1101284 CARRIER AS Caterpillar parts
16H NA, 3406B, 3406C, 578, 583R, 824C, 824G, 825G, 826C, 826G, 980C, 980G, D8N, D8R, D8R II, PM-465, RM-350B, SM-350
Rating:
Alternative (cross code) number:
CA1101284
110-1284
1101284
CA1101284
110-1284
1101284
Weight: 4 pounds 2 kg.
COLD PLANER, WHEEL LOADER,
This part in 2 request:
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This information for suppliers only!
2024-01-31
2023-12-05
Compatible equipment models: 1101284:
Information:
Apply the Scenario Factors
When you have looked up the vibration levels in the table, you must apply the scenario factors to these vibration levels, when the factors are appropriate.You will use these adjusted values in order to determine the Total Vibration Exposure Points (PE total).The scenario factors are displayed in the three columns on the right side of the table. The factors are easy to apply.If the task is similar to "Example 1", apply the following list:
subtract the x axis scenario factor from the x axis vibration level reading.
subtract the y axis scenario factor from the y axis vibration level reading.
subtract the z axis scenario factor from the z axis vibration level reading.Do not apply the scenario factors, if the task is average. An average task is described in "Example 2".If the task is similar to "Example 3", apply the following list:
add the x axis scenario factor from the x axis vibration level reading.
add the y axis scenario factor from the y axis vibration level reading.
add the z axis scenario factor from the z axis vibration level reading.Three Axis
Use the adjusted values and the exposure duration for each axis. Look up values for PEx, PEy, and PEz on the table 1.If the adjusted vibration level reading does not appear in the left hand column in the table, you must use the next highest value in the column in order to determine the P exposure.For example if your adjusted vibration level reading is 0.67, you must use the next highest value of 0.7 in order to determine the P exposure.The Total Vibration Exposure Points is the highest value of the three values (PEx, PEy, and PEz). The points are found in table 2.The value for PE total will help you determine the vibration control actions.White Area
The PE total value is less than 100. If the PE total value is in the white area, no action is needed. If the PE total value is close to the light gray area, you must take reasonable action in order to reduce vibration exposure. Provide the worker with information about reducing the vibration and with training about reducing the vibration.Light Gray Area
The PE total value is between 100 and 529. If the PE total value is in the light gray area, you must take reasonable action in order to reduce vibration exposure. Provide health surveillance for exposed workers.Dark Gray Area
The PE total value is greater than 529. If the PE total value is in the dark gray area, take immediate action in order to lower the Exposure Limit Value. If the exposure remains above the Exposure Action Value, you must take the following actions:
Activate control measures.
Activate a program of health surveillance.The following three examples show PE total values for different machines and for different conditions.Example 1
Compact Wheel loader - light vibration exposure
good working conditions (smooth terrain)
experienced operator
typical operating conditions load and carry motion
4 hour durationFind the vibration level values for x, y, and z axes for the compact wheel loader in the table.
When you have looked up the vibration levels in the table, you must apply the scenario factors to these vibration levels, when the factors are appropriate.You will use these adjusted values in order to determine the Total Vibration Exposure Points (PE total).The scenario factors are displayed in the three columns on the right side of the table. The factors are easy to apply.If the task is similar to "Example 1", apply the following list:
subtract the x axis scenario factor from the x axis vibration level reading.
subtract the y axis scenario factor from the y axis vibration level reading.
subtract the z axis scenario factor from the z axis vibration level reading.Do not apply the scenario factors, if the task is average. An average task is described in "Example 2".If the task is similar to "Example 3", apply the following list:
add the x axis scenario factor from the x axis vibration level reading.
add the y axis scenario factor from the y axis vibration level reading.
add the z axis scenario factor from the z axis vibration level reading.Three Axis
Use the adjusted values and the exposure duration for each axis. Look up values for PEx, PEy, and PEz on the table 1.If the adjusted vibration level reading does not appear in the left hand column in the table, you must use the next highest value in the column in order to determine the P exposure.For example if your adjusted vibration level reading is 0.67, you must use the next highest value of 0.7 in order to determine the P exposure.The Total Vibration Exposure Points is the highest value of the three values (PEx, PEy, and PEz). The points are found in table 2.The value for PE total will help you determine the vibration control actions.White Area
The PE total value is less than 100. If the PE total value is in the white area, no action is needed. If the PE total value is close to the light gray area, you must take reasonable action in order to reduce vibration exposure. Provide the worker with information about reducing the vibration and with training about reducing the vibration.Light Gray Area
The PE total value is between 100 and 529. If the PE total value is in the light gray area, you must take reasonable action in order to reduce vibration exposure. Provide health surveillance for exposed workers.Dark Gray Area
The PE total value is greater than 529. If the PE total value is in the dark gray area, take immediate action in order to lower the Exposure Limit Value. If the exposure remains above the Exposure Action Value, you must take the following actions:
Activate control measures.
