2606487 BEARING GP-POWER TRAIN Caterpillar parts
D10R, D10T
Rating:
Alternative (cross code) number:
CA2606487
260-6487
2606487
CA2606487
260-6487
2606487
Weight: 133 pounds 60 kg.
TRACK-TYPE TRACTOR,
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Rear Right (Passenger Side) Lower Suspension Trailing Arm TOR-CK641758 Replacement For Hyundai Elantra
TOR Replacement for: [Rear Right Lower] 2011-2012 Hyundai Elantra (2.0L), 2007-2010 Hyundai Elantra || Complete Control Assembly Arm Pre-Assembled With Bushings, Mounts & Ball Joints (When Applicable) - No additional parts or tools required for installation || TOR exclusive USA-engineered metal bearing design enables grease to flow through the bearing to the stud for reduced friction and enhanced strength and stability || Premium cover plate design allows for tighter tolerances vs traditional cover plate designs, providing a more durable and extended life for the control arm || TOR engineered steel composition results in a stronger component. Our full-ball metal stud provides 36 degrees of smooth, consistent, rotational movement resulting in more responsive steering || Full-ball type studs use cold-formed manufacturing to reduce imperfections and hold the tightest of tolerances || Convenient easy access wrench flat allows for the use of a socket for easy installation and removal || Manufactured with CNC tooling, automated grinding and assembly lines for increased consistency || Forged, CNC-machined shell leads to high-quality, precision-made performance and additional strength || Part Reference Numbers : BK641758 CA60544PR CA60544 MS901014 GS901014 CMS901014 CK641758 K641758 RK641758 1410109 2606487 552802H000 TK641758
TOR Replacement for: [Rear Right Lower] 2011-2012 Hyundai Elantra (2.0L), 2007-2010 Hyundai Elantra || Complete Control Assembly Arm Pre-Assembled With Bushings, Mounts & Ball Joints (When Applicable) - No additional parts or tools required for installation || TOR exclusive USA-engineered metal bearing design enables grease to flow through the bearing to the stud for reduced friction and enhanced strength and stability || Premium cover plate design allows for tighter tolerances vs traditional cover plate designs, providing a more durable and extended life for the control arm || TOR engineered steel composition results in a stronger component. Our full-ball metal stud provides 36 degrees of smooth, consistent, rotational movement resulting in more responsive steering || Full-ball type studs use cold-formed manufacturing to reduce imperfections and hold the tightest of tolerances || Convenient easy access wrench flat allows for the use of a socket for easy installation and removal || Manufactured with CNC tooling, automated grinding and assembly lines for increased consistency || Forged, CNC-machined shell leads to high-quality, precision-made performance and additional strength || Part Reference Numbers : BK641758 CA60544PR CA60544 MS901014 GS901014 CMS901014 CK641758 K641758 RK641758 1410109 2606487 552802H000 TK641758
Information:
After the engine has been installed or rebuilt, carefully monitor the engine in order to detect any unusual engine performance.
Operate the engine at low idle for two to three minutes. Allow the jacket water temperature to begin to rise before increasing the engine rpm. Note: More warm-up time may be necessary when the ambient temperature is below −18 °C (0 °F).
Turn the air supply to the air starting motor OFF (if equipped).
Make another walk-around inspection. Inspect the engine for fluid leaks and air leaks. Note: For instructions on engaging the driven equipment, see the literature that is provided by the OEM of the vessel.
Ensure that the gauges are in the normal ranges for the engine rpm. After verifying that the engine systems are normal, engage the driven equipment. Begin operating the engine at low load. Continue to check the gauges and the driven equipment. Operate the engine at a low load until the engine reaches normal operating temperature. The engine should reach operating temperature before the vessel enters open water.The engine will reach normal operating temperature faster when the engine is operated at low rpm and low power demand. This procedure is more effective than idling the engine with no load.
After normal oil pressure is reached and the jacket water temperature rises, the engine may be operated at full load. Increase the load, as required.
Operate the engine at low idle for two to three minutes. Allow the jacket water temperature to begin to rise before increasing the engine rpm. Note: More warm-up time may be necessary when the ambient temperature is below −18 °C (0 °F).
Turn the air supply to the air starting motor OFF (if equipped).
Make another walk-around inspection. Inspect the engine for fluid leaks and air leaks. Note: For instructions on engaging the driven equipment, see the literature that is provided by the OEM of the vessel.
Ensure that the gauges are in the normal ranges for the engine rpm. After verifying that the engine systems are normal, engage the driven equipment. Begin operating the engine at low load. Continue to check the gauges and the driven equipment. Operate the engine at a low load until the engine reaches normal operating temperature. The engine should reach operating temperature before the vessel enters open water.The engine will reach normal operating temperature faster when the engine is operated at low rpm and low power demand. This procedure is more effective than idling the engine with no load.
After normal oil pressure is reached and the jacket water temperature rises, the engine may be operated at full load. Increase the load, as required.
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Parts bearing Caterpillar catalog:
3G8052
BEARING
D10N, D10R, D10T, D10T2, D9L
D10N, D10R, D10T, D10T2, D9L
7T4135
BEARING
D10N, D10R, D10T, D10T2
D10N, D10R, D10T, D10T2
3T9658
BEARING-SLEEVE
D10N, D10R, D10T, D10T2
D10N, D10R, D10T, D10T2
7T9014
BEARING-SLEEVE
D10N, D10R, D10T, D10T2, D11R, D11T
D10N, D10R, D10T, D10T2, D11R, D11T
8P7598
BEARING-SLEEVE
D10N, D10R, D10T, D10T2, D9L
D10N, D10R, D10T, D10T2, D9L
9J6549
BEARING-SLEEVE
854G, D10N, D10R, D10T, D10T2, D9L
854G, D10N, D10R, D10T, D10T2, D9L
1531370
BEARING-SELF ALIGNING
D10N, D10R
D10N, D10R
1270843
BEARING-SLEEVE
D10N, D10R
D10N, D10R
3807675
BEARING-ALIGNING
D10N, D10R, D10T, D10T2
D10N, D10R, D10T, D10T2
1173006
BEARING
D10N, D10R, D10T, D10T2
D10N, D10R, D10T, D10T2
3G7891
BEARING
D10N, D10R, D10T, D9L
D10N, D10R, D10T, D9L
1U1187
BEARING AS
D10N, D10R, D10T, D10T2, D9L
D10N, D10R, D10T, D10T2, D9L
2781240
BEARING GP-SPROCKET
247, 247B, 257B, 267, 267B, 287
247, 247B, 257B, 267, 267B, 287
2104672
BEARING GP-SPROCKET
247, 247B, 267, 267B, 287
247, 247B, 267, 267B, 287
1636439
BEARING GP-COMPRESSOR
3606, 3608, 3612, 3616, C280-16, C280-6, C280-8
3606, 3608, 3612, 3616, C280-16, C280-6, C280-8
2925936
BEARING & SEAL GP-GRAPPLE
525C, 535C
525C, 535C
0868867
BEARING GP-AUGER
AP-1000, AP-1050
AP-1000, AP-1050
1526995
BEARING-SLEEVE
583R, D8R
583R, D8R
1969524
BEARING GP-MAIN
3408, 3408C, 3408E, 3412C, G3408, G3408B
3408, 3408C, 3408E, 3412C, G3408, G3408B