1211599 BUSHING Caterpillar parts
365B, 365B II, 365C, 385C, 385C FS, 5080, 5090B
Rating:
Alternative (cross code) number:
CA1211599
121-1599
1211599
CA1211599
121-1599
1211599
Weight: 0.100 pounds 0 kg.
Information:
ID
127.263
mm
OD
132.153
mm
WIDTH
59.85
mm
EXCAVATOR, FRONT SHOVEL,
Compatible equipment models: 1211599:
Number on catalog scheme:
13
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Information:
Measuring AC/DC Voltage
When you use the multimeter to make voltage measurements, remember that the voltmeter must always be connected in parallel with the load or with the circuit under test. The accuracy of the 9U7330 multimeter is approximately 0.01% in the five AC/DC voltage ranges with an input impedance of approximately 10 mOhms when connected in parallel.To measure voltage, perform the following tasks:
Make sure that the circuit is turned ON.
Place the black meter lead in the "Com" input port on the meter and the red lead in the VOLT/OHM input port.
Place the rotary switch in the desired position AC or DC.
Place the black meter lead on the low side or the ground side of the component or circuit that is being measured.
Place the red meter lead on the high side or the positive side of the component or circuit that is being measured.
Illustration 6 g01070559
Observe the circuit in Illustration 6. The tests leads are connected in parallel across the circuit load. With a 12 volt power source connected to the load, the meter should read a voltage drop equal to the source voltage or to 12 volts.If the meter reads a voltage drop less than 12 volts, it would indicate that an unwanted resistance was present in the circuit. A logical process would be to measure the voltage drop across the closed switch contacts. If a voltage reading was present, it would indicate that the switch contacts were corroded. This will require the switch to be replaced.Note: In actual measurements, the meter reading will not exactly equal the power source voltage, because the individual wires will offer some small resistance. In most practical applications, a voltage drop of 0.1 volts is acceptable for normal circuit wiring conditions.The 9U7330 digital multimeter is a high impedance meter. This means the meter will not significantly increase the current flow in the circuit that is being measured. Voltage measurements should always be made with the circuit under power. The 9U7330 Digital Multimeter is ideal for use in circuits controlled by solid state devices such as, electronic components, computers, and microprocessors.Measuring AC/DC Current
Illustration 7 g01070561
When you use the multimeter to make current measurements, it is necessary that the meter probes must be connected in series with the load or circuit under test. To toggle between alternating and direct current measurements, use the "Blue" push button.When you measure current, the meter's internal shunt resistors develop a voltage across the meter's terminals. This is called burden voltage. The burden voltage is very low, but the voltage could possibly affect precision measurements.When you measure current flow, the Fluke 87 multimeter is designed with low resistance to not affect the current flow in the circuit. When you measure current in a circuit, always start with the red lead of the multimeter in the Amp input (10 A fused) of the meter. Only move the red lead into the mA/µA input after you have determined the current is below the mA/µA input maximum current rating (400 mA).The meter has
When you use the multimeter to make voltage measurements, remember that the voltmeter must always be connected in parallel with the load or with the circuit under test. The accuracy of the 9U7330 multimeter is approximately 0.01% in the five AC/DC voltage ranges with an input impedance of approximately 10 mOhms when connected in parallel.To measure voltage, perform the following tasks:
Make sure that the circuit is turned ON.
Place the black meter lead in the "Com" input port on the meter and the red lead in the VOLT/OHM input port.
Place the rotary switch in the desired position AC or DC.
Place the black meter lead on the low side or the ground side of the component or circuit that is being measured.
Place the red meter lead on the high side or the positive side of the component or circuit that is being measured.
Illustration 6 g01070559
Observe the circuit in Illustration 6. The tests leads are connected in parallel across the circuit load. With a 12 volt power source connected to the load, the meter should read a voltage drop equal to the source voltage or to 12 volts.If the meter reads a voltage drop less than 12 volts, it would indicate that an unwanted resistance was present in the circuit. A logical process would be to measure the voltage drop across the closed switch contacts. If a voltage reading was present, it would indicate that the switch contacts were corroded. This will require the switch to be replaced.Note: In actual measurements, the meter reading will not exactly equal the power source voltage, because the individual wires will offer some small resistance. In most practical applications, a voltage drop of 0.1 volts is acceptable for normal circuit wiring conditions.The 9U7330 digital multimeter is a high impedance meter. This means the meter will not significantly increase the current flow in the circuit that is being measured. Voltage measurements should always be made with the circuit under power. The 9U7330 Digital Multimeter is ideal for use in circuits controlled by solid state devices such as, electronic components, computers, and microprocessors.Measuring AC/DC Current
Illustration 7 g01070561
When you use the multimeter to make current measurements, it is necessary that the meter probes must be connected in series with the load or circuit under test. To toggle between alternating and direct current measurements, use the "Blue" push button.When you measure current, the meter's internal shunt resistors develop a voltage across the meter's terminals. This is called burden voltage. The burden voltage is very low, but the voltage could possibly affect precision measurements.When you measure current flow, the Fluke 87 multimeter is designed with low resistance to not affect the current flow in the circuit. When you measure current in a circuit, always start with the red lead of the multimeter in the Amp input (10 A fused) of the meter. Only move the red lead into the mA/µA input after you have determined the current is below the mA/µA input maximum current rating (400 mA).The meter has
Caterpillar parts catalog:
Parts bushing Caterpillar catalog:
330C, 330C L, 330D, 330D FM, 330D L, 330D LN, 330D MH, 336D, 336D L, 336D LN, 336D2, 336D2 L, 336E, 336E H, 336E L, 336E LH, 336E LN, 336F L, 340D L, 340D2 L, 345B II, 345B L, 345C, 345C L, 345C MH, 3...
