1124533 AXLE AR-FRONT Caterpillar parts
M315, M315C, M316C, M318
Rating:
Alternative (cross code) number:
CA1124533
112-4533
1124533
CA1124533
112-4533
1124533
Weight: 1146 pounds 519 kg.
WHEELED EXCAVATOR,
Information:
Introduction
This instruction provides the necessary parts and procedure for the installation of a coolant loss sensing system for dealer custom warning systems. This coolant loss sensing system will detect a low coolant level in radiator top tanks.Do not perform any procedure, outlined in this publication, or order any parts until you read and understand the information contained within.Tools Required
Parts Required
Sensor Operation
(1) + BAT. (2) GND. (3) Low Level Sensor.The 1070174 Coolant Loss Sensor is a solid state sensor for 12 or 24 Volt systems which electronically senses the presence or absence of coolant.* If sensing tip (A) is fully submerged in fluid, the alarm output of the sensor is an open circuit.* If the sensing tip is completely out of coolant, the alarm output of the sensor is pulled to within 2 VDC of ground after a 10 second time delay.* If the sensing tip is only partially submerged, the output of the sensor can be open or closed.Current requirements of the alarm circuit must not exceed 0.5 amps. The listed components meet this requirement.Installation
1. Locate the mounting position for the sensor on the tank. Generally, the sensor should be mounted high enough in the tank to warn the operator before damage can occur, but low enough in the tank to avoid false warnings due to machine tilt.2. Drain the coolant tank.3. Weld a 5C0731 Weld Boss at the desired mounting location. This will provide a 1/4-18" NPTF portfitting for the sensor.4. Install the sensor in the 1/4-18" NPTF port. DO NOT use teflon pipe tape or any pipe sealant. The sensor is already supplied with sealant on the threads. Additional sealant could affect operation of the sensor.5. Mount the appropriate alarm lamp receptacle (12V or 24V system) in a location to warn the operator in case of loss of coolant. Place the appropriate bulb in the receptacle. 6. Refer to Special Instruction SEHS9615 for assembly of the 4-pin connector. Construct the mating harness as shown.7. Connect Pin 1 of 1028809 4-pin plug to +BAT through a 10 amp fuse powered through the key switch using red 18 gauge wire.8. Connect Pin 2 of the 4-pin plug to -BAT using black 18 gauge wire.9. Connect Pin 3 of the 4-pin plug to the ground side of the alarm light using green 18 gauge wire.10. Connect the +B side of the alarm light to +BAT through the same 10 amp fuse used in Step 6 using red 18 gauge wire.11. Ground the coolant tank to -BAT.12. Connect the harness into the 1070174 Coolant Loss Sensor.13. Turn the key on without starting the engine. The coolant lamp and/or alarm should come on after about 10 seconds.14. If the warning functions correctly, fill coolant tank with coolant and turn key on again. If the warning does not come on after 10 seconds, system is installed and functioning correctly.
This instruction provides the necessary parts and procedure for the installation of a coolant loss sensing system for dealer custom warning systems. This coolant loss sensing system will detect a low coolant level in radiator top tanks.Do not perform any procedure, outlined in this publication, or order any parts until you read and understand the information contained within.Tools Required
Parts Required
Sensor Operation
(1) + BAT. (2) GND. (3) Low Level Sensor.The 1070174 Coolant Loss Sensor is a solid state sensor for 12 or 24 Volt systems which electronically senses the presence or absence of coolant.* If sensing tip (A) is fully submerged in fluid, the alarm output of the sensor is an open circuit.* If the sensing tip is completely out of coolant, the alarm output of the sensor is pulled to within 2 VDC of ground after a 10 second time delay.* If the sensing tip is only partially submerged, the output of the sensor can be open or closed.Current requirements of the alarm circuit must not exceed 0.5 amps. The listed components meet this requirement.Installation
1. Locate the mounting position for the sensor on the tank. Generally, the sensor should be mounted high enough in the tank to warn the operator before damage can occur, but low enough in the tank to avoid false warnings due to machine tilt.2. Drain the coolant tank.3. Weld a 5C0731 Weld Boss at the desired mounting location. This will provide a 1/4-18" NPTF portfitting for the sensor.4. Install the sensor in the 1/4-18" NPTF port. DO NOT use teflon pipe tape or any pipe sealant. The sensor is already supplied with sealant on the threads. Additional sealant could affect operation of the sensor.5. Mount the appropriate alarm lamp receptacle (12V or 24V system) in a location to warn the operator in case of loss of coolant. Place the appropriate bulb in the receptacle. 6. Refer to Special Instruction SEHS9615 for assembly of the 4-pin connector. Construct the mating harness as shown.7. Connect Pin 1 of 1028809 4-pin plug to +BAT through a 10 amp fuse powered through the key switch using red 18 gauge wire.8. Connect Pin 2 of the 4-pin plug to -BAT using black 18 gauge wire.9. Connect Pin 3 of the 4-pin plug to the ground side of the alarm light using green 18 gauge wire.10. Connect the +B side of the alarm light to +BAT through the same 10 amp fuse used in Step 6 using red 18 gauge wire.11. Ground the coolant tank to -BAT.12. Connect the harness into the 1070174 Coolant Loss Sensor.13. Turn the key on without starting the engine. The coolant lamp and/or alarm should come on after about 10 seconds.14. If the warning functions correctly, fill coolant tank with coolant and turn key on again. If the warning does not come on after 10 seconds, system is installed and functioning correctly.
