 6I2260 || [Enhanced Engine Performance]: This turbocharger is designed to significantly boost engine power and torque, delivering stronger power output for improved vehicle performance and acceleration. It is an ideal upgrade for drivers seeking enhanced driving dynamics || [Advanced Sealing Technology]: Featuring a precision-engineered sealing device between the compressor impeller and bearing support, this turbocharger effectively prevents oil leakage into the intake manifold. This design ensures safe operation by avoiding engine oil burning issues || [Wide Vehicle Compatibility]: This turbocharger comes with detailed compatibility information to ensure a perfect fit for a variety of vehicle models. Its user-friendly design allows for straightforward installation, making it a versatile choice for many applications || [Purchase Notice]: Please make sure the OE number you need is consistent with the product, or make sure it is compatible
DFGUFG [Product compatibility]: The OE number of this product is 6I2260 || [Enhanced Engine Performance]: This turbocharger is designed to significantly boost engine power and torque, delivering stronger power output for improved vehicle performance and acceleration. It is an ideal upgrade for drivers seeking enhanced driving dynamics || [Advanced Sealing Technology]: Featuring a precision-engineered sealing device between the compressor impeller and bearing support, this turbocharger effectively prevents oil leakage into the intake manifold. This design ensures safe operation by avoiding engine oil burning issues || [Wide Vehicle Compatibility]: This turbocharger comes with detailed compatibility information to ensure a perfect fit for a variety of vehicle models. Its user-friendly design allows for straightforward installation, making it a versatile choice for many applications || [Purchase Notice]: Please make sure the OE number you need is consistent with the product, or make sure it is compatible
Turbocharger 6I2260 Energy Lubrication, Accelerate Heat Dissipation Comply With Standards
Jhtkpbkjscf [Accessory Check] :OE nubmer is 6I2260, please check the part number of your product carefully, the matching information is for reference only, if you are not sure about the product, please consult before purchase to avoid unnecessary returns, thank you || [Product Performance]: Intelligent lubrication system extends engine life || [Product Durability]: Multi-layer metal seals, which can withstand the high temperature of modern engines and have good heat resistance || [Energy Efficiency]: Passive variable geometry reduces fuel consumption during driving || [Easy to Replace]: Simplified assembly process, comes with a multi-language installation guide, effectively saving your time and energy
Jhtkpbkjscf [Accessory Check] :OE nubmer is 6I2260, please check the part number of your product carefully, the matching information is for reference only, if you are not sure about the product, please consult before purchase to avoid unnecessary returns, thank you || [Product Performance]: Intelligent lubrication system extends engine life || [Product Durability]: Multi-layer metal seals, which can withstand the high temperature of modern engines and have good heat resistance || [Energy Efficiency]: Passive variable geometry reduces fuel consumption during driving || [Easy to Replace]: Simplified assembly process, comes with a multi-language installation guide, effectively saving your time and energy
Number on catalog scheme:
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Information:
Assembly Procedure
Table 1
Required Tools
Tool Part Number Part Description Qty
C 136-1452 Retaining Ring Pliers As 1
D 152-7159 Socket As (Water Pump Shaft) 1
G 1P-0520 Driver Gp (Bearing and Seal) 1
H 5P-4197 Spacer 1
J 4C-4032 Bearing Mount Compound 1
Keep all parts clean from contaminants.Contaminants may cause rapid wear and shortened component life.
Illustration 1 g01057093
Place shaft (21) and bearing (25) in a suitable press. Make sure that the serial number on the bearing is toward the driven end of the shaft. Insert the driven end of the shaft into the bearing. Press the shaft into the bearing until the shoulder of the shaft contacts the bearing.
Illustration 2 g01057051
Install spacer (24), lock ring (23), and nut (22) onto the end of shaft (21). Place the shaft into a vise with the bearing upward.
Illustration 3 g01057048
Use Tooling (D) in order to tighten nut (22) to a torque of 167 33 N m (125 25 lb ft).
Illustration 4 g01057045
Place shaft (21) in a vise. Bend a tab of lock ring (23) into a slot of nut (22).
Illustration 5 g01057103
Illustration 6 g01057060
Use a suitable press and Tooling (G) in order to install bearing race (29) into bearing housing (16).
Illustration 7 g01057115
Use a suitable press and Tooling (H) in order to install the shaft and bearing (25) into bearing housing (16).