Activate a program of health surveillance.The following three examples show PE total values for different machines and for different conditions.Example 1
Compact Wheel loader - light vibration exposure
good working conditions (smooth terrain)
experienced operator
typical operating conditions load and carry motion
4 hour durationFind the vibration level values for x, y, and z axes for the compact wheel loader in the table.
Cat SIS web machinery list:
Parts carrier Caterpillar catalog:
1T1339
CARRIER-BEARING
824C, 824G, 824G II, 824H, 825G, 825G II, 825H, 826C, 826G, 826G II, 826H, 980C, 980F, 980F II, 980G, 980G II, 980H, 980K, R1700 II, R1700G, R2900, R2900G
824C, 824G, 824G II, 824H, 825G, 825G II, 825H, 826C, 826G, 826G II, 826H, 980C, 980F, 980F II, 980G, 980G II, 980H, 980K, R1700 II, R1700G, R2900, R2900G
6P6556
CARRIER AS
824G, 824G II, 824H, 825G, 825G II, 825H, 826G, 826G II, 826H, 980C, 980F, 980F II, 980G, 980G II, 980H, 980K
824G, 824G II, 824H, 825G, 825G II, 825H, 826G, 826G II, 826H, 980C, 980F, 980F II, 980G, 980G II, 980H, 980K
1T1534
CARRIER-RING
824C, 824G, 824G II, 824H, 825G, 825G II, 825H, 826C, 826G, 826G II, 826H, 980C, 980F, 980F II, 980G, 980G II, 980H, 980K, R1700 II, R1700G, R2900, R2900G
824C, 824G, 824G II, 824H, 825G, 825G II, 825H, 826C, 826G, 826G II, 826H, 980C, 980F, 980F II, 980G, 980G II, 980H, 980K, R1700 II, R1700G, R2900, R2900G
1293046
CARRIER-PLANETARY
824G, 824G II, 824H, 824K, 980G, 980G II, 980H, 980K, 980K HLG, 980M, AD30, R1700G
824G, 824G II, 824H, 824K, 980G, 980G II, 980H, 980K, 980K HLG, 980M, AD30, R1700G
7G4589
CARRIER-PLANETARY
980C, 980F, 980F II
980C, 980F, 980F II
8P5778
CARRIER-RING
980C, 980F, 980F II, 980G, 980G II, 980H, 980K, 980M
980C, 980F, 980F II, 980G, 980G II, 980H, 980K, 980M
6Y1604
CARRIER AS
980C, 980F, 980F II
980C, 980F, 980F II
8P5777
CARRIER-RING
980C, 980F, 980F II, 980G, 980H, 980K, 980M
980C, 980F, 980F II, 980G, 980H, 980K, 980M
3V2065
CARRIER-PLANETARY
824C, 980C
824C, 980C
8R4821
CARRIER-PLANETARY
824C, 980C, 980F, 980F II, AD40, AE40, D40D, R1700 II
824C, 980C, 980F, 980F II, AD40, AE40, D40D, R1700 II
8E2974
CARRIER AS
980F, 980F II, 980G, 980G II, 980H, 980K, 980M
980F, 980F II, 980G, 980G II, 980H, 980K, 980M
3P0862
CARRIER-INPUT
14G, 14H, 14H NA, 16G, 16H, 16H NA
14G, 14H, 14H NA, 16G, 16H, 16H NA
1537823
CARRIER
3306B, 3406C, 3412, 3508, 3508B, 3512, 3512B, 3516, 3516B, G3508, G3512, G3516, PM3412, PM3508, PM3512, PM3516, PMG3516
3306B, 3406C, 3412, 3508, 3508B, 3512, 3512B, 3516, 3516B, G3508, G3512, G3516, PM3412, PM3508, PM3512, PM3516, PMG3516
1W5436
CARRIER-DRIVE
16G, 245, 3406B, 578, 621E, 623E, 627E, 826C, 980C, SS-250
16G, 245, 3406B, 578, 621E, 623E, 627E, 826C, 980C, SS-250
1L9275
CARRIER
3181
3181
6I9732
CARRIER-PLANETARY
30/30, 611, 615C, D250E, D250E II, D25D, D300E, D300E II, DEUCE
30/30, 611, 615C, D250E, D250E II, D25D, D300E, D300E II, DEUCE
6Y4439
CARRIER-RING
30/30, 611, 615C, D250B, D250E, D250E II, D25D, D300E, D300E II, DEUCE
30/30, 611, 615C, D250B, D250E, D250E II, D25D, D300E, D300E II, DEUCE
6Y4847
CARRIER-PLANETARY
30/30, 611, 615, 615C, D250E, D250E II, D25D, D300E, D300E II, DEUCE
30/30, 611, 615, 615C, D250E, D250E II, D25D, D300E, D300E II, DEUCE
9N6242
CARRIER AS
3306, 3306B
3306, 3306B
8L5098
CARRIER AS-BEARING
3408, 3412, 3508, 3512, D348, D399, G399
3408, 3412, 3508, 3512, D348, D399, G399
1753131
CARRIER
G3516B, G3520B, PMG3516
G3516B, G3520B, PMG3516