320B, 320N, 322B, 322B L, 322B LN, 322C, 322C FM, 325, 325 L, 325 LN, 325B, 325B L, 325C, 330, 330B, 330B L, 385B, 385C, 385C L, 390D, 390D L, 390F L, G107B, TK1051
321C, 321D LCR, 322B LN, 322C, 325C, 325C FM, 325D L, 328D LCR, 330C, 330C L, 330D L, 345B II, 345C L, 365B II, 365C, 365C L, 385B, 385C L
345C, 345C L, 345C MH, 345D, 345D L, 345D L VG, 349D, 349D L, 365B, 365C, W345C MH
325D, 325D FM, 325D FM LL, 325D L, 328D LCR, 329D, 329D L, 329D LN, 329E, 329E L, 329E LN, 345C, 345C L, 345C MH, 345D, 345D L, 345D L VG, 349D, 349D L, 365B, 365C, W345C MH
324D, 330D, 330D L, 330D LN, 336D, 336D L, 336D LN, 336D2, 336D2 L, 336E, 336E L, 336E LN, 336F L, 340D L, 340D2 L, 345B II, 345B II MH, 345B L, 345C, 345C L, 345D, 345D L, 345D L VG, 349D, 349D L, 34...
345C, 345C L, 345D, 345D L, 345D L VG, 349D, 349D L, 349E, 349E L, 349E L VG, 349F L, 350, 365B, 365B II, 365B L, 365C, 365C L, 374D L, 374F L, 385C, P115, VPC-30
365B, 365B II, 365B L, 365C, 385B, S365B, S365C, S465, VHS-60/3
345C, 345C L, 365C, 365C L, 365C L MH, 374D L, 374F L, 385C, 385C FS, 385C L, 385C L MH, 390D, 390D L, 390F L
345B II, 345B L, 345C, 345C L, 345D, 345D L, 345D L VG, 349D, 349D L, 349E, 349E L, 349E L VG, 349F L, 350, 365B, 365B II, 365B L, 365C, 365C L, 374D L, 374F L, 385C
365B, 365B II, 365C, 365C L, 374D L, 374F L, 385C, 390D, 390D L, 390F L
365B, 365B II, 365C, 365C L, 365C L MH, 374D L, 374F L, 385B, 385C, 385C L, 390D, 390D L, 390F L
1211607
BUSHING
365B, 365B II, 365C, 385C, 385C FS, 5080, 5090B
365B, 365B II, 365C, 385C, 385C FS, 5080, 5090B
350, 365B, 365B II, 365B L, 365C, 365C L, 375, 375 L, 385B, 385C, 385C FS, 385C L, 5080, 5090B, M322C, M322D, M322D MH
1191868
BUSHING
5130, 5130B
5130, 5130B
1713294
BUSHING
350, 375 L, 5080, 5130, 5130B
350, 375 L, 5080, 5130, 5130B
5I4285
BUSHING
350, 375, 375 L, 5080, 5130, 5130B
350, 375, 375 L, 5080, 5130, 5130B
1142054
BUSHING
5130, 5130B
5130, 5130B
0042141
BUSHING-SHAFT
350, 375, 375 L, 5080, AD30, AD45B, AD55
350, 375, 375 L, 5080, AD30, AD45B, AD55
5I4293
BUSHING
350, 375, 5080
350, 375, 5080
1020810
BUSHING
350, 375, 375 L, 5080
350, 375, 375 L, 5080
0942666
BUSHING
330, 330 FM L, 330 L, 365B, 375, 375 L, 5080, E300, E300B, E450, E650, OEMS
330, 330 FM L, 330 L, 365B, 375, 375 L, 5080, E300, E300B, E450, E650, OEMS
0943781
BUSHING
350, 375, 375 L, 5080, E450, E650
350, 375, 375 L, 5080, E450, E650
322, 322 FM L, 322 LN, 322B L, 322B LN, 325, 325 L, 325 LN, 325B, 325B L, 330, 330 FM L, 330 L, 330B, 330B L, 350, 375, 375 L, 5080, E240C, E300B, EL240B, M325B, TK1051, W330B