Illustration 8 g01057118
Use Tooling (C) in order to install retaining ring (20) into bearing housing (16). Make sure that the side of the ring with the bevel is upward. After the ring is installed, strike the ring with a punch in order to ensure that the ring is properly seated.
Illustration 9 g01057120
Place bearing housing (16) and shaft (21) into a vise with the impeller end of the shaft in the upward position. Place bearing (28) into position with the serial number in the upward position. Use a hammer and a brass driver to install the bearing into the bearing housing. Alternatively, use a suitable press with an appropriate sleeve to press the bearing into the housing.
Illustration 10 g01057123
Use Tooling (C) in order to install retaining ring (27) into bearing housing (16). After the retaining ring is installed, strike the ring with a punch in order to ensure that the ring is properly seated.
Illustration 11 g01057128
Lubricate oil seal (26) with a solution of water and five percent soap. Install the oil seal into bearing housing (16).
Illustration 12 g01057132
Thoroughly clean shaft (21) and collar (18) with solvent. Apply Tooling (J) to the inside diameter of the collar. Install the collar onto the shaft. Rotate the collar for 180 degrees in both directions. Allow the compound to cure for 30 minutes.
Illustration 13 g01057040
Install O-ring seal (19) over collar (18).
Illustration 14 g00690988
Install ring (17) over the O-ring seal. Compress the O-ring seal with ring (17). Maintain approximately 490 45 N (110 10 lb) of pressure on ring (17) and use an allen wrench in order to tighten the screws to a torque of 0.9 0.1 N m (7.97 0.10 lb in). After the screws are tightened, use a
Table 1
Required Tools
Tool Part Number Part Description Qty
C 136-1452 Retaining Ring Pliers As 1
D 152-7159 Socket As (Water Pump Shaft) 1
G 1P-0520 Driver Gp (Bearing and Seal) 1
H 5P-4197 Spacer 1
J 4C-4032 Bearing Mount Compound 1
Keep all parts clean from contaminants.Contaminants may cause rapid wear and shortened component life.
Illustration 1 g01057093
Place shaft (21) and bearing (25) in a suitable press. Make sure that the serial number on the bearing is toward the driven end of the shaft. Insert the driven end of the shaft into the bearing. Press the shaft into the bearing until the shoulder of the shaft contacts the bearing.
Illustration 2 g01057051
Install spacer (24), lock ring (23), and nut (22) onto the end of shaft (21). Place the shaft into a vise with the bearing upward.
Illustration 3 g01057048
Use Tooling (D) in order to tighten nut (22) to a torque of 167 33 N m (125 25 lb ft).
Illustration 4 g01057045
Place shaft (21) in a vise. Bend a tab of lock ring (23) into a slot of nut (22).
Illustration 5 g01057103
Illustration 6 g01057060
Use a suitable press and Tooling (G) in order to install bearing race (29) into bearing housing (16).
Illustration 7 g01057115
Use a suitable press and Tooling (H) in order to install the shaft and bearing (25) into bearing housing (16).
Illustration 8 g01057118
Use Tooling (C) in order to install retaining ring (20) into bearing housing (16). Make sure that the side of the ring with the bevel is upward. After the ring is installed, strike the ring with a punch in order to ensure that the ring is properly seated.
Illustration 9 g01057120
Place bearing housing (16) and shaft (21) into a vise with the impeller end of the shaft in the upward position. Place bearing (28) into position with the serial number in the upward position. Use a hammer and a brass driver to install the bearing into the bearing housing. Alternatively, use a suitable press with an appropriate sleeve to press the bearing into the housing.
Illustration 10 g01057123
Use Tooling (C) in order to install retaining ring (27) into bearing housing (16). After the retaining ring is installed, strike the ring with a punch in order to ensure that the ring is properly seated.
Illustration 11 g01057128
Lubricate oil seal (26) with a solution of water and five percent soap. Install the oil seal into bearing housing (16).
Illustration 12 g01057132
Thoroughly clean shaft (21) and collar (18) with solvent. Apply Tooling (J) to the inside diameter of the collar. Install the collar onto the shaft. Rotate the collar for 180 degrees in both directions. Allow the compound to cure for 30 minutes.
Illustration 13 g01057040
Install O-ring seal (19) over collar (18).
Illustration 14 g00690988
Install ring (17) over the O-ring seal. Compress the O-ring seal with ring (17). Maintain approximately 490 45 N (110 10 lb) of pressure on ring (17) and use an allen wrench in order to tighten the screws to a torque of 0.9 0.1 N m (7.97 0.10 lb in). After the screws are tightened, use a
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