2013879 ENGINE AR Caterpillar parts
Rating:
Alternative (cross code) number:
CA2013879
201-3879
2013879
CA2013879
201-3879
2013879
Cross Reference:
AUTOCLIMA
40440123,
CATERPILLAR
1761895,
2013879,
2316984,
2457781,
FISPA
1.5287A,
HOFFER
K15287A,
MEAT & DORIA
SIDAT
1.5287A,
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A/C AC Air Conditioning Compressor Cooling Pump Replacement Parts fit Caterpillar Series 300C 231-6984 201-3879 176-1895 245-7781 2316984 2457781
LIRUFENGYXGS Product Description: Type: AC A/C Aircon Air Conditioning Compressor Cooling Pump Car Model: fit Caterpillar Series 300C Year Model : Compressor Model:10S17C Pulley Diameter:135mm No. of Grooves: A+O Voltage: 24V OEM number :231-6984 201-3879 176-1895 245-7781 1761895 2316984 2457781
LIRUFENGYXGS Product Description: Type: AC A/C Aircon Air Conditioning Compressor Cooling Pump Car Model: fit Caterpillar Series 300C Year Model : Compressor Model:10S17C Pulley Diameter:135mm No. of Grooves: A+O Voltage: 24V OEM number :231-6984 201-3879 176-1895 245-7781 1761895 2316984 2457781
10S17C AC Compresseor for Excavator Compatible for Caterpillar 320C 320D DL 4472203847 550610 2316984 2013879 2017781 1761895 13251330 2597244 OE Replacement
FDHABFN Part number : 4472203847 550610 2316984 2013879 2017781 1761895 13251330 2597244 || Strictly follow the specifications and standards of the original engine parts, perfectly match the power system, and avoid shaking or abnormal noise caused by compatibility issues || A high-efficiency compressor designed specifically for automotive air conditioning systems, providing fast cooling performance and compatible with mainstream vehicle OEM interface designs || Before leaving the factory, it undergoes pressure testing and sealing inspection to ensure its seismic and wear-resistant performance, suitable for long-term and reliable operation under complex road conditions || Precision manufacturing technology combined with high-temperature resistant materials ensures the long-term stable operation of compression pumps, reduces energy consumption, and extends overall service life
FDHABFN Part number : 4472203847 550610 2316984 2013879 2017781 1761895 13251330 2597244 || Strictly follow the specifications and standards of the original engine parts, perfectly match the power system, and avoid shaking or abnormal noise caused by compatibility issues || A high-efficiency compressor designed specifically for automotive air conditioning systems, providing fast cooling performance and compatible with mainstream vehicle OEM interface designs || Before leaving the factory, it undergoes pressure testing and sealing inspection to ensure its seismic and wear-resistant performance, suitable for long-term and reliable operation under complex road conditions || Precision manufacturing technology combined with high-temperature resistant materials ensures the long-term stable operation of compression pumps, reduces energy consumption, and extends overall service life
Tenlioshun New Air Compressor Fits for Caterpillar Series 300C 2316984 2457781 1761895 231-6984 201-3879 176-1895 245-7781
Tenlioshun product Name: Air Compressor || Condition: New || Part Name: 231-6984 201-3879 176-1895 245-7781 || Fits for Caterpillar Series 300C 2316984 2457781 1761895 || Package included: 1 Pieces Air Compressor
Tenlioshun product Name: Air Compressor || Condition: New || Part Name: 231-6984 201-3879 176-1895 245-7781 || Fits for Caterpillar Series 300C 2316984 2457781 1761895 || Package included: 1 Pieces Air Compressor
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Information:
Start By:a. remove fuel injection lines 1. Remove bolt (1) and clamp (2) from the fuel injection nozzles to be removed.2. Install Tool (A) with the inside lip of the puller on the lower stepped diameter of the nozzle and the tip of the button in the threaded hole for bolt (1).
Do not exceed a torque of 17 N m (150 lb in) on the screw of Tool (A) during removal of the nozzle. Added force can cause the stem of the nozzle to bend or break off.
3. Tighten the screw of Tool (A) to a maximum torque of 17 N m (150 lb in) to remove fuel injection nozzle (3).4. If the fuel injection nozzle can not be removed with a maximum torque of 17 N m (150 lb in) on the screw of Tool (A), remove Tool (A).
Typical Example5. Remove the protective cap from fuel injection nozzle (3), and install Tool (B) as shown.
Hold Tool (B) so the center line of the tool is in alignment with the centerline of fuel injection nozzle (3). This will prevent distortion of the nozzle which can cause it to bend or break off during removal.
6. Remove the fuel injection nozzle with Tool (B).7. If Tool (B) was used to remove the fuel injection nozzle, replace the nozzle.8. If Tool (A) was used to remove the fuel injection nozzle, remove the carbon dam seal on the end of the nozzle.Install Fuel Injection Nozzle
1. Use Tool (C) to clean the bore for the fuel injection nozzle. Use an open end wrench or tap driver to turn Tool (C).2. Make reference to Special Instruction, Form No. SEHS7292, for the use of Tool (D). Clean the fuel injection nozzle with Tool (D). 3. Install a new seal (4) on fuel injection nozzle (3).4. Put carbon dam seal (5) on the small end of Tool (E). Expand the carbon dam seal by sliding it to the large end. Put Tool (E) against the fuel injection nozzle. Slide carbon dam seal (5) off Tool (E) on to the nozzle. Slide the carbon dam seal into position in the groove on the nozzle as shown. 5. Put fuel injection nozzle (3) in position in the cylinder head. Install clamp (2) and bolt (1) to hold the nozzle in position.End By:a. install fuel injection lines
Do not exceed a torque of 17 N m (150 lb in) on the screw of Tool (A) during removal of the nozzle. Added force can cause the stem of the nozzle to bend or break off.
3. Tighten the screw of Tool (A) to a maximum torque of 17 N m (150 lb in) to remove fuel injection nozzle (3).4. If the fuel injection nozzle can not be removed with a maximum torque of 17 N m (150 lb in) on the screw of Tool (A), remove Tool (A).
Typical Example5. Remove the protective cap from fuel injection nozzle (3), and install Tool (B) as shown.
Hold Tool (B) so the center line of the tool is in alignment with the centerline of fuel injection nozzle (3). This will prevent distortion of the nozzle which can cause it to bend or break off during removal.
6. Remove the fuel injection nozzle with Tool (B).7. If Tool (B) was used to remove the fuel injection nozzle, replace the nozzle.8. If Tool (A) was used to remove the fuel injection nozzle, remove the carbon dam seal on the end of the nozzle.Install Fuel Injection Nozzle
1. Use Tool (C) to clean the bore for the fuel injection nozzle. Use an open end wrench or tap driver to turn Tool (C).2. Make reference to Special Instruction, Form No. SEHS7292, for the use of Tool (D). Clean the fuel injection nozzle with Tool (D). 3. Install a new seal (4) on fuel injection nozzle (3).4. Put carbon dam seal (5) on the small end of Tool (E). Expand the carbon dam seal by sliding it to the large end. Put Tool (E) against the fuel injection nozzle. Slide carbon dam seal (5) off Tool (E) on to the nozzle. Slide the carbon dam seal into position in the groove on the nozzle as shown. 5. Put fuel injection nozzle (3) in position in the cylinder head. Install clamp (2) and bolt (1) to hold the nozzle in position.End By:a. install fuel injection lines
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