Caterpillar SIS machinery equipment:
Caterpillar SIS
M318 Excavator 8AL00001-01019 (MACHINE) POWERED BY 3116 Engine »
112-4533
AXLE AR-FRONT
M315 Excavator 7ML00001-00859 (MACHINE) POWERED BY 3054 Engine »
112-4533
AXLE AR-FRONT
M318 Excavator 8AL01020-UP (MACHINE) POWERED BY 3116 Engine »
112-4533
AXLE AR-FRONT
M315 Excavator 7ML00860-UP (MACHINE) POWERED BY 3054 Engine »
112-4533
AXLE AR-FRONT
M316C Excavator BDX00001-02000 (MACHINE) POWERED BY 3056 Engine »
112-4533
AXLE AR-FRONT
M316C Excavator BDX00001-02000 (MACHINE) POWERED BY 3056 Engine »
112-4533
AXLE AR-FRONT
M315C EXCAVATOR BDM00001-02000 (MACHINE) POWERED BY 3054 Engine »
112-4533
AXLE AR-FRONT
M315C EXCAVATOR BDM00001-02000 (MACHINE) POWERED BY 3054 Engine »
112-4533
AXLE AR-FRONT
Caterpillar parts catalog:
Parts axle Caterpillar catalog:
1124976
AXLE & TRANSMISSION AR
M315, M318
M315, M318
1292670
AXLE & TRANSMISSION AR
M315, M318
M315, M318
1292674
AXLE AR-REAR
M315, M315C, M316C, M318
M315, M315C, M316C, M318
1181878
AXLE AR-WIDE
M315, M318
M315, M318
1489917
AXLE & MTG AR-REAR
M315, M318
M315, M318
1491250
AXLE & MTG AR-REAR
M315, M318
M315, M318
1756562
AXLE & TRANSMISSION AR
M315, M315C, M316C, M318
M315, M315C, M316C, M318
1753809
AXLE AR-WIDE
M315
M315
1949207
AXLE AR-REAR
M316C
M316C
2502704
AXLE AR-WIDE
M316C
M316C
2171712
AXLE AR-REAR
M315C
M315C
2417442
AXLE AR-WIDE
M315C, M316C, M318C
M315C, M316C, M318C
1382728
AXLE AR-OSCILLATING
924G, 924GZ
924G, 924GZ
9R0473
AXLE AS-REAR
416, 426
416, 426
8X0132
AXLE GP-FIXED
994, 994D, 994F, 994H
994, 994D, 994F, 994H
1733762
AXLE GP-FIXED
R2900, R2900G
R2900, R2900G
2082554
AXLE GP
TH210, TH215
TH210, TH215
2305739
AXLE GP-REAR
414E, 416E, 416F, 420E, 420F, 430E, 430F
414E, 416E, 416F, 420E, 420F, 430E, 430F
3151260
AXLE GP-DRIVE
CP-533E, CP-54B, CP-56, CS-533E, CS-54, CS-54B, CS-56, CS-563E, CS-56B
CP-533E, CP-54B, CP-56, CS-533E, CS-54, CS-54B, CS-56, CS-563E, CS-56B
1004548
AXLE GP-FRONT
65C, 70C, 75C, 75D, 85C, 85D
65C, 70C, 75C, 75D, 85C, 85D
7X2190
AXLE GP-DRIVE
RR-250, SS-250
RR-250, SS-250
2146161
AXLE AR-FIXED
950G, 950G II, 950H, 962G, 962G II, 962H, 962K, IT62G II, IT62H
950G, 950G II, 950H, 962G, 962G II, 962H, 962K, IT62G II, IT62H
2730128
AXLE AR-OSCILLATING
535C, 545C
535C, 545C